#include <pic168xa.h> //2008.4.24--14点00分#include <math.h>#include <stdlib.h>int charge_delay,jm,lkk,trial,run_num,protect_num;char m,n,k,s,L,tri;char hall_num; //循环次数char hall_number; //1+3+2+10+8+9=33(一个循环和)，hallless_protect()int pwm_hi; // pwm占空比上限int pwm_cycle; // pwm周期int pwm_lo; // pwm占空比下限,由A/D结果确定int pwm_real; // pwm占空比实际int ad_result; // A/D转换结果bit ghy,run_flag; //运行标志---0，未运行，停止bit flag_autohand; //开始为-----自动void delay(delay_num)int delay_num;{int j;for (j=delay_num;j>1;j--){asm("nop");}}union adres{int y1;unsigned char adre[2];}adresult;void para_chushihua(){protect_num=0;trial=0b10110000;tri=0x00;lkk=10;hall_num=0x00;hall_number=0x00;run_flag=0; //运行标志---0，未运行，停止flag_autohand=1; //开始为-----自动pwm_cycle= 240; // pwm周期// pwm_hi=pwm_cycle-5; // pwm占空比上限pwm_hi=pwm_cycle-1; // pwm占空比上限pwm_real=pwm_cycle; // 实际pwm占空比为pwm周期上限pwm_lo=0x0A; //设定下限+++++++++++++++++++++++++++++++++++++++ ++++++++}void nointerupt_chushihua(){INTCON=0X00; //禁止中断}void Io_chushihua(){// ADCON1=0x8e; //RA0/AN0--VOLTAGE 电压采样,右对齐1ADCON1=0x86; //设定RA0--RA6设定为I/O口；TRISA =0x09; //RA0---PROTECT保护（电流保护和过温保护）--输出,0--不保护,1--保护;//RA1----PSW1，继电器,输出,0,电源接通//RA2----指示灯,输出0--->>//RA3----按键,加,输入 1//RA4----指示灯,输出0--->>//RA5----RSW1,继电器，输出0，软启充电PORTA=PORTA&0x09; //RA1=0,----输出低电平，PSW1，继电器断//RA2=0,----输出低电平，指示灯灭//RA4=0,----输出低电平，指示灯灭//RA5=0,----输出低电平，RSW1，继电器断RBPU=0; //RB端口内部弱上拉电路禁止TRISB =0xfe; //RB7=1, 空----输入//RB6=1----HA,输入//RB5=1----HB,输入//RB4=1----HC,输入//RB3=1----停,输入，按钮//RB2=1----启,输入，按钮//RB1=1----自/手选择，输入，开关//RB0=0----ST/STOP，输出，控制GAL PORTB=PORTB&0xfe; //RB0=0,----输出低电平，禁止GAL输出TRISC =0x02; //RC7---A1+,PWMA1+,输出0//RC6---A1, 输出0//RC5---B1+,输出0//RC4---B1,输出0//RC3---C1+,输出0//RC2---CCP1(PWM),输出,死区0//RC1----减，输入，按钮 1//RC0---C1,输出0 PORTC=0x06;}void protect(){ //过流和过温保护GIE=0; //关全局中断pwm_real=pwm_hi; //PWM_real----PWM实时值CCPR1L=pwm_real; //设置PWM输出为最大CCPR1H=0x00; //CCP1CON=0x0c; //CCP1选择为PWM工作方式PR2=pwm_cycle; //设置PWM的周期TRISC=TRISC&0xfb; //设置RC2---PWM输出T2CON=0x00; //分频系数=0x00TMR2ON=1; //启用TMR2PORTC=0x00; //PORTB=PORTB&0xfe; //RB0=0,----输出低电平，禁止GAL输出while(1){PORTA^=0b00010100;delay(15000); //延时}}void protect_run(){ //过流和过温保护GIE=0; //关全局中断pwm_real=pwm_hi; //PWM_real----PWM实时值CCPR1L=pwm_real; //设置PWM输出为最大CCPR1H=0x00; //CCP1CON=0x0c; //CCP1选择为PWM工作方式PR2=pwm_cycle; //设置PWM的周期TRISC=TRISC&0xfb; //设置RC2---PWM输出T2CON=0x00; //分频系数=0x00TMR2ON=1; //启用TMR2PORTC=0x00; //PORTB=PORTB&0xfe; //RB0=0,----输出低电平，禁止GAL输出while(1){// PORTA^=0b00010000; //RA4闪动PORTA^=0b00000100; //RA2闪动delay(15000); //延时}}void