// a depth limited quiescence to prevent this from going on and on...
private static int Quiescence_Limited(Board board, sbyte side, int alpha, int beta, int depthLeft)
{
int standingPat = Evaluation2.EvaluateFromPerspectiveOf(board, side);
if (depthLeft == 0)
{
return standingPat;
}
if (standingPat >= beta)
{
return beta;
}
if (alpha < standingPat)
{
alpha = standingPat;
}
sbyte oppositeSide = (sbyte)(-1 * side);
int movesCount;
UInt16[] moves = board.GenerateCaptureMoves(out movesCount);
int score;
BoardState state;
for (int i = 0; i < movesCount; i++)
{
state = board.GetBoardState();
if (!board.MakeMove(moves[i]))
{
continue;
}
score = -Quiescence_Limited(board, oppositeSide, -beta, -alpha, depthLeft - 1);
board.RestoreState(state);
if (score >= beta)
{
return beta;
}
if (score > alpha)
{
alpha = score;
}
}
return alpha;
}
static void Main(string[] args)
{
// variables
sbyte ownSide;
Board board = new Board();
Stack<BoardState> undoStack = new Stack<BoardState>();
UInt16 move;
Tuple<UInt16, int, long, int> moveDepthTimeAndScore;
string userMove, filthyMindMove = "INVALID_MOVE";
File.Delete(LogFileName);
string guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "\nGUI: " + guiMessage + Environment.NewLine);
Console.WriteLine("id name Shutranj");
Console.WriteLine("id author Okash Khawaja");
Console.WriteLine("uciok");
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
Console.WriteLine("readyok");
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
/********** this is when the game begins **************/
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
if (guiMessage == "quit" || guiMessage == "stop")
{
return;
}
userMove = ParseOutLastMove(guiMessage);
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
// if empty then engine is playing white so make move first
if (String.IsNullOrWhiteSpace(userMove))
{
ownSide = Side.White;
moveDepthTimeAndScore = AlphaBeta2.IDASParallel(board, ownSide);
move = moveDepthTimeAndScore.Item1;
if (board.MakeMove(move))
{
filthyMindMove = board.ConvertToAlgebraicNotation(move);
File.AppendAllText(LogFileName, String.Format(
"Filthy Mind: {0} (Depth: {1} plies; Time: {2}ms; Score: {3}){4}", filthyMindMove,
moveDepthTimeAndScore.Item2, moveDepthTimeAndScore.Item3, moveDepthTimeAndScore.Item4, Environment.NewLine));
}
// communicate move back to gui
Console.WriteLine(BestMoveStringFormat, filthyMindMove);
}
else
{
ownSide = Side.Black;
}
while (true)
{
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
if (guiMessage == "quit" || guiMessage == "stop")
{
break;
}
userMove = ParseOutLastMove(guiMessage);
guiMessage = Console.ReadLine();
File.AppendAllText(LogFileName, "GUI: " + guiMessage + Environment.NewLine);
board.MakeUserMove(userMove);
moveDepthTimeAndScore = AlphaBeta2.IDASParallel(board, ownSide);
move = moveDepthTimeAndScore.Item1;
if (board.MakeMove(move))
{
filthyMindMove = board.ConvertToAlgebraicNotation(move);
File.AppendAllText(LogFileName, String.Format(
"Filthy Mind: {0} (Depth: {1} plies; Time: {2}ms; Score: {3}){4}", filthyMindMove,
moveDepthTimeAndScore.Item2, moveDepthTimeAndScore.Item3, moveDepthTimeAndScore.Item4, Environment.NewLine));
}
// communicate move back to gui
Console.WriteLine(BestMoveStringFormat, filthyMindMove);
}
}
public static Tuple<UInt16, int> RootAlphaBetaTT(Board board, sbyte side, int depth)
{
int movesCount;
UInt16[] moves = board.GenerateMoves(out movesCount);
