mirror of
git://projects.qi-hardware.com/ben-wpan.git
synced 2024-11-25 03:02:27 +02:00
b7eb4b9496
- cntr/cntr.sch: change input circuit according to ECN0006 - cntr/cntr.sch: make P2_0 yet another version ID input - cntr/cntr.cmp: surprise, this wasn't checked in either - cntr/cntr.brd: update for above changes - cntr/cntr.brd: adjust for resized USB connector - cntr/cntr.brd: top ground fill was very spotty - removed it - cntr/cntr.brd: board can now be 100 mil shorter - cntr/cam/pcb.pl: updated for new board outline
120 lines
1.9 KiB
Perl
Executable File
120 lines
1.9 KiB
Perl
Executable File
#!/usr/bin/perl
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$PI = atan2(1, 1)*4;
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$d = 25.4/1000*35;
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$r = $d/2-0.1; # compensate deflection of board
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$steps = 24;
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sub orig
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{
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$x0 = $_[0];
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$y0 = $_[1];
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}
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sub mil
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{
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return $_[0]/1000*25.4;
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}
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sub cut
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{
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if (defined $x) {
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if ($x == $_[0]+$x0 && $y == $_[1]+$y0) {
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shift @_;
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shift @_;
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} else {
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print "\n";
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}
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}
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while (@_) {
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$x = shift @_;
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$y = shift @_;
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# ($x, $y) = (-$y, $x);
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$x += $x0;
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$y += $y0;
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print "$x $y $z\n";
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}
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}
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# 0 is at "noon", rotating counter-clockwise
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sub arc
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{
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local ($xc, $yc, $d, $a0, $a1) = @_;
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local ($rr) = $d/2;
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local $n = int(abs($a1-$a0)/360*$steps+0.5);
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$rr = 0 if $rr < 0;
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for ($i = 0; $i <= $n; $i++) {
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my $a = ($a0+($a1-$a0)/$n*$i)*$PI/180;
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$x = $x0+$xc-$rr*sin($a);
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$y = $y0+$yc+$rr*cos($a);
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print "$x $y $z\n";
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}
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}
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sub circ
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{
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local ($xc, $yc, $d) = @_;
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print "\n";
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&arc($xc, $yc, $d, 0, 360);
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&circ($xc, $yc, $d-$r*2) if $d > $r*2;
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}
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sub hhole
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{
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local ($xc0, $xc1, $yc, $d) = @_;
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local ($rr) = $d/2;
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&cut($xc0, $yc+$rr, $xc1, $yc+$rr);
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&arc($xc1, $yc, $d, 0, -180);
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undef $x;
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&cut($xc1, $yc-$rr, $xc0, $yc-$rr);
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&arc($xc0, $yc, $d, 180, 0);
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}
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sub pcb
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{
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&cut(
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&mil( 0), &mil( 0),
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&mil(1080), &mil( 0),
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&mil(1080), &mil( 620),
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&mil( 0), &mil( 620),
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&mil( 0), &mil( 0));
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}
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sub holes
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{
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# x-x0, y0-y, diameter
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&circ(&mil(3130-3020), &mil(3520-3122), &mil(43));
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&circ(&mil(3130-3020), &mil(3520-3298), &mil(43));
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&hhole(&mil(3100-3020), &mil(3159-3020), &mil(3520-2986), &mil(39));
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&hhole(&mil(3100-3020), &mil(3159-3020), &mil(3520-3434), &mil(39));
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}
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$z = -0.8; # full thickness of board
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# x: corner offset, compensation for rotation, array position
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# y: corner offet
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&orig(34*2+3, 3);
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$r = $d/2; # no compensation. don't wanna risk making holes too big.
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&holes;
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$r = $d/2-0.1; # compensate deflection of board
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&pcb;
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