Perform a simulation for a simplified and modified version of the Snakes and Ladders game $[1][2]$ with the following characteristics.

For your project, use CodeBlocks or C$++$ development environment, structuring it with a Main.cpp with the main method and an interface class $(.$h$)$ and implementation $(.$cpp$)$

Board features $(20$ points$)$

$$ The board must contain $30$ squares $($tiles$)$

$$ The board must contain $3$ snake$-$type squares indicated with the letter S $($snakes$)$

$$ The board must contain $3$ ladder$-$type squares indicated with the letter L $($ladders$)$

$$ The remaining boxes must be identified as normal boxes with the letter N

$$ Each snake square must move the player back $3$ squares $($penalty$)$

$$ Each ladder square must advance $3$ additional squares $($reward$)$

$$ Each box is identified with a natural number

Player characteristics $(15$ points$)$

$$ The game must support $2$ players

$$ Each player identifies himself with a natural number starting from $1$

$$ At the beginning of the game all players are in square $1$

$$ Player $1$ starts the first turn of the game

Game features $(20$ points$)$

$$ The game is made up of a succession of turns

$$ In each turn, one of the following $2$ possible actions can be executed on the command line:

o Enter the letter $$C$($continue$)$ to continue the game with the

next turn

o Enter the letter $$E$($end$)$ to end the game

o Only before the first shift should the following menu be printed

instructions: Press C to continue next turn, or E to end the game:

o If the key entered is not one of $$C$$ or $$E$,$ the

next message: Invalid option, please press C to continue next turn

or E to end the game

Turn execution $(30$ points$)$

$$ During each shift, the following information corresponding to the shift must be printed on the console.

$$ The number of the player with the current turn

$$ The box number corresponding to the player's current position

$$ The number obtained by simulating a conventional $6-$sided die

$$ The type of space the player should move to after rolling the dice

or N for normal boxes

or S for snake squares

or L for ladder squares

$$ The final square the player must move to

o If the box is Normal, then indicate the final position directly

o If the box is Ladder, the final position will be the result of the

corresponding increase in squares indicated by the reward

o If the box is Snake, the final position will be the result of the

corresponding setback in squares, indicated by the penalty

o If a special square $($Snake or Ladder$)$ results in

the player in turn lands on another special square, this second

must be ignored, i$.$e$.$ only one jump or one step back is allowed

per turn

$$ The following example represents the result of the first turn, for player number $1,$ assuming that he obtains a $5$ on the die, and the number $6$ square is a snake with a penalty of $3$ squares: $115$ S $3$

$$ Each element of the turn must be separated from the previous one by a blank space

End of the game $(15$ points$)$

$$ Once the game has ended, either due to a player's victory, due to the instruction of a player or due to the limit of turns, the message: $--$ GAME OVER $--$ must be printed on a new line.

$$ If the maximum number of turns has been reached, the following message must be printed: The maximum number of turns has been reached...

$$ If at the end of the turn the current player has reached or passed the final square, the game ends. In this case, the number of the last square on the board must be printed, that is$,$ if the board has $30$ squares, only square $31$ can be printed. Once the turn information has been printed, the following message must be printed indicating what Player won the game instead of the $$#$$ symbol: Player # is the winner!!!

$$ If the final box has not been passed and the key with the capital letter $$E$$ is pressed, the game ends and the following message must be printed: Thanks for playing!!!