//nodesCount = moves.Count;
UInt16 bestMove = moves[0];
int maxScore = Constants.NegativeInfinity;
int score;
sbyte oppositeSide = (sbyte)(side * -1);
BoardState state;
// Search search = new Search();
for (int i = 0; i < movesCount; i++)
{
state = board.GetBoardState();
if (!board.MakeMove(moves[i]))
{
continue;
}
score = -AlphaBetaTT(board, Constants.NegativeInfinity, Constants.PositiveInfinity, (byte)(depth - 1), oppositeSide,
new UInt16[depth], 0);
board.RestoreState(state);
if (score > maxScore)
{
maxScore = score;
bestMove = moves[i];
}
}
return new Tuple<UInt16, int>(bestMove, maxScore);
}
private static int Quiescence(Board board, sbyte side, int alpha, int beta)
{
// from: http://chessprogramming.wikispaces.com/Quiescence+Search
int standingPat = Evaluation2.EvaluateFromPerspectiveOf(board, side);
if (standingPat >= beta)
{
return beta;
}
if (alpha < standingPat)
{
alpha = standingPat;
}
sbyte oppositeSide = (sbyte)(-1 * side);
int movesCount;
UInt16[] moves = board.GenerateCaptureMoves(out movesCount);
int score;
BoardState state;
for (int i = 0; i < movesCount; i++)
{
state = board.GetBoardState();
if (!board.MakeMove(moves[i]))
{
continue;
}
score = -Quiescence(board, oppositeSide, -beta, -alpha);
board.RestoreState(state);
if (score >= beta)
{
return beta;
}
if (score > alpha)
{
alpha = score;
}
}
return alpha;
}
static void Main(string[] args)
{
// variables
sbyte ownSide;
Board board = new Board();
Stack<BoardState> undoStack = new Stack<BoardState>();
// int depth = 6;
UInt16 move;
Tuple<UInt16, int, long, int> moveDepthTimeAndScore;
string opponentMoveString;
Console.WriteLine("Filthy Mind Chess");
Console.WriteLine();
/*********** Input opponent side ************/
while (true)
{
Console.Write("Choose your side (w/b): ");
char opponentSideChar = Console.ReadKey().KeyChar;
Console.WriteLine();
if (opponentSideChar == 'w')
{
ownSide = Side.Black;
break;
}
else if (opponentSideChar == 'b')
{
ownSide = Side.White;
break;
}
else
{
Console.WriteLine("Invalid side.");
}
}
/*************** End of input opponent side ******************/
/*************** Start game *******************/
Console.WriteLine("Start playing.");
Console.WriteLine();
if (ownSide == Side.White)
{
moveDepthTimeAndScore = AlphaBeta2.IDASParallel(board, ownSide);
// AlphaBeta2.IterativeDeepeningParallel(board, ownSide);
// AlphaBeta2.RootAlphaBetaTTParallel(board, ownSide, depth).Item1;
move = moveDepthTimeAndScore.Item1;
if (board.MakeMove(move))
{
Console.WriteLine("Filthy Mind: {0} (Depth: {1} plies; Time: {2}ms; Score: {3})", board.ConvertToAlgebraicNotation(move),
moveDepthTimeAndScore.Item2, moveDepthTimeAndScore.Item3, moveDepthTimeAndScore.Item4);
}
}
while (true)
{
Console.Write("You: ");
opponentMoveString = Console.ReadLine();
if (opponentMoveString.ToLower() == "exit")
{
break;
}
if (opponentMoveString.ToLower() == "fen")
{
Console.WriteLine("Board Position: {0}", board.ToString());
continue;
}
if (opponentMoveString.Trim().ToLower() == "undo")
{
if (undoStack.Count > 0)
{
board.RestoreState(undoStack.Pop());
Console.WriteLine("Undid last move.");
}
else
{
Console.WriteLine("Nothing to undo!");
}
continue;
}
try
{
undoStack.Push(board.GetBoardState());
if (!board.MakeUserMove(opponentMoveString))
{
Console.WriteLine("Failed to make move. Try again.");
undoStack.Pop();
continue;
}
}
catch (Exception ex)
{
undoStack.Pop();
Console.WriteLine("ERROR: {0}", ex.Message);
