.data
  .align  2             # Let's make sure that it's aligned

Z: .word  10, 11, 4, 10, 24, 1, 16, 17, 18, 19, 10

X: .word  0
                        # above we allocated and initialized
                        # twenty elements of array A
  .space  320           # here we allocated space here for...
                        # ...how many more elements?

  message2: .asciiz "Enter k value above 0 and less than 9\nK = " # string to print
  message3: .asciiz "\nM = " # string to print
  message4: .asciiz "\nTotal = " # string to print

  .text

  .globl main

main:          # main has to be a global label

  addu  $s7, $0, $ra    # save the return address
                        # in a global register

  #la  $s2, X            # set h to 40 for the examples
  #la  $s3, Z            # $s3 has the starting address of A

  .text
    li  $v0, 4            # print_str (system call 4)
    la  $a0, message2     # takes the address of string as an argument
    syscall

    li $v0, 5           # read_int (system call 5)
    syscall

    # STORE VALUE
    add $s1, $0, $v0   # s1 = k

    li  $v0, 4            # print_str (system call 4)
    la  $a0, message3     # takes the address of string as an argument
    syscall

    li $v0, 5           # read_int (system call 5)
    syscall

    # STORE VALUE
    add $s4, $0, $v0   # s4 = m

    # LOOPS
    la $a0, Z          # $a0 has the starting address of Z
    move $t0, $zero    # i = 0

    #la $s5, Z          # $s5 has the starting address of Z

    loop1:
      add $t1,$t0,$t0   # $t1 = 2i
      add $t1,$t1,$t1   # $t1 = 4i
      add $s5,$a0,$t1   # $s5 = array[i]

      addi $t0,$t0,1    # i = i + 1
      slt $t3, $t0, $s1   # $t3 = (i < size0)
      bne $t3, $zero, loop1

      lw $t4, 0($s5)    #t0 = Z[k]
      #la $s5, Z          # $s5 has the starting address of Z

      add $s4, $s4, $s1  # s4 = m + k

    loop2:
      add $t1,$t0,$t0   # $t1 = 2i
      add $t1,$t1,$t1   # $t1 = 4i
      add $s5,$a0,$t1   # $s5 = array[i]

      addi $t0,$t0,1    # i = i + 1
      slt $t3, $t0, $s4   # $t3 = (i < size0)
      bne $t3, $zero, loop2

    lw $t0, 0($s5)       # t0 = Z[m+k]

    add $t0, $t0, $t4    # t0 = Z[k] + Z[m+k]

    li  $v0, 4            # print_str (system call 4)
    la  $a0, message4     # message
    syscall

    li  $v0, 1            # print_int (system call 1)
    add  $a0, $0, $t0     # put value g in $a0 for printing
    syscall




#--------------------------------------Usual stuff at the end of the main
  addu  $ra, $0, $s7     # restore the return address
  jr    $ra              # return to the main program