PLEASE WRITE IN ARM ASSEMBLY CODE Please make sure to include as your output at a minimum the source code and the output screenshots showing a $5$x$5,7$x$7,$ and $9$x$9.$ I will test your code for additional matrix sizes. You are welcome to add addition sizes if you wish. Functionalize your code and minimize the work done in the main function $($e$.$g$.,$ makefile, function to get user input, function to calculate the magic square, function to print the square, etc.$).$

Implement the following algorithm to construct magic n $\backslash$times n squares; it works only if n is odd.

Set row $=$ n $-1,$ column $=$ n $/2.$

For k $=1...$ n $*$ n

Place k at $[$row$][$column$].$

Increment row and column.

If the row or column is n$,$ replace it with $0.$

If the element at $[$row$][$column$]$ has already been filled

Set row and column to their previous values.

Decrement row.

Here is the $5\backslash$times $5$ square that you get if you follow this method:

image.png

Write an ARM assembler program from scratch $($DO NOT WRITE THE CODE IN C THEN AUTO CONVERT. AUTO CONVERTED CODE WILL RECEIVE A ZERO$)$ that will run on your Raspberry Pi that takes in as input a number n $($size of the matrix$)$ and whose output is the magic square of order n if n is odd. Provide a makefile and all functions implemented. You must provide at least four functions: main.s$,$ getinput.s$,$ magicSquare.s$,$ and printSquare.s

For anyone having trouble viewing the image above, it's an example of a $5$x$5$ magic square:

$11182529$

$101219213$

$46132022$

$23571416$

$17241815$