continue;
}
// make move for own side
moveDepthTimeAndScore = AlphaBeta2.IDASParallel(board, ownSide);
// AlphaBeta2.IterativeDeepeningParallel(board, ownSide);
// AlphaBeta2.RootAlphaBetaTTParallel(board, ownSide, depth).Item1;
move = moveDepthTimeAndScore.Item1;
if (board.MakeMove(move))
{
Console.WriteLine("Filthy Mind: {0} (Depth: {1} plies; Time: {2}ms; Score: {3})", board.ConvertToAlgebraicNotation(move),
moveDepthTimeAndScore.Item2, moveDepthTimeAndScore.Item3, moveDepthTimeAndScore.Item4);
}
}
Console.WriteLine("End of the game. Press any key to close the window.");
Console.ReadKey();
/*************** End of game ******************/
}
public static int AlphaBetaTT(Board board, int alpha, int beta, byte depthLeft, sbyte side, UInt16[] killers, int level)
{
int score;
TranspositionTableEntry entry = transpositionTable.Retrieve(board.ZobristHash);
if (entry.IsValid() && (TranspositionTableEntryHelper.GetDepthSearched(entry.Data) >= depthLeft))
{
if (TranspositionTableEntryHelper.GetEntryType(entry.Data) == TranspositionTableEntryHelper.EntryTypeExactValue)
{
return TranspositionTableEntryHelper.GetScore(entry.Data);
}
if ((TranspositionTableEntryHelper.GetEntryType(entry.Data) == TranspositionTableEntryHelper.EntryTypeLowerBound) &&
(TranspositionTableEntryHelper.GetScore(entry.Data) > alpha))
{
alpha = TranspositionTableEntryHelper.GetScore(entry.Data);
}
else if ((TranspositionTableEntryHelper.GetEntryType(entry.Data) == TranspositionTableEntryHelper.EntryTypeUpperBound) &&
(TranspositionTableEntryHelper.GetScore(entry.Data) < beta))
{
beta = TranspositionTableEntryHelper.GetScore(entry.Data);
}
if (alpha >= beta)
{
return TranspositionTableEntryHelper.GetScore(entry.Data);
}
}
if (depthLeft == 0)
{
score = Quiescence_Limited(board, side, alpha, beta, (level + 1) % 2); // the last arg ensures that quiescence evaluates opponent's move as the last one.
// Quiescence(board, side, alpha, beta);
// Evaluation2.EvaluateFromPerspectiveOf(board, side);
if (score <= alpha)
{
transpositionTable.Add(new TranspositionTableEntry(board.ZobristHash,
TranspositionTableEntryHelper.ComposeData(score, TranspositionTableEntryHelper.InvalidMove,
depthLeft, TranspositionTableEntryHelper.EntryTypeLowerBound)));
}
else if (score >= beta)
{
transpositionTable.Add(new TranspositionTableEntry(board.ZobristHash,
TranspositionTableEntryHelper.ComposeData(score, TranspositionTableEntryHelper.InvalidMove,
depthLeft, TranspositionTableEntryHelper.EntryTypeUpperBound)));
}
else
{
transpositionTable.Add(new TranspositionTableEntry(board.ZobristHash,
TranspositionTableEntryHelper.ComposeData(score, TranspositionTableEntryHelper.InvalidMove,
depthLeft, TranspositionTableEntryHelper.EntryTypeExactValue)));
}
return score;
}
int movesCount;
UInt16[] moves = board.GenerateMoves(out movesCount);
#region Move Ordering
// this is the index with which a good move will be swapped with...
int indexToSwapWith = 0;
/*************** Transposition Table Reordering **************/
// NOTE (17 Jul 2013): There appears to be no gain from transposition table re-ordering, therefore
// commenting it out.
//if (entry.IsValid())
//{
// UInt16 bestMoveFromTable = TranspositionTableEntryHelper.GetBestMove(entry.Data);
// if (bestMoveFromTable != TranspositionTableEntryHelper.InvalidMove)
// {
// for (int i = 0; i < movesCount; i++)
// {
// if (moves[i] == bestMoveFromTable)
// {
// // swap...
