Napsal: 25 úno 2012, 09:52
Tak skusal som dalsiu schemu prekreslit.Pomozte kde zase mam chybu.Prevziate z fora http://www.picbasic.co.uk/forum/showthread.php?t=327
sobory pre Isis7. http://www.ulozto.cz/xbnYM3h/nokia-3310-7z
sobory pre Isis7. http://www.ulozto.cz/xbnYM3h/nokia-3310-7z
Kód: Vybrat vše
'*********************************************
' Thermometer 2 Zone & Thermostat
' with Nokia 3310 display
' DEVICE 16F628A AND DS18B20 x 2
' ver.2.1
' Thanks to all members from :
' http://www.picbasic.co.uk/forum
' by Niculescu Dan : niculescu_dann@yahoo.com
'**********************************************
'@ DEVICE pic16F628A, INTosc_osc, WDT_OFF, PWRT_OFF, BOD_OFF, MCLR_OFF, LVP_OFF, CPD_OFF, PROTECT_OFF ' for PBP 2.4
@ DEVICE pic16F628A, INTRC_osc, WDT_OFF, PWRT_OFF, BOD_OFF, MCLR_OFF, LVP_OFF, CPD_OFF, PROTECT_OFF ' for PBP 2.5
Define NO_CLRWDT 1
DEFINE OSC 4
TRISB = %00001110 'portB configuration 0=out 1=in
TRISA = %10100010 'portA configuration
PortA = %11100010
CMCON = 7 'for P16F628
VRCON = 0 'for P16F628
INTCON = 0
OPTION_REG = %10000111
RST var PortA.4 'pin 3 Output reset display
SDIN var PortA.3 'pin 2 Output master data out
SCK var PortA.2 'pin 1 Output Spi clock
DQ var PortA.1 'pin 18 I/O DQ DS18b20
D_C var PortB.0 'pin 6 Output command/data sel. register
temperature var Word
TempC var byte
Float var byte
temperature2 Var Word
Dummy var byte
TempC2 var byte
Float2 var byte
Bitovi var byte
Bitovi2 var byte
Predznak var Bitovi.0
Predznak2 var Bitovi2.0
Minus var Byte
LcdReg var byte
x var byte
y var byte
Offset var byte
Char var byte
a var byte
PosX VAR Byte
PosY VAR Byte
Chr VAR Byte
LcdData VAR Byte
TargetTemp Var Word ' Desired Temperature
Hyst Var Word ' Hystereris
V Var Word ' Var. for display
V2 Var Word ' Var. for display
B1 Var Byte ' Byte for TargetTemp calculation
B2 Var Byte ' Byte for TargetTemp calculation
Mode Var Byte ' 0=Temp. display, 1=Set Temp, 2=Set Hysteresis
Sign Var Byte
Sign2 Var Byte
DS18B20_1_12bit CON %01111111 ; 750ms, 0.0625°C
DS18B20_2_12bit CON %01111111 ; 750ms, 0.0625°C
DATA 46, 224, 10 ' Temp MSB, TEMP LSB, Hysteresis DIV 10
PORTb.6=0 ' Warm Output Low
PORTb.7=0 ' Cold Output Low
Mode=0 ' Temperature display mode
Read 0, B1 ' Read TargetTemp MSB
Read 1, B2 ' Read TargetTemp LSB
TargetTemp=B1*256+B2 ' Calculate TargetTemp value (Default=20.0 C.)
Read 2, B1 ' Read Hysteresis
Hyst=10*B1 ' Calculate Hysteresis value (Default= 2.0 C.)
'-------------------------------------------------------------------------------
DATA @10,$3E,$51,$49,$45,$3E,_ ';// 0 2
$00,$42,$7F,$40,$00,_ ';// 1 3
$42,$61,$51,$49,$46,_ ';// 2 4
$21,$41,$45,$4B,$31,_ ';// 3 5
$18,$14,$12,$7F,$10,_ ';// 4 6
$27,$45,$45,$45,$39,_ ';// 5 7
$3C,$4A,$49,$49,$30,_ ';// 6 8
$01,$71,$09,$05,$03,_ ';// 7 9
$36,$49,$49,$49,$36,_ ';// 8 10
$06,$49,$49,$29,$1E,_ ';// 9 11
$08,$08,$3E,$08,$08,_ ';// + 12
$08,$08,$08,$08,$08,_ ';// - 13
$00,$60,$60,$00,$00,_ ';// . 14
$01,$01,$7F,$01,$01,_ ' T 15
$7F,$49,$49,$49,$41,_ ' E 16
$7F,$02,$0C,$02,$7F,_ ' M 17
$7F,$09,$09,$09,$06,_ ' P 18
$00,$41,$7F,$41,$00,_ ' I 19
$7F,$04,$08,$10,$7F,_ ' N 20
$63,$14,$08,$14,$63,_ ' X 21
$03,$04,$78,$04,$03,_ ' Y 22
$26,$49,$49,$49,$32,_ ' S 23
$7F,$08,$08,$08,$7F ' H 24
'-------------------------------------------------------------------------------
pause 100
RST = 1
PortB = 0
LcdReg = %00100001 'LCD Extended Commands.
