ArithmeticMIPS/PE_5.2.asm at master · danielhcg/ArithmeticMIPS · GitHub

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.data

	#Calorie program data
	iterationMessage:    .asciiz "Calories burned after "
	iterationMessage2:   .asciiz " minutes: "
	calorieProgramTitle: .asciiz "CALORIE PROGRAM--------------\n"

	calorieNumber:        .float 3.9
	startingTime:         .float 5.0
	startTimeIncrementor: .float 5.0

	#General data
	doneMessage: .asciiz "Done!"
	newLine:     .asciiz "\n"

.text

	main:

		jal calorieDriver

	li $v0, 10
	syscall


	#Running on a particular treadmill you burn 3.9 calories
	#per minute. Design a program that uses a loop to display the
	#number of calories burned after 10, 15, 20, 25, and 30 minutes.
	calorieDriver:

		#display title of program
		la $v0, 4
		la $a0, calorieProgramTitle
		syscall

		# i = 1
		addi $t0, $zero, 1

		#loading conversion factor into register
		lwc1 $f1, calorieNumber

		#loading time interval values into registers
		lwc1 $f2, startTimeIncrementor
		lwc1 $f3, startingTime

		while:

			bgt $t0, 5, exit #if t0 > 10, branch to exit label

			#Display prompts----------------------------------#
			#Displaying first part of prompt                  #
			li $v0, 4                                         #
			la $a0, iterationMessage                          #
			syscall                                           #
			                                                  #
			#Displaying time interval we wish to calculate    #
			add.s $f12, $f2, $f3                              #
			li $v0, 2                                         #
			syscall                                           #
                                                              #
			#Displaying second part of prompt                 #
			li $v0, 4                                         #
			la $a0, iterationMessage2                         #
			syscall                                           #
			#-------------------------------------------------#


			#multiplying current time with conversion factor
			mul.s $f12, $f12, $f1
			li $v0, 2
			syscall

			#Displaying new Line
			li $v0, 4
			la $a0, newLine
			syscall

			#increment startingTime
			add.s $f3, $f3, $f2

		    # increment counter
			addi $t0, $t0, 1  # i++

			j while #jump back to while

		exit:
			li $v0, 4
			la $a0, doneMessage
			syscall

	jr $ra