13fre100.c.bak

本程序是交流压缩机的驱动程学

//0105 communication modify
#include  <stdlib.h>
#define cregbank 1
#define  CENDRAM  0x043f
#define  CSTARTRAM  0x0c0

#define  pwmfrequence  2808    //2800
#define  f3khz    8000000/pwmfrequence/*2857    */
#define  minpulse 32  //020725
#define  overflow  2
#define  MINFRE  30
#define sincont   1
#define offset    f3khz/4
#define volt220   178     /*0320 173 0318 0311(178) 230V 173(220) 1204  201*/
#define maxlinevoltage  174  /*183  0227  it is squ(6)*edc/4*/
#define maxload 174
#define modux   maxload*100/maxlinevoltage
#define    cRegBank  1
#define         fc    16
#define     halfperiod  pwmfrequence/2
#define     quaterperiod  pwmfrequence/4
#define     thirdperiod  pwmfrequence*3/4
#define     onethirdperiod  pwmfrequence/3
#define     twothirdperiod  pwmfrequence*2/3

#define     tx9msh    9000*fc/8
#define          tx9msmax    90*120*fc/8
#define          tx9msmin    90*80*fc/8
#define     tx4msl    4000*fc/8
#define     tx4mslmax    40*fc*120/8
#define     tx4mslmin    40*fc*80/8
#define           tx13ms           tx9msh+tx4msl
#define           tx13msmax     tx9msmax+tx4mslmax
#define           tx13msmin     tx9msmin+tx4mslmin
#define     indoorsendlength    2  //030308 fredrive  9
#define     outdoorsendlength   2// 030308 4
#define     indoornum    8  //0926

#define     tx1h        1000*fc/8
#define     tx1l        5000*fc/8
#define           tx1max           7000*fc/8
#define           tx1min            3200*fc/8
#define           tx0max           3000*fc/8
#define           tx0min            1000*fc/8
#define     tx0h        1000*fc/8
#define     tx0l        2000*fc/8
#define     txhigh     1
#define     txlow       0
/*electric  valve  constant value*/
#define     valvemax    520
#define     valvemax1    350   /*1227 300*/
#define     valvemax2    500   /*1227 300*/
#define     valvemin    220    /*021219 120  */
#define     heatvalvemin    120    /*021219 120  */
#define     valveheatmin    90    /*0927  */
#define     valvenamea  250
#define     valvenameb  250
#define     valvenamec  250
#define     poweron     0xaa
#define     cmp4min     41
#define     cmp10min     35

/*define  mode constant*/
#define         coolmode    0x0f
#define         drymode     0x33
#define         fanmode     0x66
#define         heatmode    0x00
#define         namecool    0xff
#define         nameheat    0xf0
#define         fanlowcoolmode 0x5f
#define     startcode    0x6e //030308 v10 fredrv 08
#define     finishcode  0xed  //f0

#define        valveminstep  2
#define       valvestep      3 /*1225 4*/
#define       valve8pulse    8
#define       valveaction   20   /*define valve privious control frequence*/
#define       maxheatplace   420   /*define valve privious control frequence*/
#define   avalvecoolinit  180     /*210 1225 define valve open initial vavlue*/
#define   avalveheatinit  180     /*define valve open initial vavlue*/
#define   bvalvecoolinit  180     /*210 1225 define valve open initial vavlue*/
#define   bvalveheatinit  180     /*define valve open initial vavlue*/
#define   cvalvecoolinit  180     /*210 1225 define valve open initial vavlue*/
#define   cvalveheatinit  180     /*define valve open initial vavlue*/
#define   icerecovetemp   37  /*if coil temperature is larger than 7,ice recove.*/
#define   iceprotecttemp  29   /*if coil temperature is lower than -1,ice protect enter.*/
#define   icedecfretemp  33   /*if coil temperature is lower than 3,ice protect enter.*/
#define   icedecfretime     30   /*if coil temperature is lower than 3 for 30s,ice protect enter.*/
#define   iceprotecttime     255   /*if coil temperature is lower than -1,for 255s,ice protect enter.*/
#define   CNTRCONSTANT  100  /*2 SECOND CONTROL PERIOD*/
#define   VALVECONST  40  /*1225 55 SECOND VALVE CONTROL PERIOD*/
#define   ROOM40DEGREE  152  /*55 SECOND VALVE CONTROL PERIOD*/
#define   ROOM21DEGREE  102  /*0317 2.02v 20degree from 107  */
#define   room35under  137  /*136 1225 */
#define   room35above  148  /*0127 145*/
#define   room27under  116  /*0317 25degree from 120 55 SECOND VALVE CONTROL PERIOD*/
#define   room27above  127  /*0317 29degree from 125 55 SECOND VALVE CONTROL PERIOD*/
#define   room20under  103  /* indoor room VALVE CONTROL PERIOD*/
#define   room20above  108  /*55 SECOND VALVE CONTROL PERIOD*/
#define   room7under  66  /* 0317 5degree 55 SECOND VALVE CONTROL PERIOD*/
#define   room7above  73  /*0317 55 SECOND VALVE CONTROL PERIOD*/
#define   room24degree  114 /*2.23v 0203*/
#define   room28degree  133  /*030212 129  VALVE CONTROL PERIOD*/