call PrintCtrlLcd
LcdReg = $C8 'Set LCD Vop (Contrast). initial a fost $c5
call PrintCtrlLcd
LcdReg = %00000110 'Set Temp coefficent.
call PrintCtrlLcd
LcdReg = %00010011 'LCD bias mode 1:48.
call PrintCtrlLcd
LcdReg = %00100000 'LCD Standard Commands, Horizontal addressing mode.
call PrintCtrlLcd
LcdReg = $0C 'LCD in normal mode. $0D inverse
Call PrintCtrlLcd
Call CursorHome
Gosub LCD_Clear
' Init Sensor 1
OWOut DQ, 1, [$55, $28, $DD, $06, $49, $1, $0, $0, $D4, $4E, $FF, $FF, $7F]
OWOut DQ, 1, [$55, $28, $DD, $06, $49, $1, $0, $0, $D4, $48]
OWOut DQ, 1, [$55, $28, $DD, $06, $49, $1, $0, $0, $D4, $B8]
OWOut DQ, 1, [$55, $28, $DD, $06, $49, $1, $0, $0, $D4, $BE]
Pause 50
OWIn DQ, 2, [temperature.byte0, temperature.byte1]
Pause 50
'------------------------------------------
' Init Sensor 2
OWOut DQ, 1, [$55, $28, $EB, $EA, $48, $1, $0, $0, $FF, $4E, $FF, $FF, $7F]
OWOut DQ, 1, [$55, $28, $EB, $EA, $48, $1, $0, $0, $FF, $48]
OWOut DQ, 1, [$55, $28, $EB, $EA, $48, $1, $0, $0, $FF, $B8]
OWOut DQ, 1, [$55, $28, $EB, $EA, $48, $1, $0, $0, $FF, $BE]
Pause 50
OWIn DQ, 2, [temperature2.byte0, temperature2.byte1]
Pause 50
'------------------------------------------
MainLoop:
If PORTB.3=0 then
Pause 50
Gosub LCD_Clear
Call Apel
If PORTB.3=0 then MainLoop ' Wait until button is released
Mode=Mode+1 ' Increment mode
If Mode=2 then ' Save Target Temperature (Mode1 -> Mode2)
Write 0, TargetTemp / 256 ' TargetTemp MSB
Write 1, TargetTemp MOD 256 ' TargetTemp LSB
EndIf
If Mode > 2 Then ' Save Hysteresis (Mode 2 -> Mode 0)
Mode=0 ' Only 0, 1, 2 are valid
Write 2, Hyst / 10 ' Divide Hyst value to fit in Byte
EndIf
Endif
If Mode =1 then
LcdReg = %10000000 + 12 ' cursor X
call PrintCtrlLcd
LcdReg = %01000010 ' cursor Y
call PrintCtrlLcd
Char = 15
call PrintChar
Char = 16
call PrintChar
Char = 17
call PrintChar
Char = 18
call PrintChar
V=TargetTemp ' TargetTemp in V
Gosub SelectSign ' Select +/blank/-
Gosub DTemp ' Display Target Temperature
If (PORTB.1=0) Or (PORTB.2=0) then ' Up or Down button pushed
If PORTB.2=0 then ' Down button
If TargetTemp > 7500 then ' Not lower than -25 C. (10000-MinTemp * 100)
TargetTemp=TargetTemp-10 ' Decrease temperature with 0.25 C.
EndIf
EndIf
If PORTB.1=0 then ' Up button
If TargetTemp < 17500 then ' Not higher than 75 C. (10000+MaxTemp * 100)
TargetTemp=TargetTemp+10 ' Increase temperature with 0.25 C.
EndIf
EndIf
GoSub SetTargetTemp ' Display TargetTemp and delay 0.25 Sec.
