| //main.c
#pragma sfr
#pragma VECT RST main
#pragma INTERRUPT INTWT watchtime
#pragma INTERRUPT INTAD0 adconveration
#pragma INTERRUPT INTTM30 time30int
#pragma DI
#pragma EI
#pragma STOP
#pragma realregister
#pragma access
#pragma asm
#pragma NOP
#pragma rot
#pragma bcd
＃i nclude "statusdd.inc"
/*const unsigned char adtemperature[51]={65,68,70,73,75,78,80,83,86,89,91,94,97,100,103,106,108,111,114,117,120,123,126,128,131,134,137,140,142,145,148,150,153,155,158,161,163,165,168,170,172,175,177,179,181,183,185,187,189,191,193}; */
const degree0=65;
const degree45=183; /*v髛wv&~?10K*/
const hfdegree10=122;
const unsigned char number[10]={0x7d,0x60,0x3e,0x7a,0x63,0x5b,0x5f,0x70,0x7f,0x7b};
extern void initial();
extern unsigned char keydowntime;
extern unsigned char oldkeyno;
extern unsigned char keyscantime;
extern unsigned char keypressedcount;
extern unsigned char i;
extern bit newkeypress;
extern bit keyaffirmed;
extern bit keyupflag,continouskey,doublekey;
sreg unsigned int ftemperature;
sreg unsigned int ctemperature;
sreg unsigned int threeseconddelay;
sreg unsigned int fiveseconddelay;
sreg unsigned char fsad;
sreg unsigned char csad;
sreg unsigned int adresult;
sreg unsigned char adcount;
sreg unsigned char rememberkey;
sreg unsigned char displayflag; /*if displayflag=0, display temperature of set;
if displayflag=1, display temperature of surrounding;
if displayflag=2, display open time set;
if displayflag=3, display close time set;*/
sreg unsigned char ADconverttime;
sreg unsigned char ADdisplaytime;
sreg unsigned char watchtimecount;
sreg unsigned char timedelay;
sreg unsigned char codecount;
sreg unsigned char code[4];
sreg unsigned char codecopy[4];
/*sreg unsigned char codesentcount;*/
sreg unsigned char preCR30;
sreg unsigned char displaydelaycount;
sreg unsigned char j;
sreg unsigned char ADnumber;
sreg unsigned char sensorcodeno;
/*sreg bit sendkeyremember;*/
/*sreg bit onlyonetime;*/
sreg bit displaychange;
sreg bit light;
sreg bit keypress;
sreg bit ADintervaltimer;
sreg bit ADconvertfinish;
sreg bit single;
sreg bit firstcopy;
sreg bit firstcode;
sreg bit inadtimecount;
sreg bit waitcodesend;
sreg bit haschanged;
sreg bit degreeflag;
sreg bit entemptest; /*if =1, test environment temperature, if=0, not test environment */
sreg bit sendcodeflag; /*if this flag=1, code send allow, else forbid*/
sreg bit codeintflag; /*=1,in code send; else, in time count*/
/*sreg bit codesentflag;*/
sreg bit codeend;
sreg bit codesendfinish;
sreg bit preheadhigh;
sreg bit datahigh;
sreg bit datalow;
sreg bit headhigh;
sreg bit headlow;
sreg bit aparthigh;
sreg bit apartlow;
sreg bit tempfeeling;
/*sreg bit temperaturejust;*/
sreg bit ADresultwait; /*=1;wait AD result send, =0;no AD result will be send*/
/*void keycode();*/
void keyprocess();
void displayLCD();
void twoseconddelay();
void setsingle();
/*id watchdoginterval()
{
WDTM=0x98;
}*/
void time30int()
{
unsigned register char tempcode;
/* RUN=1;*/
if(sendcodeflag)
{
if(waitcodesend)
{
WDTMK=0;
