| 3,8 → 3,8 |
|---|
| #case |
| |
| #define S105A1 input(PIN_A0) |
| #define R105A1U input(PIN_A1) |
| #define R105A1D input(PIN_A2) |
| #define R110A1U input(PIN_A1) |
| #define R110A1D input(PIN_A2) |
| #define S104A1 input(PIN_A3) |
| #define R104A1U input(PIN_A4) |
| #define R104A1D input(PIN_A5) |
| 89,8 → 89,8 |
|---|
| #define LED2 PIN_J6 |
| |
| int1 s105A1; |
| int1 r105A1U; |
| int1 r105A1D; |
| int1 r110A1U; |
| int1 r110A1D; |
| int1 s104A1; |
| int1 r104A1U; |
| int1 r104A1D; |
| 113,6 → 113,13 |
|---|
| int1 s110A1; |
| int1 s108A1; |
| |
| #define send(s) \ |
| {\ |
| printf("%s\r\n",#s);\ |
| output_toggle(LED1);\ |
| delay_ms(100);\ |
| } |
| |
| void main() |
| { |
| |
| 130,8 → 137,8 |
|---|
| setup_vref(FALSE); |
| |
| s105A1=S105A1; |
| r105A1U=R105A1U; |
| r105A1D=R105A1D; |
| r110A1U=R110A1U; |
| r110A1D=R110A1D; |
| s104A1=S104A1; |
| r104A1U=R104A1U; |
| r104A1D=R104A1D; |
| 156,37 → 163,34 |
|---|
| |
| while(TRUE) |
| { |
| if(s105A1!=S105A1) {s105A1=S105A1; printf("S15A");} |
| if(r105A1U!=R105A1U) {r105A1U=R105A1U; printf("R15AU");} |
| if(r105A1D!=R105A1D) {r105A1D=R105A1D; printf("R15AD");} |
| if(s105A1!=S105A1) {s105A1=S105A1; send(S15A);} |
| if(r110A1U!=R110A1U) {r110A1U=R110A1U; send(R1aAU);} |
| if(r110A1D!=R110A1D) {r110A1D=R110A1D; send(R1aAD);} |
| if(!S105B1) {output_low(OS105B);} else {output_high(OS105B);} |
| if(!S105C1) {output_low(OS105C);} else {output_high(OS105C);} |
| if(s105D1!=S105D1) {s105D1=S105D1; printf("S15D");} |
| if(s105D1!=S105D1) {s105D1=S105D1; send(S15D);} |
| |
| if(s104A1!=S104A1) {s104A1=S104A1; printf("S14A");} |
| if(r104A1U!=R104A1U) {r104A1U=R104A1U; printf("R14AU");} |
| if(r104A1D!=R104A1D) {r104A1D=R104A1D; printf("R14AD");} |
| if(r104B1U!=R104B1U) {r104B1U=R104B1U; printf("R14BU");} |
| if(r104B1D!=R104B1D) {r104B1D=R104B1D; printf("R14BD");} |
| if(s104A1!=S104A1) {s104A1=S104A1; send(S14A);} |
| if(r104A1U!=R104A1U) {r104A1U=R104A1U; send(R14AU);} |
| if(r104A1D!=R104A1D) {r104A1D=R104A1D; send(R14AD);} |
| if(r104B1U!=R104B1U) {r104B1U=R104B1U; send(R14BU);} |
| if(r104B1D!=R104B1D) {r104B1D=R104B1D; send(R14BD);} |
| |
| if(s103A1!=S103A1) {s103A1=S103A1; printf("S13A");} |
| if(s103A2!=S103A2) {s103A2=S103A2; printf("S13A");} |
| if(s103A3!=S103A3) {s103A3=S103A3; printf("S13A");} |
| if(r103A1U!=R103A1U) {r103A1U=R103A1U; printf("R13AU");} |
| if(r103A1D!=R103A1D) {r103A1D=R103A1D; printf("R13AD");} |
| if(s103A1!=S103A1) {s103A1=S103A1; send(S13A);} |
| if(s103A2!=S103A2) {s103A2=S103A2; send(S13A);} |
| if(s103A3!=S103A3) {s103A3=S103A3; send(S13A);} |
| if(r103A1U!=R103A1U) {r103A1U=R103A1U; send(R13AU);} |
| if(r103A1D!=R103A1D) {r103A1D=R103A1D; send(R13AD);} |
| |
| if(s106A1!=S106A1) {s106A1=S106A1; printf("S16A");} |
| if(s107A2!=S107A2) {s107A2=S107A2; printf("S17A");} |
| if(s109A1!=S109A1) {s109A1=S109A1; printf("S19A");} |
| if(s106A1!=S106A1) {s106A1=S106A1; send(S16A);} |
| if(s107A2!=S107A2) {s107A2=S107A2; send(S17A);} |
| if(s109A1!=S109A1) {s109A1=S109A1; send(S19A);} |
| |
| if(s101A1!=S101A1) {s101A1=S101A1; printf("S11A");} |
| if(s101A2!=S101A2) {s101A2=S101A2; printf("S11A");} |
| if(s101A1!=S101A1) {s101A1=S101A1; send(S11A);} |
| if(s101A2!=S101A2) {s101A2=S101A2; send(S11A);} |
| |
| if(s102A1!=S102A1) {s102A1=S102A1; printf("S12A");} |
| if(s110A1!=S110A1) {s110A1=S110A1; printf("S1aA");} |
| if(s108A1!=S108A1) {s108A1=S108A1; printf("S18A");} |
| |
| output_toggle(LED1); |
| delay_ms(100); |
| if(s102A1!=S102A1) {s102A1=S102A1; send(S12A);} |
| if(s110A1!=S110A1) {s110A1=S110A1; send(S1aA);} |
| if(s108A1!=S108A1) {s108A1=S108A1; send(S18A);} |
| } |
| } |