Hi, The team
a new message arrived with Mplab 8.89
Executing: "C:\PBP3\PBPX.EXE" -ampasmwin -k# -p12F1840 "Voltmètre12B.bas"
PICBASIC PRO(TM) Compiler 3.0.6.4, (c) 1998, 2012 microEngineering Labs, Inc.
All Rights Reserved.
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 21 : Program word too large. Truncated to core size. (EF9C)
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 22 : Program word too large. Truncated to core size. (DFFF)
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 723 : Program word too large. Truncated to core size. (EF9C)
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 723 : Program word too large. Truncated to core size. (DFFF)
Loaded C:\Program Files\Microchip\MPLAB IDE\Projets\Voltmètre12B.COF.
BUILD SUCCEEDED: Sun Jan 20 11:33:44 2013
asm line 21/22
line 723
This deals with the #CONFIG and END directives.
Everything was fine with 8.88 Version.
the .bas program :
This is a nice multiplexed 12 Leds Volmeter ...
Alain
a new message arrived with Mplab 8.89
Quote:
Executing: "C:\PBP3\PBPX.EXE" -ampasmwin -k# -p12F1840 "Voltmètre12B.bas"
PICBASIC PRO(TM) Compiler 3.0.6.4, (c) 1998, 2012 microEngineering Labs, Inc.
All Rights Reserved.
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 21 : Program word too large. Truncated to core size. (EF9C)
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 22 : Program word too large. Truncated to core size. (DFFF)
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 723 : Program word too large. Truncated to core size. (EF9C)
Message[303] C:\PROGRAM FILES\MICROCHIP\MPLAB IDE\PROJETS\VOLTMèTRE12B.ASM 723 : Program word too large. Truncated to core size. (DFFF)
Loaded C:\Program Files\Microchip\MPLAB IDE\Projets\Voltmètre12B.COF.
BUILD SUCCEEDED: Sun Jan 20 11:33:44 2013
Code:
__CONFIG _CONFIG1, _FOSC_INTOSC & _WDTE_ON & _PWRTE_ON & _MCLRE_OFF & _BOREN_ON & _IESO_OFF
__CONFIG _CONFIG2, _PLLEN_ON & _BORV_LO & _LVP_OFFCode:
ENDEverything was fine with 8.88 Version.
the .bas program :
Code:
'*******************************************************************************
'Voltmètre12.bas
'
' R/C Expanded scale Voltmeter W/ Calibration @ 5v000
' Pic 12F1840
' 12 Multiplexed Leds
' 2 Display modes :
' - Jumper ON is Actual voltage BAR Display
' - Jumper OFF is Minimun reached Voltage in BAR Mode, plus Actual Voltage in DOT Mode
' ( intended to show Voltage swing under load )
'
' 985 Lines
'*******************************************************************************
' Defines
'*******************************************************************************
DEFINE OSC 32 ' not to disturb multiplexing !!!
DEFINE BUTTON_PAUSE 255
' Config
'*******************************************************************************
#CONFIG
__CONFIG _CONFIG1, _FOSC_INTOSC & _WDTE_ON & _PWRTE_ON & _MCLRE_OFF & _BOREN_ON & _IESO_OFF
__CONFIG _CONFIG2, _PLLEN_ON & _BORV_LO & _LVP_OFF
#ENDCONFIG
'#DEFINE Debugg
OPTION_REG = %00000001
WPUA = %00001000
OSCCON = %11110000 ' !!! SCS 1:0 = 00 pour PLL ON !!!
INTCON = 0
PIE1 = 0
T1CON = 0
T1GCON = 0
CM1CON0 = 7
ADCON0 = %00000001
ADCON1 = %11100011
FVRCON = %11010011
LATA = 0
TRISA = 255
'*******************************************************************************
' Aliases
Modeselect VAR PORTA.3
'*******************************************************************************
' Variables
Nvalue VAR WORD
Ivalue VAR WORD
Calval VAR WORD
Nominal VAR WORD
Mvalue VAR BYTE
Dvalue VAR BYTE
Value VAR BYTE
I VAR BYTE
J VAR BYTE
mode VAR BIT
modeI VAR BIT
CLEAR
Mvalue = 12
Dvalue = 12
Nominal = 8388
VDD_Res CON 10
FVrefmv CON 4096
VRef_AD5 CON EXT
@Vref_AD5 = (_FVrefmv *100000) / (500000000/ (1 << _VDD_Res))
'*******************************************************************************
FirstCalib: ' !!! 5v000 Supply for calib.!!!
