private void PlayGame(bool humanFirst, int size, params ValueTuple <int, int>[] moves)
{
viewModel = new TicTacToeViewModel();
viewModel.AutoStartComputerMove = false;
// Computer doesn't automatically start thinking about it's move when it's the computer's turn
// so that we can examine the state of the system before the computer move starts
// viewModel.StartNewGame(size, humanFirst);
square1 = viewModel.FindSquare(0, 0);
square2 = viewModel.FindSquare(0, 1);
square3 = viewModel.FindSquare(0, 2);
square4 = viewModel.FindSquare(1, 0);
square5 = viewModel.FindSquare(1, 1);
square6 = viewModel.FindSquare(1, 2);
square7 = viewModel.FindSquare(2, 0);
square8 = viewModel.FindSquare(2, 1);
square9 = viewModel.FindSquare(2, 2);
foreach (var move in moves)
{
viewModel.HumanMove(viewModel.FindSquare(move.Item1, move.Item2));
}
}
// Construct a new model specific child of the View Model
public TicTacToeViewModelChild(TicTacToeViewModel parent, ITicTacToeModel <Game, Move, Player> TicTacToeModel)
{
this.parent = parent;
this.TicTacToeModel = TicTacToeModel;
// if the game state has changed and it's not null, update the UI to reflect the new game state
this.WhenAnyValue(vm => vm.gameState)
.Where(gameState => gameState != null)
.Subscribe(gameState => RefreshView());
}
