#include "jz_adc_peripheral.h" #include "jz_fpga_init.h" #include #include extern "C" { #include "fbutils.h" } JZ_REG * FPGA_ADDR; JZ_REG * ADCBuffer; bool frameBufferOpened = 0; bool firstLoop = 1; void FB_Print_Line38 () { if(1) { put_string_center (160,210,"By Juan64Bits", 1); } else { put_string (160,210,"By Juan64Bits", 1%5); } } void FB_Print_Line37 () { if(1) { put_string_center (160,200,"Segundo Semestre de 2010", 1); } else { put_string (160,200,"Segundo Semestre de 2010", 1%5); } } void FB_Print_Line36 () { if(1) { put_string_center (160,190,"Universidad Nacional de Colombia", 1); } else { put_string (160,190,"Universidad Nacional de Colombia", 1%5); } } void FB_Print_Line35 () { if(0) { put_string_center (0,156,"CHA [7]", 4); } else { put_string (0,156,"CHA [7]", 4%5); } } void FB_Print_Line10 () { if(0) { put_string_center (0,16,"CHA [0]", 4); } else { put_string (0,16,"CHA [0]", 4%5); } } void Constant_Bool1 ( bool &out_3) { out_3=1; } void FB_Print_Line2 () { if(1) { put_string_center (160,0,"Wellcome to SIE {Executing Code...}", 1); } else { put_string (160,0,"Wellcome to SIE {Executing Code...}", 1%5); } } void ADC_Eight7 ( unsigned short int &out_8, unsigned short int &out_7, unsigned short int &out_6, unsigned short int &out_5, unsigned short int &out_4, unsigned short int &out_3, unsigned short int &out_2, unsigned short int &out_1) { JZ_REG * ADC_DATA = ADCTakeSamples(ADCBuffer,0); unsigned int sampleData = ADC_DATA[0]; out_1 = (sampleData>>16)&0xFFFF; out_2 = sampleData&0xFFFF; sampleData = ADC_DATA[1]; out_3 = (sampleData>>16)&0xFFFF; out_4 = sampleData&0xFFFF; sampleData = ADC_DATA[2]; out_5 = (sampleData>>16)&0xFFFF; out_6 = sampleData&0xFFFF; sampleData = ADC_DATA[3]; out_7 = (sampleData>>16)&0xFFFF; out_8 = sampleData&0xFFFF; } void Right_Shift25 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine11 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,96,64+255,96+16,0); //Black Rect rect(64,96,64+255,96+16,3); //Extern Rect fillrect(64,96,64+(in_3%(255+1)),96+16,3); } } void FB_Put_Int18 ( int in_1) { put_int(16,104,in_1,2); } void Right_Shift24 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine6 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,76,64+255,76+16,0); //Black Rect rect(64,76,64+255,76+16,3); //Extern Rect fillrect(64,76,64+(in_3%(255+1)),76+16,3); } } void FB_Put_Int17 ( int in_1) { put_int(16,84,in_1,2); } void Right_Shift23 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine4 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,56,64+255,56+16,0); //Black Rect rect(64,56,64+255,56+16,3); //Extern Rect fillrect(64,56,64+(in_3%(255+1)),56+16,3); } } void FB_Put_Int16 ( int in_1) { put_int(16,64,in_1,2); } void Right_Shift22 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine0 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,36,64+255,36+16,0); //Black Rect rect(64,36,64+255,36+16,3); //Extern Rect fillrect(64,36,64+(in_3%(255+1)),36+16,3); } } void FB_Put_Int15 ( int in_1) { put_int(16,44,in_1,2); } void Right_Shift8 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine3 