private static void TestBestMove(HexGame game, int level, Location expectedBestMove)
{
Minimax hexPlayer = new Minimax(game.Board, game.GoodMoves, new CandidateMovesAll());
MinimaxResult bestMove = hexPlayer.DoMinimax(level, true);
// test the location of the move
Assert.AreEqual(expectedBestMove, bestMove.Move, "Wrong move at level " + level);
// test the expected score
if (level >= 3)
{
Assert.AreEqual(Occupied.PlayerX, MoveScoreConverter.Winner(bestMove.Score));
}
}
private static Minimax MakeMinimaxForBoard(HexBoard board)
{
GoodMoves goodMoves = new GoodMoves();
ICandidateMoves candidateMovesFinder = new CandidateMovesAll();
Minimax result = new Minimax(board, goodMoves, candidateMovesFinder);
result.GenerateDebugData = true;
return result;
}
private void DoMove()
{
Minimax hexPlayer = new Minimax(this.hexGame.Board, this.hexGame.GoodMoves, this.MakeCandiateMovesFinder());
MinimaxResult minimaxResult = hexPlayer.DoMinimax(this.computerSkillLevel, this.MoveIsPlayerX());
this.PlayLocation = this.GetBestMove(minimaxResult);
this.MoveTime = hexPlayer.MoveTime;
this.CallCompletedAction();
}
private static void DoTestTestNoLingeringWin(Minimax minimax, int depth)
{
MinimaxResult result = minimax.DoMinimax(depth, true);
int bestMoveScore = result.Score;
// play here to win
Location expectedMove = new Location(0, 4);
Assert.AreEqual(expectedMove, result.Move, "Wrong best move at depth " + depth);
AssertWinner(bestMoveScore, Occupied.PlayerX);
}