// UInt16 temp = moves[i];
// moves[i] = moves[indexToSwapWith];
// moves[indexToSwapWith] = temp;
// indexToSwapWith++;
// break;
// }
// }
// }
//}
/*************** End of Transposition Table Reordering **************/
/*************** Killer Heuristic Reordering *****************/
if (killers[level] != 0)
{
for (int i = 0; i < movesCount; i++)
{
if (killers[level] == moves[i])
{
// if killer move found then swap that with the first move.
UInt16 temp = moves[i];
moves[i] = moves[indexToSwapWith];
moves[indexToSwapWith] = temp;
indexToSwapWith++;
break;
}
}
}
// set killer for next level to 0
killers[level + 1] = 0;
/*************** End of Killer Heuristic Reordering *****************/
#endregion
// NOTE: diluting negative infinity by level so that the farther away the checkmate is from current
// board position the lower will be the score. this is to get the engine to checkmate opponent
// as soon as possible rather than wasting time in capture or other moves which ultimately lead to
// checkmate but are not the fastest route to checkmakte.
int bestScore = Constants.NegativeInfinity + level;
UInt16 bestMove = TranspositionTableEntryHelper.InvalidMove;
BoardState state;
sbyte oppositeSide = (sbyte)(-1 * side);
for (int i = 0; i < movesCount; i++)
{
state = board.GetBoardState();
if (!board.MakeMove(moves[i]))
{
continue;
}
score = -AlphaBetaTT(board, -beta, -alpha, (byte)(depthLeft - 1), oppositeSide, killers, level + 1);
board.RestoreState(state);
if (score > bestScore)
{
bestScore = score;
bestMove = moves[i];
}
if (bestScore > alpha)
{
alpha = bestScore;
}
if (bestScore >= beta)
{
// beta-cutoff, therefore update killer for this level
killers[level] = moves[i];
break;
}
}
// following nested ifs check for stalemate.
if (bestScore == (Constants.NegativeInfinity + level))
{
if (!board.IsInCheck(side))
{
bestScore = Constants.DrawScore;
}
}
if (bestScore <= alpha) // lower bound value
{
transpositionTable.Add(new TranspositionTableEntry(board.ZobristHash,
TranspositionTableEntryHelper.ComposeData(bestScore, bestMove,
depthLeft, TranspositionTableEntryHelper.EntryTypeLowerBound)));
}
else if (bestScore >= beta) // upper bound value
{
transpositionTable.Add(new TranspositionTableEntry(board.ZobristHash,
TranspositionTableEntryHelper.ComposeData(bestScore, bestMove,
depthLeft, TranspositionTableEntryHelper.EntryTypeUpperBound)));
}
else // true minimax value
{
transpositionTable.Add(new TranspositionTableEntry(board.ZobristHash,
TranspositionTableEntryHelper.ComposeData(bestScore, bestMove,
depthLeft, TranspositionTableEntryHelper.EntryTypeExactValue)));
}
return bestScore;
}
public void TestQuiescenceDepth()
{
Board board = new Board();
// Generate move here for white to play
Tuple<UInt16, int> moveAndScore = AlphaBeta2.RootAlphaBetaTT(board, 1, 6);
// AlphaBeta2.RootAlphaBetaTTParallel(board, 1, 6);
board.MakeMove(moveAndScore.Item1);
// following was bad move by FM
board.MakeUserMove("d4d8");
board.MakeUserMove("a2c4");
}
public void WhenPlayingAgainstHammad()
{
Board board = new Board();
board.MakeUserMove("d2d4");
