// To match my version of TicTacToe (testing, playing AI vs AI, Human vs AI)
public Cell MakeMove(Board board, int depthRecursion, CancellationToken token = default(CancellationToken))
{
Cell aiMove;
// If CancellationToken is not null, pass it to the MinMax.NextMove()
if (token != CancellationToken.None)
{
aiMove = minMaxAlg.NextMove(board, depthRecursion, token);
}
else // no CancellationToken, Player can't stop AI from calculating the move.
{
aiMove = minMaxAlg.NextMove(board, depthRecursion);
}
return(aiMove);
}
// To match my version of TicTacToe (testing, playing AI vs AI, Human vs AI)
public Cell MakeMove(Board board, int depthRecursion, CancellationToken token = default(CancellationToken))
{
Cell aiMove;
if (board.rows * board.columns - board.remainingQtyMovesForGame == 0) // 1st move in game
{
// AIPlayer takes center, this option never happens.
}
else if (board.rows * board.columns - board.remainingQtyMovesForGame == 1) // 2nd move in game
{
// 1st move was made by opponent, so update with 'true'
UpdateBattleFieldLimits(board, true);
}
else // 3rd and after move in game
{
UpdateBattleFieldLimits(board, false);
}
BattleField = MakeBattleField(board);
// If CancellationToken is not null, pass it to the MinMax.NextMove()
if (token != CancellationToken.None)
{
aiMove = minMaxAlg.NextMove(BattleField, depthRecursion, token);
}
else // no CancellationToken, Player can't stop AI from calculating the move.
{
aiMove = minMaxAlg.NextMove(BattleField, depthRecursion);
}
// Convert BattleField coords to board coords
aiMove = CoordsBFtoMainBoard(aiMove);
// Updating borders for BattleField
UpdateBattleFieldLimits(board, false);
return(aiMove);
}