#define   decfrehightemp 85  /*0320 90 88 1128 heat protect high temp decrease fre 58 degree*/
#define   protecthightemp 97  /*95 1128 heat protect high temp stop compressor if 58 degree*/
#define   braketime  120

#define   compvalveopentemp   135  /*2.65 v and 95 degree*/

#define   compdecfretemp   176  /*0903 3.46v 120 degree from 2.98 v and 104 degree*/
#define   comprecovertemp   126  /*2.47 v and 90 degree*/

#define   comp40degree   40  /*1.672 v and 40 degree*/
#define   comp50degree   55  /*1.672 v and 50 degree*/
#define   comp70degree   85  /*1.672 v and 70 degree*/
#define   comp75degree   95  /*1.872 v and 75 degree*/
#define   comp80degree   105  /*1.672 v and 70 degree*/
#define   comp85degree   115  /*1.672 v and 70 degree*/
#define   comp90degree   comprecovertemp   /*2.47 v and 90 degree*/
#define   comp95degree   compvalveopentemp     /*2.65 v and 95 degree*/
#define   comp100degree   143  /*1.672 v and 70 degree*/
#define   comp105degree   152  /*2.65 v and 95 degree*/
#define   comp110degree   160  /*2.65 v and 95 degree*/
#define   comp113degree   167  /*3.27 v and 113 degree*/
#define   comp115degree   169  /*2.65 v and 95 degree*/
#define   comp120degree   176  /*2.65 v and 95 degree*/
#define   comp125degree   184  /*2.65 v and 95 degree*/
#define   compstoptemp    comp120degree     /*184 3.61v 125 degree from 3.18 v and 110 degree*/

#define   room5degree     66/*1.297v and 5 degree*/
#define   room3degree     61/*1.2097v and 3 degree*/
#define   room2degree     59/*1.084v and 0 degree*/
#define   room0degree     53/*0320 55 1.084v and 0 degree*/
#define   minus1degree     52/*0311 1.084v and 0 degree*/
#define   minus2degree     51/*0311 1.084v and 0 degree*/
#define   minus4degree     47/*0.928v and -4 degree*/
#define   minus5degree     45/*0.891v and -5 degree*/
#define   minus6degree     44/*0.891v and -5 degree*/
#define   minus8degree     40/*0.787v and -8 degree*/
#define   minus10degree     37/*0.787v and -8 degree*/
#define   minus12degree    34/*0.66v and -12 degree*/
#define   minus16degree    27/*0.66v and -12 degree*/
#define   minus18degree    25/*0.498v and -18 degree*/

