bianpinqi.rar_bianpinqi_dsPIC30F6010A_waitjqi_变频器_变频器程序

#include "p30f6010a.h" #include "t72a2.h" //#include <p30f6010a.h> #define uchar unsigned char #define uint unsigned int //#define long uint unsigned long int #define Nop asm("nop") /*定义空指令*/ #define t24c02 0xa0 #define RA9 PORTAbits.RA9 #define RA10 PORTAbits.RA10 #define RA14 PORTAbits.RA14 #define RA15 PORTAbits.RA15 uint UA,UC,UCH,UU1,UU2,UU3,EWCON,EWPLUS,CHADR,MAX,LEIHE,RST; uchar DIODE,TL,TH,KS,SL,FLASHF,FLASHT,FLAST1,FLAST2,GL,GH,HL,HH,YL,YH; uchar yah,i,KT,KTL,SG,KPF,ss,HI,PSHIH,SOUR1,SOUR1H,JJ,JJA,NTI,OTI,BVV,TONGD,US,JJ1,LMM,er00,PSHI; uchar ye00,ye01,SU7,su27; uint DP,CONT,BL,PX,SSN,PRGDP,KC,PLAG,SHI,CHN,SOUR,DEST,M1A1,M1A3,EDTI,EDTIA,IAA,IBB,ICC,LL,F4,F44; uint ya,yc,ye,er0,er2,er4,er6,er8,erA,erC; uint TLL,KK1,KK,SU1,SU2,SU3,SU4,SU5,SU6,T55A,SES,LL2,I1L,UU,HHII,TT0,TT2,TT4,TT6,TT8,K4; uint GGM,PP,PP1,VVH,F117,T80,EDTIA,TIF; unsigned long int f23a1,f23a2,f23a3; uint lim[ ]={0,10,10,0,0,0,0,10,0}; uint him[ ]={600,200,200,99,1,1,1,200,1}; uint SINDA[ ]={871,1736,2588,3420,4226,5000,9063,9397,9659,9848,9962,9999,9999,9962,9848,9659,9397,9063}; uchar table[]={0x81,0xd7,0x23,0x43,0x55,0x49,0x09,0xc5,0x01,0x41,0x05,0x19,0xa9,0x13,0x29,0x2d,0xb9,0x91,0x15,0x3f, 0x1d,0x1b,0xff,0x25};//L,U,H,r,h,o, ,P uint SINEA[ ]={ }; uint PLUSDA2[ ]={ }; uint PLUSDA1[ ]={ }; uint rd[]; uint td[]; uchar LED[4]; void CHK(void); void DHK(void); void DISP(void); void CON1(void); void KSEND(void); void AAINT(void); void BBINT(void); void CCINT(void); void DDINT(void); void FFINT(void); void DHKA(void); void PRG(void); void SHIFT(void); void SET(void); void RESET(void); void RUN(void); void STO(void); void HSI(void); void VOT(void); void RHTD(void); void PLUOUT1(void); void PLUOUT1( ) { uint j; for(j=0;j++;j<36) { PLUSDA1[j]=PLUSDA2[j]; } EWPLUS=ss; EDTIA=EDTI; SU5=SU4;; PLAG=PLAG&&0xbf; } void CHK() { uint k,l; uint tmpp; for(k=0;k<4;k++) { l=k+k; pageread(t24c02,l,rd, 0x02); tmpp=rd[1]*256+rd[0]; if(tmpp > him[k]) { tmpp=him[k];} else if(tmpp < lim[k]) { tmpp=lim[k];} else {tmpp=tmpp; } td[1]=tmpp/256; td[0]=tmpp%256; pagewrite(t24c02,l,td,0x02); } } void DHK() { uint k,l; k=0; pageread(t24c02,k,rd, 0x01); l=rd[0]; if(F117>l) F117=l; } void DISP() { TL=LED[BL]; TH=0xff; PORTD=TH; PORTE=SL; if(BL!=4) { TH=0; TL=table[TL]; if((PLAG&&0x01)!