'****************************************************************
'* Name : RelTerm.BAS *
'* Author : Miguel Noe Garcia Perez *
'* Notice : Copyright (c) 2010 Iberica 2000 *
'* : All Rights Reserved *
'* Date : 09/03/2010 *
'* Version : 1.0 *
'* Notes : Reloj Termometro el circuito del reloj es el *
'* : DS1307 Y el termometro el DS1820 *
'* NO FUNCIONA CON EL DS18B20 *
'****************************************************************
Device 16F876
XTAL = 4
' LCD pin Configuracion
lcd_type = 0
LCD_LINES = 4
LCD_DTPIN = PORTb.4
LCD_RSPIN = PORTb.3
LCD_ENPIN = PORTb.2
LCD_INTERFACE = 4
PORTB_PULLUPS = ON ' Enable PORTB pull-ups
SCL_PIN = PORTC.3
SDA_PIN = PORTC.4
'***************************************************************************************
Cls ' Clear LCD
ALL_DIGITAL = True ' Set ports to digital mode
Clear ' Clear buffers
'******************************************************************************************
'********************* SIMBOLOS DEL PROGRAMA *********************************************
'******************************************************************************************
Symbol DQ = PORTB.1 ' Pin de conexión 1-Wire®
Symbol Seg = 0 ' Registro de Seg.
Symbol Minu = 1 ' Registro de Min.
Symbol Hora = 2 ' Registro de Horas
Symbol Dia = 3 ' Registro de Día
Symbol Dias = 4 ' Registro de Día
Symbol Mes = 5 ' Registro de Mes
Symbol Ano = 6 ' Registro de Año
Symbol Control = 7
Symbol SW1 = PORTb.4 ' Interruptor Set
Symbol SW2 = PORTB.5 ' Interruptor Incre
Symbol SW3 = PORTB.6 ' Interruptor Intro
'Symbol SW4 = PORTB.7 ' Interruptor Extra
symbol LDR = porta.4 ' sensor luz
symbol LcdLed = porta.0 ' LCD LED
symbol LedRojo = portc.7
symbol LedVerde= portc.6
symbol Zumbador= portc.2 ' Zumbador.
'*******************************************************************************************
'*************************** VARIABLES A$ **************************************************
'*******************************************************************************************
Dim Index As Byte ' Variable de uso general
Dim ROMCODE[8] As Byte ' Arreglo almacena el serial
Dim SERIAL[8] As Byte ' Arreglo almacena serial
Dim X As Word
Dim Contador As Word
Dim TEMPERATURA As Word ' Variable alm. temperatura
Dim FL_TEMP As Float ' Variable alm. temperatura
'Dim FL_TEMP As word ' Variable alm. temperatur
DIM Cifra as byte
Dim Sign as Byte
Dim Cnt as Byte
Dim Count_Per_Deg as Byte
Dim Temp as Word
Dim Temp_Dec as Byte
DIM Puntero AS BYTE
Dim RTC[8] As Byte ' Vector almacenamiento
'Dim Index As Byte ' Variable uso general
dim Btnvar as byte ' Pulsadores
dim Horas as byte
dim Minutos as Byte
dim Day As Byte
dim Days As Byte
dim Meses As Byte
Dim Anos As Byte
dim Memo as Byte
dim Llena as Byte
dim Direccion as word
dim Dire as word
dim Dato1 as word
dim Dato2 as word
dim Dato3 as word
dim Dato4 as word
dim Dato5 as word
'dim Dato6 as word
'dim Dato7 as word
dim Conta as byte
dim Conta2 as byte
dim Conta3 As Byte
dim Valor as word
'dim Resul as word
dim Panta as byte
Dim N as Byte
dim Mode as byte
dim HorasMemo as byte
Dim W0 as Word ' Address
Dim B1 as Byte ' Data 1
Dim B2 as Byte ' Data 2
Dim B3 as Byte ' Data 1
Dim B4 as Byte ' Data 2
' memo = 0
' memo = memo +1
' 'Ewrite 0,[memo]
direccion = $00
Conta = 0
conta2 = 1
llena = 0
GoSub RTC_INI
gosub FECHA_INI
'
'**************************************************************************************
'************************* P R E S E N T A C I O N ************************************
