/// <summary>
/// Start the computer searching for a move
/// Clients should listen to the OnPlayerMoved event to be notified
/// when the computer has found a move
/// </summary>
/// <param name="gameBoard">The current game board</param>
public override void Move(object gameBoard)
{
Board b = (Board)gameBoard;
//to make things interesting we move randomly if the board we
//are going first (i.e. the board is empty)
if (b.OpenPositions.Length == 9)
{
this.currentMove = GetRandomMove((Board)gameBoard);
OnPlayerMoved();
return;
}
Node root = new MaxNode(b, null, null);
root.MyPiece = this.PlayerPiece;
root.Evaluator = new EvaluationFunction();
root.FindBestMove(DEFAULT_SEARCH_DEPTH);
currentMove = root.BestMove;
OnPlayerMoved();
}
/// <summary>
/// Start the computer searching for a move
/// Clients should listen to the OnPlayerMoved event to be notified
/// when the computer has found a move
/// </summary>
/// <param name="gameBoard">The current game board</param>
public override void Move(object gameBoard)
{
Board b = (Board)gameBoard;
//to make things interesting we move randomly if the board we
//are going first (i.e. the board is empty)
if (b.OpenPositions.Length == 9)
{
this.currentMove = GetRandomMove((Board)gameBoard);
OnPlayerMoved();
return;
}
Node root = new MaxNode(b, null, null);
root.MyPiece = this.PlayerPiece;
root.Evaluator = new EvaluationFunction();
root.FindBestMove(DEFAULT_SEARCH_DEPTH);
currentMove = root.BestMove;
OnPlayerMoved();
}
