public void PrepareNewTree()
{
if (_settings.EvaluationStyle == AiMode.ExpectiMax && _pokerGame.CurrentRoundNumber() > 1)
{
_expectiMaxDecisionMaking.CreateNewTree(_pokerGame);
}
}
public PlayerAction GetNextAction()
{
EVCalculator ev = new EVCalculator(_pokerGame, _pokerGame.Settings);
List <Card> evalCards = GetCardsToEvaluate();
List <double> ExpectedValues;
double mtcWin = 0,
mtcLoss = 0;
if (_pokerGame.CurrentRoundNumber() > 1)
{
ExpectedValues = new List <double>(ev.CalculateMonteCarlo(_player.Cards, _pokerGame.Hand, _pokerGame.Settings));
mtcWin = ExpectedValues[0];
mtcLoss = ExpectedValues[1];
}
if (_pokerGame.CurrentRoundNumber() == 1)
{
return(PreFlop());
}
if (_pokerGame.CurrentRoundNumber() == 2 || _pokerGame.CurrentRoundNumber() == 3)
{
return(FlopTurn(mtcWin, mtcLoss));
}
if (_pokerGame.CurrentRoundNumber() == 4)
{
return(River(mtcWin, mtcLoss));
}
return(CheckFold());
}
public void CreateNewTree(PokerGame game)
{
TreeConstructor tc = new TreeConstructor(game, _data);
_treeRoot = tc.CreateTree(game.CurrentRoundNumber());
_currentNode = _treeRoot;
_currentTarget = null;
_expectedAction = PlayerAction.None;
}
public void PrepareNewTree()
{
_pokerTree = new PokerTree(_pokerGame.CurrentHand().Street, _player, _settings, _pokerGame.Players[0].PreviousAction, _pokerGame.CurrentRoundNumber());
}
private void MainUpdate()
{
if (_prevRound < _game.CurrentRoundNumber())
{
RoundUpdate();
}
TurnUpdate();
}