#define  coolsingledecfre 78    /*8.5A 100 1.538V  1227  1.59v*/
#define  coolsinglestop   180     /*10A,1231.809V 0112 from 105 ,0123 from 120*/
#define  cooltwodecfre    151    /*14A,161  3.2326V*/
#define  cooltwostop      220    /*17A 0112 from 175,0123 from 185*/
#define  coolthreedecfre  150     /*143 16A 180 18A 1227 187*/
#define  coolthreestop    163    /*23021A 0112 209*/
#define  heatsingledecfre 120    /*12A */
#define  heatsinglestop   180    /*15A 1227 167, 0123 from 160*/
#define  heattwodecfre    168    /*16A 1227 173*/
#define  heattwostop      220    /*18A*187 1227 0112 from180,0123 from 190*/
#define  heatthreedecfre  160//181   //mod. from '172' at 040412    /*143 16A 150 16A from 18A 180187*/
#define  heatthreestop    176//199   /*163 18A 3V 0112 from 220*/
//030113 12A/2.03v 
#define  communotrecnum   255   //debug 030113
typedef  unsigned char  unsigned8;
typedef  unsigned int  unsigned16;
typedef  struct ram_bit_format {
 unsigned char  bit0:1;
 unsigned char  bit1:1;
 unsigned char  bit2:1;
 unsigned char  bit3:1;
 unsigned char  bit4:1;
 unsigned char  bit5:1;
 unsigned char  bit6:1;
 unsigned char  bit7:1;
} ram_byte_field;

typedef union ram_format{
 unsigned char ram_byte;
 ram_byte_field ram_bit;
} ram_field;

typedef  struct ioram_bit_format {
 unsigned char  iobit0:1;
 unsigned char  iobit1:1;
 unsigned char  iobit2:1;
 unsigned char  iobit3:1;
 unsigned char  iobit4:1;
 unsigned char  iobit5:1;
 unsigned char  iobit6:1;
 unsigned char  iobit7:1;
} ioram_byte_field;

typedef union ioram_format{
 unsigned char  ioram_byte;
 ioram_byte_field ioram_bit;
} ioram_field;



typedef union ram2word{
 unsigned char ram_char[2];
 unsigned int ram_int;
} r2word;


typedef struct ramstruct{
 unsigned char r_char;
 r2word r2wrd;
} rstruct;


/*** RAM extern 
typedef	union	ioram_format
{
	unsigned char	ioram_byte;
	byte_field	ioram_bit;
} ioram_field;***/
//#define  flowpressure _P3.ioram_bit.iobit3

/*io_field	__io(0x0003)	Port3;		// R/W	P1 Port output latch
//	=====================			// P1
#define PORT3OUT        Port3.ioram_byte      // 可用作output port and p12 used as INT1 input
#define flowpressure    Port3.ioram_bit.bit0  // comp output*/

/***********************************************
 *              SFR  definition               *
 ***********************************************/

unsigned8  __io(0x00)  P0;
unsigned8  __io(0x01)  P1;
unsigned8  __io(0x02)  P2;
#define   defaultport   P2
unsigned8  __io(0x03)  P3;

//ioram_field  _P3;
//#define  P3 _P3.ioram_byte
//#define  flowpressure _P3.ioram_bit.iobit3

//#define  lowpressureport P3
/*ioram_field  _P3;*/
#define   fourvalveport P1 /*020725 P3     0127  */
#define   passbyport   P1//020725
unsigned8  __io(0x04)  P4;
unsigned8  __io(0x05)  P5;
//#define outfanport   P5
unsigned8  __io(0x06)  P6;
unsigned8  __io(0x07)  P7;
#define   commuenableport P5//P7
unsigned8  __io(0x0a)  P0CR;
unsigned8  __io(0x0b)  P1CR;
unsigned8  __io(0x0c)  P6CR;
unsigned8  __io(0x0d)  P7CR;

unsigned16   __io(0x10)      TREG1A;
unsigned16   __io(0x12)      TREG1B;
unsigned8    __io(0x14)      TC1CR;
unsigned8   __io(0x0e)   ADCCR;
unsigned8   __io(0x0f)   ADCDR1;
unsigned8  __io(0x24)  ADCDR2L;
unsigned8  __io(0x25)  ADCDR2H;

unsigned8  __io(0x34)  WDTCR1;
unsigned8  __io(0x35)  WDTCR2;
unsigned8  __io(0x15)  TC2CR;
unsigned16  __io(0x16)  TREG2;

unsigned8  __io(0x2b)  EIRC;
unsigned16  __io(0x2c)  EIRE;
unsigned16  __io(0x3a)  EIRL;
#define  ILC  EIRC
unsigned16  __io(0x2e)  ILE;
unsigned16  __io(0x3c)  ILL;
unsigned8  __io(0x30)  CGCR;
unsigned8  __io(0x36)  TBTCR;
unsigned8  __io(0x37)  EINTCR;

