C++ Source Code#include <iostream>#include <conio.h>#include <windows.h>#include <ctime>#include <cstdlib>

using namespace std;

#define Spade 06#define Club 05#define Diamond 04#define Heart 03enum Suits {HEART, DIAMOND, CLUB, SPADE};

struct Card{

int CardValue;Suits CardSuit;int CardWorth;

};

const int NumberOfCards = 52;const int CardsPerSuit = 13;Card Pack[NumberOfCards];Card CardTempSlot;int CardIndex; //For setting up pack.

void AboutMenu();void HelpMenu();void SetUpPack();void PlayGame();void ShufflePack();void DealHand(int Position, int x, int y);void PlayerStickTwistBust(int Position, int x, int y);void DealerStickTwistBust(int Position, int x, int y);void WhoWins();void PlayAgainOption();void SetFontAttributes();void PlayersHandAceCheck(); //Checks players hand for an ace when score > 21.void DealersHandAceCheck();//Checks dealers hand for an ace when score > 21.void DisplayPlayersScore();void DisplayDealersScore();void InGameOptions();

void DisplayCard(int Position, int x, int y);char DisplayCardValue(int CardValue);char DisplayCardSuit(int Position);void SetSuitIconColour(Suits CardSuit);

void SetTextColour(int Colour);void GoToXY(int x, int y);void ClearScreen();void SetWindow(int x, int y); //Change the size of the console window.void ClearLine();

int RandomNum1;int RandomNum2;int Shuffle;

int Position;int AddPosition = 0; //Needed this to save position of the card last used in pack.

//Position would revert back to 0 at points if I never stated 'AddPosition = Position" and then before the next card is drawn 'Position = AddPosition'.int PlayerScore = 0;int DealerScore = 0;int XSpacing = 13;int YSpacing = 22;//Spacing between cards on screen.int PlayerWinCondition; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.int DealerWinCondition; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.int CardCounter; //Counts for five card trick or pontoon.

int PlayersHand[5]; //My array for what the players hand contains.int HandIndex = 0; //First card in players' hand is placed in 0, second card in 1, ++.int DealersHand[5]; //Exact same concept as PlayersHand.int DHandIndex = 0; //^^^^^^^^^^^^

void main() //no need for int main. I previously had void MainMenu but realised that I could have void main which can be called from within other voids unlike int main.{

SetWindow(100, 50); //Larger window than usual, more aesthetically pleasing.

SetFontAttributes(); //Calls to change [ALL] font size.int MenuChoice;

// This is all of the menu visuals.ClearScreen();SetUpPack(); //Need to set up pack sooner that I would have as I print

cards to show Pontoon.DisplayCard(12, 35, 6); //Shows King Hearts.DisplayCard(39, 48, 6); //Shows Ace Spades.GoToXY(40, 1);cout << "Nathan's Pontoon" << endl;GoToXY(41, 20);cout << "1. Play Game" << endl;GoToXY(41, 21);cout << "2. About" << endl;GoToXY(41, 22);cout << "3. Help" << endl;GoToXY(41, 23);cout << "4. Quit" << endl;

// End of visuals.

cin >> MenuChoice;

if (MenuChoice == 1){SetUpPack();ShufflePack();ClearScreen();PlayGame();}

else if (MenuChoice == 2){

AboutMenu();}

else if (MenuChoice == 3){

HelpMenu();}

else if (MenuChoice == 4){

exit(0);}

}//End of main().

void PlayGame(){

DealHand(Position, 17, 8);PlayerStickTwistBust(Position, 30, 30);DealerStickTwistBust(Position, 30, 8);WhoWins();PlayAgainOption();

}//End of PlayGame().

void AboutMenu(){

ClearScreen();

int Input = 0;

GoToXY(40, 1);cout << "About Menu" << endl;

GoToXY(1, 3);cout << "Nathan Lamont - S14002354 - Glyndwr University." << endl <<

endl;