RUN=1;
P6.0=0; /*LOW level*/
/* P6.0=1; /*HIGH level*/
i=0;
TMC30=0X18;
codesendfinish=0;
/* TMMK30=1;
TMIF30=0;
TMMK30=0;*/
/* WTIMK=0;
WTM0=1;*/
/**light up*/
if(sendcodeflag)
{
/* codeintflag=1;*/
/********************/
/* P6.0=0;*/
TMC40=0X06;
CR40=0X43; /*carrier wave frequency is 39 KHz*,count pulse 4Mhz*/
CRH40=0X21;
TCA40=0x03;
TCE40=1;
TOE40=1;
CR30=0XB0;/*header is 4.5ms high*/
TCE30=1;
waitcodesend=0;
preheadhigh=1;
if(light)
{
P1.1=0;
}
else
{
if(keypress)
{
P1.1=0;
keypress=0;
}
}
return;
}
else
{
codeend=1;
}
}
if(preheadhigh)
{
/* CR30=0XAF;*/
TCA40=0X01;
preheadhigh=0;
headhigh=1;
return;
}
if(headhigh)
{
CR30=0XAF;
headhigh=0;
headlow=1;
TCA40=0X02;
if(!firstcode)
{
if(sensorcodeno!=0)
{
}
else
{
CR30=0X57; /*header is 2.25ms low*/
}
/*if(sensorcodeno==2)
{
sensorcodeno=0;
}*/
}
return;
}
if(headlow||datalow)
{
CR30=22;
TCA40=0X00;
headlow=0;
datalow=0;
datahigh=1;
if(firstcode||(sensorcodeno!=0))
{
if(j==8)
{
codecount++;
if((codecount==4)) /*toshiba mode: send 32 bit*/
{
codecount=0;
j=0;
datahigh=0;
codeend=1;
if(firstcode)
{
firstcode=0;
}
if(sensorcodeno==1)
{
sensorcodeno=2;
}
else
{
if(sensorcodeno==2)
{
sensorcodeno=0;
ADintervaltimer=0;
}
}
return;
}
j=0;
}
code[codecount]=rolb(code[codecount],1);
tempcode=code[codecount]&0x01;
if(tempcode==1)/*cy*/
{ /*cy=1*/
preCR30=64;
}
else
{ /*cy=0*/
preCR30=20;
}
j++;
return;
}
else
datahigh=0;
{
codeend=1;
return;
}
}
if(datahigh)
{
CR30=preCR30;
TCA40=0X02;
datahigh=0;
datalow=1;
return;
}
if(codeend)
{
sendcodeflag=0;
codesendfinish=1;
datahigh=0;
codeend=0;
codeintflag=0;
if(sensorcodeno==2)
{
codeintflag=1;
}
P6.0=0;
/* P6.0=1;*/
/* if(onlyonetime)
{
P1.1=1;
onlyonetime=0;
}*/
TOE40=0;
TCE40=0;
TCE30=0;
TMMK30=1;
/*light off*/
/* WTIMK=0;
// WTMK=0;*/
return;
}
}
}
void watchtime()
{
/* RUN=1;*/
/***************/
#asm
MOV A,MK0
PUSH AX
#endasm
if(TMMK30)
{
MK0=0xff;
}
else
{
MK0=0xef;
}
/*******************************/
EI();
watchtimecount++;
/* if(fiveseconddelay<12)
{
fiveseconddelay++;
}*/
if(inadtimecount)
{
ADdisplaytime++;
ADconverttime++;
if(ADnumber==0)
{
ADconverttime--;
}
if(ADconverttime==120) /*1 minute*/
{
switch(ADnumber)
{
case 12:
{
ADconverttime=0;
ADnumber=12;
break;
}
case 0:
{
/* inadtimecount=0;*/
break;
}
case 1:
{
ADconverttime=108;
ADnumber=2;
break;
}
case 2:
{
ADconverttime=108;
ADnumber=3;
break;
}
case 3:
{
ADconverttime=96; /*12S*/
ADnumber=4;
break;
}
case 4:
{
ADconverttime=84; /*20 second*/
ADnumber=5;
break;
}
case 5:
{
ADconverttime=72;
ADnumber=6;
break;
}
case 6:
{
ADconverttime=60;
ADnumber=7;
break;
}
case 7:
{
ADconverttime=48;
ADnumber=8;
break;
}
case 8:
{
ADconverttime=36;
ADnumber=9;
break;
}
case 9:
{
ADconverttime=24;
ADnumber=10;
break;
}
case 10:
{
ADconverttime=12;
ADnumber=11;
break;
}
case 11:
{
ADconverttime=0;
ADnumber=12;
break;
}
default:
{
ADconverttime=0;
ADnumber=12;
break;
}
}
DI();
#asm
POP ax
mov MK0,A
#endasm
ADIF0=0;
ADMK0=0; /*enable AD convert*/
#asm
MOV A,MK0
PUSH AX
#endasm
if(TMMK30)
{
MK0=0xff;
}
else