'**************************************************************************************
low LcdLed
high zumbador
' 1234567890123456
Print at 1,3,"Otro Invento"
Print at 2,3,"de Miguelito"
low zumbador
for n=0 to 3
high ledrojo
delayms 200
low ledrojo
delayms 20
high ledVerde
delayms 200
low ledverde
next
Delayms 2000
CLS
high zumbador
' 1234567890123456
Print at 1,1,"Reloj Termometro"
Print at 2,8,"V1.2"
low zumbador
Delayms 2000
cls
'**************************************************************************************
N = EREAD 0 'Lee Memoria Pic
if n = $FF then goto ProgReloj 'Si no hay nada grabado (FF) Va a programar Reloj
'**************************************************************************************
'******************************* INICIO PROG ******************************************
'**************************************************************************************
MAIN:
low ledrojo
low ledverde
if Ldr = 1 then low LcdLed
if ldr = 0 then high LcdLed
button sw1,0,255,250,Btnvar,0,NoPulso
goto ProgReloj
NoPulso:
button sw2,0,255,250,Btnvar,0,NoPulso2
goto leerGrabacion
NoPulso2:
GoSub Conversion ' Rutina convertir Temperatura
GoSub Mostrar ' Rutina mostrar los valores
gosub NumeroGrande
Gosub Reloj
GoTo Main
'*****************************************************************
Conversion:
OWrite DQ,1,[$CC,$44] ' Comando Convertir Temp
High DQ ' DQ en alto por 750 ms
'******************* Tiempo de Conversion ************************
OWrite DQ,1,[$CC,$BE] ' Comando leer SCRATCHPAD.
OREAD DQ,2,[Temp.LOWBYTE,Temp.HIGHBYTE,Cnt,Cnt,Cnt,Cnt,Cnt,Count_Per_Deg] 'Lee el scratchpad
Return
Mostrar:
Temp_Dec = (6.25 * Cnt)
'Signo:
If Temp.8=1 Then
Temp=(Temp.LowByte ^ $FF) >> 1
If Cnt = 0 then Temp = Temp + 1
Sign = "-"
Else
Temp=(Temp >> 1)
Sign = " "
Temp_Dec = 100 - Temp_Dec
Endif
Return
cls
'**************************************************************
Reloj:
GoSub LEER_RTC ' Leer registros RTC
GoSub MOSTRAR_RTC ' Mostrat registros RTC
gosub LoGrabo
gosub SelecDia
return
'*************************************************************
RTC_INI:
BusIn $D1,0,[RTC[Seg]] ' Lee byte 0, RTC
BusOut $D0,0,[RTC[Seg] & $7F] ' Pone 0 en bit CH
Return ' Para Activar RTC
'*************************************************************
FECHA_INI:
RTC[Seg] = $00 ' Ajusta los Seg. iniciales
RTC[Minu]= EREAD 1' Ajusta los Min. iniciales
RTC[Hora]= EREAD 0' Ajusta la Hora inicial
RTC[Dia] = eread 5' Ajusta el Día inicial
rtc[Dias]= eread 2' Ajuste del dia lunes Martes
RTC[Mes] = eread 3' Ajusta el Mes inicial
RTC[Ano] = eread 4' Ajusta el Año inicial
rtc[Control]=$10 ' Ajunte Reg Control
BusOut $D0,0,[Str RTC\8] ' Escribe registros RTC
Return
'***********************************************************
LEER_RTC:
For Index = 0 To 6
BusIn $D1,Index,[RTC[Index]] ' Lee registros
Next ' del RTC 0..6
Return
'***********************************************************
LoGrabo:
if Llena = 1 then high ledRojo: return
if RTC[Hora] = $00 and conta = 0 then gosub OtroDia
if rtc[Hora] = $01 then conta = 0
if RTC[minu] = $00 and Conta2 = 0 then Gosub Graba
if RTC[minu] = $01 then conta2 = 0
return
'***********************************************************
MOSTRAR_RTC:
print at 1,9,hex2 RTC[Hora], ":", hex2 RTC[Minu],":", hex2 RTC[Seg]
print at 2,9,hex2 RTC[Dias], "/", hex2 RTC[Mes],"/", hex2 RTC[Ano]
days = rtc[Dia]
Dato1 = RTC[2]
Dato2 = RTC[1]
Dato3 = RTC[4]
Dato4 = RTC[5]
Dato5 = RTC[6]
'******************* graba datos en la Memoria del pic
