Moving Data to GP Registers Individually

	movlw	40h
	movwf	FSR
Process	---			;other work doing here
	---
	---
	---
	---
	---
	---
	movwf	Width		;contains new data

Update	incf	FSR,F		;increment the GP location
	movf	Width,W		;get a copy of Data
	movwf	INDF		;move to temporary GP registers
	goto	Process

	cblock	0x20
	pulse1, pulse2, pulse3, pulse4, pulse5, pulse6
	endc

	; Good for accessing individual elements.
	cblock (end of SFR)
	pulse, pulse2, pulse3, pulse4, pulse5, pulse6
	endc

	; Good for bulk access.
	; [register]:[byte count]
	cblock (end of SFR)
	pulse:6
	endc

	movlw	pulse		; Intitialize Pulse()
	movwf	FSR		; Pulse = Pulse(0)

Process	---			;other work doing here
	---
	---
	---
	---
	---
	---
	movwf	Width		;contains new data

Update	incf	FSR,F		; Pulse = (n + 1)
	movf	Width,W		; 
	movwf	INDF		; Pulse(n) = Width
	goto	Process

BusinesssEnd:
	; Where we access the individual elements directly.
	movf	pulse, w	; Push pulse to PortB.
	movwf	PortB
	movf	pulse2, w	; Push pulse2 to UART.
	movwf	TXreg
	movf	pulse3, w	; Push pulse3 to ...
	movwf	....
	return

	cblock (end of SFR)
	pulse:6
	throb:6
	pulseoffset, throboffset
	endc

	movlw	pulse		; Initialize pulseoffset to Pulse(0)
	movwf	pulseoffset
	movlw	throb		; Initialize throboffset to Throb(0)
	movwf	throboffset	

UpdatePulse:
	movf	pulseoffset, w	; Accessing Pulse()
	movwf	FSR
	movf	Width,W		; 
	movwf	INDF		; Pulse(n) = Width	
	incf	pulseoffset	; Advance Pulse to (n + 1)

	; insert code to limit pulseoffset or reset to Pulse(0)
	return

UpdateThrob:
	movf	throboffset, w	; Accessing Throb()
	movwf	FSR
	movf	Width,W		; 
	movwf	INDF		; Throb(n) = Width	
	incf	throboffset	; Advance Throb to (n + 1)

	; insert code to limit throboffset or reset to Throb(0)
	return