For this problem, your task is to determine if the game has ended. You will determine this by evaluating if a given correct$$value $($obtained from problem $2)$ is equal to the current sequence length. The current sequence length is represented by the variable n$$in this problem. These are both scalar values.

If the correct$$value is equal to the n$$value$,$ increment the n$$value $($add one to it$)$ and output the text "WELL DONE!". This text must be shown starting at position $(1\mathrm{.}35,2\mathrm{.}25)$and must be shown with a font size of $36.$ Assign this to the variable message$\_$text.

If the correct value is NOT$$equal to the n$$value$,$ do NOT$$increment the n$$value and output the text "INCORRECT!". This text must be shown starting at position $(1\mathrm{.}28,2\mathrm{.}25)$and must be shown with a font size of $36.$ Assign this to the variable message$\_$text.

Use the provided correct$$and n$$variables to complete this task.

Please note the following:

There are $10$ different Figures being shown here only for testing purposes. You will only have one figure in the team code submission.

This may take a little to produce the answer, as it has to produce multiple figures.

The warning text: "The number of figures may have exceeded the application limit of $10.$ One or more figures may not be displayed." is normal and expected here, please ignore this. for test $=1$:$10\%$ this is just for me to test your code $-$ you will not use this in your team code

$\%$ This code below creates the figure for you

figure$(\text{'}$Name$\text{'},$'Matlab Memory Match'$)$

X $=[123$; $123$; $123]$;

Y $=$ X$\text{'}$;

mymap $=[100$; $010$; $001$; $110$; $000]$;

C $=[345$; $125$; $555]$;

pcolor$($X$,$Y$,$C$)$;

colormap$($mymap$)$

set$($gca$,$'XTick',$[],$ 'YTick', $[])$

$\%$ The code above this line creates the figure for you

n $=$ randi$(7)+2$;

no $=$ n; $\%$ this saves the value for testing

correct $=$ randi$($n$-2)+2$;

$\%$ Please type your code below this line

$\%$ Please type your code above this line

n$\_$vec$($test$)=$ n; $\%$ this is just for my testing in Matlab Grader

end $\%$ this is the end of my testing for loop $-$ do not type any code below this line