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,16,64+255,16+16,0); //Black Rect rect(64,16,64+255,16+16,3); //Extern Rect fillrect(64,16,64+(in_3%(255+1)),16+16,3); } } void FB_Put_Int9 ( int in_1) { put_int(16,24,in_1,2); } void FB_Put_Int19 ( int in_1) { put_int(16,124,in_1,2); } void Right_Shift26 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine12 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,116,64+255,116+16,0); //Black Rect rect(64,116,64+255,116+16,3); //Extern Rect fillrect(64,116,64+(in_3%(255+1)),116+16,3); } } void FB_Put_Int20 ( int in_1) { put_int(16,144,in_1,2); } void Right_Shift27 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine13 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,136,64+255,136+16,0); //Black Rect rect(64,136,64+255,136+16,3); //Extern Rect fillrect(64,136,64+(in_3%(255+1)),136+16,3); } } void FB_Put_Int21 ( int in_1) { put_int(16,164,in_1,2); } void Right_Shift28 ( int in_0, int &out_1) { out_1 = in_0 >> 2; } void FB_Draw_HLine14 ( unsigned short int in_3) { if(!firstLoop) // do nothing in first loop { fillrect(64,156,64+255,156+16,0); //Black Rect rect(64,156,64+255,156+16,3); //Extern Rect fillrect(64,156,64+(in_3%(255+1)),156+16,3); } } void FB_Print_Line29 () { if(0) { put_string_center (0,36,"CHA [1]", 4); } else { put_string (0,36,"CHA [1]", 4%5); } } void FB_Print_Line30 () { if(0) { put_string_center (0,56,"CHA [2]", 4); } else { put_string (0,56,"CHA [2]", 4%5); } } void FB_Print_Line31 () { if(0) { put_string_center (0,76,"CHA [3]", 4); } else { put_string (0,76,"CHA [3]", 4%5); } } void FB_Print_Line32 () { if(0) { put_string_center (0,96,"CHA [4]", 4); } else { put_string (0,96,"CHA [4]", 4%5); } } void FB_Print_Line33 () { if(0) { put_string_center (0,116,"CHA [5]", 4); } else { put_string (0,116,"CHA [5]", 4%5); } } void FB_Print_Line34 () { if(0) { put_string_center (0,136,"CHA [6]", 4); } else { put_string (0,136,"CHA [6]", 4%5); } } int main() { /* OPEN FRAME BUFFER */ printf("Opening framebuffer...\n\n"); if (open_framebuffer()) { close_framebuffer(); printf("Could not open framebuffer!!\n\n"); } else { setColorsFromDefaultPallet(); rect(0,0,xres,yres,0); //Extern Rect } /* MAPING FPGA MEMORY */ FPGA_ADDR=jz_cs2_init(); ADCBuffer = FPGA_ADDR; ADCTest(ADCBuffer); ADC_SPI_CLKDIV=255; ADC_BUFFER_LEN=8; ADC_MUX_CHANNELS=7; //Inputs/Outputs: Block: with ID[38] //Inputs/Outputs: Block: with ID[37] //Inputs/Outputs: Block: with ID[36] //Inputs/Outputs: Block: with ID[35] //Inputs/Outputs: Block: with ID[10] //Inputs/Outputs: Block: with ID[1] bool out_3_1=0; //Inputs/Outputs: Block: with ID[5] bool in_6_5=0; //Inputs/Outputs: Block: with ID[2] //Inputs/Outputs: Block: with ID[7] unsigned short int out_8_7=0; unsigned short int out_7_7=0; unsigned short int out_6_7=0; unsigned short int out_5_7=0; unsigned short int out_4_7=0; unsigned short int out_3_7=0; unsigned short int out_2_7=0; unsigned short int out_1_7=0; //Inputs/Outputs: Block: with ID[25] int in_0_25=0; int out_1_25=0; //Inputs/Outputs: Block: with ID[11] unsigned short int in_3_11=0; //Inputs/Outputs: Block: with