Need calcSum function translated into MIPS. Provided code is below.

Given Code:

Given code: ################################################################# # # # # # DO NOT MODIFY any code above the STUDENT_CODE label. # ################################################################# .data .align 0 msg0: .asciiz "Statistical Calculator! " msg1: .asciiz "----------------------- " msg2: .asciiz "Average: " msg3: .asciiz "Maximum: " msg4: .asciiz "Median: " msg5: .asciiz "Minimum: " msg6: .asciiz "Sum: " msg7: .asciiz " " .align 2 array: .word 91, 21, 10, 56, 35, 21, 99, 33, 13, 80, 79, 66, 52, 6, 4, 53, 67, 91, 67, 90 size: .word 20 .text .globl main # Display the floating-point (%double) value in register (%register) to the user .macro display_double (%register) li $v0, 3 # Prepare the system for output mov.d $f12, %register # Set the integer to display syscall # System displays the specified integer .end_macro # Display the %integer value to the user .macro display_integer (%integer) li $v0, 1 # Prepare the system for output add $a0, $zero, %integer # Set the integer to display syscall # System displays the specified integer .end_macro # Display the %string to the user .macro display_string (%string) li $v0, 4 # Prepare the system for output la $a0, %string # Set the string to display syscall # System displays the specified string .end_macro # Perform floating-point division %value1 / %value2 # Result stored in register specified by %register .macro fp_div (%register, %value1, %value2) mtc1.d %value1, $f28 # Copy integer %value1 to floating-point processor mtc1.d %value2, $f30 # Copy integer %value2 to floating-point processor cvt.d.w $f28, $f28 # Convert integer %value1 to double cvt.d.w $f30, $f30 # Convert integer %value2 to double div.d %register, $f28, $f30 # Divide %value1 by %value2 (%value1 / %value2) .end_macro # Quotient stored in the specified register (%register) main: la $a0, array # Store memory address of array in register $a0 lw $a1, size # Store value of size in register $a1 jal getMax # Call the getMax procedure add $s0, $v0, $zero # Move maximum value to register $s0 jal getMin # Call the getMin procedure add $s1, $v0, $zero # Move minimum value to register $s1 jal calcSum # Call the calcSum procedure add $s2, $v0, $zero # Move sum value to register $s2 jal calcAverage # Call the calcAverage procedure (result is stored in floating-point register $f2 jal sort # Call the sort procedure jal calcMedian # Call the calcMedian procedure (result is stored in floating-point register $f4 add $a1, $s0, $zero # Add maximum value to the argumetns for the displayStatistics procedure add $a2, $s1, $zero # Add minimum value to the argumetns for the displayStatistics procedure add $a3, $s2, $zero # Add sum value to the argumetns for the displayStatistics procedure jal displayStatistics # Call the displayResults procedure exit: li $v0, 10 # Prepare to terminate the program syscall # Terminate the program # Display the computed statistics # $a1 - Maximum value in the array # $a2 - Minimum value in the array # $a3 - Sum of the values in the array displayStatistics: display_string msg0 display_string msg1 display_string msg6 display_integer $a3 # Sum display_string msg7 display_string msg5 display_integer $a2 # Minimum display_string msg7 display_string msg3 display_integer $a1 # Maximum display_string msg7 display_string msg2 display_double $f2 # Average display_string msg7 extra_credit: display_string msg4 display_double $f4 # Median display_string msg7 jr $ra ################################################################# # DO NOT MODIFY any code above the STUDENT_CODE label. # ################################################################# # Place all your code in the procedures provided below the student_code label student_code: # Calculate the average of the values stored in the array # $a0 - Memory address of the array # $a1 - Size of the array (number of values) # Result MUST be stored in floating-point register $f2 calcAverage: #fp_div $f2, $rs, $rt # Perform floating-point division on registers $rs and $rt ($rs / $rt) jr $ra # Return to calling procedure ################################################################################ # Calculate the median of the values stored in the array # $a0 - Memory address of the array # $a1 - Size of the array (number of values) # Result MUST be stored in floating-point register $f4 calcMedian: #fp_div $f4, $rs, $rt # Perform floating-point division on registers $rs and $rt ($rs / $rt) jr $ra # Return to calling procedure ################################################################################ # Calculate the sum of the values stored in the array # $a0 - Memory address of the array # $a1 - Size of the array (number of values) # Result MUST be stored in register $v0 calcSum: jr $ra # Return to calling procedure ################################################################################ # Return the maximum value in the array # $a0 - Memory address of the array # $a1 - Size of the array (number of values) # Result MUST be stored in register $v0 getMax: jr $ra # Return to calling procedure ################################################################################ # Return the minimum value in the array # $a0 - Memory address of the array # $a1 - Size of the array (number of values) # Result MUST be stored in register $v0 getMin: jr $ra # Return to calling procedure ################################################################################ # Perform the Selection Sort algorithm to sort the array # $a0 - Memory address of the array # $a1 - Size of the array (number of values) sort: jr $ra # Return to calling procedure ################################################################################ # Swap the values in the specified positions of the array # $a0 - Memory address of the array # $a1 - Index position of first value to swap # $a2 - Index position of second value to swap swap: jr $ra # Return to calling procedure