board.MakeUserMove("g8f6");
board.MakeUserMove("g1f3");
board.MakeUserMove("d7d5");
board.MakeUserMove("b1c3");
board.MakeUserMove("b8c6");
board.MakeUserMove("c1g5");
board.MakeUserMove("f6e4");
board.MakeUserMove("d1d2");
board.MakeUserMove("e4d2");
board.MakeUserMove("e1d2");
board.MakeUserMove("h7h6");
board.MakeUserMove("g5f4");
board.MakeUserMove("e7e6");
board.MakeUserMove("f4e5");
board.MakeUserMove("f8b4");
// now do search
Tuple<UInt16, int> moveAndScore = AlphaBeta2.RootAlphaBetaTTParallel(board, -1, 6);
board.MakeMove(moveAndScore.Item1);
}
public void Game7VsTitan_NotCheckmating()
{
Board board = new Board();
board.MakeUserMove("d2d4 ");
board.MakeUserMove("d7d5");
board.MakeUserMove("c2c3 ");
board.MakeUserMove("g8f6");
board.MakeUserMove("g2g3 ");
board.MakeUserMove("e7e6");
board.MakeUserMove("c1g5 ");
board.MakeUserMove("f8d6");
board.MakeUserMove("e2e4 ");
board.MakeUserMove("d5e4");
board.MakeUserMove("b1d2 ");
board.MakeUserMove("d6e7");
board.MakeUserMove("d1a4 ");
board.MakeUserMove("d8d7");
board.MakeUserMove("a4c2 ");
board.MakeUserMove("e8g8");
board.MakeUserMove("f1h3 ");
board.MakeUserMove("b8c6");
board.MakeUserMove("g5f6 ");
board.MakeUserMove("g7f6");
board.MakeUserMove("c2e4 ");
board.MakeUserMove("f6f5");
board.MakeUserMove("e4e3 ");
board.MakeUserMove("b7b5");
board.MakeUserMove("h3g2 ");
board.MakeUserMove("c8b7");
board.MakeUserMove("g1f3 ");
board.MakeUserMove("f7f6");
board.MakeUserMove("f3h4 ");
board.MakeUserMove("f8b8 ");
board.MakeUserMove("d2b3 ");
board.MakeUserMove("b5b4");
board.MakeUserMove("b3c5 ");
board.MakeUserMove("e7c5");
board.MakeUserMove("d4c5 ");
board.MakeUserMove("a7a5");
board.MakeUserMove("a2a3 ");
board.MakeUserMove("e6e5");
board.MakeUserMove("a1d1 ");
board.MakeUserMove("d7e6");
board.MakeUserMove("g2d5 ");
board.MakeUserMove("e6d5");
board.MakeUserMove("d1d5 ");
board.MakeUserMove("c6e7");
board.MakeUserMove("d5d7 ");
board.MakeUserMove("b7h1");
board.MakeUserMove("d7e7 ");
board.MakeUserMove("b4a3 ");
board.MakeUserMove("e3h6 ");
board.MakeUserMove("g8h8");
// Generate move here for white to play
Tuple<UInt16, int> moveAndScore = AlphaBeta2.RootAlphaBetaTT(board, 1, 6);
// AlphaBeta2.RootAlphaBetaTTParallel(board, 1, 6);
board.MakeMove(moveAndScore.Item1);
// following was bad move by FM
board.MakeUserMove("d4d8");
board.MakeUserMove("a2c4");
}
public void Game6VsTitan_BadMoveLostQueen()
{
Board board = new Board();
board.MakeUserMove("b1c3 ");
board.MakeUserMove("d7d5");
board.MakeUserMove("e2e3 ");
board.MakeUserMove("b8c6");
board.MakeUserMove("f1b5 ");
board.MakeUserMove("a7a6");
board.MakeUserMove("b5c6 ");
board.MakeUserMove("b7c6");
board.MakeUserMove("d2d4");
board.MakeUserMove("e7e5");
board.MakeUserMove("d4e5 ");
board.MakeUserMove("d8g5");
board.MakeUserMove("e1f1 ");
board.MakeUserMove("g5e5");
board.MakeUserMove("g1f3 ");
board.MakeUserMove("e5h5");
board.MakeUserMove("d1d4 ");
board.MakeUserMove("c8f5");
board.MakeUserMove("d4a4 ");
board.MakeUserMove("f5d7");
board.MakeUserMove("a4b3 ");
board.MakeUserMove("a6a5");
board.MakeUserMove("b3b7 ");
board.MakeUserMove("a8c8");