Ewrite 0,[RTC[2]]
Ewrite 1,[RTC[1]]
Ewrite 2,[RTC[4]]
Ewrite 3,[RTC[5]]
Ewrite 4,[RTC[6]]
Ewrite 5,[RTC[3]]
return
'******************* Selecciona Dia de la semana
SelecDia:
'days = rtc[4]
select days
case 1
print at 1,6,"Lu"
case 2
print at 1,6,"Ma"
case 3 '23456
print at 1,6,"Mi"
case 4 '23456
print at 1,6,"Ju"
case 5 '23456
print at 1,6,"Vi"
case 6 '23456
print at 1,6,"Sa"
case 7 '23456
print at 1,6,"Do"
end select
'print at 3,1,"DIAS:", dec2 rtc[Dias]
Return
'******************* Codigo BCD ***************************************
BCD2BIN:
For Index = 0 To 6
RTC[Index] = (RTC[Index]/16)*10 + RTC[Index] & $0F
Next
Return
'******************** Codigo BCD ***************************************
'******************** Graba Datos en Memoria **************************
Graba:
high ledRojo
conta2 = 1
BSTART
busout $A0,Direccion,[temp.lowbyte,Temp_Dec.lowbyte]
BSTOP
Delayms 10
inc Direccion ' Incrementa
inc Direccion ' 2 Posiciones
if Direccion >= 32760 then gosub Memo1
low ledRojo
cls
Return
'******************** Memo1 *******************************************
Memo1:
cls '1234567890123456
print at 1,1,"Modulo de Memori"
print at 2,4,"(A) lleno"
delayms 2000
Llena = 1
high ledrojo
return
'*********************************************************************
OtroDia:
'gosub LEER_RTC
Dato3 = RTC[4]
Dato4 = RTC[5]
Dato5 = RTC[6]
cls
high ledVerde
gosub sonido2
print at 1,5,"Otro dia"
delayms 1500
low ledverde
conta = 1
Conta2= 0
'cls
busout $A0,Direccion,[dato3.lowbyte,dato4.lowbyte,dato5.lowbyte]
gosub LedInter
gosub LedInter
direccion = direccion + 3
'gosub graba
Return
'******************** Led Inter ***************************************
LedInter:
for n=0 to 5
high ledRojo
delayms 99
low ledrojo
delayms 99
next n
Return
'************************** Leer Grabacion ****************************
leerGrabacion:
Gosub Sonido2
high ledrojo
cls
print at 1,1,"Buscar DATOS"
delayms 1000
cls
'*************************************************
DiaSetD:
gosub sonido2
If day >=$32 then day = $01
if day = $0A then day = day + $6
if day = $1A then day = day + $6
if day = $2A then day = day + $6
if day = $3A then day = day + $6
print at 2,7,hex2 day
print at 1,5,"- DIA -"
NoPress57D: button sw2,0,255,250,Btnvar,0,NoPress17D
goto ProDiaD': print at 1,1,"Programar Riego"
NoPress17D: button sw1,0,255,250,Btnvar,0,NoPress57D
inc day:delayms 200:goto DiaSetD
ProDiaD:
Gosub sonido3
cls
'**************************************************
MesSetD:
gosub sonido2
If meses >=$13 then meses = $01
if meses = $0A then meses = meses + $6
if meses = $1A then meses = meses + $6
print at 1,5,"- MES -"
print at 2,7,hex2 meses
NoPress58D: button sw2,0,255,250,Btnvar,0,NoPress18D
goto ProMesD': print at 1,1,"Programar Riego"
NoPress18D: button sw1,0,255,250,Btnvar,0,NoPress58D
inc meses:delayms 200:goto MesSetD
ProMesD:
Gosub sonido3
cls
'****************************************************
AnosSetD:
gosub sonido2
If anos >=$49 then anos = $00
if anos = $0A then anos = anos + $6
if anos = $1A then anos = anos + $6
if anos = $2A then anos = anos + $6
if anos = $3A then anos = anos + $6
print at 1,5,"- A",238,"O -"
print at 2,5,"20",hex2 anos
NoPress59D: button sw2,0,255,250,Btnvar,0,NoPress19D
goto ProanoD
NoPress19D: button sw1,0,255,250,Btnvar,0,NoPress59D
inc anos:delayms 200:goto AnosSetD
'****************************************************
ProAnoD:
Gosub sonido3
cls
high ledrojo
high ledverde
gosub sonido2
print at 1,1,"Buscando..."