READ 0,WORD Calval
IF Calval = $FF THEN Calib ' Calibration ever done ?
PAUSE 2000 ' Settling time
Jumperon:
BUTTON Modeselect,0,255,0,I,1,Calib ' Jumper ON : redo calib.
GOTO test ' Jumper OFF : measure
Calib:
TRISA = %11111001 ' Red Led ON
LATA = %00000100
PAUSE 1000 ' Time to show LED
ADCON1 = %10110000 ' ADC temp. setting
' for Calibration
WHILE !FVRCON.6 : WEND
ADCIN 31,Calval ' Nominal 838.86 @ 5v000
Calval = Calval * 10
WRITE 0, WORD Calval
ADCON1 = %11100011 ' ADC Norm. resetting
LATA = 0
TRISA = %11001111
LATA = %00010000 ' Green Led ON
PAUSE 1000 ' Time to show Led !
LATA = 0 ' Display OFF
'*******************************************************************************
test:
Calval = Nominal ' just for the test !!!
FOR Value = 1 to 12
Mode = 0 : ModeI = 0
GOSUB Display
PAUSE 200
NEXT Value
LATA = 0
Dvalue = 0
'*******************************************************************************
'Take jumper OFF While test or after PWR OFF to get Alternate mode @ first run
'*******************************************************************************
Displaymode:
BUTTON Modeselect,0,255,0,I,0,First ' Display actual Voltage
ModeI = 1 ' IF Jumper OFF then Alternate mode
'*******************************************************************************
First: '
ADCON0.1 = 1 'Launch First Conversion
Wait0:
FOR I = 1 to 16
IF ADCON0.1 = 0 THEN
Nvalue = ADRESH*256 + ADRESL ' read ADC result if ready
ELSE
GOTO Wait0 ' 50µs per conv.
ENDIF
ADCON0.1 = 1 ' relaunch conversion
Ivalue = ( Nvalue +(Ivalue*9)) /10 ' First Value for Ivalue
' = True value for Mvalue !
NEXT I
PAUSE 1000
'*******************************************************************************
Main:
WHILE 1
Wait1:
IF ADCON0.1 = 0 THEN
Nvalue = ADRESH*256 + ADRESL ' read ADC result if ready
ELSE
GOTO Wait1
ENDIF
ADCON0.1 = 1 ' relaunch conversion
Ivalue = (Nvalue + (Ivalue*9))/10 ' Rolling average
Nvalue = Nvalue * Calval ' Works
Ivalue = DIV32 Nominal
GOSUB Convert
IF Dvalue < Mvalue THEN Mvalue = Dvalue ' Memorize Minimum
'*******************************************************************************
' Prepare value to be displayed
IF ModeI = 1 THEN
FOR I = 0 to Dvalue ' Bar Display Actual value
Value = I
GOSUB Display
NEXT I
ELSE
FOR I = 0 to Mvalue ' Bar Display Min Value
Value = I
GOSUB Display
NEXT I
Value = Dvalue ' Add Actual Value dot
GOSUB Display
ENDIF
WEND
END
' SUBROUTINES
'*******************************************************************************
'*******************************************************************************
Display:
LATA = 0 'Prevent Ghosting
LOOKUP Value,[%11111111,%11111001,%11111001,%11101101,%11101101,%11011101,%11011101,_
%11101011,%11101011,%11011011,%11011011,%11001111,%11001111], TRISA
LATA.1 = !!(value == 2)|| (value == 4) || (value == 6)
LATA.2 = !!(value == 1)|| (value == 8) || (value ==10)
LATA.4 = !!(value == 3)|| (value == 7) || (value ==12)
LATA.5 = !!(value == 5)|| (value == 9) || (value ==11)
PAUSE 1
RETURN
'*******************************************************************************
Convert: 'Convert ADC Counts to LED#
LOOKDOWN2 Ivalue, < [513,526,538,551,563,576,588,601,613,626,638,651,663,1024], Dvalue
IF Dvalue > 12 THEN Dvalue = 12
'*******************************************************************************
''Test purpose values set
'LOOKDOWN2 Ivalue, < [551,563,576,588,601,613,626,638,651,663,676,688,700,1024], Dvalue
'IF Dvalue > 12 THEN Dvalue = 12
'*******************************************************************************
RETURN
ENDAlain