{
MK0=0xef;
}
EI();
ADconvertfinish=0;
ADintervaltimer=1;
ADM0=0xa0;
}
else
{
if(ADdisplaytime>=30)
{
ADdisplaytime=0;
DI();
#asm
POP ax
mov MK0,A
#endasm
ADIF0=0;
ADMK0=0; /*enable AD convert*/
#asm
MOV A,MK0
PUSH AX
#endasm
if(TMMK30)
{
MK0=0xff;
}
else
{
MK0=0xef;
}
EI();
ADconvertfinish=0;
ADM0=0xa0;
}
else
{
adresult=0;
adcount=0;
}
}
}
#asm
POP ax
mov MK0,A
#endasm
}
void adconveration()
{
/* const unsigned char adtemperature[51]={61,63,65,68,70,73,75,78,81,83,86,89,91,94,97,100,102,105,108,111,114,117,120,122,125,128,131,134,136,139,142,144,147,150,152,155,157,160,162,165,167,169,171,173,176,178,180,182,184,186,188};*//*100kOh*/
/* RUN=1;*/
/***************/
unsigned register char i;
ADMK0=1;
#asm
MOV A,MK0
PUSH AX
#endasm
if(TMMK30)
{
MK0=0xff;
}
else
{
MK0=0xef;
}
/*******************************/
EI();
/* ADM0=0X20;*/
adresult=ADCR0;
for(i=1;i<=9;i++)
{
waitAD:
if(ADIF0)
{
ADIF0=0;
adresult+=ADCR0;
}
else
{
goto waitAD;
}
}
ADM0=0X20;
adresult=adresult/10;
if (adresult<=degree0)
{
adresult=degree0;
}
else
{
if (adresult>=degree45)
{
adresult=degree45;
}
}
adresult=(int)(adresult*120/89); /*檸?.5嶪晭蜅幚嫀茥帹帣淸帋臇儕枑幉媍AD泿?/
if(degreeflag)
{
ftemperature=(int)((adresult-22)/2); /*嶪晭蜅幚嫀?/
}
else
{
ctemperature=(int)(((adresult-86)*5+9)/18);/*晝晭蜅幚嫀?/
}
ADconvertfinish=1;
displaychange=1;
if(ADintervaltimer&&tempfeeling)
{
if(!codeintflag&&(keyupflag||doublekey||(!keyupflag&&(oldkeyno==sensoron))))
{
codecount=0;
sendcodeflag=1;
keypress=0;
if(adresult<hfdegree10)
{
code[3]=0;
}
else
{
if(adresult>(hfdegree10+120))
{
code[3]=120;
}
else
{
code[3]=adresult-hfdegree10;
}
}
setsingle();
code[0]=0x10;
code[1]=0xaf;
code[2]=0xf6;
sensorcodeno=1;
/***************/
TMIF30=0;
TMMK30=0;
TMC30=0X88;
CR30=0X17; /*header is 1.5ms high*/
TCE30=1;
i=0;
PM6=0x02; /*port6.0 output */
P6.0=0; /*LOW level*/
/* P6.0=1; /*HIGH level*/
codeintflag=1;
waitcodesend=1;
codeend=0;
}
else
{
if(adresult<hfdegree10)
{
code[3]=0;
}
else
{
if(adresult>(hfdegree10+120))
{
code[3]=120;
}
else
{
code[3]=adresult-hfdegree10;
}
}
setsingle();
codecopy[3]=code[3];
codecopy[0]=0x10;
codecopy[1]=0xaf;
codecopy[2]=0xf6;
ADresultwait=1;
if(!tempfeeling)
{
ADresultwait=0;
}
/* if(sendkeyremember)
{
ADresultwait=0;
}*/
}
}
#asm
POP ax
mov MK0,A
#endasm
}
void main()
{
DI();
PCC=0X00;
SCKM=0X00;
TCL2=0x04; /*watchdog interval=8.192ms*/
WDTM=0x08; /*used as interval*/
IF0=0;
MK0=0xfe;
EI();
#asm
movw hl,#0fe10h
mov a,#0h
?LclearRAMloop:
mov [hl],a
xch a,l
add a,#1
xch a,l
bnc $?LclearRAMloop
movw ax,#0feefh;
movw SP,ax;
#endasm
initial();
pokew(0xfa00,0x0f0f);
pokew(0xfa02,0x0f0f);
pokew(0xfa04,0x0f0f);
pokew(0xfa06,0x0f0f);
LCDC0=0X02;
LCDVA0=0X01;
LCDM0=0x40; /*VAON0=1*/
WTMK=0;
WTM=0x83;
watchtimecount=2;
twoseconddelay();
LIPS0=1;
LCDON0=1;
WTM=0X83;
watchtimecount=0;
twoseconddelay();
ADMK0=0; /*enable AD convert*/
ADM0=0xa0;
pokew(0xfa00,0x00);
pokew(0xfa02,0x00);
pokew(0xfa04,0x00);
pokew(0xfa06,0x00);
WTM=0X83;
watchtimecount=0;
twoseconddelay();
displayLCD();
inadtimecount=1;
