ALPS-004/WZYXPCR_NO1.20250726.X/WZYXPCR_NO1.20250726.X/file/Interrupt.c

#define  __INTERRUPT_DEF
#include "ABIS_User.h"
unsigned char g_ucENABLE = 1;
unsigned int uiData_num = 0,uiData_buffer = 0;


/*******************************************************************************
 * 函数名称：Init_T3
 *******************************************************************************/
//void Init_T3(){
//	TMR3  = 0;
//	PR3   = 9375;
//	T3CON = 0x8020;     			 // T6=1:64
//
//   	IFS0bits.T3IF = 0;
//    IPC2bits.T3IP = 4;
//   	IEC0bits.T3IE = 1;              
//    T3CONbits.TON = 1;
//     
//}
//void __attribute__((__interrupt__,auto_psv)) _T3Interrupt (void)
//{
//    if(DmaBuffer == 0)
//    {
//        BufferA.Adc1Ch0[0] = AD_Get(0x00);
//        BufferA.Adc1Ch1[0] = AD_Get(0x01);
//        BufferA.Adc1Ch2[0] = AD_Get(0x02);
//        BufferA.Adc1Ch3[0] = AD_Get(0x03);
//        BufferA.Adc1Ch4[0] = AD_Get(0x04);
//        BufferA.Adc1Ch5[0] = AD_Get(0x05);
//        BufferA.Adc1Ch6[0] = AD_Get(0x06);
//        BufferA.Adc1Ch7[0] = AD_Get(0x07);
//        BufferA.Adc1Ch8[0] = AD_Get(0x08); 
//    }
//    else
//    {
//        BufferB.Adc1Ch0[0] = AD_Get(0x00);
//        BufferB.Adc1Ch1[0] = AD_Get(0x01);
//        BufferB.Adc1Ch2[0] = AD_Get(0x02);
//        BufferB.Adc1Ch3[0] = AD_Get(0x03);
//        BufferB.Adc1Ch4[0] = AD_Get(0x04);
//        BufferB.Adc1Ch5[0] = AD_Get(0x05);
//        BufferB.Adc1Ch6[0] = AD_Get(0x06);
//        BufferB.Adc1Ch7[0] = AD_Get(0x07);
//        BufferB.Adc1Ch8[0] = AD_Get(0x08);     
//    }
//    DmaBuffer ^= 1;   
//    IFS0bits.T3IF = 0;
//}
/*******************************************************************************
 * 函数名称：T1Interrupt
 *******************************************************************************/
void __attribute__((__interrupt__,auto_psv)) _T2Interrupt (void)
{
	IFS0bits.T2IF = 0;
    T6CONbits.TON  = 0;              //修改为0
	TMR2 = 0;
    g_tMotorParam.ulXiPosition =( g_tMotorParam.ucXDirection == FORWARD )? (g_tMotorParam.ulXiPosition + 1) : (g_tMotorParam.ulXiPosition - 1);
    if(MOTORX_DIR_scan == 1){
        g_uiScanPulseX++;//记录当前脉冲值   
    }else if(MOTORX_DIR_scan == 0){
        g_uiScanPulseX--;//记录当前脉冲值
    }else{}
 
    if(Alldata == 1){
        if(ADC7606Enable==1) {
            if (g_ucFAMLED == 1) {
                if ((g_uiScanPulseX >= (g_uiScanFAM[0] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[0] + SUM))) {
                    FAMLED = 1;
                    FAMData[0][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[1] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[1] + SUM))) {    
                    FAMLED = 1;                    
                    FAMData[1][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;                      
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[2] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[2] + SUM))) {    
                    FAMLED = 1;                    
                    FAMData[2][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;       
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[3] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[3] + SUM))) {
                    FAMLED = 1;
                    FAMData[3][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[4] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[4] + SUM))) {    
                    FAMLED = 1;
                    FAMData[4][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[5] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[5] + SUM))) {    
                    FAMLED = 1;
                    FAMData[5][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[6] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[6] + SUM))) {    
                    FAMLED = 1;
                    FAMData[6][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[7] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[7] + SUM))) {   
                    FAMLED = 1;
                    FAMData[7][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[8] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[8] + SUM))) {    
                    FAMLED = 1;
                    FAMData[8][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[9] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[9] + SUM))) {  
                    FAMLED = 1;
                    FAMData[9][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[10] - SUM)) &&(g_uiScanPulseX < (g_uiScanFAM[10] + SUM))) {     
                    FAMLED = 1;
                    FAMData[10][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[11] - SUM)) &&(g_uiScanPulseX < (g_uiScanFAM[11] + SUM))) { 
                    FAMLED = 1;
                    FAMData[11][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else if ((g_uiScanPulseX >= (g_uiScanFAM[12] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[12] + SUM))) {     
                    FAMLED = 1;
                    FAMData[12][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                }else if ((g_uiScanPulseX >= (g_uiScanFAM[13] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[13] + SUM))) {     
                    FAMLED = 1;
                    FAMData[13][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                }else if ((g_uiScanPulseX >= (g_uiScanFAM[14] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[14] + SUM))) {   
                    FAMLED = 1;
                    FAMData[14][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                }else if ((g_uiScanPulseX >= (g_uiScanFAM[15] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[15] + SUM))) {   
                    FAMLED = 1;
                    FAMData[15][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                }else if ((g_uiScanPulseX >= (g_uiScanFAM[16] - SUM))&&(g_uiScanPulseX < (g_uiScanFAM[16] + SUM))) {
                    FAMLED = 1;
                    FAMData[16][FAMData_num] =  AD_Get(0x09);
                    FAMData_num++;
                } else {
                    FAMLED = 0;     
                    FAMData_num = 0;
                }
            }
  
