For this problem, I am looking for you to write the code necessary to check each value in three vectors to evaluate if a simulated sequence of colors generated $($color$\_$picks$)$ match a simulated series of clicks that would be generated by using the ginput$$function $($x$\_$vals$$and y$\_$vals$).$ If the click location matches the section of the play area corresponding to a color generated from color$\_$picks, you need to increment $($add one to$)$ the correct$$variable$.$ Do not use ginput$$in this problem, I am giving you the result of a simulated series of clicks. The order of each vector needs to match for this problem, like it would in your team code submission. You need to use a for loop to go through the first to the last element in each vector. The length of each vector is indicated by the test$$variable I provide. I am providing you with extra code and comments that explains what I am providing you to use for this problem. Please note that most of this is simulated data and other code for testing to ensure your code works in any situation. You would not include a lot of this in your team code submission. However, you would want to use $($or could use$)$ the code you are expected to type for this problem in your team code submission, adjusting any variable names, as needed.

x$\_$vals are pseudorandomly selected values between $1$ and $3.$ y$\_$vals are pseudorandomly selected values between $1$ and $3.$ These represent the x and y coordinates of a click on the play area.

Selections with x$\_$vals$$greater than or equal to $2$ and less than $3$ AND y$\_$vals$$greaters than or equal to $2$ and less than $3$ represent simulated clicks in the GREEN$$section of the play area.

Selections with x$\_$vals$$greater than or equal to $1$ and less than $2$ AND y$\_$vals$$greaters than or equal to $2$ and less than $3$ represent simulated clicks in the RED$$section of the play area.

Selections with x$\_$vals$$greater than or equal to $1$ and less than $2$ AND y$\_$vals$$greaters than or equal to $1$ and less than $2$ represent simulated clicks in the BLUE$$section of the play area.

Selections with x$\_$vals$$greater than or equal to $2$ and less than $3$ AND y$\_$vals$$greaters than or equal to $1$ and less than $2$ represent simulated clicks in the YELLOW$$section of the play area.

color$\_$picks$$values of $1$represent GREEN, values of $2$represent RED, values of $3$represent BLUE, and values of $4$represent YELLOW.

Use the above information to help you determine if the color selected for an element in the color$\_$picks$$vector matches the corresponding location represented by a simulated click in the same location in the x$\_$vals$$and y$\_$vals$$vectors$.$ If it does match, increment $($add one to$)$ the correct$$variable$.$ Keep doing this for each value, from the first to the last, in the vectors. This represents checking each color generated by the game in sequence against the color selected by the player in the Matlab Memory Matching game.