public void dealStateEnded(DealState state)
{
foreach (IGameObserver go in this.observers)
{
go.dealStateEnded(state);
}
}
public void playGame()
{
//main game loop
while (true)
{
this.currentDealState.dealCards();
this.currentDealState.handleBettingSession();
bool gameDone = this.currentDealState.gameIsDone();
if (gameDone)
{
break;
}
else
{
this.currentDealState = this.currentDealState.getNextState();
}
}
this.currentDealState.game.gameEnded();
//Decide who won
List <Player> winnerList = determineWinnerList();
if (winnerList.Count == 1) //don't determine winner if the game ends in a fold
{
distributePot(winnerList[0], winnerList); //in the event of a fold, distribute all money to the remaining player
}
else
{
chooseWinner(winnerList); //determine who wins overall out of the list of potential winners
}
}
public void dealStateEnded(DealState state)
{
MainGrid.Dispatcher.Invoke(System.Windows.Threading.DispatcherPriority.Normal, new Action(delegate()
{
if (state is PreFlopState)
{
addToTextDisplay("Preflop has ended.\n");
}
else if (state is FlopState)
{
addToTextDisplay("Flop has ended.\n");
}
else if (state is TurnState)
{
addToTextDisplay("Turn has ended.\n");
}
else if (state is RiverState)
{
addToTextDisplay("River has ended.\n");
}
else
{
addToTextDisplay("Showdown has ended.\n");
startButton.Visibility = System.Windows.Visibility.Hidden;
}
}));
}
public void playGame()
{
//main game loop
while (true)
{
this.currentDealState.dealCards();
this.currentDealState.handleBettingSession();
bool gameDone = this.currentDealState.gameIsDone();
if (gameDone)
{
break;
}
else
{
this.currentDealState = this.currentDealState.getNextState();
}
}
this.currentDealState.game.gameEnded();
//Decide who won
List<Player> winnerList = determineWinnerList();
if (winnerList.Count == 1) //don't determine winner if the game ends in a fold
distributePot(winnerList[0], winnerList); //in the event of a fold, distribute all money to the remaining player
else
{
chooseWinner(winnerList); //determine who wins overall out of the list of potential winners
}
}
public Move makeMove(DealState currentDealState) //this method needs to be abstract, but is temporarily working for all players
{
Move myMove = this.moveChooser.getMove(currentDealState, currentDealState.game.legalMoveGenerator.generateLegalMoves(currentDealState, this), this.cards);
this.currentStack = this.currentStack - myMove.amountPotRaised;
this.betInRound = this.betInRound + myMove.currentBetRaised;
return(myMove);
}
public DealState currentDealState; //preflop (0 cards), flop (3 cards), turn (4 cards), river (5 cards), showdown (showing cards)
#endregion Fields
#region Constructors
public GameState(Player[] players, GameController game)
{
List<Player> activePlayers = new List<Player>();
foreach (Player p in players)
{
activePlayers.Add(p);
}
this.currentDealState = new PreFlopState(activePlayers, game);
}
public DealState currentDealState; //preflop (0 cards), flop (3 cards), turn (4 cards), river (5 cards), showdown (showing cards)
public GameState(Player[] players, GameController game)
{
List <Player> activePlayers = new List <Player>();
foreach (Player p in players)
{
activePlayers.Add(p);
}
this.currentDealState = new PreFlopState(activePlayers, game);
}
public Move getMove(DealState currentDealState, List <Move> legalMoves, Card[] cards)
{
Playout p = new Playout();
int score = 0;
if (currentDealState.dealersHand == null)
{
score = p.playout(cards[0].getRawData(), cards[1].getRawData());
}
else if (currentDealState.dealersHand.Count == 3)
{
score = p.playout(cards[0].getRawData(), cards[1].getRawData(),
currentDealState.dealersHand[0].getRawData(),
currentDealState.dealersHand[1].getRawData(),
currentDealState.dealersHand[2].getRawData());
}
else if (currentDealState.dealersHand.Count == 4)
{
score = p.playout(cards[0].getRawData(), cards[1].getRawData(),
currentDealState.dealersHand[0].getRawData(),
currentDealState.dealersHand[1].getRawData(),
currentDealState.dealersHand[2].getRawData(),
currentDealState.dealersHand[3].getRawData());
}
else
{
score = p.score(cards[0].getRawData(), cards[1].getRawData(),
currentDealState.dealersHand[0].getRawData(),
currentDealState.dealersHand[1].getRawData(),
currentDealState.dealersHand[2].getRawData(),
currentDealState.dealersHand[3].getRawData(),
currentDealState.dealersHand[4].getRawData()
);
}
// int division_size = (1169 - 500) / legalMoves.Count;
int count = 0;
double x = (Math.Log(score, legalMoves.Count));
double max = (Math.Log(1169, legalMoves.Count));
double min = (Math.Log(370, legalMoves.Count));
double division_size = (max - min) / legalMoves.Count;
for (double base_pos = min; base_pos <= max; base_pos += division_size)
{
if (x <= base_pos)
{
return(legalMoves[count - 1]);
}
count++;
}
return(legalMoves[0]);
}
public Move getMove(DealState currentDealState, List<Move> legalMoves, Card[] cards)
{
Playout p = new Playout();
int score = 0;
if (currentDealState.dealersHand == null)
{
score = p.playout(cards[0].getRawData(), cards[1].getRawData());
}
else if (currentDealState.dealersHand.Count == 3)