//Referencing the code I used to change font size.cout << endl << "'Change Font Size' Code: Credited to Yi Feng Li." <<

endl;cout << " Available at URL Link:

https://social.msdn.microsoft.com/Forums/vstudio/en-US/192c888a-2994-48aa" << endl;

cout << " -bb17-ec95f03535b0/how-to-use-graphic-class-in-visual-c-console-application?forum=vcgeneral" << endl << endl;

cout << " Things that I have learnt" << endl;cout << " The main and most simple mistake I made was by writing the

same code out four times which done" << endl;cout << " the exact same function. This was drawing a card/twist. If I

created this game or if I had more" << endl;cout << " time, I would create a seperate function for 'twist' and call

that everytime." << endl;cout << " I have also realised that the arrays I created, PlayersHand

and DealersHand. I could have" << endl;cout << " made better use of them, for example I could have managed

scores using the arrays too" << endl;cout << " rather than have created spereate functions as well as many

other manipulations." << endl << endl;

cout << " Problems with my game" << endl;cout << " When two ACEs are dealt to the player or dealer, both are

reduced to hold the value 1 rather" << endl;cout << " than only one Ace being valued 1 and the other to stay at 11."

<< endl;cout << " The other problem is also with the ACEs. If There is an ACE in

one of the first 3 slots of" << endl;cout << " either the 'PlayersHand' or 'DealersHand' the values of the

fourth and fith card in the hand" << endl;cout << " will not be stored into the array." << endl;

GoToXY(45, 48);cout << "0 = Main Menu";

cin >> Input;

if(Input == 0){

main();}

else if(Input != 0){

cout << "Invalid Input. Try Again.";}

}//End of AboutMenu().

void HelpMenu(){

ClearScreen();

int Input = 0;

GoToXY(40, 1);cout << "Rules of Pontoon" << endl << endl;

cout << " What the player is trying to do is assemble a better hand than the dealer - which is to say, cards" << endl;

cout << " totalling as close to 21 as possible without going over. Aces count as a Score of 1 or 11, as the" << endl;

cout << " holder prefers; the 10 and court cards are worth 10; the rest have face value. The best possible" << endl;

cout << " hand is a two-card 21 (pontoon): this can consist of an ace plus a royal card or 10. Next is a" << endl;

cout << " five-card trick: five cards of any total value under or equal to 21." << endl << endl;

cout << " The player has several choices; if you have a pontoon, turn your ace face up and pass the turn." << endl;

cout << " Otherwise, you may: Stick: Ask for no more cards, because you are happy with the total (although" << endl;

cout << " you cannot stick on less than 15). Twist: Ask the dealer to turn over the next card face up. You" << endl;

cout << " can do this up to three times, or until you are bust. Now the dealer turns over her cards, and" << endl;

cout << " sticks or twists until satisfied (must twist if total is below 17). Now, the result is given. In" << endl;

cout << " the event of a tie,the dealer wins, so a dealer's pontoon is unbeatable. The dealer also wins if" << endl;

cout << " both the player and dealer bust." << endl << endl;

cout << " The pack of cards is shuffled after the first 40 cards have been used." << endl;

GoToXY(45, 48);cout << "0 = Main Menu";

cin >> Input;

if(Input == 0){

main();}

else if(Input != 0){

cout << "Invalid Input. Try Again.";}

}//End of HelpMenu().

void ShufflePack(){

unsigned seed = time(0);srand(seed);

for (int Shuffle = 0; Shuffle < 100; Shuffle++){

//Modulus 52 gives values 0-51.int RandomNum1 = rand() % 52;int RandomNum2 = rand() % 52;

//Swapping cards around.CardTempSlot = Pack[RandomNum1];Pack[RandomNum1] = Pack[RandomNum2];Pack[RandomNum2] = CardTempSlot;

}}//End of ShufflePack().

void DealHand(int Position, int x, int y){

Position = AddPosition;HandIndex = 0; //Resetting it from last hand otherwise the values will

not be stored correctly.DHandIndex = 0;// ^^^^^.

//Displaying Dealer's Hand. First Card. [Second shouldn't be seen by the player].

Position = Position; //Card last drawn in deck, keep track so it knows when to shuffle.

DisplayCard(Position, 17, 8);DealerScore = DealerScore + Pack[Position].CardWorth;DealersHand[DHandIndex] = Pack[Position].CardWorth; //Add card(worth of)

to the array DealersHand.

//Displaying Player's Hand. First Card.Position = Position + 1; //Card last drawn in deck, keep track so it

knows when to shuffle.

DisplayCard(Position, x, y+YSpacing);PlayerScore = PlayerScore + Pack[Position].CardWorth;PlayersHand[HandIndex] = Pack[Position].CardWorth; //Add card(worth of)

to the array PlayersHand.

