private void TicTacToeButton_Click(object sender, EventArgs e)
{
this.Hide();
Form TicTacToeForm = new TicTacToeForm(this);
TicTacToeForm.Show();
}
public static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
var f = new TicTacToeForm();
// Create the game players
// Players can be either human or computer players
// It does not matter which piece 'X' or 'O' player 1 or two have
// but they must be different
// Create a human player
Player p1 = new HumanPlayer("Joe", Pieces.X, f);
// Create a computer player
// You can create varying degrees of difficulty by creating computer
// players that build bigger game trees
// uncomment desired player and comment all other player 2s
// create a computer player with the default game tree search depth
Player p2 = new ComputerPlayer("HAL", Pieces.O);
// Create a computer player that only looks ahead 1 move
// i.e only considers their immediate move and not any subsequent moves
// by their opponent.
// this is a very poor player
// Player p2 = new ComputerPlayer(Board.Pieces.X, f, 1);
// Creates an advanced computer player that looks ahead 5 moves
// Player p2 = new ComputerPlayer("Advanced HAL", Board.Pieces.X, 5);
f.AddPlayer(p1);
f.AddPlayer(p2);
Application.Run(f);
}
public TicTacToePresenter(TicTacToeForm ticTacToeForm)
{
_gameCanvases = EnumUtil.GetListOfEnumElement <CanvasType>("Matrix");
_ticTacToeForm = ticTacToeForm;
_canvasContainer = new CanvasContainer();
_network = new ActivationNetwork(new SigmoidFunction(2), 100, 14, 2);
new BackPropagationLearning(_network);
_pen = new Pen(Color.Black, 5);
_crossDesignator = new CrossDesignator();
_network = (ActivationNetwork)Network.Load("Net.bin");
_gameUtil = new GameUtil();
_computerPlayer = new ComputerPlayer(_gameUtil, _gameCanvases);
_board = new GameBoard(_gameCanvases);
_game = new Game(_gameUtil, _board, _computerPlayer);
_ticTacToeForm.DrawAction += Draw;
_ticTacToeForm.LearnAction += ExecuteLearnAction;
_ticTacToeForm.CrossAction += ExecuteCrossAction;
_ticTacToeForm.CircleAction += ExecuteCircleAction;
_ticTacToeForm.ClearAction += ExecuteClearAction;
_ticTacToeForm.CopyAction += ExecuteCopyAction;
_ticTacToeForm.TestAction += ExecuteTestAction;
_ticTacToeForm.NewGameAction += ExecuteNewGameAction;
_ticTacToeForm.PlayAction += ExecutePlayAction;
_ticTacToeForm.BackAction += ExecuteBackAction;
_lastModifiedCanvas = CanvasType.Matrix11;
_paintFactory = new PaintFactory(_pen, _crossDesignator);
}
public TicTacToePresenter(TicTacToeForm form, IGameFacade gameFacade, IPaintFacade paintFacade, INeuralNetworkFacade networkFacade)
{
_form = form;
_gameFacade = gameFacade;
_paintFacade = paintFacade;
_networkFacade = networkFacade;
_form.StartPainting += StartPainting;
_form.ContinuePainting += ContinuePainting;
_form.StopPainting += StopPainting;
}
/// <summary>
/// Initializes a new instance of the <see cref="HumanPlayer"/> class.
/// </summary>
/// <param name="name">The name.</param>
/// <param name="piece">The piece.</param>
/// <param name="form">The form.</param>
public HumanPlayer(string name, Pieces piece, TicTacToeForm form) : base(name, piece)
{
this.ticTacToeForm = form;
}