for W0=0 to 32760 step 51
Busin $A1,W0,[B1.lowbyte,b2.lowbyte,b3.lowbyte]
if B1= Day and b2= meses and b3= Anos then Goto Load
print at 2,1,"Posicion: ",dec5 w0
next w0
delayms 500
cls
Gosub sonido3
print at 1,1,"No Hay Datos"
delayms 1000
cls
low ledrojo
low ledverde
GoTo MAIn
'***************************************************
Load:
cls
gosub sonido2
print at 1,1,"Datos Encontrados"
print at 2,1,"Posicion: ",dec5 w0
delayms 2000
cls
w0=w0 + 3
HorasMemo = 0
'**************************************************
OtroDato:
if HorasMemo > 23 then HorasMemo=0:W0 = W0 - 48
gosub sonido2
Busin $A1,W0,[B1.lowbyte,b2.lowbyte]
print at 1,9,dec2 HorasMemo, ":00:00"
print at 2,9,dec2 Day, "/",dec2 Meses,"/",dec2 Anos
print at 1,5,"W0",dec2 W0
Temp = B1
Temp_dec = b2
gosub NumeroGrande
w0= w0 +2
NoPress59Di: button sw2,0,255,250,Btnvar,0,NoPress19Di
delayms 200:cls:goto MAIN
NoPress19Di: button sw1,0,255,250,Btnvar,0,NoPress59Di
inc HorasMemo:delayms 200:goto OtroDato
'**********************************************************************
'************************* programar RELOJ ****************************
'**********************************************************************
ProgReloj:
high ledVerde
gosub Sonido1
Cls '1234567890123456
print at 1,4,"Prog.Reloj"
delayms 1000
cls
Horas = RTC[Hora]
'****************************************************
HoraSet:
gosub sonido2
If Horas >=$24 then Horas = 00
if horas = $0A then horas = horas + $6
if horas = $1A then horas = horas + $6
print at 1,5,"- HORA -"
print at 2,8,hex2 Horas
NoPress55: button sw2,0,255,250,Btnvar,0,NoPress15
goto Prohora': print at 1,1,"Programar Riego"
NoPress15: button sw1,0,255,250,Btnvar,0,NoPress55
inc horas:delayms 200:goto HoraSet
cls
'******************************************************
Prohora:
Gosub sonido3
BusOut $D0,2,[horas] ' Escribe registros RTC
delayms 200
Minutos = RTC[Minu]
cls
'*****************************************************
MinuSet:
gosub sonido2
If Minutos >=$5A then Minutos = $00
if Minutos = $0A then Minutos = Minutos + $6
if Minutos = $1A then Minutos = Minutos + $6
if Minutos = $2A then Minutos = Minutos + $6
if Minutos = $3A then Minutos = Minutos + $6
if Minutos = $4A then Minutos = Minutos + $6
print at 2,8,hex2 Minutos
print at 1,4,"- MINUTOS -"
NoPress56: button sw2,0,255,250,Btnvar,0,NoPress16
goto Prominuto': print at 1,1,"Programar Riego"
NoPress16: button sw1,0,255,250,Btnvar,0,NoPress56
inc Minutos:delayms 200:goto minuSet
'****************************************************
Prominuto:
Gosub sonido3
BusOut $D0,1,[minutos] ' Escribe registros RTC
delayms 200
day = RTC[Dias]
cls
'***************************************************
DiaSet:
gosub sonido2
If day >=$32 then day = $01
if day = $0A then day = day + $6
if day = $1A then day = day + $6
if day = $2A then day = day + $6
if day = $3A then day = day + $6
print at 2,7,hex2 day
print at 1,5,"- DIA -"
NoPress57: button sw2,0,255,250,Btnvar,0,NoPress17
goto ProDia': print at 1,1,"Programar Riego"
NoPress17: button sw1,0,255,250,Btnvar,0,NoPress57
inc day:delayms 200:goto DiaSet
'***************************************************
ProDia:
Gosub sonido3
BusOut $D0,4,[day] ' Escribe registros RTC
delayms 200
