# fcmp.s -- Practice floating-point comparisons.
# We assume that the numbers will be double precision.
#
# $f0 = return from OS input function
# $f12 = first input number
# $f14 = second input number
#------------------------------------------------------------------------
	.data
prompt1:	.asciiz "Please enter first floating-point number:  "
prompt2:	.asciiz "Please enter second number:  "
relation_str:	.ascii  "The relationship(s) between "
		.asciiz "the 1st and 2nd number is/are:\n"
equal_str:	.asciiz "equal\n"
not_equal_str:	.asciiz "not equal\n"
less_str:	.asciiz "less than\n"
less_equal_str:	.asciiz "less than or equal to\n"
greater_str:	.asciiz "greater than\n"
gr_equal_str:	.asciiz "greater than or equal to\n"
#------------------------------------------------------------------------
	.text
main:
	li $v0, 4		# ask user for 1st number
	la $a0, prompt1
	syscall

	li $v0, 7		# input a double-precision number
	syscall
	mov.d $f12, $f0

	li $v0, 4		# ask user for 2nd number
	la $a0, prompt2
	syscall

	li $v0, 7		# input a double-precision number
	syscall
	mov.d $f14, $f0

	li $v0, 4		# Introduce output.
	la $a0, relation_str
	syscall

	#---------------------------------------------------------
	# Now we perform our comparisons like c.eq.d, c.lt.d, etc.
	# and print appropriate message(s).
	#---------------------------------------------------------
	
	li $v0, 4		# tell user the numbers are ==
	la $a0, equal_str
	syscall
	
	li $v0, 4		# tell user the numbers are !=
	la $a0, not_equal_str
	syscall

	li $v0, 4		# tell user the first is < the second
	la $a0, less_str
	syscall

	li $v0, 4		# tell user the first is >= the second
	la $a0, gr_equal_str
	syscall

	li $v0, 4		# tell user the first is <= the second
	la $a0, less_equal_str
	syscall

	li $v0, 4		# tell user the first is > the second
	la $a0, greater_str
	syscall

	li $v0, 10		# End of program!
	syscall