//Displaying Player's Second Card.Position = Position + 1; //Card last drawn in deck, keep track so it

knows when to shuffle.DisplayCard(Position, x+XSpacing, y+YSpacing);PlayerScore = PlayerScore + Pack[Position].CardWorth;PlayersHand[HandIndex+1] = Pack[Position].CardWorth; //Add card(worth

of) to the array PlayersHand.HandIndex = HandIndex + 1;

PlayersHandAceCheck(); //Checking in case Player was dealt two ACEs.

AddPosition = Position;}//End of DealHand().

void PlayerStickTwistBust(int Position, int x, int y){

int Input = 0; //Player's choice when asked what to do.

Position = AddPosition;

CardCounter = 2; //To count for five card trick.

GoToXY(40, 1);cout << "Nathan's Pontoon";GoToXY(2, 30);cout << "Players Hand";GoToXY(2, 8);cout << "Dealers Hand";DisplayPlayersScore();InGameOptions();

GoToXY(25, 25);cout << "Would You Like To Stick Or Twist?";

while(PlayerScore < 21 && Input != 2){

cin >> Input;

if(Input == 1){

HandIndex = HandIndex + 1;Position = Position + 1; //Card last drawn in deck,

keep track so it knows when to shuffle.DisplayCard(Position, x+XSpacing, y);x = x+XSpacing, y;PlayerScore = PlayerScore + Pack[Position].CardWorth;GoToXY(40, 30);PlayersHand[HandIndex] = Pack[Position].CardWorth;

//Add card(worth of) to the array PlayersHand.CardCounter = CardCounter + 1;DisplayPlayersScore();PlayersHandAceCheck();

if(CardCounter == 5)

{Input = 2;

}}

while(Input == 2 && PlayerScore < 15){

GoToXY(25, 25);cout << "You Can Not Stick With A Score Below 15.

Please Twist.";

cin >> Input;

GoToXY(25, 25);ClearLine();

if(Input == 1){

HandIndex = HandIndex + 1;Position = Position + 1;DisplayCard(Position, x+XSpacing, y);x = x+XSpacing, y;PlayerScore = PlayerScore +

Pack[Position].CardWorth;GoToXY(40, 40);PlayersHand[HandIndex] =

Pack[Position].CardWorth;CardCounter = CardCounter + 1;DisplayPlayersScore();PlayersHandAceCheck();

if(CardCounter == 5){

Input = 2;}

}

}

if(Input == 0) //To return to the main menu.{

PlayerScore = 0; //Resetting Scores In CaseDealerScore = 0; //They Play Again.main();

}

else if(Input > 2){

GoToXY(40, 45);cout << "Invalid Input. Try Again.";

}}

GoToXY(30,28);if(PlayerScore == 21 && CardCounter == 2){

cout << "Player Got Pontoon!";

PlayerWinCondition = 1;}

else if(PlayerScore < 22 && CardCounter == 5){

cout << "Player Got A Five Card Trick!";

PlayerWinCondition = 2;}

else if(PlayerScore < 22 && CardCounter != 5){

cout << "Player Has Stuck On " << PlayerScore << ".";

PlayerWinCondition = 3;}

else if(PlayerScore > 21){

cout << "Player Has Bust On " << PlayerScore << ".";

PlayerWinCondition = 4; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.

}

AddPosition = Position; //This saves the Position of last card drawn.(Position of current card would't save, it would draw [0] when player twists).

GoToXY(0, 25);ClearLine(); //Deletes "Stick Or Twist" message.GoToXY(25, 25);cout << "Dealers Turn. Press Any Key To Continue"; //Prints new message

getch();}//End of PlayerStickTwistBust().

void DealerStickTwistBust(int Position, int x, int y){

Position = AddPosition;

//Displaying Dealers Second Card. [Now that player has taken their turn].Position = Position + 1; //Card last drawn in deck, keep track so it

knows when to shuffle.DisplayCard(Position, 30, 8); //Although I could state the coords of

each card that I want to display seperately, this is a more dynamic way, saves time and can't be wrongly calculated.

DealerScore = DealerScore + Pack[Position].CardWorth;DealersHand[DHandIndex] = Pack[Position].CardWorth; //Add card(worth of)

to the array DealersHand.DHandIndex = DHandIndex + 1;DisplayDealersScore();

DealersHandAceCheck(); //Just in case the dealer was dealt two ACEs.

