public string StartSimulations(Board board, int numberOfSimulations)
{
Random random = new Random();
List <MonteCarloMove> moves = new List <MonteCarloMove>();
MonteCarloMove move = new MonteCarloMove();
AddMoves(moves, board);
int amountOfTestedMoves = moves.Count;
TestMoves(numberOfSimulations, board, moves, amountOfTestedMoves);
setResult(moves);
moves.Sort((s2, s1) => s1.result.CompareTo(s2.result));
int bestOf = 3;
if (moves.Count < 3)
{
bestOf = moves.Count;
}
TestMoves(numberOfSimulations, board, moves, bestOf);
setResult(moves);
for (int i = bestOf; i < moves.Count; i++)
{
moves[i].result = 0;
}
moves.Sort((s2, s1) => s1.result.CompareTo(s2.result));
Console.WriteLine("Ruch: " + moves[0].MoveCode + " Liczba prob: " + moves[0].trys + " liczba wygranych: " + moves[0].wins + " Szansa na wygrana " + moves[0].result);
// writeToFile(bestOf, moves);
return(moves[0].MoveCode);
}
public void AddMoves(List <MonteCarloMove> moves, Board board)
{
foreach (MonteCarloMove.PossibleMoves code in Enum.GetValues(typeof(MonteCarloMove.PossibleMoves)))
{
MonteCarloMove move = new MonteCarloMove();
string moveCode = code.ToString();
move = new MonteCarloMove(moveCode);
if (Move.IsMovePossible(move, this, board.CoinsOnBoard, board.MinesOnBoard))
{
moves.Add(new MonteCarloMove(moveCode));
}
}
DeleteNone(moves);
}