        }
    }
    else if(Alldata == 0){//获取全数据用
        if(Motstep == 10){
            Motstep = 0;        
            if(MPPCnum == 0)  
                ucBuffer_Data[FAMData_num] = AD_Get(0x09);
            else if(MPPCnum == 1)  
                ucBuffer_Data[FAMData_num] = AD_Get(0x0B);            
            else if(MPPCnum == 2)  
                ucBuffer_Data[FAMData_num] = AD_Get(0x0A); 
            else if(MPPCnum == 3)  
                ucBuffer_Data[FAMData_num] = AD_Get(0x0C);  
       
            FAMData_num++;
        }
        Motstep++;        
    }
    else{};
    PR2   = g_uiMotorXPeriod[g_uiAccIndex]; 
    OC1RS = g_uiMotorXPeriod[g_uiAccIndex]/2;      
    OC1R  = 0; 

    g_uliRunningPulse++; 
    if(g_uliRunningPulse <= g_tMotorParam.ulXiAccPulse){
        g_uiAccIndex++;
    }
    else if(g_uliRunningPulse < g_tMotorParam.ulXiConstPulse){                  //匀速运动，频率不变  
        //g_uliRunningPulse--;
    }
    else if(g_uliRunningPulse < g_uliPulseCount){                               //减速运动，频率减小
        g_uiAccIndex--;
    }
    else if(g_uliRunningPulse >= g_uliPulseCount){                               //停止PWM输出
        TMR2 = 0;
        T2CONbits.TON = 0;                                                      //off the T1
        g_ucMotorXFinishFlag=1;
        ADC7606Enable =0;
    }
    T6CONbits.TON  = 1;              //修改为0
}


/*******************************************************************************
 * 函数名称：Init_T6
 *******************************************************************************/
void Init_T6()
{
	TMR6  = 0;
	PR6   = 11719;
	T6CON = 0x8030;     			

   	IFS2bits.T6IF  = 0;
   	IPC11bits.T6IP = 2;             
   	IEC2bits.T6IE  = 1;             
    T6CONbits.TON  = 1;            
}
void __attribute__((interrupt,auto_psv)) _T6Interrupt (void)
{    
    IFS2bits.T6IF = 0;
    static unsigned char Timer ;
    Timer++;
    if(Timer == 20){
        Timer = 0;
        STU1 = !STU1;        
    }
        
//    待测试标定对应顺序 测试OK 
        MCUAdcBuff[0][SampleNo]  = AD_Get(0x05);     //BLOCK1
        MCUAdcBuff[1][SampleNo]  = AD_Get(0x04);     //BLOCK2
        MCUAdcBuff[2][SampleNo]  = AD_Get(0x03);     //BLOCK3
        MCUAdcBuff[3][SampleNo]  = AD_Get(0x02);     //BLOCK4
        MCUAdcBuff[4][SampleNo]  = AD_Get(0x06);     //BLOCK5制冷池
        MCUAdcBuff[5][SampleNo]  = AD_Get(0x07);     //BLOCK6制冷池
        MCUAdcBuff[6][SampleNo]  = AD_Get(0x0f);     //热盖      
//        MCUAdcBuff[7][SampleNo]  = AD_Get(0x07);     //
//        MCUAdcBuff[8][SampleNo]  = AD_Get(0x08);     //    散热片
    SampleNo++;
    if(SampleNo > 2) {     //100ms
        SampleNo=0;
        T4CONbits.TON=1;    //off the T4  for 1ms
        ms100conter++;
		if(ms100conter%100 == 0){
			s10flag = 1;
		}
    }

