炎炎夏日需要一个清凉的地 - 自制水冷系统（十一 程序开发）

#include <STC12C5A60S2.h>



#include "LEDDisplay.h"

#include "Temperature.h"

#include "Pins.h"





#define Delay_REF    12           //设置每一个点显示的时间长度（1~20）

#define LED_PWDDEFAULT    9      // LED的调光值 1~9



#define DT_P2M0SET        0x00  // 0000 0000

#define DT_P2M1SET        0x00     // 0000 0000

#define DT_P0M0SET        0xf0    // 1111 0000

#define DT_P0M1SET        0x00  // 0000 0000





// 数码管

// 12 ~ 9

sbit    DT_COM1            = P0 ^ 4;

sbit    DT_COM2            = P0 ^ 5;

sbit    DT_COM3            = P0 ^ 6;

sbit    DT_COM4            = P0 ^ 7;

// 8 ~ 1

sbit    DT_DpyA            = P2 ^ 0;

sbit    DT_DpyB            = P2 ^ 1;

sbit    DT_DpyC            = P2 ^ 2;

sbit    DT_DpyD            = P2 ^ 3;

sbit    DT_DpyE            = P2 ^ 4;

sbit    DT_DpyF            = P2 ^ 5;

sbit    DT_DpyG            = P2 ^ 6;

sbit    DT_DpyDP        = P2 ^ 7;

sfr   DT_Dpy      = 0xA0;   // P2





void Delay (unsigned int);

void Dis_Off (void);

void displayHH1 (unsigned char);

void displayHH2 (unsigned char);

void displayHH3 (unsigned char);

void displayHH4 (unsigned char);







data unsigned char Led_PWM;   // 调光 1 ~ 9



unsigned char code NumData[]={

  //0, 1, 2, 3, 4, 5, 6, 7, 8, 9, (None) E, R     

    0x3f,0x06,0x5b,0x4f,0x66,0x6d,0x7d,0x07,0x7f,0x6f, 0x00, 0x79, 0x77 

};

unsigned int Sec = 0;





void InitView(void){

    P0M0 = DT_P0M0SET;

    P0M1 = DT_P0M1SET;

    P2M0 = DT_P2M0SET;

    P2M1 = DT_P2M1SET;

    //Dis_Off(); 

    Led_PWM = LED_PWDDEFAULT;

}



void DisplayTemperature(unsigned int t){

  // 无效温度显示 ERR 字样

  if (t != VAL_ERRTEMPERATURE){

        displayHH4(NumData[t / 1000]);

    displayHH3(NumData[t / 100 % 10] + 0x80);

    displayHH2(NumData[t / 10 % 10]);

    displayHH1(NumData[t % 10]);

  }

  else {

        // 无效温度显示 ERR 字样

    //displayHH4(NumData[10]);

    displayHH3(NumData[11]);

    displayHH2(NumData[12]);

    displayHH1(NumData[12]);

  }

}







void Delay (unsigned int count){ 

    unsigned int i;

    while( count-- != 0){

        for(i = 0; i < Delay_REF; i++); 

    }                      

}



void Dis_Off (void){

  DT_COM1      = 0;

  DT_COM2      = 0;    

  DT_COM3      = 0;

  DT_COM4   = 0;



    DT_Dpy    = 0xFF;

    /*

  DT_DpyA      = 1;

  DT_DpyB      = 1;

  DT_DpyC      = 1;

  DT_DpyD      = 1;

  DT_DpyE      = 1;

  DT_DpyF      = 1;

  DT_DpyG      = 1;

  DT_DpyG  = 1;

*/

    Delay(10-Led_PWM); 

}



void displayHH1 (unsigned char d){ 

    if(d & 0x01){

        DT_COM1 = 1;DT_DpyA = 0;}    Delay(Led_PWM);    Dis_Off();



    if(d & 0x02){

        DT_COM1 = 1;DT_DpyB = 0;}    Delay(Led_PWM);    Dis_Off();



    if(d & 0x04){

        DT_COM1 = 1;DT_DpyC = 0;}    Delay(Led_PWM);    Dis_Off();



    if(d & 0x08){

        DT_COM1 = 1;DT_DpyD = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x10){

        DT_COM1 = 1;DT_DpyE = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x20){

        DT_COM1 = 1;DT_DpyF = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x40){

        DT_COM1 = 1;DT_DpyG = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x80){

        DT_COM1 = 1;DT_DpyDP = 0;}Delay(Led_PWM);Dis_Off();

} 



void displayHH2 (unsigned char d){

    if(d & 0x01){

        DT_COM2 = 1;DT_DpyA = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x02){

        DT_COM2 = 1;DT_DpyB = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x04){

        DT_COM2 = 1;DT_DpyC = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x08){

        DT_COM2 = 1;DT_DpyD = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x10){

        DT_COM2 = 1;DT_DpyE = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x20){

        DT_COM2 = 1;DT_DpyF = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x40){

        DT_COM2 = 1;DT_DpyG = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x80){

        DT_COM2 = 1;DT_DpyDP = 0;}Delay(Led_PWM);Dis_Off();

} 



void displayHH3 (unsigned char d){

    if(d & 0x01){

        DT_COM3 = 1;DT_DpyA = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x02){

        DT_COM3 = 1;DT_DpyB = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x04){

        DT_COM3 = 1;DT_DpyC = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x08){

        DT_COM3 = 1;DT_DpyD = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x10){

        DT_COM3 = 1;DT_DpyE = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x20){

        DT_COM3 = 1;DT_DpyF = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x40){

        DT_COM3 = 1;DT_DpyG = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x80){

        DT_COM3 = 1;DT_DpyDP = 0;}Delay(Led_PWM);Dis_Off();

} 



void displayHH4 (unsigned char d){

    if(d & 0x01){

        DT_COM4 = 1;DT_DpyA = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x02){

        DT_COM4 = 1;DT_DpyB = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x04){

        DT_COM4 = 1;DT_DpyC = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x08){

        DT_COM4 = 1;DT_DpyD = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x10){

        DT_COM4 = 1;DT_DpyE = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x20){

        DT_COM4 = 1;DT_DpyF = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x40){

        DT_COM4 = 1;DT_DpyG = 0;}Delay(Led_PWM);Dis_Off();



    if(d & 0x80){

        DT_COM4 = 1;DT_DpyDP = 0;}Delay(Led_PWM);Dis_Off();

}