; cond_br.asm Example 2.3
; if (X<0) X = -X

Cost: .equ 125		; define Cost=125
	.org 200		; next word will be loaded at 200 base 10
X:	.dw	1		; reserve 1 word for X
	.org 5000		; Program will load at location 5000
	lar r31, Over	; load address of Over
	; addi r2, r0, 6	; put 6 into r2 (false)
	addi r2, r0, -6	; put -6 (true) into r2
	st r2, X		; store this number 
	ld r1, X		; r1=M[X]
	brpl r31, r1	; Branch to Over if r1 >= 0
	neg r1, r1		; negate value
Over:

	stop			; halt program