--- a/code_part1/OSTC_code_asm_part1/tempcomp.asm	Thu Feb 04 14:56:12 2010 +0100
+++ b/code_part1/OSTC_code_asm_part1/tempcomp.asm	Sun Feb 14 20:09:25 2010 +0100
@@ -29,53 +29,49 @@
 ; Byte2: high
 
 
-compensate_temperature:
-	bcf		uart_compensate_temp		; clear flag
-	bcf		PIE1,RCIE					; no interrupt for UART
-	call	set_LEDusb					; LEDusb ON
-	bcf		PIR1,RCIF					; clear flag
-
-	movlw	"f"							; send echo
-	movwf	TXREG						
-	call	rs232_wait_tx				; wait for UART
-	
-	call	rs232_get_byte				; low byte
-	movff	RCREG, lo
-
-	call	rs232_get_byte				; high byte
-	movff	RCREG, hi
-
-	clrf	temperature_correction		; wait for uncompensated temperature value!
-	WAITMS	d'250'						; wait for new temperature
-	WAITMS	d'250'
-	WAITMS	d'250'
-	WAITMS	d'250'
-
-	movff	lo,sub_a+0					; calculate difference
-	movff	hi,sub_a+1
-	movff	temperature+0, sub_b+0
-	movff	temperature+1, sub_b+1
-	call	sub16						;  sub_c = sub_a - sub_b
-	
-	movf	sub_c+0,W
-	btfsc	neg_flag					; compensate negative?
-	movlw	d'0'						; use zero compensation!
-	movwf	sub_c+0
-
-	movff	sub_c+0,TXREG				; Send answer
-
-	movff	sub_c+0,EEDATA				; store low byte only!
-	movff	sub_c+0,temperature_correction	; no reboot required then...
-	movlw	0x01
-	movwf	EEADRH
-	movlw	0x00
-	movwf	EEADR
-	call	write_eeprom		; stores in internal eeprom
-
-	movlw	0x00
-	movwf	EEADRH				; reset high address byte
-
-	call	clear_LEDusb		; LEDusb OFF
-	bcf		PIR1,RCIF					; clear flag
-	bsf		PIE1,RCIE					; enable interrupt for UART
-	goto	surfloop_loop				; return to surface loop
+compensate_temperature:
	bcf		uart_compensate_temp		; clear flag
	bcf		PIE1,RCIE					; no interrupt for UART
;
+;	call	set_LEDusb					; LEDusb ON
;
+;	bcf		PIR1,RCIF					; clear flag
;
+;
;
+;	movlw	"f"							; send echo
;
+;	movwf	TXREG						
;
+;	call	rs232_wait_tx				; wait for UART
;
+;	
;
+;	call	rs232_get_byte				; low byte
;
+;	movff	RCREG, lo
;
+;
;
+;	call	rs232_get_byte				; high byte
;
+;	movff	RCREG, hi
;
+;
;
+;	clrf	temperature_correction		; wait for uncompensated temperature value!
;
+;	WAITMS	d'250'						; wait for new temperature
;
+;	WAITMS	d'250'
;
+;	WAITMS	d'250'
;
+;	WAITMS	d'250'
;
+;
;
+;	movff	lo,sub_a+0					; calculate difference
;
+;	movff	hi,sub_a+1
;
+;	movff	temperature+0, sub_b+0
;
+;	movff	temperature+1, sub_b+1
;
+;	call	sub16						;  sub_c = sub_a - sub_b
;
+;	
;
+;	movf	sub_c+0,W
;
+;	btfsc	neg_flag					; compensate negative?
;
+;	movlw	d'0'						; use zero compensation!
;
+;	movwf	sub_c+0
;
+;
;
+;	movff	sub_c+0,TXREG				; Send answer
;
+;
;
+;	movff	sub_c+0,EEDATA				; store low byte only!
;
+;	movff	sub_c+0,temperature_correction	; no reboot required then...
;
+;	movlw	0x01
;
+;	movwf	EEADRH
;
+;	movlw	0x00
;
+;	movwf	EEADR
;
+;	call	write_eeprom		; stores in internal eeprom
;
+;
;
+;	movlw	0x00
;
+;	movwf	EEADRH				; reset high address byte
;
+;
;
+;	call	clear_LEDusb		; LEDusb OFF
;
+;	bcf		PIR1,RCIF					; clear flag
	bsf		PIE1,RCIE					; enable interrupt for UART
	goto	surfloop_loop				; return to surface loop