private GameReturn GameLoop(string gameName, bool displayBoard, NeuralNetwork a, NeuralNetwork b, Client cA, Client cB)
{
var checkCountA = 0;
var moveCountA = 0;
var totalTimeA = new Stopwatch();
var checkCountB = 0;
var moveCountB = 0;
var totalTimeB = new Stopwatch();
var gameEnded = false;
var skipA = false;
while (!gameEnded)
{
if (!skipA)
{
do
{
} while (!Board.PlayerOneTurn);
totalTimeA.Start();
Console.Title = Board.FiftyMoveRule.ToString();
if (Board.FiftyMoveRule >= 50)
{
break;
}
var moveA = a.Output;
var messageA = cA.SendMessage(Packet.Packets.Game, "MOVE", gameName, moveA.Item1.ToString(),
moveA.Item2.ToString(), true.ToString());
if (messageA.Item1.Code == Packet.Packets.Error)
{
Console.WriteLine("[X:" + ((moveA.Item1 % 8) + 1) + " Y:" + (8 - (moveA.Item1 / 8)) + "](" +
moveA.Item1 + ") -> " +
"[X:" + ((moveA.Item2 % 8) + 1) + " Y:" + (8 - (moveA.Item2 / 8)) + "](" +
moveA.Item2 + ") AI1");
gameEnded = !RefreshBoard(cA, gameName);
if (displayBoard)
{
DrawBoard();
}
continue;
}
_lastPlayerOneMove = moveA;
totalTimeA.Stop();
//Thread.Sleep(1000);
gameEnded = !RefreshBoard(cA, gameName);
if (Board.CheckCheck(Board.WhiteColour))
{
checkCountA++;
}
moveCountA++;
if (displayBoard)
{
DrawBoard();
}
}
skipA = false;
if (Board.CheckCheckMate(Board.WhiteColour) || Board.CheckCheckMate(Board.BlackColour))
{
break;
}
if (gameEnded)
{
break;
}
do
{
} while (Board.PlayerOneTurn);
totalTimeB.Start();
Console.Title = Board.FiftyMoveRule.ToString();
if (Board.FiftyMoveRule >= 50)
{
break;
}
var moveB = b.Output;
var messageB = cB.SendMessage(Packet.Packets.Game, "MOVE", gameName, moveB.Item1.ToString(), moveB.Item2.ToString(), false.ToString());
if (messageB.Item1.Code == Packet.Packets.Error)
{
Console.WriteLine("[X:" + ((moveB.Item1 % 8) + 1) + " Y:" + (8 - (moveB.Item1 / 8)) + "](" + moveB.Item1 + ") -> " +
"[X:" + ((moveB.Item2 % 8) + 1) + " Y:" + (8 - (moveB.Item2 / 8)) + "](" + moveB.Item2 + ") AI2");
gameEnded = !RefreshBoard(cA, gameName);
skipA = true;
if (displayBoard)
{
DrawBoard();
}
continue;
}
_lastPlayerTwoMove = moveB;
totalTimeB.Stop();
//Thread.Sleep(1000);
gameEnded = !RefreshBoard(cB, gameName);
if (Board.CheckCheck(Board.BlackColour))
{
checkCountB++;
}
moveCountB++;
if (displayBoard)
{
DrawBoard();
}
}
totalTimeA.Stop();
totalTimeB.Stop();
if (Board.PlayerOneTurn)
{
MovePiece(_lastPlayerOneMove.Item1, _lastPlayerOneMove.Item2);
}
else
{
MovePiece(_lastPlayerTwoMove.Item1, _lastPlayerTwoMove.Item2);
}
var returnInfo = new GameReturn {
WhiteCheckMate = Board.CheckCheckMate(Board.BlackColour),
BlackCheckMate = Board.CheckCheckMate(Board.WhiteColour),
AmountCheckW = checkCountA,
AmountCheckB = checkCountB,
MoveCountW = moveCountA,
MoveCountB = moveCountB,
TotalTimeW = totalTimeA.ElapsedMilliseconds,
TotalTimeB = totalTimeB.ElapsedMilliseconds,
Draw = (Board.FiftyMoveRule >= 50)
};
return(returnInfo);
}