PWM_chushihua(){// CCPR1L=0xa0;// CCPR1H=0x00;run_num=0;pwm_real=pwm_hi; //PWM_real----PWM实时值CCPR1L=pwm_real; //设置PWM输出为最大CCPR1H=0x00; //CCP1CON=0x0c; //CCP1选择为PWM工作方式PR2=pwm_cycle; //设置PWM的周期TRISC=TRISC&0xfb; //设置RC2---PWM输出T2CON=0x00; //分频系数=0x00TMR2ON=1; //启用TMR2}void open_loopf() //开环运行50次，启动{k=0b00011000; //5 //HA,HB,HC,s=PORTC&0b00000110; //1 0 1, B-C+PORTC=k|s; //delay(8000); //延时k=0b10010000; //4 //HA,HB,HC,s=PORTC&0b00000110; //1 0 0, A+B-PORTC=k|s; //delay(8000); //延时k=0b10000001; //6 //HA,HB,HC,s=PORTC&0b00000110; //1 1 0, C-A+PORTC=k|s; //delay(8000); //延时k=0b00100001; //2 //HA,HB,HC,s=PORTC&0b00000110; //0 1 0, B+C-PORTC=k|s; //delay(8000); //延时k=0b01100000; //3 //HA,HB,HC,s=PORTC&0b00000110; //0 1 1, A-B+PORTC=k|s; //delay(8000); //延时k=0b01001000; //1 //HA,HB,HC,s=PORTC&0b00000110; //0 0 1, C+A-PORTC=k|s; //delay(8000); //延时}void interrupt RB4_int(){char th;run_num++;if(run_num>10){run_num=10;}m=PORTB;//RB7-HA,RB5-HB,RB4-HCm&=0xB0; //1 0 1 1 m^=0x90;//A=/A,B=B,C=/C //1 1 n=m>>4; //switch(n){ //HA,HB,HC,// case 1: k=0b01001000;break; //0 0 1, C+A-// case 3: k=0b01100000;break; //0 1 1, A-B+// case 2: k=0b00100001;break; //0 1 0, B+C-// case 10:k=0b10000001;break; //1 1 0, C-A+// case 8: k=0b10010000;break; //1 0 0, A+B-// case 9: k=0b00011000;break; //1 0 1, B-C+// default:k=0b00000000; //其它(000,111),0x00,输出为无效case 1: k=0b00011000;break; //1 0 1, B-C+case 3: k=0b01001000;break; //0 0 1, C+A-case 2: k=0b01100000;break; //0 1 1, A-B+case 10:k=0b00100001;break; //0 1 0, B+C-case 8: k=0b10000001;break; //1 1 0, C-A+case 9: k=0b10010000;break; //1 0 0, A+B-default:k=0b00000000; //其它(000,111),0x00,输出为无效}s=PORTC&0b00000110; //取RC1,RC2状态PORTC=k|s; //输出PORTCif (RB7==0) {trial&=0b00110000;} //RB7=0if (RB5==0) {trial&=0b10010000;} //RB5=0if (RB4==0) {trial&=0b10100000;} //RB4=0if (lkk>1) {lkk--;} //每20次测试一次// tri=n;// if ((tri&=0b00001000)==0) {trial&=0b00110000;} //RB7=0// tri=n;// if ((tri&=0b00000010)==0) {trial&=0b10010000;} //RB5=0// tri=n;// if ((tri&=0b00000001)==0) {trial&=0b10100000;} //RB4=0// if (lkk>2) {lkk--;} //每20次测试一次else{while(trial!=0b00000000){GIE=0; //关全局中断pwm_real=pwm_hi; //PWM_real----PWM 实时值CCPR1L=pwm_real; //设置PWM输出为最大CCPR1H=0x00; //CCP1CON=0x0c; //CCP1选择为PWM工作方式PR2=pwm_cycle; //设置PWM的周期TRISC=TRISC&0xfb; //设置RC2---PWM输出T2CON=0x00; //分频系数=0x00TMR2ON=1; //启用TMR2PORTC=0x00; //PORTB=PORTB&0xfe; //RB0=0,----输出低电平，禁止GAL输出while(1){PORTA^=0b00010000; //RA4闪动for (jm=15000;jm>1;jm--){asm("nop");}}}trial=0b10110000;lkk=10;}RBIF=0;}void max_min_compare(){if (pwm_real>pwm_hi) pwm_real=pwm_hi;if (pwm_real<pwm_lo) pwm_real=pwm_lo;}main(void){para_chushihua(); //参数初始化nointerupt_chushihua(); //禁止中断初始化Io_chushihua(); //I/O初始化PWM_chushihua(); //PWM初始化RA1=0; //RA1-PSW1发送低电平,接通电源RA5=0; //RA5-RSW1发送低电平,主电路充电延时RA2=0; //RA2，指示灯灭RA4=0; //RA4，指示灯灭delay(100); //主电路充电延时RB0=0; //ST/(-STOP)发送低电平,禁止GAL输出delay(100);RA1=1; //RA1-PSW1发送高电平,接通电源for(charge_delay=0;charge_delay<50;charge_delay++){delay(15000);}RA5=1; //RA5-RSW1发送高电平,主电路充电延时delay(100); //主电路充电延时PP: asm(" nop"); //RBIF=0; //禁止RB4-7中断,清RBIF 标志设定RBIE=0; //禁止RB4-7中断,RBIE设定GIE=0; //关全局中断RA2=0; //RA2，指示灯灭RA4=0; //RA4，指示灯灭run_flag=0; //运行标志---由RB2按钮设置while(run_flag==0) //----------主程序-------------//{ //RB2启动键，低电平有效if (RB2==0) run_flag=1; //运行标志---由RB2按钮设置delay(100); //延时} //while(run_flag==1) //运行，则执行......{int ope; //设定开环运行次数为12次int openloopn; //RB0=1; //ST/(-STOP)发送高电平,开放GAL输出delay(100); //延时RA4=1;// pwm_real=180;pwm_real=230;delay(500); //延时// ope=10; //设定开环运行次数为20次ope=3; //设定开环运行次数为20次for (openloopn=0;openloopn<=ope;openloopn++){ //0 00000000000000000CCPR1L=pwm_real; //设置开环下PWM输出值----130open_loopf(); //开环运行20次，启动} //----------------------- //000000000000000000delay(6000); //延时RBIF=0; //RB4-7中断,RBIF标志设定RBIE=1; //RB4-7中断,RBIE设定GIE=1; //开全局中断RA2=1; //----------------------- pwm_real=pwm_hi; //-----------------------ghl: asm(" nop"); //if ((pwm_real<110)&&(run_num<10)) //如果pwm_real<140,但是run_num<10,表明未动，则{ //protect_run();protect_run();}while(RA0==1) //RA0=1,过流和过温保护{ //delay(150); //调用延时程序protect_num++; //if (protect_num>30)//如果30次保护，则认为是真正保护（过温和过流保护软件滤波）{protect();} //过流和过温保护} //protect_num=0; //if(RB1==1) flag_autohand=1; //自/手标志设定，标志设定else flag_autohand=0; //RB1=1---AUTO;自动//RB1=0---HAND;手动//----------------------- if (flag_autohand==1){ //11 111111111111111111if (pwm_real>pwm_lo) pwm_real-=1; //自动else pwm_real=pwm_lo;}//11111111111111111111else{if(RA3==0) //加(低有效), 则{if (pwm_real<pwm_hi) pwm_real+=1;else pwm_real=pwm_hi;}if(RC1==0) //减(低有效),则{if (pwm_real>pwm_lo) pwm_real-=1;else pwm_real=pwm_lo;}}max_min_compare();CCPR1L=pwm_real; //设置PWM输出delay(4500); //调用延时子程序while(RA0==1) //RA0------过流和过温保护输入，高电平保护{ //protect(); //过流和过温保护} //while(RB3==0){ //RB3停机键，低电平有效run_flag=0; //运行标志---由RB3按钮设置}if (run_flag==0) //停机，则跳转至......{for(;pwm_real<pwm_hi;pwm_real++){delay(2000); //至上限否？CCPR1L=pwm_real; //设置PWM输出为最大}RB0=0; //ST/(-STOP)发送低电平,禁止GAL输出para_chushihua(); //参数初始化nointerupt_chushihua(); //禁止中断初始化PWM_chushihua(); //PWM初始化run_num=0;goto PP;}else{// run_num=0;goto ghl;}}// goto PP;}。
