Please code this in C$++$ following the directions and output exactly as shown in the brief outline and expected output in the images. The following is a skeleton code to be built around that.

SKELETON CODE:

#include

#include

using namespace std;

$//$Constants

const int MIN$\_$BANK$\_$SIZE $=5$;

const int MAX$\_$BANK$\_$SIZE $=50$;

const string DASHES $="---------------"$;

const string BANK$\_$MSG $=$ "Please enter the size of the bank";

const string COINS$\_$MSG $=$ "Please enter the number of coins you would like to play $(1$ or $2)"$;

const string AGAIN$\_$MSG $=$ "Would you like to play again? $($y$/$n$)"$;

const string PLAYED$\_$MSG $=$ "Total games played : $"$;

const string INT$\_$READ$\_$ERR$\_$MSG $=$ "Invalid number, please try again";

const string CHAR$\_$READ$\_$ERR$\_$MSG $=$ "Invalid choice. Please type $\text{'}$y$\text{'}$ for yes or $\text{'}$n$\text{'}$ for no$"$;

$//$This program is intended to give some practice with iteration $($for and while loops$)$

$//$You are asked to implement the game described in the accompanying pdf$.$

$//$Please use the pdf and the description comments to implement the game

int main$()$

$\{$

$//$YOUR CODE HERE

$//$Prompt the user and ask for the bank size using the provided variable

$//$Error check the bankSize variable to make sure it is between the min and max size. If not, print an error message

$/*$If the entered value is incorrect, re$-$prompt the user until they enter a valid number

$($HINT: Remember that $.$fail$()$ can be used to check for bad reads. The read must succeed before we can even

check if it is in bounds$)*/$

int bankSize $=-1$;

$//$The following code is provided for you for reference. The code prints the initial bank to the screen.

$//$Consider copy$-$pasting and modifying this code to fit your needs

cout $$ "Initial Bank $(0/"$ bankSize endl; $//$Print header

for $($int row $=0$; row $$ bankSize; row$++)//$Repeat the code as many times as there are rows in the piggy bank

cout endl; $//$Print each row of the piggy bank $($left wall, middle, right wall$)$ in the for loop

cout endl $$ endl; $//$Print the bottom of the piggy bank after the for loop is done

$//$YOUR CODE HERE

$//$Create any variables you think you need to play the game

$/*$ Below is one possible algorithm for playing the game$($instructor solution$).$ You are encouraged to try and think of your own solution

$*$ before using the below description. Your solution does not need to be the same, the below is only a suggested strategy.

$*$ It is recommended to start with tasks at the smallest scope $($biggest indent in suggested strategy$),$ test, and work your way

$*$ outwards. That is$,$ try to solve the sub$-$problems or shorter pieces of code like getting the number of coins a player

$*$ wants to play or printing messages before adding the loop that repeats that code. Try doing one player turn first and then

$*$ worry about repeating player turns and playing multiple games!

$*/$

$//$While the user wants to keep playing, keep playing the game

$//$Set up the game by initializing game$-$related variables

$//$Play the game until someone wins

$//$Player Turn

$//$Print whose turn it is $($Player $1$ or Player $2)$

$//$Ask the player to enter the number of coins they want to put into the bank

$//$Read the number from the player. Repeat asking and reading until they enter a valid number of coins $(1$ or $2)$

$//$After the player enters a valid number of coins, add those coins to the bank

$//$Print the state of the bank

$//$Check if the player won. If so$,$ end the game

$//$If they're still playing, change whose turn it is$.$ Player Player $2$

$//$When the game is done, print a message saying which player won and end the game

$//$Count the game as finished and add to the count of total games played

$//$Once the game is over, ask if they want to play again. If not, stop playing

$//$Prompt the user if they want to play again

$//$Error check their input. They must enter a $\text{'}$y$\text{'}$ for yes or $\text{'}$n$\text{'}$ for no

return $0$;

$\}$