$[$Chess Board with Alternating$\_$Colors$]$

Write a program that draws an $88$ chess board, every $500$ milliseconds, change the color of the colored squares and re$-$display the board. Continue

until you have shown the board $16$ times, using all possible $4-$bit background colors. $($The white squares remain white throughout.$)$

You can use the SetTextColor and Gotoxy procedures from the Irvine$32$ library. Create PROTO declarations for all procedures you create, use the

PROC directive with parameter lists when declaring procedures, and use INVOKE to call each procedure.

Suggested working steps $-$ break into couple procedures:

In the main procedure calls PrintBoard $16$ times every $0\mathrm{.}5$ second

PrintBoard: prints the whole board by passing the initial color. It will use Gotoxy to move the curser at the beginning of the screen and call

Print$\_$Row and update the displayed colors in a loop

PrintRow: prints the colored and white blocks $($call WriteColorBlock$)$ by turns in a loop

WriteColorBlock: Write a block of $2$ side$-$by$-$side characters $(y=2x)$ with desired background color

Those procedures can be used to create the multi$-$moduleproject $($extra credit part$)$

Don't use CIrscr, it will reprint the background of the screen.

Submit the source file $($Assignment$14.$asm$)$ and sample screenshots.

Sample output in picture.

Project is already set up with Irvine$32$ library linked.

Please give me a code that will setup without errors so that I can give you a thumbs up thanks.