board.MakeUserMove("c3e2 ");
board.MakeUserMove("f8d6");
board.MakeUserMove("e2f4 ");
board.MakeUserMove("h5f5");
board.MakeUserMove("f3d4 ");
board.MakeUserMove("f5f6 ");
board.MakeUserMove("d4c6 ");
board.MakeUserMove("d6f4");
board.MakeUserMove("c6a7 ");
board.MakeUserMove("f4e3");
board.MakeUserMove("c1e3 ");
board.MakeUserMove("c8d8");
board.MakeUserMove("a1e1 ");
board.MakeUserMove("g8e7");
board.MakeUserMove("e3c5 ");
board.MakeUserMove("d7e6");
board.MakeUserMove("c5e7 ");
board.MakeUserMove("e8e7");
board.MakeUserMove("b7c7 ");
board.MakeUserMove("e7e8");
board.MakeUserMove("a7c6 ");
board.MakeUserMove("d5d4");
board.MakeUserMove("h1g1 ");
board.MakeUserMove("g7g6");
board.MakeUserMove("c2c3 ");
board.MakeUserMove("d8a8");
board.MakeUserMove("c7b7 ");
board.MakeUserMove("a8d8");
board.MakeUserMove("c6d8 ");
board.MakeUserMove("f6d8");
board.MakeUserMove("b7b5 ");
board.MakeUserMove("e8f8");
board.MakeUserMove("e1d1 ");
board.MakeUserMove("e6a2");
board.MakeUserMove("d1d4 ");
board.MakeUserMove("d8c7");
board.MakeUserMove("b5a6 ");
board.MakeUserMove("f8g7");
board.MakeUserMove("f2f4 ");
board.MakeUserMove("h8d8");
// Generate move here for white to play
Tuple<UInt16, int> moveAndScore = AlphaBeta2.RootAlphaBetaTTParallel(board, 1, 7);
board.MakeMove(moveAndScore.Item1);
// following was bad move by FM
board.MakeUserMove("d4d8");
board.MakeUserMove("a2c4");
}
public void Defect2VsTitan()
{
Board board = new Board();
board.MakeUserMove("e2e4");
board.MakeUserMove("c7c6");
board.MakeUserMove("b1c3");
board.MakeUserMove("d7d5");
board.MakeUserMove("e4d5");
board.MakeUserMove("c6d5");
board.MakeUserMove("f1b5");
board.MakeUserMove("b8c6");
board.MakeUserMove("d2d4");
board.MakeUserMove("a7a6");
board.MakeUserMove("b5c6");
board.MakeUserMove("b7c6");
board.MakeUserMove("a2a3");
board.MakeUserMove("g8f6");
board.MakeUserMove("g1e2");
board.MakeUserMove("e7e6");
board.MakeUserMove("e1g1");
board.MakeUserMove("f8e7");
board.MakeUserMove("c1g5");
board.MakeUserMove("e8g8");
board.MakeUserMove("d1d3");
board.MakeUserMove("c8b7");
board.MakeUserMove("h2h3");
board.MakeUserMove("f8e8");
board.MakeUserMove("a3a4");
board.MakeUserMove("h7h6");
board.MakeUserMove("g5f6");
board.MakeUserMove("e7f6");
board.MakeUserMove("c3d1");
board.MakeUserMove("e6e5");
board.MakeUserMove("d4e5");
board.MakeUserMove("f6e5");
board.MakeUserMove("c2c3");
board.MakeUserMove("c6c5");
board.MakeUserMove("d3c2");
board.MakeUserMove("d5d4");
board.MakeUserMove("c2b3");
board.MakeUserMove("b7d5");
board.MakeUserMove("c3c4");
board.MakeUserMove("a8b8");
board.MakeUserMove("b3d3");
board.MakeUserMove("d5e4");
board.MakeUserMove("d3d2");
board.MakeUserMove("d8d6");
board.MakeUserMove("f2f4");
board.MakeUserMove("d6g6");
board.MakeUserMove("g2g4");
board.MakeUserMove("e5d6");
board.MakeUserMove("a1a3");
board.MakeUserMove("g6e6");
board.MakeUserMove("b2b3");
board.MakeUserMove("e4c6");
board.MakeUserMove("e2g3");
board.MakeUserMove("f7f6");
board.MakeUserMove("d2c1");
board.MakeUserMove("a6a5");
board.MakeUserMove("c1d2");
board.MakeUserMove("d6c7");