EndIf
EndIf
If Mode=2 then ' Set Hysteresis
LcdReg = %10000000 + 12 ' cursor X
call PrintCtrlLcd
LcdReg = %01000011 ' cursor Y
call PrintCtrlLcd
Char = 24
call PrintChar
Char = 22
call PrintChar
Char = 23
call PrintChar
Char = 15
call PrintChar
Sign=" " ' No sign
V= 10000+Hyst ' Set value for V
Gosub DTemp ' Display Hysteresis
If (PORTB.1=0) Or (PORTB.2=0) then ' Up or down button pushed
Sign=" " ' No sign for Hysteresis
If PORTB.1=0 then ' Down button
If Hyst > 10 then Hyst=Hyst-10 ' Not less than 0.1 C.
EndIf
If PORTB.2=0 then ' Up button
If Hyst < 1000 then Hyst=Hyst+10 ' Not more than 10.0 C.
EndIf
V= 10000+Hyst ' Set value for V
Gosub DTemp ' Display Hysteresis
Pause 250 ' Delay 0.25 Sec.
EndIf
EndIf
If Mode > 0 then Mainloop ' Setting TargetTemperature or Hysteresis
Output DQ ' Make Pin Output
DQ=0 ' OneWire line Low
PauseUs 480 ' Keep down for 480 µS
Input DQ ' Make Pin Input
PauseUs 70 ' Wait 70 µS
If DQ=1 then ' No presence pulse from DS1820
Pause 500 ' Wait 0.5 Sec.
Goto MainLoop ' Check again
EndIf
Main:
'----------------------------------------
Call BorderLine
Part1:
' Start temp.conv.Sensor1
OWOut DQ, 1, [$55, $28, $DD, $06, $49, $1, $0, $0, $D4, $44]
WaitLoop:
While not DQ
Wend
OWOut DQ, 1, [$55, $28, $DD, $06, $49, $1, $0, $0, $D4, $BE]
Pause 500
OWIn DQ, 2, [temperature.byte0, temperature.byte1]
Predznak = 0
if temperature.15 then
temperature = ~ temperature + 1
Predznak = 1
endif
Dummy = 625 * Temperature
TempC = DIV32 10
TempC = (Temperature & $7FF) >> 4
Float = ((Temperature.Lowbyte & $0F ) * 25 )>>2
Temperature=TempC*100 + Float
If Predznak then
V= 10000 - Temperature ' 25 C=12500 0 C=10000 -10 C=9000
Predznak = 0
else
V= 10000 + Temperature
EndIf
If V >= 10000 then ' Above 0 C.
Temperature=V-10000
Else
Temperature=10000-V ' Below 0 C.
EndIf
If V < TargetTemp - Hyst then ' Below Target temperature - Hysteresis
PORTB.6=1 ' Activate Warm Output
PORTB.7=0 ' Deactivate Cold Output
EndIf
If V > TargetTemp + Hyst then ' Above Target temperature + Hysteresis
PORTB.6=0 ' Deactivate Warm output
PORTB.7=1 ' Activate Cold Output
EndIf
GoSub SelectSign ' +/blank/- Sign
If V >= 10000 then ' Above 0 C.
Temperature=V-10000
Else
Temperature=10000-V ' Below 0 C.
EndIf
'---------------setting cursor for text "TEMP.INT :"
LcdReg = %10000000 ' cursor X
call PrintCtrlLcd
LcdReg = %01000001 ' cursor Y
call PrintCtrlLcd
Char = 15
call PrintChar
Char = 16
call PrintChar
Char = 17
call PrintChar
Char = 18
call PrintChar
Char = 14
call PrintChar
Char = 19
call PrintChar
Char = 20
call PrintChar
Char = 15
call PrintChar
'---------------setting cursor for display the temperature 1
LcdReg = %10100000 + 22 ' cursor X
call PrintCtrlLcd
LcdReg = %01000010 ' cursor Y
call PrintCtrlLcd
'---------------now display temperature 1
if TempC > 99 then
Char = 3
call PrintChar
endif
If sign ="-" then
Char = 13
call PrintChar
else
Char = 12
call PrintChar
endif
Char = (temperature dig 3) + 2
call PrintChar
Char = (temperature dig 2) + 2
call PrintChar
Char = 14
call PrintChar
Char = (temperature dig 1) + 2
Call PrintChar
' Char = (temperature dig 0) + 2
' Call PrintChar
'-----------------------------------
Part2 :
' Start temp. conv.Sensor2
OWOut DQ, 1, [$55, $28, $EB, $EA, $48, $1, $0, $0, $FF, $44]
WaitLoop2:
While not DQ
Wend
OWOut DQ, 1, [$55, $28, $EB, $EA, $48, $1, $0, $0, $FF, $BE]
Pause 500
OWIn DQ, 2, [Temperature2.Byte0, Temperature2.Byte1]
Predznak2 = 0
if temperature2.15 then
temperature2 = ~ temperature2 + 1
Predznak2 = 1
endif
Dummy = 625 * Temperature2
TempC2 = DIV32 10
TempC2 = (Temperature2 & $7FF) >> 4
Float2 = ((Temperature2.Lowbyte & $0F ) * 25 )>>2
Temperature2=TempC2*100 + Float2
If Predznak2 then
V2= 10000 - Temperature2
Predznak2 = 0
else
V2= 10000 + Temperature2
EndIf
If V2 >= 10000 then ' Above 0 C.
