	TIA 0		# Constant 0
	TIY 2		# Address of 'index' (offset 2)
	AM		# Operator '='
LABEL6:			# infinite loop start
	TIY 2		# Variable 'index' (offset 2)
	MA
	CY
	AIY 4		# Offset of screen[]
	MA
	TIY F
	AM
	TIA 1		# Constant 1
	TIY 2		# Variable 'index'
	M+		# Operator '+'
	CY
	AIY 4		# Offset of screen[]
	MA
	TIY E
	AM		#  OORF
	CAL DSPR		# call setLedBinary()
	TIA 2		# Constant 2
	TIY 2		# Address of 'index' (offset 2)
	M+		# Operator '+='
	AM
	CIA A		# Compare constant 10 OOCMP== OOMA
	JUMP LABEL0
	TIA 0		# Constant 0
	AM		# Operator '=' OOTIY
LABEL0:			# if end
	KA		# inputKey()
	JUMP LABEL1
	TIY 3		# Address of 'wait' (offset 3)
	AM
LABEL1:	
	TIA 0		# Constant 0
	TIY 1		# Address of 'count' (offset 1)
	AM		# Operator '='
LABEL4:			# while start
	TIY 3		# Variable 'wait' (offset 3)
	MA
	TIY 1		# Variable 'count'
	M-		# Operator '<'
	JUMP LABEL3
	JUMP LABEL2		# OOCV
LABEL3:	
	TIY 1		# Address of 'count' (offset 1)
	MA
	AIA 1		# Operator '++'
	AM		#  OORF
	JUMP LABEL4		# while loop jump OORF
LABEL2:			# while end
	JUMP LABEL6		# infinite loop jump
LABEL7:	
			
	.ALIGN 53		# Global variables
	.NIBBLE 4		# Global variable 'wait'
	.NIBBLE 1		# Global array 'screen[0]'
	.NIBBLE E		# Global array 'screen[1]'
	.NIBBLE 2		# Global array 'screen[2]'
	.NIBBLE 1		# Global array 'screen[3]'
	.NIBBLE 4		# Global array 'screen[4]'
	.NIBBLE 0		# Global array 'screen[5]'
	.NIBBLE 2		# Global array 'screen[6]'
	.NIBBLE 1		# Global array 'screen[7]'
	.NIBBLE 1		# Global array 'screen[8]'
	.NIBBLE E		# Global array 'screen[9]'
	.NIBBLE F
	.NIBBLE F
			# generated by gmc4cc (terus)
