public void NewGame()
{
while (CommunityCards.Size != 0)
{
GameDeck.Return(CommunityCards.Draw());
}
foreach (Player player in Players)
{
while (player.Hand.Size != 0)
{
GameDeck.Return(player.Hand.Draw());
}
}
for (int i = 0; i < ActivePlayers.Count; i++)
{
if (Players[i].Money > -500)
{
ActivePlayers[i] = true;
}
}
GameDeck.Shuffle();
for (int i = 0; i < ActivePlayers.Count; i++)
{
if (ActivePlayers[i])
{
Players[i].Hand.Return(GameDeck.Draw());
Players[i].Hand.Return(GameDeck.Draw());
}
}
IncrementBlindLocations();
}
public GameTable(IPlayer player, int minBet = 5)
{
NumberOfDecks = 8;
SizeOfDeck = 52;
MinBet = minBet;
Dealer = new Dealer();
GameDeck = new GameDeck(NumberOfDecks);
GameDeck.Shuffle();
Player = player;
}
/*CONSTRUCTORS ----------------------------------------------------------------------------------------------------*/
/*Constructor: Default
* 1) Creates a default, shuffled PlayingDeck object */
public Fortune()
{
this.Id = 3;
this.GameType = "Fortune";
this.GameDeck = new TarotDeck();
GameDeck.Shuffle();
this.Players = new List <Player>();
this.Spread = new List <Card>();
this.DateToday = DateTime.Today;
}// end Default constructor
/// <summary>
/// Immutable Single player game.
/// Shuffles the deck of cards
/// Creates a list of players
/// Adds Dealer as player[0]
/// Adds another player
/// Deals initial cards
/// </summary>
public void InitializeNewGame()
{
GameDeck.Shuffle();
Players = new Players();
Dealer = new Player();
Dealer.Name = "Dealer";
Players.Add(Dealer);
Players.Add(new Player());
DealFirstRound();
}
public void InitializeNewGame(int NumberOfPlayers = 1)
{
GameDeck.Shuffle();
Players = new Players();
Dealer = new Player();
Dealer.Name = "Dealer";
Players.Add(Dealer);
for (int i = 0; i < NumberOfPlayers; i++)
{
Players.Add(new Player());
}
DealFirstCards();
}
public GameDeck CreateGameDeck(int gameDeckID, Deck deck)
{
List <int> cardRecordIDs = new List <int>();
foreach (Card card in deck.Cards)
{
cardRecordIDs.Add(GameCardManager.CreateCardRecord(card).CardRecordID);
}
GameDeck gameDeck = new GameDeck(gameDeckID, cardRecordIDs);
gameDeck.Shuffle(100);
return(gameDeck);
}
/*PROPERTIES ------------------------------------------------------------------------------------------------------*/
/*CONSTRUCTORS ----------------------------------------------------------------------------------------------------*/
/*Constructor: Default
* 1) Creates a default, shuffled PlayingDeck object
* 2) Adds Player and Bot to List<Player> */
public GoFish()
{
this.Id = 2;
this.GameType = "GoFish";
this.GameDeck = new PlayingDeck();
GameDeck.Shuffle();
this.DateToday = DateTime.Today;
// can pass the selected Player to this list when creating the game window
this.Players = new List <Player>();
Player bot = new Player("Botty"); // adding a Bot to play against for now
Players.Add(bot);
}// end Default constructor
} // This is for comparing cards, will be using the .CompareImg of the Card class
/*CONSTRUCTORS ----------------------------------------------------------------------------------------------------*/
/*Constructor: Default
* 1) Creates a default, shuffled MatchDeck object
* 2) Sets LivesLeft to 3
* 3) Sets CardCount to 0
* 4) Initialises First as a null Card object */
public Match()
{
this.Id = 1;
this.GameType = "Match";
this.GameDeck = new MatchDeck();
GameDeck.Shuffle();
this.LivesLeft = 3;
this.CardCount = 0;
this.First = null;
this.DateToday = DateTime.Today;
// NOTE: DON'T FORGET TO DO THIS
// can pass the selected Player to this list when creating the game window
this.Players = new List <Player>();
}// end Default constructor
public void InitializeNewGame(Players players)
{
GameDeck.Shuffle();
Players = new Players();
Dealer = new Player();
Dealer.Name = "Dealer";
Dealer.IsDealer = true;
Players.Add(Dealer);
foreach (Player player in players)
{
player.Hand = new Cards();
Players.Add(player);
}
DealFirstCards();
}
/// <summary>
/// Mutable Single player game.
/// Shuffles the deck of cards
/// Creates a list of players
/// Adds Dealer as player[0]
/// Adds another player
/// Deals initial cards
/// </summary>
/// <param name="NumberOfPlayers">Defaults to 1 but can be changed</param>
public void InitializeNewGame(int NumberOfPlayers = 1)
{
GameDeck.Shuffle();
Players = new Players();
Dealer = new Player();
Dealer.Name = "Dealer";
Players.Add(Dealer);
for (int i = 0; i < NumberOfPlayers; i++)
{
Players.Add(new Player());
}
DealFirstRound();
if (NumberOfPlayers > 1)
{
IsMultiPlayer = true;
}
}
//resets game
public void ResetGame()
{
lblHumanAttacking.Visible = true;
lblComputerAttacking.Visible = false;
lblHumanPlayer.Text = myPlayerOne.getName().ToString();
lblComputerPlayer.Text = myPlayerTwo.getName().ToString();
flpDeck.Controls.Clear();
flpComputerHand.Controls.Clear();
flpHumanHand.Controls.Clear();
flpRiver.Controls.Clear();
flpTrumpCard.Controls.Clear();
flpDiscardPile.Controls.Clear();
CardImageControl startingCardControl = new CardImageControl();
flpDeck.Controls.Add(startingCardControl);
myDeck = new GameDeck(deckSize);
myRiver = new GameRiver();
myHandOne = new PlayerHand();
myHandTwo = new PlayerHand();
myPlayerOne = new Player("PlayerOne", myHandOne, true, false);
myPlayerTwo = new PlayerAI("PlayerTwo", myHandTwo, false, true);
DeckDisplayList = new CardList();
HandOneDisplayList = new CardList();
HandTwoDisplayList = new CardList();
PlayerOneDisplayList = new CardList();
PlayerTwoDisplayList = new CardList();
RiverDisplayList = new CardList();
trumpCardDisplayList = new CardList();
discardDisplayList = new CardList();
myDeck.Shuffle(deckSize);
txtDeckCardsRemaining.Text = myDeck.getCardsRemaining().ToString();
txtRiverCardsRemaning.Text = myRiver.getCardsRemaining().ToString();
txtDicardCardsRemaining.Text = discardDisplayList.Count().ToString();
txtRoundNumber.Text = roundNumber.ToString();
btnPickUp.Enabled = false;
btnCeaseAttack.Enabled = true;
roundNumber = 0;
GameLog.Log("\nNEW GAME");
GameLog.Log("\n PlayerOne Win/Loss Ratio " + playerOneWins.ToString() + "/" + playerOneLosses.ToString());
GameLog.Log("\n PlayerTwo Win/Loss Ratio " + playerTwoWins.ToString() + "/" + playerTwoLosses.ToString() + "\n");
}
