#Application 6
.text 0x00400000	#Code section

				#Read number
li $v0,5			#Load the function number
syscall			#Function call
move $t1,$v0		#Load the number in $t1

				#Display the message "\nNumber="
li $v0,4			#Load the function number
la $a0,arith		#Load the message starting address
syscall			#Function call

				#Display number
li $v0,1			#Load the function number
move $a0,$t1		#Load the number to be displayed
syscall			#Function call
	
				#Check number
bgtz $t1,mega		#If $t1>0, then goto mega
bltz $t1,mikr		#If $t1<0, then goto mikr

				#$t1=0
				#Display the message "\nNumber=0"
li $v0,4			#Load the function number
la $a0,miden_msg	#Load the message starting address
syscall			#Function call

j exodos			#Goto to program termination

mega:			#Code for $t1>0
				#Display the message "\nNumber>0"
	li $v0,4		#Load the function number
	la $a0,meg_msg	#Load the message starting address
	syscall		#Function call

	j exodos		#Goto program termination

mikr:			#Code for $t1<0
				#Display the message "\nNumber<0"
	li $v0,4		#Load the function number
	la $a0,mik_msg	#Load the message starting address
	syscall		#Function call

exodos:			#Program termination
	li $v0,10		#Load the function number
	syscall		#Function call


.data				#Data section

meg_msg:	.asciiz "\nNumber>0"
mik_msg:	.asciiz "\n<Number0"
miden_msg:.asciiz "\nNumber=0"
arith:	.asciiz "\nNumber="