--displays a number from RAM
--number RAM address: 0
--return address location (first half): 4
--return address location (second half): 5

--hundreds = num/100 - RAM address 1
	set rar
	0
	0
	move ram wrg
	move wrg arg
	set brg
	100
	alu dev
	set rar
	0
	1
	move alu wrg
	move wrg ram
--tens = (num/10)-(hundreds*10) - RAM address 2
	set rar
	0
	0
	move ram wrg
	move wrg arg
	set brg
	10
	alu dev
	set rar
	1
	0
	move alu wrg
	move wrg ram
	set rar
	0
	3
	move ram wrg
	move wrg arg
	alu mul
	move alu wrg
	move wrg brg
	set rar
	1
	0
	move ram wrg
	move wrg arg
	alu sub
	set rar
	0
	2
	move alu wrg
	move wrg ram
--ones = num-(tens+(hundreds*10) - RAM address 3
	set rar
	0
	3
	move ram wrg
	move wrg arg
	set brg
	10
	alu mul
	move alu wrg
	move wrg brg
	set rar
	0
	4
	move ram wrg
	move wrg arg
	alu add
	move alu wrg
	move wrg brg
	set rar
	0
	0
	move ram wrg
	move wrg arg
	alu sub
	set rar
	0
	3
	move alu wrg
	move wrg ram
--display
	--hundreds
		set rar
		0
		1
		move ram wrg
		move wrg arg
		set brg
		48
		alu add
		move alu wrg
		move wrg bcr
	move barx wrg
	move wrg arg
	set brg
	1
	move alu wrg
	move wrg barx
	--tens
		set rar
		0
		2
		move ram wrg
		move wrg arg
		set brg
		48
		alu add
		move alu wrg
		move wrg bcr
	move barx wrg
	move wrg arg
	set brg
	1
	move alu wrg
	move wrg barx
	--ones
		set rar
		0
		3
		move ram wrg
		move wrg arg
		set brg
		48
		alu add
		move alu wrg
		move wrg bcr
--return
	set rar	--return address location (first half)
	0
	4
	move ram wrg
	set dar	--location of first half of return jump (+13)
	#
	#
	move wrg dsk
	set rar	--return address location (second half)
	0
	4
	move ram wrg
	set dar	--location of second half of return jump (+6)
	#
	#
	move wrg dsk
	set pc	--return jump, numbers overwritten during program
	#
	#