    
    
}
/*******************************************************************************
 * 函数名称：Init_T4
 *******************************************************************************/
void Init_T4()
{
	TMR4 = 0;
	PR4   = 9375;
	T4CON = 0x8020;     			// T4=1:64
   	IFS1bits.T4IF = 0;
   	IPC6bits.T4IP = 2;              //值越高优先级越高
   	IEC1bits.T4IE = 1;              //使能中断
    T4CONbits.TON = 0;
}
void __attribute__((interrupt,auto_psv)) _T4Interrupt (void)
{   
    unsigned char i;
    unsigned char j;
    long TempAD;
//    STU2 = ~STU2;
    IFS1bits.T4IF = 0;
    T4CONbits.TON = 0;//off the T4  for 1ms    

    for(i=0;i<9;i++){
        TempAD=0;
        for(j=0;j<3;j++){
            TempAD += MCUAdcBuff[i][j];
        }
        dTemperature[i]=TempAD/3;
        dTemperatureAD[i] = (unsigned int)dTemperature[i];
    } 
    for(i=0;i<7;i++){
        TempChn[i].fCurrentTemperature = (double)(TempPara[i].fK1 * dTemperature[i]*dTemperature[i] + TempPara[i].fK2 * dTemperature[i] + TempPara[i].fB);
        if(TempChn[i].fCurrentTemperature > 90)  TempChn[i].fCurrentTemperature = (double)(TempChn[i].fCurrentTemperature + TempPara[i].TTb);       
    }  
    if(g_ucENABLE == 1){
        PeltierCtrler();
    }   
 
    for(i=6;i<8;i++){
        CAPReal_temp[i-6] =(double)(CAPTk[i-6]*dTemperature[i] + CAPTb[i-6]); 
        CAPReal_temp[i-6] =(double)(CAPTTk[i-6]*CAPReal_temp[i-6] + CAPTTb[i-6]);
    }
    if((CAPReal_temp[0] > (g_tEE.CAPTarget_temp[0]-3))&&(CAPReal_temp[0] < 121.0 )){//当前热盖温度在规定范围内时系统状态灯常亮
        g_ucSTATE_CAP = 1;    
    }  
    CAPPeltierCtrler();//热盖温控

    g_fFINReal_Temp = (float)(g_tEE.fFINTTk * (g_tEE.fFINTk*dTemperature[8] + g_tEE.fFINTb)+ g_tEE.fFINTTb); 
      

    g_ucSampleNo_STU++;
    if((g_ucSampleNo_STU >= 3)&&(g_ucSTATE_RUN == 2)){//实验开始，状态灯间隔0.5s闪烁
        g_ucSampleNo_STU = 0;
        POWER_STU1 = ~POWER_STU1;
        FANOC_Set(3,g_tEE.uiFanHPwm);   
    }
    if((g_ucSTATE_RUN == 1)&&(g_ucSTATE_CAP == 1)){//实验结束或空闲，状态灯常亮
        g_ucSampleNo_STU = 0;
        POWER_STU1 = 1;
        FANOC_Set(3,g_tEE.uiFanLPwm);     
    }   
    if(g_ucSTATE_CAP == 0){
        g_ucSampleNo_STU = 0;
        POWER_STU1 = 0;
        FANOC_Set(3,g_tEE.uiFanLPwm);    
    }   
    
}

/*******************************************************************************
 * 函数名称：Init_T8
 *******************************************************************************/
void Init_T8()
{
	TMR8 = 0;                      
	PR8  = 781;                    
	T8CON = 0x8010;     			

   	IFS3bits.T8IF = 0;
   	IPC12bits.T8IP = 7;          
   	IEC3bits.T8IE = 1;           
}
void __attribute__((interrupt,auto_psv)) _T8Interrupt (void)
{
    IFS3bits.T8IF = 0;
    if(MotorXHomebuffer == 1){
        MOTORX_PWM = !MOTORX_PWM;
        PulseNum++;
    }
    if(MotorYHomebuffer == 1){
        MOTORY_PWM = !MOTORY_PWM;
        PulseNum++;
    } 
}