// 1. PMD channel number (1 or 2)
#define  cPMDChn  1
//#define  cPMDChn  2
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x00) PDCR;
unsigned8  __io(0x0f60 + 0x0020 * cPMDChn + 0x02) SDREG;
unsigned8  __io(0x0f60 + 0x0020 * cPMDChn + 0x03) CMPCR;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x04) MTCR;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x06) MCAP;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x08) CMP1;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x0a) CMP2;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x0c) CMP3;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x0e) CMP4;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x10) EMGCR;
unsigned8  __io(0x0f60 + 0x0020 * cPMDChn + 0x12) DTR;
unsigned8  __io(0x0f60 + 0x0020 * cPMDChn + 0x13) MDCR;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x14) MDOUT;
unsigned16  __io(0x0f60 + 0x0020 * 2 + 0x14) MDOUT2;
unsigned16  __io(0x0f60 + 0x0020 * cPMDChn + 0x16) MDCNT;
#define  EMGREL  MDCNT
unsigned16  __io(0x0f60 + 0x0020*cPMDChn + 0x18) CMPU;
unsigned16  __io(0x0f60 + 0x0020*cPMDChn + 0x1a) CMPV;
unsigned16  __io(0x0f60 + 0x0020*cPMDChn + 0x1c) CMPW;
unsigned16  __io(0x0f60 + 0x0020*cPMDChn + 0x1e) MDPRD;
/*#define  MDPRD2 MDPRD*/
#define  u_on CMPU
#define  v_on CMPV
#define  w_on CMPW


//
unsigned8 __io(0x0ffb) RDBUF;
#define  TDBUF RDBUF;
unsigned8 __io(0x0ffc) UARTCR1;
#define  UARTSR UARTCR1;
/*BRG 0-3BITS  IS 4800BITS/S-100
PE   3BIT HAS PARITY ADDED-1
EVEN 4BIT IS EVEN PARITY- 1
STBT 5BIT IS 1 STOP BIT LENGTH -0
RXE  6BIT RECEIVE ENABLE
TXE  7BIT RECEIVE ENABLE
set baud is 4800,1,even,*/

unsigned8 __io(0x0ffd) UARTCR2;
/*0 BIT IS 0 1STOP RECEIVE BIT
RXDNC 10 31/Fc 0725 */

void  __interrupt INTEMG1(void); /**/
extern void  __interrupt INTPWM2(void); /* */
extern void  __interrupt INTPWM1(void);/*  */
extern void __interrupt INTTC2(void);/**/
extern void __interrupt INTUARTR(void);
extern void __interrupt INTUARTT(void);

extern void speed();
extern void main();
void  initvar();
void  commu();
void   receiveinte();
void cooldeal();
void heatdeal();
void moddeal();
void  fandeal();
void  drydeal();
void  protectice();
void  addeal();
void  clkdeal();
//extern void ClearRam();
extern void calculate();
void protectoverheat();
void  closevalve();
void  heatclosevalve();
void  openvalve();
void  receivedeal();
void  receivedeal1();
void  coolvalvecal();
void  heatvalvecal();
void defrostdeal();
//void frecontrol();
void __interrupt IntDummy(void){
}
void __interrupt_n IntDummyN(void){
}

//
/******************************************************************************/
/* RAM definition                                                             */
/******************************************************************************/
//#define frxend _P3.ioram_bit.bit3  

enum  StateTag {cStop, cRun};
enum  StateTag StateCh1;                                      /* State of Ch1 */
enum  StateTag StateCh2;                                      /* State of Ch2 */
ram_field __tiny _flagcommu;  /*commu FLAG AREA */
#define flagcommu _flagcommu.ram_byte
#define ftxenable _flagcommu.ram_bit.bit0  /*if ftxenable is high,enable  sending,or  receive*/
#define ftxbusy _flagcommu.ram_bit.bit1  /* if ftxbusy is 0,send process dosen't start*/