CardCounter = 2; //To count for five card trick. [Resetting it here after player has had their turn].

while(DealerScore < 17) //Dealer has to twist when below 17.{

DHandIndex = DHandIndex + 1;Position = Position + 1;DisplayCard(Position, x+XSpacing, y);

x = x+XSpacing, y;DealerScore = DealerScore + Pack[Position].CardWorth;DealersHand[DHandIndex] = Pack[Position].CardWorth; //Add

card(worth of) to the array DealersHand.CardCounter = CardCounter + 1;DisplayDealersScore();DealersHandAceCheck();

if(CardCounter == 5) //Test for five card trick. If true, end loop.

{break;

}}

GoToXY(30, 21);if(DealerScore > 21){

cout << "Dealer Has Bust On " << DealerScore << ".";

DealerWinCondition = 4; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.

}

else if(DealerScore == 21 && CardCounter == 2){

cout << "Dealer Got Pontoon!";

DealerWinCondition = 1; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.

}

else if(CardCounter == 5){

cout << "Dealer Got A Five Card Trick!";

DealerWinCondition = 2; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.

}

else if(CardCounter != 5){

cout << "Dealer Has Stuck On " << DealerScore << ".";

DealerWinCondition = 3; //1 = Pontoon. 2 = Five card trick. 3 = Any other legal score. 4 = Bust.

}

AddPosition = Position + 1; //When playing another hand, without the "+1" the last card drawn would be the first card dealt next hand.}//End of DealerStickTwistBust().

void WhoWins(){

GoToXY(25, 25);if(PlayerWinCondition < DealerWinCondition) //Pontoon > five card tick >

any other legal score > bust.{

cout << "Player Wins! - Would You Like To Play Again?";}

else if(DealerWinCondition == 1) //Dealer always wins with Pontoon.{

cout << "Dealer Wins! - Would You Like To Play Again?";}

else if(DealerWinCondition < PlayerWinCondition) //Pontoon > five card tick > any other legal score > bust.

{cout << "Dealer Wins! - Would You Like To Play Again?";

}

else if(DealerWinCondition == 2 && PlayerWinCondition == 2) //Any tie is a win for the dealer.

{cout << "Dealer Wins! - Would You Like To Play Again?";

}

else if(DealerWinCondition == 4 && PlayerWinCondition == 4) //Any tie is a win for the dealer.

{cout << "Dealer Wins! - Would You Like To Play Again?";

}

else if(DealerWinCondition == 3 && PlayerWinCondition == 3){

if(DealerScore >= PlayerScore){cout << "Dealer Wins! - Would You Like To Play Again?";}

else if(DealerScore < PlayerScore){cout << "Player Wins! - Would You Like To Play Again?";}

}

}//End of WhoWins().

void PlayAgainOption(){int PlayerChoice = 0; //Player option whether or not to play again.

GoToXY(12, 48);cout << "1. Play Another Hand ";cout << "2. Return To The Main Menu ";cout << "3. Exit Application";

cin >> PlayerChoice;

if(PlayerChoice > 3) //For invalid input, loop until a valid input is entered.

{while(PlayerChoice > 3){

GoToXY(40, 45);cout << "Invalid Input. Try Again." << endl;cin >> PlayerChoice;

}}

//I used 'if' instead of 'if else' so that if the PlayerChoice > 3 and then next time PlayerChocie < 3, then this statement would be considered as well as the prior statement.

if(PlayerChoice == 1) //Does the pack need shuffling?{

if (AddPosition > 40) //If card 41 has been used, only a maximum of 9 cards are left undealt, this may not be enough for the player's and dealer's hands.

{ShufflePack();AddPosition = 0;

}

PlayerScore = 0; //Resetting Scores, ReadyDealerScore = 0; //For The Next Hand.ClearScreen();PlayGame();

}

else if(PlayerChoice == 2){

PlayerScore = 0; //Although this option takes the player back to the main menu

DealerScore = 0; //We reset the scores in case they play again.

main();}

else if(PlayerChoice == 3){

exit(0);}

}//End of PlayAgainOption().

void PlayersHandAceCheck(){

if(PlayerScore > 21){

for(HandIndex = 0; HandIndex < 5; HandIndex++) //When players score >21, it searches player's current hand.

{if(PlayersHand[HandIndex] == 11) //Searching to see if there

is an ace.{

PlayersHand[HandIndex] = 1; //When ace is found, changes the worth of that ace to 1.

PlayerScore = PlayerScore - 10; //Also takes 10 from players score as ace worth decreases by 10.

