void End()
{
int blackPoints = gameState.CountPoints(gameState.Board, 1);
int whitePoints = gameState.CountPoints(gameState.Board, 2);
string scoreB = blackPoints.ToString();
string scoreW = whitePoints.ToString();
endText.enabled = true;
endPanel.SetActive(true);
if (blackPoints > whitePoints)
{
endText.text = "Koniec gry\nWygrał czarny\nZdobył " + scoreB + " punktów\nDzięki za grę";
SaveResult("Black");
}
else if (blackPoints < whitePoints)
{
endText.text = "Koniec gry\nWygrał biały\nZdobył " + scoreW + " punktów\nDzięki za grę";
SaveResult("White");
}
else
{
endText.text = "Koniec gry\nRemis\nDzięki za grę";
SaveResult("Draw");
}
Restart();
}
public double rollOut(TreeNode tn)
{
Othello rollGS = new Othello(tn.gameState);
bool stillPlaying = true;
double rc = 0;
int moveIndex;
ArrayList am = rollGS.availableMoves();
while (am.Count > 0 && stillPlaying)
{
moveIndex = r.Next(0, am.Count);
int move = (int)am[moveIndex];
rollGS.makeMove(move);
rollGS.NextTurn();
if (rollGS.CanMove(rollGS.Board) == false)
{
rollGS.NextTurn();
if (rollGS.CanMove(rollGS.Board) == false)
{
stillPlaying = false;
int blackPoints = rollGS.CountPoints(rollGS.Board, 1);
int whitePoints = rollGS.CountPoints(rollGS.Board, 2);
if (blackPoints > whitePoints)
{
rc = 1.0;
}
else if (blackPoints <= whitePoints)
{
rc = 0.0;
}
}
}
am = rollGS.availableMoves();
}
return(rc);
}