=0) { if(BL==DP) { if((SU7&&0x01)==0) { PORTD=TL;} else { if((FLASHF&&0x01)==0) { TL=0xff; if(BL==0) TL=TL&&0xfe; PORTD=TL; } else { if(BL==0) { TL=TL&&0xfe; PORTD=TL; } else if(BL=PRGDP) { TL=TL&&0xfe; PORTD=TL; } else { PORTD=TL; } } } } } else { if(SHI!=0) { CON1(); } else { if((JJ1&&0x01)==0) { CON1(); } else { if(BL==3) { CON1();} else { if(JJ==0) { TL=table[0]; CON1();} else if(JJ==1) { TL=0xff; CON1();} else if(JJ==2) { CON1(); } else { TL=0xff; CON1(); } } } } } } else { PORTD=TL; } Nop; Nop; Nop; if((KT&&0x01)==0) { if(SG==0xfe) { SG=0; if((su27&&0x08)==0) { KTL=KS; KSEND(); } else { if((su27&&0x10)==0) { KTL=KS+1; KSEND(); } else { KTL=0xff; KT=0xff; KPF=0; KSEND(); } } } else { SG++; KSEND(); } } else { if((su27&&0x08)==0) { SG=0; KT=0; KSEND(); } else { if((su27&&0x10)==0) { SG=0; KT=0; KSEND(); } else { KPF=0; KSEND(); } } } } void KSEND() { BL++; KS=KS+2; SL=SL+SL; if(BL==4) { BL=0; SL=1; KS=0; } } void CON1() { if(BL==DP) { if((SSN&&0x01)==0) TL=TL&&0xfe; PORTD=TL; } else { PORTD=TL; } } void AAINT() { pageread(t24c02,2,rd, 0x02); TT4=rd[1]*256+rd[0]; TT4=TT4*8; pageread(t24c02,4,rd, 0x02); TT8=rd[1]*256+rd[0]; TT8=TT8*8; pageread(t24c02,12,rd, 0x02); TT2=rd[1]*256+rd[0]; if((TT2&&0x01)==0) { if((PLAG&&0x08)!=0) {if(F4<F117) { KK++; if(KK>TT4) { KK=0; F4++; if(F4>F117) F4=F117; } } else if(F4>F117) { KK1++; if(KK1>TT8) { KK1=0; if(F4>F117) F4--; } } else { } } else if ((PLAG&&0x10)!=0) { if((F4!=0)&&(F4<=24)) { Nop; } else if((F4!=0)&&(F4>24)) { KK1++; if(KK1>TT8) { KK1=0; F4--; } else { } } else { } } } else { if((PLAG&&0x80)!=0) { if(F4<US) { KK++; if(KK>TT4) { KK=0; F4++; if(F4>US) F4=US; } } else if(F4>US) { KK1++; if(KK1>TT8) { KK1=0; if(F4>US) F4--; } } else { } } else if((PLAG&&0x10)!=0) { if(F4>0) { KK1++; if(KK1>TT8) { KK1=0; F4--; } } Nop; Nop; } else { } } } void BBINT() { } void CCINT() { } void DDINT() { if(F4==0) { JJ1=0x00;} else { JJ!=0xff;} } void FFINT() { uint k; k=20; td[1]=F117/256; td[0]=F117%256; pagewrite(t24c02,k,td,0x02); } void RESET() { uint t95; if((PLAG&&0x01)!=0) { if((SU7&&0x01)!=0) { PSHI++; if(PSHI>8) PSHI=0; DEST=PSHI*2; LED[3]=PSHI; pageread(t24c02,DEST,rd, 0x02); SOUR1=rd[1]*256+rd[0]; RHTD(); } else { if((PSHI!=8)|(F4==0)) { KPF=0; UA++; if(UA>1000) { UA=0; if(SOUR1!=UCH) SOUR1++; RHTD(); } } } } else { KPF=0; UA++; if(UA>1000) { UA=0; if(F4==0) { K4=F117; pageread(t24c02,0,rd, 0x02); t95=rd[1]*256+rd[0]; if(K4<t95) { K4++; GL=K4; F1