DisplayPlayersScore();}

}}

}

void DealersHandAceCheck(){

if(DealerScore > 21){

for(DHandIndex = 0; DHandIndex < 5; DHandIndex++) //When dealers score >21, it searches dealer's current hand.

{if(DealersHand[DHandIndex] == 11) //Searching to see if

there is an ace.{

if(DealerScore > 21){DealersHand[DHandIndex] = 1; //When ace is found,

changes the worth of that ace to 1.DealerScore = DealerScore - 10; //Also takes 10 from

dealers score as ace worth decreases by 10.DisplayDealersScore();}

}

}}

}

void DisplayPlayersScore(){

GoToXY(3, 35);cout << "Score: " << PlayerScore << endl << endl;

}//End of DisplayPlayersScore().

void DisplayDealersScore(){

GoToXY(3, 13);cout << "Score: " << DealerScore;

}//End of DisplayDealersScore().

void InGameOptions(){

#define Strip 220

GoToXY(1, 46);for(int l = 0; l < 98; l++){

cout << char(Strip);}

GoToXY(25, 48);cout << "1 = Twist";GoToXY(45, 48);cout << "2 = Stick";GoToXY(65, 48);cout << "0 = Main Menu";

}//End of InGameOptions().

//Created ClearLine to clear outdated messages off screen.void ClearLine(){

for(int p = 0; p < 100; p++){

cout << " ";}

}//End of ClearLine().

//Text & Background Colour Handler.void SetTextColour(int Colour){HANDLE hConsole = GetStdHandle(STD_OUTPUT_HANDLE);SetConsoleTextAttribute(hConsole, Colour);}//End of Text & Background Colour Handler().

void SetFontAttributes() //I took this from the internet just like i did the window size however, it took me around 4 hours to find something this useful!{ HANDLE hConsole = GetStdHandle(STD_OUTPUT_HANDLE); // Obtain the Console handle

PCONSOLE_FONT_INFOEX lpConsoleCurrentFontEx = new CONSOLE_FONT_INFOEX() ;

//Sets the size of the CONSOLE_FONT_INFOEX(memory).lpConsoleCurrentFontEx->cbSize = sizeof(CONSOLE_FONT_INFOEX);

//Retrieves the current fonts values.GetCurrentConsoleFontEx(hConsole,0,lpConsoleCurrentFontEx); //Set size to be 8x18, the default size is 8x16lpConsoleCurrentFontEx->dwFontSize.X = 8;lpConsoleCurrentFontEx->dwFontSize.Y = 18; //Submits the new, updated font settings.SetCurrentConsoleFontEx(hConsole,0,lpConsoleCurrentFontEx);}//End of SetFontAttributes().

void ClearScreen() //To create a clear green screen.{

GoToXY(0,0);

for (int Line = 0; Line < 50; Line++) //50 to suit the width of the window.

{for (int Bit = 0; Bit < 100; Bit++) //100 to suit the length of

the buffer.{

SetTextColour(47); //Green screen with white text.cout << " ";

}cout << endl;

}

//GoToXY(0,0);}//End of ClearScreen().

//Cursor Position Handler.void GoToXY(int x, int y){

HANDLE hConsole = GetStdHandle(STD_OUTPUT_HANDLE);_COORD Position;Position.X = x;Position.Y = y;SetConsoleCursorPosition(hConsole, Position);

}//End of Cursor Position Handler().

void SetWindow(int Width, int Height) //Sets the size of the console window. TAKEN FROM THE INTERNET, I used a link you have given us in an Adobe file, I hope that is allowed.{

_COORD coord; coord.X = Width; coord.Y = Height;

_SMALL_RECT Rect; Rect.Top = 0; Rect.Left = 0; Rect.Bottom = Height - 1; Rect.Right = Width - 1;

HANDLE Handle = GetStdHandle(STD_OUTPUT_HANDLE);SetConsoleScreenBufferSize(Handle, coord);// Set Buffer Size SetConsoleWindowInfo(Handle, TRUE, &Rect);// Set Window Size

}

void SetUpPack(){//Setting up Hearts.

for (CardIndex = 0; CardIndex < CardsPerSuit; CardIndex++){

Pack[CardIndex].CardValue = CardIndex +1;Pack[CardIndex].CardSuit = HEART;Pack[CardIndex].CardWorth = CardIndex +1;

}Pack[0].CardWorth = 11;Pack[10].CardWorth = 10;Pack[11].CardWorth = 10;Pack[12].CardWorth = 10;

