# i in register $t0
# registers $t1, and $t2, used to hold temporary results

main:
	begin				# move frame pointer
	addi	$sp, $sp, -40		# move stack pointer down to make room to store array numbers on stack

	li	$t0, 0			# i = 0
loop0:
	bge	$t0, 10, end0		# while (i < 10) {

	mul	$t1, $t0, 4		#    calculate &numbers[i]
	add	$t2, $t1, $sp		#
	mul	$t3, $t0, $t0		#    calculate i * i
	sw	$t3, 0($t2)		#    store in array

	addi	$t0, $t0, 1		#    i++;
	b	loop0			# }
end0:

	li	$t0, 0			# i = 0
loop1:
	bge	$t0, 10, end1		# while (i < 10) {

	mul	$t1, $t0, 4
	add	$t2, $t1, $sp		#   calculate &numbers[i]

	lw	$a0, 0($t2)		#   load numbers[i] into $a0
	li	$v0, 1			#   printf("%d", numbers[i])
	syscall				#

	li	$a0, '\n'		#   printf("%c", '\n');
	li	$v0, 11			#
	syscall				#

	addi	$t0, $t0, 1		#   i++
	b	loop1			# }
end1:

	addi	$sp, $sp, 40		# move stack pointer back up to what it was when main called
	end				# move frame pointer back

	li	$v0, 0			# return 0
	jr	$ra			#