keyupflag=1;
/* ADconverttime=0;
ADnumber=12;*/
ADdisplaytime=0;
codesendfinish=1;
fiveseconddelay=610;
WTM=0xc3; /*watch-time fetch from fxt, and interval time's interval is 1.95ms at 4.19M crystal*/
WTIF=0; /*clear watch-time request flag*/
WTIIF=0; /*clear interval request flag*/
TMC30=0X00;
TMC40=0X06;
KRMK00=0;
loopstart:
P0=0;
/* if((P4==0x0f)&&(fiveseconddelay==610)&&(codeintflag==0))*/
if((!KRMK00)&&(fiveseconddelay==610)&&(codeintflag==0))
{
DI();
/* sendkeyremember=0;*/
PM0=0xf0;
P0=0;
PCC=0x02;
KRIF00=0; /*clear key request flag*/
KRM00=1;
KRMK00=0; /*enable key-interrupt*/
WTIMK=1;
OSTS=0; /*wait 819us after stop broken*/
WDTMK=1;
RUN=1;
/* DI();*/
NOP();
STOP();
NOP();
/* RUN=0x1;*/
PCC=0x00;
WDTIF=0;
WDTMK=0;
EI();
}
keyprocess();
if(displaychange)
{
displayLCD();
displaychange=0;
}
if(!codeintflag&&(keyupflag||doublekey))/*||(!keyupflag&&(oldkeyno==sensoron))))*/
{
P1.1=1;
if(ADresultwait)
{
ADresultwait=0;
codecount=0;
sendcodeflag=1;
keypress=0;
code[0]=codecopy[0];
code[1]=codecopy[1];
code[2]=codecopy[2];
code[3]=codecopy[3];
sensorcodeno=1;
/***************/
TMIF30=0;
TMMK30=0;
TMC30=0X88;
CR30=0X17; /*header is 1.5ms high*/
TCE30=1;
i=0;
PM6=0x02; /*port6.0 output */
P6.0=0; /*LOW level*/
/*P6.0=1; /*HIGH level*/
codeintflag=1;
waitcodesend=1;
codeend=0;
}
}
goto loopstart;
}
void keyprocess()
{
unsigned register a;
/* RUN=1;*/
if(keyaffirmed==1)/*&&(keypressedcount==1))*/
{
keyaffirmed=0;
keypressedcount=0;
keypress=1;
if(newkeypress)
{
firstcode=1;
firstcopy=1;
} /*{*/
switch(oldkeyno)
{ /*{{*/
case MechineOperator:
{
newkeypress=0;
continouskey=1;
ADnumber=0;
ADconverttime=0;
ADintervaltimer=0;
/* sendkeyremember=1;*/
codecount=0;
sendcodeflag=1;
codeintflag=1;
tempfeeling=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x88;
code[3]=0x77;
break;
}
case TempUp:
{
/* sendkeyremember=0;*/
/* if(newkeypress)
{
newkeypress=0;
continouskey=1;
timedelay=0;
break;
}
/* else
{
if(timedelay<2)
{
timedelay++;
continouskey=1;
break;
}
}
temperaturejust=1;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x70;
code[3]=0x8f;
break;
}
case Powersave:
{
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
/* sendkeyremember=0;*/
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x40;
code[3]=0xbf;
break;
}
case TempDown:
{
/* sendkeyremember=0;*/
/* if(newkeypress)
{
newkeypress=0;
continouskey=1;
timedelay=0;
break;
}
/* else
{
if(timedelay<2)
{
timedelay++;
continouskey=1;
break;
}
}
temperaturejust=1;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0xb0;
code[3]=0x4f;
break;
}
case cool:
{
/* sendkeyremember=0;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x90;
code[3]=0x6f;
break;
}
case sleeprun:
{
/* sendkeyremember=0;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x00;
code[3]=0xff;
break;
}
case timer:
{
/* sendkeyremember=0;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x60;
code[3]=0x9f;
break;
}
case fanrun:
{
/* sendkeyremember=0;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0xe0;
