private ResultDetails PlayMatch(Dictionary <Player, IAIAlgorithm> algorithms, int matchNumber, Action <int> updateTurn)
{
var board = new CheckerBoard();
board.InitializeBoard();
Stopwatch matchStopwatch = new Stopwatch();
Stopwatch stopwatch = new Stopwatch();
int turns = 0;
matchStopwatch.Start();
while (board.GetGameStatus() == GameStatuses.Running)
{
updateTurn(turns);
stopwatch.Reset();
stopwatch.Start();
var move = algorithms[board.NextPlayer].GetMove(board, board.NextPlayer);
stopwatch.Stop();
if (move == null)
{
return(new ResultDetails(MatchResult.NoMoreMoves, matchStopwatch.Elapsed, turns));
}
Console.WriteLine($"\tTurn #{matchNumber}.{turns}; Player {board.NextPlayer}; ({move.piece1.Row}, {move.piece1.Column}) to ({move.piece2.Row}, {move.piece2.Column}); Elapsed: {stopwatch.ElapsedMilliseconds} ms");
board.MakeMove(move, board.NextPlayer);
if (board.GetGameStatus() != GameStatuses.Running)
{
var result = board.GetGameStatus();
if (result == GameStatuses.RedWon)
{
return(new ResultDetails(MatchResult.RedWon, matchStopwatch.Elapsed, algorithms[board.NextPlayer].GetType(), turns));
}
else if (result == GameStatuses.BlackWon)
{
return(new ResultDetails(MatchResult.BlackWon, matchStopwatch.Elapsed, algorithms[board.NextPlayer].GetType(), turns));
}
else
{
throw new Exception($"Unsupported result: {result}");
}
}
if (++turns >= this.MaxTurnsPerMatch)
{
return(new ResultDetails(MatchResult.MaxTurnsReached, matchStopwatch.Elapsed, turns));
}
}
return(new ResultDetails(MatchResult.NoResult, matchStopwatch.Elapsed, turns));
}
