write a function in mips $$draw$\_$spiral$($int x$,$ int y$,$ int size, int colour$)$ that draws a spiral starting at $($x$,$ y$)$ where the first branch of the spiral has length $$size$.$ Use functions $$draw$\_$horizontal$\_$line$$ and $$draw$\_$vertical$\_$line$$ to draw the spiral. Modify your main program to call draw$\_$spiral.

Note: Feel free to come up with your own implementation of drawing a spiral. But here is a possible implementation for reference:

draw$\_$spiral$($int x$,$ int y$,$ int size, int color$)\{$

while$($size$>1)\{$

draw$\_$horizontal$\_$line$($x$,$ y$,$ size, color$)$;

x $=$ x $+$ size $-1$;

size$--$;

draw$\_$vertical$\_$line$($x$,$ y$,$ size, color$)$;

y $=$ y $+$ size $-1$;

size$--$;

x $=$ x $-$ size $+1$;

draw$\_$horizontal$\_$line$($x$,$ y$,$ size, color$)$;

size$--$;

y $=$ y $-$ size $+1$;

draw$\_$vertical$\_$line$($x$,$ y$,$ size, color$)$;

size$--$;

$\}$

$\}$

Hint: Print different colours for vertical and horizontal lines while debugging.

Example: For the user input:

Please enter the x coordinate of the position:

this is the input

Please enter the y coordinate of the position:

this is the input

Please enter the size:

this is the input

Please enter the colour $($w$-$white, $$g$-$green, $$y$-$yellow and $$r$-$red$)$:

w this is the input

The result of $$draw$\_$spiral$(1,1,29,$w$)$ should be:

Example of spiral