Set up your code so it has the following input parameters:

p $=0\mathrm{.}4($probability$)$

n $=20($matrix size$)$

maxt $=10($number of iterations$)$

and evolves the wildfire using these input parameters for maxt iterations. Make sure the code is annotated.

Ideally, the code should print an mp$4$ movie of the evolving matrix.

To to this in Matlab, use the following command:

$\%$ Open the video file

vidfile $=$ VideoWriter$(\text{'}$testmovie$.$mp$4\text{'},$'MPEG$-4\text{'})$;

open$($vidfile$)$;

for k$=1$:maxt. $\%$Looping over all timesteps

imagesc$($Mmov$($:$,$:$,$k$)).\%$ this creates an image of the step k matrix

F$($k$)=$ getframe$($gcf$)$; $\%$ this records the image

writeVideo$($vidfile$,$F$($k$))$; $\%$ this appends it to the video

end

close$($vidfile$)$ matlab