code[3]=0x1f;
break;
}
case speedup:
{
/* sendkeyremember=0;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x80;
code[3]=0x7f;
break;
}
case speeddown:
{
/* sendkeyremember=0;*/
newkeypress=0;
continouskey=1;
codecount=0;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0x20;
code[3]=0xdf;
break;
}
/* case sensor:
{
if(degreeflag)
{
code[3]=displayroomtemperature+10;
}
else
{
code[3]=roomtemperature;
}
setsingle();
code[0]=0x10;
code[1]=0xaf;
code[2]=0xf6;
break;
}*/
case autofan:
{
/* sendkeyremember=0;*/
codecount=0;
newkeypress=0;
continouskey=1;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0xf0;
code[3]=0x0f;
break;
}
case clearrun:
{
/* sendkeyremember=0;*/
codecount=0;
newkeypress=0;
continouskey=1;
sendcodeflag=1;
codeintflag=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0xf1;
code[3]=0x0e;
break;
}
case sensoron:
{
if(!entemptest)
{
return;
break;
}
/* if(!newkeypress)
{
return;
break;
}*/
WTM=0XC3;
inadtimecount=1;
codecount=0;
newkeypress=0;
continouskey=1;
sendcodeflag=1;
codeintflag=1;
ADconvertfinish=0;
ADIF0=0;
ADMK0=0;
ADM0=0XA0;
waitADresult:
if(!ADconvertfinish)
{
goto waitADresult;
}
ADconvertfinish=0;
sensorcodeno=0;
ADnumber=1;
ADconverttime=108; /*6S*/
if(adresult<hfdegree10)
{
code[3]=0;
}
else
{
if(adresult>(hfdegree10+120))
{
code[3]=120;
}
else
{
code[3]=adresult-hfdegree10;
}
}
setsingle();
code[0]=0x10;
code[1]=0xaf;
code[2]=0xf5;
tempfeeling=1;
/* sendkeyremember=1;*/
/* onlyonetime=1;*/
break;
}
case sensoroff:
{
if(!entemptest)
{
return;
break;
}
/* if(newkeypress)
{*/
codecount=0;
newkeypress=0;
continouskey=1;
code[0]=0x10;
code[1]=0xaf;
code[2]=0xf7;
code[3]=0x08;
sendcodeflag=1;
codeintflag=1;
ADintervaltimer=0;
ADconverttime=0;
ADnumber=0;
tempfeeling=0;
/* inadtimecount=0;*/
/* WTM=0XC0;*/
/* sendkeyremember=1;*/
/* onlyonetime=1;*/
/* }*/
break;
}
case changeID:
{
/* sendkeyremember=0;*/
newkeypress=0;
if(haschanged)
{
break;
}
haschanged=1;
degreeflag=!degreeflag;
displaychange=1;
if(degreeflag)
{
ftemperature=(int)((ctemperature*18+5)/10)+32;
}
else
{
ctemperature=(int)(((ftemperature-32)*10+9)/18);
}
break;
}
}
}
}
void displayLCD()
{
unsigned char register a,b;
/* RUN=1;*/
if(degreeflag)
{
a=ftemperature;
if(a>=99)
{
a=99;
}
a=btobcde(a);
}
else
{
a=ctemperature;
if(a>=37)
{
a=37;
}
a=btobcde(a);
}
a=rorb(a,4);
a&=0x0f;
a=number[a];
pokeb(0xfa03,a);
a=rorb(a,4);
pokeb(0xfa04,a);
if(!degreeflag)
{
a=ctemperature;
if(a>=37)
{
a=37;
}
a=btobcde(a);
}
else
{
a=ftemperature;
if(a>=99)
{
a=99;
}
a=btobcde(a);
}
a&=0x0f;
a=number[a];
pokeb(0xfa05,a);
a=rorb(a,4);
pokeb(0xfa06,a);
}
void setsingle()
{
char i;
code[2]=code[3];
code[0]=0;
for(i=0;i<7;i++)
{
code[1]=code[2]&0x01;
if(code[1])
{
code[0]++;
}
code[2]=rorb(code[2],1);
}
code[1]=code[0]&0x01;
if(code[1])
{
code[3]&=0x7f;
}
else
{
code[3]|=0x80;
}
}
void twoseconddelay()
{
watchloop:
/* RUN=1;*/
if(watchtimecount==4)
{
/* WTM=0x80; /*stop watchtime count*/
}
else
{
goto watchloop;
}
}
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