Temperature2=V2-10000
Else
Temperature2=10000-V2 ' Below 0 C.
Endif
GoSub SelectSign
If V2 >= 10000 then ' Above 0 C.
Temperature2=V2-10000
Else
Temperature2=10000-V2 ' Below 0 C.
EndIf
'---------------setting cursor for text "TEMP.EXT :"
LcdReg = %10000000 ' cursor X
call PrintCtrlLcd
LcdReg = %01000011 ' cursor Y
call PrintCtrlLcd
Char = 15
call PrintChar
Char = 16
call PrintChar
Char = 17
call PrintChar
Char = 18
call PrintChar
Char = 14
call PrintChar
Char = 16
call PrintChar
Char = 21
call PrintChar
Char = 15
call PrintChar
'---------------setting cursor for display the temperature 2
LcdReg = %10100000 + 22 ' cursor X
call PrintCtrlLcd
LcdReg = %01000100 ' cursor Y
call PrintCtrlLcd
'---------------now display temperature 2
if TempC2 > 99 then
Char = 3
call PrintChar
endif
If sign2 ="-" THEN
Char = 13
call PrintChar
else
Char = 12
call PrintChar
endif
Char = (temperature2 dig 3) + 2
call PrintChar
Char = (temperature2 dig 2) + 2
call PrintChar
Char = 14
call PrintChar
Char = (temperature2 dig 1) + 2
Call PrintChar
' Char = (temperature2 dig 0) + 2
' Call PrintChar
'--------------- display target
LcdReg = %10000000 ' cursor X
call PrintCtrlLcd
LcdReg = %01000101 ' cursor Y
call PrintCtrlLcd
Char = 23
call PrintChar
Char = 16
call PrintChar
Char = 15
call PrintChar
LcdReg = %10000000 + 24 ' cursor X
call PrintCtrlLcd
LcdReg = %01000101 ' cursor Y
call PrintCtrlLcd
Char = (TargetTemp dig 3) + 2
call PrintChar
Char = (TargetTemp dig 2) + 2
call PrintChar
Char = 14
call PrintChar
Char = (TargetTemp DIG 1) + 2
Call PrintChar
goto MainLoop
'-------------------------------------------------------------
CursorHome: LcdReg = %10000000 ' cursor Home
call PrintCtrlLcd
LcdReg = %01000000 ' cursor Home
call PrintCtrlLcd
return
PrintChar: offset = Char * 5
for a = 1 to 5
read offset, LcdReg
call PrintDataLcd
offset = offset + 1
next a
LcdReg = 0
call PrintDataLcd
return
PrintCtrlLcd: D_C = 0
PrintDataLcd: for x = 1 to 8
SDIN = LcdReg.7
SCK = 1
LcdReg = LcdReg << 1
SCK = 0
next x
D_C = 1
return
LCD_Clear:
PosX=0:PosY=0:GOSUB LCD_GotoXY
HIGH D_C
FOR Chr=1 TO 252
LcdData=0:GOSUB LCD_ByteOut
LcdData=0:GOSUB LCD_ByteOut
NEXT Chr
RETURN
LCD_GotoXY:
LOW D_C
LcdData=%01000000 | PosY :GOSUB LCD_ByteOut
LcdData=%10000000 | PosX :GOSUB LCD_ByteOut
RETURN
LCD_ByteOut:
SHIFTOUT SDIN,SCK,1,[LcdData]
RETURN
'====================================================================
SetTargetTemp:
V=TargetTemp
Gosub SelectSign
Gosub DTemp
Pause 250
Return
'====================================================================
DTemp :
If V >= 10000 then ' Above 0 C.