meses = RTC[Mes]
cls
'***************************************************
MesSet:
gosub sonido2
If meses >=$13 then meses = $01
if meses = $0A then meses = meses + $6
if meses = $1A then meses = meses + $6
print at 1,5,"- MES -"
print at 2,7,hex2 meses
NoPress58: button sw2,0,255,250,Btnvar,0,NoPress18
goto ProMes': print at 1,1,"Programar Riego"
NoPress18: button sw1,0,255,250,Btnvar,0,NoPress58
inc meses:delayms 200:goto MesSet
'***************************************************
ProMes:
Gosub sonido3
BusOut $D0,5,[meses] ' Escribe registros RTC
delayms 200
anos = RTC[Ano]
cls
'***************************************************
AnosSet:
gosub sonido2
If anos >=$49 then anos = $00
if anos = $0A then anos = anos + $6
if anos = $1A then anos = anos + $6
if anos = $2A then anos = anos + $6
if anos = $3A then anos = anos + $6
print at 1,5,"- A",238,"O -"
print at 2,5,"20",hex2 anos
NoPress59: button sw2,0,255,250,Btnvar,0,NoPress19
goto Proano': print at 1,1,"Programar Riego"
NoPress19: button sw1,0,255,250,Btnvar,0,NoPress59
inc anos:delayms 200:goto AnosSet
'***************************************************
ProAno:
Gosub sonido3
BusOut $D0,6,[anos] ' Escribe registros RTC
delayms 200
Days = 1 'RTC[Dia]
gosub Selecdia
cls
'**************************************************
DiasSet:
gosub sonido2
If days >=$8 then days = $01
print at 2,1,"DIA DE LA SEMANA"
gosub SelecDia
NoPress60: button sw2,0,255,250,Btnvar,0,NoPress20
goto ProDias': print at 1,1,"Programar Riego"
NoPress20: button sw1,0,255,250,Btnvar,0,NoPress60
inc days:delayms 200:goto DiasSet
'**************************************************
ProDias:
Gosub sonido3
RTC[Dia] = Days
BusOut $D0,3,[days] ' Escribe registros RTC
delayms 200
cls
low ledverde
goto main
'***********************************************************************************
'************** SONIDOS *************** DEL ********* ZUMBADOR *********************
'***********************************************************************************
Sonido1:
high Zumbador
delayms 20
low Zumbador
delayms 100
high Zumbador
delayms 40
low Zumbador
return
'***************************
Sonido2:
high Zumbador
delayms 10
low Zumbador
return
'***************************
Sonido3:
high Zumbador
delayms 60
low Zumbador
return
'**************************
Sonido4:
high Zumbador
delayms 5
low Zumbador
return
'**************************************************************************************
'********* TODO ESTO ES DE MI AMIGO TRIGO TODOS LOS DERECHOS SON DE TRIGO *************
'**************************************************************************************
NumeroGrande:
'PRIMERO IMPRIMIMOS LAS DECENAS
Cifra = dig temp, 1 'Decenas de grado.
Puntero = 64 'Primer carácter de la CGRAM, numerado como 0
Gosub Que_cifra
' print AT 1,10, 0,1
' print AT 2,10, 2,3
print AT 1,1, 0,1
print AT 2,1, 2,3
'Y A CONTINUACIÓN LAS UNIDADES
Cifra = dig temp, 0 'Unidades de grado.
Puntero = 96 'Quinto carácter de la CGRAM, numerado como 4
Gosub Que_cifra
print AT 1,3, 4,5
print AT 2,3, 6,7, ".",Dec2 Temp_Dec, 223 'el 223 es el símbolo de grado
'print AT 2,12, 6,7, ".",Dec DIG Temp_Dec, 1, 223 'el 223 es el símbolo de grado
return
Que_cifra:
select Cifra.
