eight_digits:		 mov #digit0,digit_pointer		;Start digit_pointer at digit0
eight_loop:			 lda display_pointer	 		;Load LSD
					 sec
					 rora							;Convert to actual mem address
					 tax							;and load into h:x register
					 clrh
					 lda ,x							;to get data at display_pointer
					 bcc isolate_nibble				;If accessing lower nibble don't nsa
					 nsa
isolate_nibble:		 and #$0F
					 jsr ascii_7seg					;Convert to ASCII
					 ldx digit_pointer				;Load the digit pointer
					 sta ,x							;and store ASCII value
					 	 							;at where x points to
					 inc display_pointer
					 inc digit_pointer
					 lda digit_pointer
					 cmp #{digit7 + 1}				;Check to see if all eight
					 bne eight_loop					;digits have been filled
					 rts



addition:			 mov #sum,display_pointer	   ;After the operation is applied
					 lsl display_pointer	 	   ;display_pointer will have to
					 bclr 0,display_pointer		   ;point to sum -- display_pointer
												   ;is not needed for the rest
												   ;of operation
					 clc			   			   ;Clear carry for first digit
					 ldx #in_1
add_loop:			 lda ,x
					 adc max_digits,x 		;Add the first 2 numbers together
					 	 					;which are spaced apart by max_digits
					 daa
					 sta {max_digits + max_digits},x   ;Sum is spaced 2*max_digits
					 	 			   				   ;away from in_1
					 incx
					 cbeqx #{in_1 + max_digits},display
					 bra add_loop