Once you figure out how this works, it is pretty easy.

You need to realize that this is actually a $1$D array bent around a square.

Create $2$ parallel arrays. One for buttons and one for values. The button text matches the corresponding value.

At first, each element has a value of $0.$

If the game rolls a $2,$ then the player, currently in spot $0,$ moves forward $2$ spots and now is in spot $2$ and that element increments by $1.$

If the game rolls a $5,$ then the player, currently in spot $2,$ moves forward $2$ spots and now is in spot $7$ and that element increments by $1.$

You will have to keep track of the playerPosition, since that is where the player is currently standing. Also, you will have to wrap when you get back to the beginning.

Addition: Add a button that rolls the die ONCE, and the results are all updated.

a$)$ Create a GameBoard application that represents a game board with $16$ spots. Use

buttons to represent the $16$ spots. The application should simulate $100$ dice rolls when

the user clicks $100$ Dice Rolls and store in an array with meaningful indexes the total

number of times each spot was landed on based on the dice roll $($moving around the

board clockwise from the Start location$).$ The total count should be displayed on each

button. The application interface should look similar to the following after clicking

$100$ Dice Rolls:

b$)$ Advanced. Modify the application so that spot $13$ is a $"$Go Back" location. If spot $13$ is

landed on$,$ count it as being landed on but go back to spot $5,$ count it as being landed

on and continue from spot $5.$ Also, if doubles are consecutively rolled then go back to

spot $5.$

c$)$ Advanced. Add another feature. Think 'Snakes and Ladders' or 'Monopoly'.

Submission: Submit your complete project, zipped, here, along with a screen shot of it running. Include a comment explaining part c$).$using C# include sound feature and other intresting features