case 0: gosub cero: RETURN 'Rutinas para crear los gráficos correspondientes a esas cifras en gran formato
CASE 1: GOSUB UNO: RETURN
CASE 2: GOSUB DOS: RETURN
CASE 3: GOSUB TRES: RETURN
CASE 4: GOSUB CUATRO: RETURN
CASE 5: GOSUB CINCO: RETURN
CASE 6: GOSUB SEIS: RETURN
CASE 7: GOSUB SIETE: RETURN
CASE 8: GOSUB OCHO: RETURN
CASE 9: GOSUB NUEVE: RETURN
ENDSELECT
'CARGANDO LOS CARACTERES PERSONALIZADOS EN LA CGRAM
CERO:
'SI:
Print 254,Puntero,$07,$0F,$1C,$18,$18,$18,$18,$18
'SD:
Print 254,Puntero + 8,$18,$1C,$0E,$06,$06,$06,$06,$06
'II:
Print 254,Puntero + 16,$18,$18,$18,$18,$18,$1C,$0F,$07
'ID:
Print 254,Puntero + 24,$06,$06,$06,$06,$06,$0E,$1C,$18
RETURN
UNO:
'SI:
Print 254,Puntero,$00,$00,$00,$01,$01,$00,$00,$00
'SD:
Print 254,Puntero + 8,$0C,$1C,$1C,$1C,$1C,$0C,$0C,$0C
'II:
Print 254,Puntero + 16,$00,$00,$00,$00,$00,$00,$00,$00
'ID:
Print 254,Puntero + 24,$0C,$0C,$0C,$0C,$0C,$0C,$1E,$1E
RETURN
DOS:
'SI:
Print 254,Puntero,$07,$0F,$1C,$18,$00,$00,$00,$00
'SD:
Print 254,Puntero + 8,$18,$1C,$0E,$06,$06,$06,$0E,$1C
'II:
Print 254,Puntero + 16,$01,$03,$07,$0E,$1C,$18,$1F,$1F
'ID:
Print 254,Puntero + 24,$18,$10,$00,$00,$00,$00,$1E,$1E
RETURN
TRES:
'SI:
Print 254,Puntero,$07,$0F,$1C,$18,$00,$00,$01,$01
'SD:
Print 254,Puntero + 8,$18,$1C,$0E,$06,$06,$0E,$1C,$18
'II:
Print 254,Puntero + 16,$00,$00,$00,$18,$18,$1C,$0F,$07
'ID:
Print 254,Puntero + 24,$1C,$0E,$06,$06,$06,$0E,$1C,$18
RETURN
CUATRO:
'SI:
Print 254,Puntero,$00,$00,$01,$01,$03,$03,$07,$06
'SD:
Print 254,Puntero + 8,$1C,$18,$18,$10,$10,$00,$00,$00
'II:
Print 254,Puntero + 16,$0E,$0C,$1C,$1F,$1F,$00,$00,$00
'ID:
Print 254,Puntero + 24,$0C,$0C,$0C,$1E,$1E,$0C,$0C,$0C
RETURN
CINCO:
'SI:
Print 254,Puntero,$1F,$1F,$18,$18,$18,$18,$1F,$1F
'SD:
Print 254,Puntero + 8,$1E,$1E,$00,$00,$00,$00,$18,$1C
'II:
Print 254,Puntero + 16,$00,$00,$00,$00,$18,$1C,$0F,$07
'ID:
Print 254,Puntero + 24,$0E,$06,$06,$06,$06,$0E,$1C,$18
RETURN
SEIS:
'SI:
Print 254,Puntero,$07,$0F,$1C,$18,$18,$18,$1B,$1F
'SD:
Print 254,Puntero + 8,$18,$1C,$0E,$06,$00,$00,$18,$1C
'II:
Print 254,Puntero + 16,$1C,$18,$18,$18,$18,$1C,$0F,$03
'ID:
Print 254,Puntero + 24,$0E,$06,$06,$06,$06,$0E,$1C,$18
RETURN
SIETE:
'SI:
Print 254,Puntero,$1F,$1F,$00,$00,$00,$00,$00,$01
'SD:
Print 254,Puntero + 8,$1E,$1E,$06,$0E,$0C,$1C,$18,$18
'II:
Print 254,Puntero + 16,$01,$03,$03,$07,$06,$0E,$0C,$0C
'ID:
Print 254,Puntero + 24,$10,$10,$00,$00,$00,$00,$00,$00
RETURN
OCHO:
'SI:
Print 254,Puntero,$07,$0F,$1C,$18,$18,$1C,$0F,$0F
'SD:
Print 254,Puntero + 8,$18,$1C,$0E,$06,$06,$0E,$1C,$18
'II:
Print 254,Puntero + 16,$1C,$18,$18,$18,$18,$1C,$0F,$03
'ID:
Print 254,Puntero + 24,$0E,$06,$06,$06,$06,$0E,$1C,$18
RETURN
NUEVE:
'SI:
Print 254,Puntero,$07,$0F,$1C,$18,$18,$18,$18,$1C
'SD:
Print 254,Puntero + 8,$18,$1C,$0E,$06,$06,$06,$06,$0E
'II:
Print 254,Puntero + 16,$0F,$07,$00,$00,$18,$1C,$0F,$07
'ID:
Print 254,Puntero + 24,$1E,$16,$06,$06,$06,$0E,$1C,$18
RETURN
Resete:
REPEAT
DELAYMS 25 ' Wait until conversion is complete
OREAD DQ,4,[Cnt] ' Keep reading low pulses until
UNTIL Cnt=0 ' the DS1820 is finished
Return
