kao yi
/
Bov3
wu
Fork of CCC by
Diff: camera_api.cpp
- Revision:
- 6:5a39bde2e016
- Parent:
- 5:e32b091aa1fb
- Child:
- 7:fd976e1ced33
diff -r e32b091aa1fb -r 5a39bde2e016 camera_api.cpp --- a/camera_api.cpp Thu Jun 05 10:32:55 2014 +0000 +++ b/camera_api.cpp Wed Jun 11 14:41:52 2014 +0000 @@ -2,347 +2,378 @@ #include "camera_api.h" #define clk 2 //ms - - BX_camera::BX_camera(void){ - - line_CamR = new FastAnalogIn(PTD5); - line_CamL= new FastAnalogIn(PTD6,0); - cam_clk=new DigitalOut(PTE1); - si=new DigitalOut(PTD7); + +BX_camera::BX_camera(void) +{ + + line_CamR = new FastAnalogIn(PTD5); + line_CamL= new FastAnalogIn(PTD6,0); + cam_clk=new DigitalOut(PTE1); + si=new DigitalOut(PTD7); + +} + +int BX_camera::black_centerR(void) +{ + + // find center + // case 1 // | // + // case 2 / | / + + char find_type=0x00; + + int b_end=0; + int b_start=0; + + int b_w=0; + + + int b2_end=0; + int b2_start=0; + + int b2_w=0; + + int center; + int j=64; + bool f1=false; + bool f2=false; + bool f3=false; + bool f4=false; + int w_thr_up=32; + int w_thr_dn=0; + + if(sign_line_imageR[64]==' ') + find_type=0x02; + else + find_type=0x01; + + + for(int i=64; i<128; i++,j--) { + + + switch(find_type) { + + + case 0x01: - } - -int BX_camera::black_centerR(void){ - - // find center - // case 1 // | // - // case 2 / | / - - char find_type=0x00; - - int b_end=0; - int b_start=0; - - int b2_end=0; - int b2_start=0; - - - int center; - int j=64; - bool f1=false; - bool f2=false; - bool f3=false; - bool f4=false; + if(f1==false&&sign_line_imageR[i]==' ') { + if(f1==false) { + b_start=i; + f1=true; + } + + } + if(f1== true&& f2==false&&sign_line_imageR[i]=='O') { + if(f2==false) { + b_end=i-1; + f2=true; + } + + } + + if(f3==false&&sign_line_imageR[j]==' ') { + if(f3==false) { + b2_end=j; + f3=true; + } + + } + if(f3==true&&f4==false&&sign_line_imageR[j]=='O') { + if(f4==false) { + b2_start=j-1; + f4=true; + } + + } + + + break; + + + case 0x02: + + if(sign_line_imageR[i]=='O') { + + if(f1==false) { + b_end=i; + f1=true; + } + } + + if(sign_line_imageR[j]=='O') { + + if(f2==false) { + b_start=j; + f2=true; + } + + } + + + break; + + } + + + } + + b_w=b_start-b_end; + b2_w=b2_start-b2_end; - - if(sign_line_imageR[64]==' ') - find_type=0x02; - else - find_type=0x01; - - - for(int i=64;i<128; i++,j--){ - - - switch(find_type){ - - - case 0x01: - - if(f1==false&&sign_line_imageR[i]==' '){ - if(f1==false){ - b_start=i; - f1=true; - } - - } - if(f1== true&& f2==false&&sign_line_imageR[i]=='O'){ - if(f2==false){ - b_end=i-1; - f2=true; - } - - } - - if(f3==false&&sign_line_imageR[j]==' '){ - if(f3==false){ - b2_end=j; - f3=true; - } - - } - if(f3==true&&f4==false&&sign_line_imageR[j]=='O'){ - if(f4==false){ - b2_start=j-1; - f4=true; - } - - } - - - break; - - - case 0x02: - - if(sign_line_imageR[i]=='O'){ - - if(f1==false){ - b_end=i; - f1=true; - } - } - - if(sign_line_imageR[j]=='O'){ - - if(f2==false){ - b_start=j; - f2=true; - } - - } - - - break; - - } - - - } - - - switch(find_type){ - - case 0x01: - - if((b_end-b_start)>(b2_end-b2_start) ) - center=(b_end+b_start)/2; - - else - center=(b2_end+b2_start)/2; - break; - - case 0x02: - center=(b_end+b_start)/2; - - break; - } + debugV=b_start; + debugV2=b_end; - - return center; - + + switch(find_type) { + + case 0x01: + + + + + + if( ( w_thr_up- (b_w))>0 &&( ( w_thr_up- (b_w)) < (w_thr_up-(b2_w)) ) ) { + center=(b_end+b_start)/2; + + + + } else if( ( w_thr_up- (b2_w) )>0 ) { + center=(b2_end+b2_start)/2; + } else { + + center=65; + + //???????????????? + + } + + + break; + + case 0x02: + center=(b_end+b_start)/2; + + + break; } + return center; + +} + + -int BX_camera::black_centerL(void){ - - // find center - // case 1 // | // - //case 2 / | / - - - char find_type=0x00; - - int b_end=0; - int b_start=0; - int b2_end=0; - int b2_start=0; - - - int center; - int j=64; - bool f1=false; - bool f2=false; - bool f3=false; - bool f4=false; +int BX_camera::black_centerL(void) +{ + + // find center + // case 1 // | // + //case 2 / | / + + + char find_type=0x00; + + int b_end=0; + int b_start=0; + int b2_end=0; + int b2_start=0; + + + int center; + int j=64; + bool f1=false; + bool f2=false; + bool f3=false; + bool f4=false; + + if(sign_line_imageL[64]==' ') + find_type=0x02; + else + find_type=0x01; + + + for(int i=64; i<128; i++,j--) { + + + switch(find_type) { + + + case 0x01: + + if(f1==false&&sign_line_imageL[i]==' ') { + if(f1==false) { + b_start=i; + f1=true; + } + + } + if(f1== true&& f2==false&&sign_line_imageL[i]=='O') { + if(f2==false) { + b_end=i-1; + f2=true; + } + + } - if(sign_line_imageL[64]==' ') - find_type=0x02; + if(f3==false&&sign_line_imageL[j]==' ') { + if(f3==false) { + b2_end=j; + f3=true; + } + + } + if(f3==true&&f4==false&&sign_line_imageL[j]=='O') { + if(f4==false) { + b2_start=j-1; + f4=true; + } + + } + + break; + + + case 0x02: + + if(sign_line_imageL[i]=='O') { + + if(f1==false) { + b_end=i; + f1=true; + } + } + + if(sign_line_imageL[j]=='O') { + + if(f2==false) { + b_start=j; + f2=true; + } + + } + + + break; + + } + + } + + + switch(find_type) { + + case 0x01: + + if((b_end-b_start)>(b2_end-b2_start) ) + center=(b_end+b_start)/2; + else - find_type=0x01; - - - for(int i=64;i<128; i++,j--){ - - - switch(find_type){ - - - case 0x01: - - if(f1==false&&sign_line_imageL[i]==' '){ - if(f1==false){ - b_start=i; - f1=true; - } - - } - if(f1== true&& f2==false&&sign_line_imageL[i]=='O'){ - if(f2==false){ - b_end=i-1; - f2=true; - } - - } - - if(f3==false&&sign_line_imageL[j]==' '){ - if(f3==false){ - b2_end=j; - f3=true; - } - - } - if(f3==true&&f4==false&&sign_line_imageL[j]=='O'){ - if(f4==false){ - b2_start=j-1; - f4=true; - } - - } - - break; - - - case 0x02: - - if(sign_line_imageL[i]=='O'){ - - if(f1==false){ - b_end=i; - f1=true; - } - } - - if(sign_line_imageL[j]=='O'){ - - if(f2==false){ - b_start=j; - f2=true; - } - - } - - - break; - - } - - } - - - switch(find_type){ - - case 0x01: - - if((b_end-b_start)>(b2_end-b2_start) ) - center=(b_end+b_start)/2; - - else - center=(b2_end+b2_start)/2; - break; - - case 0x02: - center=(b_end+b_start)/2; - - break; - } - + center=(b2_end+b2_start)/2; + break; + + case 0x02: + center=(b_end+b_start)/2; + + break; + } + return center; - - } - + +} + + + +void BX_camera::read(void) +{ + + w_f_vL=0x0000; + b_f_vL=0xffff; + + w_f_vR=0x0000; + b_f_vR=0xffff; + + + + + *si=1; + *cam_clk=1; + + wait_us(30); // tune here + *si=0; + *cam_clk=0; + + + + line_CamR->enable(); + line_CamL->enable(); + + + //input 128 //both + + for(int i=0; i<128; i++) { + *cam_clk=1; + wait_us(5); + + + line_imageR[i]=line_CamR->read_u16(); + line_imageL[i]=line_CamL->read_u16(); - - void BX_camera::read(void){ - - w_f_vL=0x0000; - b_f_vL=0xffff; - - w_f_vR=0x0000; - b_f_vR=0xffff; - - - - - *si=1; - *cam_clk=1; - - wait_us(30); // tune here - *si=0; - *cam_clk=0; - - - - line_CamR->enable(); - line_CamL->enable(); - - - //input 128 //both - - for(int i=0;i<128;i++){ - *cam_clk=1; - wait_us(5); - - - line_imageR[i]=line_CamR->read_u16(); - line_imageL[i]=line_CamL->read_u16(); - - // big small - if(line_imageR[i] > w_f_vR) - w_f_vR=line_imageR[i]; - else if(line_imageR[i] < b_f_vR ) - b_f_vR = line_imageR[i]; - - - if(line_imageL[i] > w_f_vL) - w_f_vL=line_imageL[i]; - else if(line_imageL[i] < b_f_vL ) - b_f_vL = line_imageL[i]; - - - - - *cam_clk=0; - wait_us(5); - - - } - - - line_CamR->enable(); - line_CamL->enable(); - - - //filter L R //may change - - for(int i=0;i<128;i++){ - - - if( (line_imageR[i]-b_f_vR) < (w_f_vR - line_imageR[i] ) ) - sign_line_imageR[i]=' '; - else - sign_line_imageR[i]='O'; - - - if( (line_imageL[i]-b_f_vL) < (w_f_vL - line_imageL[i] ) ) - sign_line_imageL[i]=' '; - else - sign_line_imageL[i]='O'; - - - - - - if(i==0){ - sign_line_imageR[i]='X'; - sign_line_imageL[i]='X'; - } - - - } - - - - } \ No newline at end of file + // big small + if(line_imageR[i] > w_f_vR) + w_f_vR=line_imageR[i]; + else if(line_imageR[i] < b_f_vR ) + b_f_vR = line_imageR[i]; + + + if(line_imageL[i] > w_f_vL) + w_f_vL=line_imageL[i]; + else if(line_imageL[i] < b_f_vL ) + b_f_vL = line_imageL[i]; + + + + + *cam_clk=0; + wait_us(5); + + + } + + + line_CamR->enable(); + line_CamL->enable(); + + + //filter L R //may change + + for(int i=0; i<128; i++) { + + + if( (line_imageR[i]-b_f_vR) < (w_f_vR - line_imageR[i] ) ) + sign_line_imageR[i]=' '; + else + sign_line_imageR[i]='O'; + + + if( (line_imageL[i]-b_f_vL) < (w_f_vL - line_imageL[i] ) ) + sign_line_imageL[i]=' '; + else + sign_line_imageL[i]='O'; + + + + + + if(i==0) { + sign_line_imageR[i]='X'; + sign_line_imageL[i]='X'; + } + + + } + + + +} \ No newline at end of file