//Setting up Diamonds.for (CardIndex = 13; CardIndex < CardsPerSuit+13; CardIndex++)

{Pack[CardIndex].CardValue = CardIndex -12;Pack[CardIndex].CardSuit = DIAMOND;Pack[CardIndex].CardWorth = CardIndex -12;

}Pack[13].CardWorth = 11;Pack[23].CardWorth = 10;Pack[24].CardWorth = 10;Pack[25].CardWorth = 10;

//Setting up Club.for (CardIndex = 26; CardIndex < CardsPerSuit+26; CardIndex++)

{Pack[CardIndex].CardValue = CardIndex -25;Pack[CardIndex].CardSuit = CLUB;Pack[CardIndex].CardWorth = CardIndex -25;

}Pack[26].CardWorth = 11;Pack[36].CardWorth = 10;Pack[37].CardWorth = 10;Pack[38].CardWorth = 10;

//Setting up Spades.for (CardIndex = 39; CardIndex < CardsPerSuit+39; CardIndex++)

{Pack[CardIndex].CardValue = CardIndex -38;Pack[CardIndex].CardSuit = SPADE;Pack[CardIndex].CardWorth = CardIndex -38;

}Pack[39].CardWorth = 11;Pack[49].CardWorth = 10;Pack[50].CardWorth = 10;Pack[51].CardWorth = 10;

}//End of SetUpPack().

void DisplayCard(int Position, int x, int y){#define TopLeftCorner 201#define BottomRightCorner 188#define TopRightCorner 187#define BottomLeftCorner 200#define VerticalLine 186#define HorizontalLine 205

int Length;SetTextColour(240);

//Top of the card.GoToXY(x,y);cout << char(TopLeftCorner);

for(int TextBlit = 0; TextBlit < 10; TextBlit++){

cout << char(HorizontalLine);}

cout << char(TopRightCorner) << endl;

//Both sides of the card.for(Length = 0; Length < 10; Length++){

GoToXY(x,y+1+Length);cout << char(VerticalLine);

for(int TextBlit = 0; TextBlit < 10; TextBlit++){

cout << " ";}

cout << char(VerticalLine) << endl;}

//Bottom of the card.GoToXY(x,y+1+Length);cout << char(BottomLeftCorner);

for(int TextBlit = 0; TextBlit < 10; TextBlit++){

cout << char(HorizontalLine);}

cout << char(BottomRightCorner);

//Display the suit and value of a card(Top left).SetTextColour(240);GoToXY(x+2,y+1);cout << DisplayCardValue(Pack[Position].CardValue);SetSuitIconColour(Pack[Position].CardSuit);cout << DisplayCardSuit(Position);SetTextColour(47);

//Display the suit and value of a card(Bottom right).GoToXY(x+8,y+Length);SetTextColour(240);cout << DisplayCardValue(Pack[Position].CardValue);SetSuitIconColour(Pack[Position].CardSuit);cout << DisplayCardSuit(Position);SetTextColour(47);

}//End of DisplayCard(int Position, int x, int y).

char DisplayCardValue(int CardValue){

if (CardValue == 1){

return 'A';}

else if (CardValue == 10){

return 'T';}

else if (CardValue == 11){

return 'J';}

else if (CardValue == 12){

return 'Q';}

else if (CardValue == 13){

return 'K';}

else{

return char(CardValue +48); //Returns a character based on ASCII code e.g. 5 hearts == 5+48=53=ASCII code for 5

}}//End of DisplayCardValue().

char DisplayCardSuit(int CardIndex){

if (Pack[CardIndex].CardSuit == HEART){

return char (Heart);}

else if (Pack[CardIndex].CardSuit == DIAMOND){

return char (Diamond);}

else if (Pack[CardIndex].CardSuit == CLUB){

return char (Club);}

else if (Pack[CardIndex].CardSuit == SPADE){

return char (Spade);}

}//End of DisplayCardSuit().

void SetSuitIconColour(Suits CardSuit){

if (CardSuit == HEART){

SetTextColour(252); //Sets red text with white background.}

if (CardSuit == DIAMOND){

SetTextColour(252); //Sets red text with white background.}

if (CardSuit == CLUB){

SetTextColour(240); //Sets black text with white background.}

if (CardSuit == SPADE){

SetTextColour(240); //Sets black text with white background.}

}

//End of SetSuitIconColour().