Temperature=V-10000
Else
Temperature=10000-V ' Below 0 C.
EndIf
LcdReg = %10100000 + 14 ' cursor X
call PrintCtrlLcd
LcdReg = %01000100 ' cursor Y
call PrintCtrlLcd
Char = (temperature dig 3) + 2
call PrintChar
Char = (temperature dig 2) + 2
call PrintChar
Char = 14
call PrintChar
Char = (temperature dig 1) + 2
Call PrintChar
Return
'====================================================================
SelectSign:
If v = 10000 then ' Temperature = 0 C.
Sign=" " ' No sign
Else
If v < 10000 then ' <> 0
Sign="-" ' Temperature below 0 C.
Else
Sign="+" ' Temperature above 0 C.
EndIf
EndIf
If v2 = 10000 then ' Temperature = 0 C.
Sign2=" " ' No sign
Else
If v2 < 10000 then ' <> 0
Sign2="-" ' Temperature below 0 C.
Else
Sign2="+" ' Temperature above 0 C.
EndIf
EndIf
Return
BorderLine:
'=================================== UP
LcdReg = %10000000 ' cursor X
call PrintCtrlLcd
LcdReg = %01000000 ' cursor Y
call PrintCtrlLcd
for y = 0 to 73
LOokup y, [$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$3F,$3F,$21,$21,$3F,$1E,$00,$3F,$3F,$00,_
$1E,$3F,$21,$29,$3B,$1A,$00,$3F,$3F,$00,_
$01,$01,$3F,$3F,$01,$01,$00,$3E,$3F,$09,$09,$3F,$3E,$00,_
$3F,$3F,$20,$20,$20,_
$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,_
$18,$27,$27,$18,$00,$00,$00,$00,$06,$06,_
$00,$1E,$3F,$21,$21] ,LcdReg
' for y = 0 to 83
' LOokup y, [$01,$01,$01,$01,$01,$01,$01,$01,_
' $01,$01,$01,$01,$01,$01,$7F,$7F,$43,$43,$7F,$3D,$01,$7F,$7F,$01,_ 'DI
' $3D,$7F,$43,$53,$77,$35,$01,$7F,$7F,$01,$03,$03,$7F,$7F,$03,$03,$01,_ 'GIT
' $7D,$7F,$13,$13,$7F,$7D,$01,$7F,$7F,$41,$41,$41,$01,$01,$01,$01,$01,_ 'AL
' $01,$01,$01,$31,$4F,$4F,$31,$01,$01,$01,$0D,$0D,$01,$3D,$7F,$43,$43,$43,_
' $01,$01,$01,$01,$01,$01,$01,01] ,LcdReg
call PrintDataLcd
next y
'=================================== DOWN
' LcdReg = %10000000 ' cursor X
' call PrintCtrlLcd
' LcdReg = %01000101 ' cursor Y
' call PrintCtrlLcd
' for y = 0 to 83
' LOokup y, [$80,$80,$80,$80,$80,$80,$FE,$CA,$CA,$B4,$80,$8E,$D0,$D0,$BE,_ 'BY
' $80,$80,$80,$80,$FE,$88,$90,$FE,$80,$FE,$80,$BC,$C2,$C2,$A4,_ 'NIC
' $80,$BE,$C0,$C0,$BE,$80,$FE,$C0,$C0,$C0,$80,$FE,$CA,$CA,$C2,_ 'ULE
' $80,$A4,$CA,$CA,$B0,$80,$BC,$C2,$C2,$A4,$80,$BE,$C0,$C0,$BE,_ 'SCU
' $80,$80,$80,$80,$FE,$C2,$C2,$BC,$80,$FC,$92,$92,$FC,$80,$FE,_ 'DAN
' $88,$90,$FE,$80,$80,$80,$80,$80,$80] ,LcdReg
'
' call PrintDataLcd
' next y
return
'=================================== end of BorderLine
Apel:
LcdReg = %10000000 ' cursor X
call PrintCtrlLcd
LcdReg = %01000000 ' cursor Y
call PrintCtrlLcd
Char = 23
call PrintChar
Char = 16
call PrintChar
Char = 15
call PrintChar
Return
'------------------------------------------------
End 'of program
