Create a program that uses a function to simulate the roll of a die. Whenever it$$s helpful, use functions to split your code into other functions.

The program should roll two six$-$sided dice, add the total of the two

Display the results of the dice values

Also, display a special additional message for rolling certain combinations. Two ones $($Snake eyes!$),$ Two sixes $($Boxcars$!),$ Two $2$s $($Ballerina$!),$ Two $4$s $($Square Pair$).$ You can find websites with these "colorful dice combinations" so feel free to add as many additional named combinations as you would like to$.$

Write the code to display the title in it's own function

Write the code that generates a value for a single die roll in a function named "roll$()".$ HINT: you'll use the "randint$()"$ function that's part of the "random module" in this function in order to get a random result between $1$ and $6$ to return.

Write the code to obtain a value for two dice rolls, add them together, and print the results in a function named "roll$\_$dice$()".$ This will be a void function that doesn't return a value.

Lastly, in a main$()$ function, write the code that

Calls the functions to display the title

Ask the user if they want to roll the dice the first time

Loops until the user is ready to call it quits for the night.

Calls the roll$\_$dice$()$ function

Ask the user if they want to roll again

Hint: Near the bottom of the loop you should use the same variable to save the user choice for continuing or not that you initialize prior to a While loop. Doing so will allow you to check a single variable in your While loop statement rather than something more complex.

Using the sample output below be sure to generate spacing between each roll.

Sample input$/$output:

Dice Roller

Roll the dice? $($y$/$n$)$: y

Die $1$: $3$

Die $2$: $6$

Total: $9$

Roll again? $($y$/$n$)$: y

Die $1$: $1$

Die $2$: $1$

Total: $2$

Snake eyes!

Roll again? $($y$/$n$)$: y

Die $1$: $6$

Die $2$: $6$

Total: $12$

Boxcars!

Roll again? $($y$/$n$)$: n

Bye!