{
score = p.playout(cards[0].getRawData(), cards[1].getRawData(),
currentDealState.dealersHand[0].getRawData(),
currentDealState.dealersHand[1].getRawData(),
currentDealState.dealersHand[2].getRawData());
}
else if (currentDealState.dealersHand.Count == 4)
{
score = p.playout(cards[0].getRawData(), cards[1].getRawData(),
currentDealState.dealersHand[0].getRawData(),
currentDealState.dealersHand[1].getRawData(),
currentDealState.dealersHand[2].getRawData(),
currentDealState.dealersHand[3].getRawData());
}
else
{
score = p.score(cards[0].getRawData(), cards[1].getRawData(),
currentDealState.dealersHand[0].getRawData(),
currentDealState.dealersHand[1].getRawData(),
currentDealState.dealersHand[2].getRawData(),
currentDealState.dealersHand[3].getRawData(),
currentDealState.dealersHand[4].getRawData()
);
}
// int division_size = (1169 - 500) / legalMoves.Count;
int count = 0;
double x = (Math.Log(score, legalMoves.Count));
double max = (Math.Log(1169, legalMoves.Count));
double min = (Math.Log(370, legalMoves.Count));
double division_size = (max-min) / legalMoves.Count;
for (double base_pos = min; base_pos <= max; base_pos += division_size)
{
if (x <= base_pos)
{
return legalMoves[count-1];
}
count++;
}
return legalMoves[0];
}
/*
* IMoveChooser Methods
*/
public Move getMove(DealState currentDealState, List <Move> legalMoves, Card[] cards)
{
return((Move)MainGrid.Dispatcher.Invoke(System.Windows.Threading.DispatcherPriority.Normal, new ReturnDelegate(delegate(List <Move> movesOptions)
{
Move myMove = null;
MoveDialogBox moveChoiceBox = new MoveDialogBox(legalMoves);
moveChoiceBox.Owner = this;
moveChoiceBox.ShowDialog();
if (moveChoiceBox.DialogResult == true)
{
myMove = moveChoiceBox.moveChoice;
}
else
{
new Exception("User did not select move.");
}
return myMove;
}), legalMoves));
}
public List <Move> generateLegalMoves(DealState currentDealState, Player player)
{
List <Move> legalMoves = new List <Move>();
bool canRaise = (player.currentStack >= (currentDealState.currentBet - player.betInRound + currentDealState.game.setRaiseAmount));
bool canCheck = (player.betInRound == currentDealState.currentBet);
legalMoves.Add(new Fold());
if (canCheck)
{
legalMoves.Add(new Check());
}
else
{
int callAmount = currentDealState.currentBet - player.betInRound;
if (callAmount > player.currentStack)
{
callAmount = player.currentStack;
}
legalMoves.Add(new Call(callAmount));
}
if (canRaise)
{
int increments = (player.currentStack - (currentDealState.currentBet - player.betInRound)) / currentDealState.game.setRaiseAmount;
int raiseAmount = 0;
int amountStackDeducted = 0;
for (int i = 1; i < increments + 1; i++)
{
raiseAmount = i * currentDealState.game.setRaiseAmount;
amountStackDeducted = currentDealState.currentBet - player.betInRound + raiseAmount;
legalMoves.Add(new Raise(amountStackDeducted, raiseAmount));
}
}
return(legalMoves);
}
public List<Move> generateLegalMoves(DealState currentDealState, Player player)
{
List<Move> legalMoves = new List<Move>();
bool canRaise = (player.currentStack >= (currentDealState.currentBet - player.betInRound + currentDealState.game.setRaiseAmount));
bool canCheck = (player.betInRound == currentDealState.currentBet);
legalMoves.Add(new Fold());
if (canCheck)
{
legalMoves.Add(new Check());
}
else
{
int callAmount = currentDealState.currentBet - player.betInRound;
if (callAmount > player.currentStack)
{
callAmount = player.currentStack;
}
legalMoves.Add(new Call(callAmount));
}
if (canRaise)
{
int increments = (player.currentStack - (currentDealState.currentBet - player.betInRound)) / currentDealState.game.setRaiseAmount;
int raiseAmount = 0;
int amountStackDeducted = 0;
for (int i = 1; i < increments + 1; i++)
{
raiseAmount = i * currentDealState.game.setRaiseAmount;
amountStackDeducted = currentDealState.currentBet - player.betInRound + raiseAmount;
legalMoves.Add(new Raise(amountStackDeducted, raiseAmount));
}
}
return legalMoves;
}
/*
* IMoveChooser Methods
*/
public Move getMove(DealState currentDealState, List<Move> legalMoves, Card[] cards)
{
return (Move)MainGrid.Dispatcher.Invoke(System.Windows.Threading.DispatcherPriority.Normal, new ReturnDelegate(delegate(List<Move> movesOptions)
{
Move myMove = null;
MoveDialogBox moveChoiceBox = new MoveDialogBox(legalMoves);
moveChoiceBox.Owner = this;
moveChoiceBox.ShowDialog();
if (moveChoiceBox.DialogResult == true)
{
myMove = moveChoiceBox.moveChoice;
}
else
{
new Exception("User did not select move.");
}
return myMove;
}), legalMoves);
}
public void dealStateEnded(DealState state)
{
MainGrid.Dispatcher.Invoke(System.Windows.Threading.DispatcherPriority.Normal, new Action(delegate()
{
if (state is PreFlopState)
{
addToTextDisplay("Preflop has ended.\n");
}
else if (state is FlopState)
{
addToTextDisplay("Flop has ended.\n");
}
else if (state is TurnState)
{
addToTextDisplay("Turn has ended.\n");
}
else if (state is RiverState)
{
addToTextDisplay("River has ended.\n");
}
else
{
addToTextDisplay("Showdown has ended.\n");
startButton.Visibility = System.Windows.Visibility.Hidden;
}
}));
}