ID[18] int in_1_18=0; //Inputs/Outputs: Block: with ID[24] int in_0_24=0; int out_1_24=0; //Inputs/Outputs: Block: with ID[6] unsigned short int in_3_6=0; //Inputs/Outputs: Block: with ID[17] int in_1_17=0; //Inputs/Outputs: Block: with ID[23] int in_0_23=0; int out_1_23=0; //Inputs/Outputs: Block: with ID[4] unsigned short int in_3_4=0; //Inputs/Outputs: Block: with ID[16] int in_1_16=0; //Inputs/Outputs: Block: with ID[22] int in_0_22=0; int out_1_22=0; //Inputs/Outputs: Block: with ID[0] unsigned short int in_3_0=0; //Inputs/Outputs: Block: with ID[15] int in_1_15=0; //Inputs/Outputs: Block: with ID[8] int in_0_8=0; int out_1_8=0; //Inputs/Outputs: Block: with ID[3] unsigned short int in_3_3=0; //Inputs/Outputs: Block: with ID[9] int in_1_9=0; //Inputs/Outputs: Block: with ID[19] int in_1_19=0; //Inputs/Outputs: Block: with ID[26] int in_0_26=0; int out_1_26=0; //Inputs/Outputs: Block: with ID[12] unsigned short int in_3_12=0; //Inputs/Outputs: Block: with ID[20] int in_1_20=0; //Inputs/Outputs: Block: with ID[27] int in_0_27=0; int out_1_27=0; //Inputs/Outputs: Block: with ID[13] unsigned short int in_3_13=0; //Inputs/Outputs: Block: with ID[21] int in_1_21=0; //Inputs/Outputs: Block: with ID[28] int in_0_28=0; int out_1_28=0; //Inputs/Outputs: Block: with ID[14] unsigned short int in_3_14=0; //Inputs/Outputs: Block: with ID[29] //Inputs/Outputs: Block: with ID[30] //Inputs/Outputs: Block: with ID[31] //Inputs/Outputs: Block: with ID[32] //Inputs/Outputs: Block: with ID[33] //Inputs/Outputs: Block: with ID[34] do { FB_Print_Line38 (); FB_Print_Line37 (); FB_Print_Line36 (); FB_Print_Line35 (); FB_Print_Line10 (); Constant_Bool1 ( out_3_1); in_6_5 = out_3_1; FB_Print_Line2 (); ADC_Eight7 ( out_8_7, out_7_7, out_6_7, out_5_7, out_4_7, out_3_7, out_2_7, out_1_7); in_0_25 = out_5_7; Right_Shift25 ( in_0_25, out_1_25); in_3_11 = out_1_25; FB_Draw_HLine11 ( in_3_11); in_1_18 = out_5_7; FB_Put_Int18 ( in_1_18); in_0_24 = out_4_7; Right_Shift24 ( in_0_24, out_1_24); in_3_6 = out_1_24; FB_Draw_HLine6 ( in_3_6); in_1_17 = out_4_7; FB_Put_Int17 ( in_1_17); in_0_23 = out_3_7; Right_Shift23 ( in_0_23, out_1_23); in_3_4 = out_1_23; FB_Draw_HLine4 ( in_3_4); in_1_16 = out_3_7; FB_Put_Int16 ( in_1_16); in_0_22 = out_2_7; Right_Shift22 ( in_0_22, out_1_22); in_3_0 = out_1_22; FB_Draw_HLine0 ( in_3_0); in_1_15 = out_2_7; FB_Put_Int15 ( in_1_15); in_0_8 = out_1_7; Right_Shift8 ( in_0_8, out_1_8); in_3_3 = out_1_8; FB_Draw_HLine3 ( in_3_3); in_1_9 = out_1_7; FB_Put_Int9 ( in_1_9); in_1_19 = out_6_7; FB_Put_Int19 ( in_1_19); in_0_26 = out_6_7; Right_Shift26 ( in_0_26, out_1_26); in_3_12 = out_1_26; FB_Draw_HLine12 ( in_3_12); in_1_20 = out_7_7; FB_Put_Int20 ( in_1_20); in_0_27 = out_7_7; Right_Shift27 ( in_0_27, out_1_27); in_3_13 = out_1_27; FB_Draw_HLine13 ( in_3_13); in_1_21 = out_8_7; FB_Put_Int21 ( in_1_21); in_0_28 = out_8_7; Right_Shift28 ( in_0_28, out_1_28); in_3_14 = out_1_28; FB_Draw_HLine14 ( in_3_14); FB_Print_Line29 (); FB_Print_Line30 (); FB_Print_Line31 (); FB_Print_Line32 (); FB_Print_Line33 (); FB_Print_Line34 (); firstLoop=0; }while(in_6_5); return 0; }