board.MakeUserMove("d2c1");
board.MakeUserMove("c7d6");
board.MakeUserMove("c1d2");
board.MakeUserMove("b8a8");
board.MakeUserMove("a3a1");
board.MakeUserMove("g7g6");
board.MakeUserMove("d2c2");
board.MakeUserMove("e6f7");
board.MakeUserMove("c2d2");
board.MakeUserMove("f7b7");
board.MakeUserMove("d2b2");
board.MakeUserMove("b7d7");
// Generate move here for white to play
Tuple<UInt16, int> moveAndScore = AlphaBeta2.RootAlphaBetaTTParallel(board, 1, 6);
board.MakeMove(moveAndScore.Item1);
}
public void Defect3VsTitan_Quiesc()
{
Board board = new Board();
board.MakeUserMove("g1f3");
board.MakeUserMove("g8f6");
board.MakeUserMove("d2d4");
board.MakeUserMove("e7e6");
board.MakeUserMove("c1g5");
board.MakeUserMove("c7c5");
board.MakeUserMove("b1c3");
board.MakeUserMove("c5d4");
board.MakeUserMove("f3d4");
board.MakeUserMove("e6e5");
board.MakeUserMove("d4b3");
board.MakeUserMove("f8e7");
board.MakeUserMove("g5f6");
board.MakeUserMove("e7f6");
board.MakeUserMove("e2e4");
board.MakeUserMove("e8g8");
board.MakeUserMove("f1c4");
board.MakeUserMove("b8c6");
board.MakeUserMove("e1g1");
board.MakeUserMove("d7d6");
board.MakeUserMove("f1e1");
board.MakeUserMove("f6g5");
board.MakeUserMove("d1d3");
bool success = board.MakeUserMove("d1d3");
// Generate move here for white to play
Tuple<UInt16, int> moveAndScore = AlphaBeta2.RootAlphaBetaTTParallel(board, 1, 6);
board.MakeMove(moveAndScore.Item1);
}
static void Main(string[] args)
{
// variables
sbyte opponentSide, ownSide;
Board board = new Board();
Move move;
int depth = 4;
string opponentMoveString;
Console.WriteLine("Filthy Mind Chess");
Console.WriteLine();
/*********** Input opponent side ************/
while (true)
{
Console.Write("Choose your side (w/b): ");
char opponentSideChar = Console.ReadKey().KeyChar;
Console.WriteLine();
if (opponentSideChar == 'w')
{
opponentSide = Side.White;
ownSide = Side.Black;
break;
}
else if (opponentSideChar == 'b')
{
opponentSide = Side.Black;
ownSide = Side.White;
break;
}
else
{
Console.WriteLine("Invalid side.");
}
}
/*************** End of input opponent side ******************/
/*************** Start game *******************/
Console.WriteLine("Start playing.");
Console.WriteLine();
if (ownSide == Side.White)
{
move = Search.RootAlphaBetaParallel(board, ownSide, depth).Item1;
if (board.MakeMove(move))
{
Console.WriteLine("Filthy Mind: {0}", move.ToString());
}
}
while (true)
{
Console.Write("You: ");
opponentMoveString = Console.ReadLine();
if (opponentMoveString.ToLower() == "exit")
{
break;
}
try
{
move = new Move(opponentSide, opponentMoveString);
}
catch (Exception ex)
{
Console.WriteLine("ERROR: {0}", ex.Message);
continue;
}
if (!board.MakeMove(move))
{
Console.WriteLine("Failed to make move. Try again.");
continue;
}
// make move for own side
move = Search.RootAlphaBetaParallel(board, ownSide, depth).Item1;
if (board.MakeMove(move))
{
Console.WriteLine("Filthy Mind: {0}", move.ToString());
}
}
Console.WriteLine("End of the game. Press any key to close the window.");
Console.ReadKey();
/*************** End of game ******************/
}