public void predictTrickWinner()
{
Trick currentTrick = tricks[tricks.Count - 1];
int winningCard = currentTrick.GetCurrentWinningCard();
int winningPlayerId = currentTrick.GetCurrentWinningPlayer();
int remainingPlays = 4 - currentTrick.GetCurrentTrickSize();
int leadSuit = currentTrick.LeadSuit;
if (winningCard == -1)
{
Console.WriteLine("PIG::predictTrickWinner >> Impossible winningCard");
}
//if (Card.GetSuit(winningCard) != leadSuit)
//{
// predictableTrickCut = true;
//}
predictableTrickCut = false;
for (int i = 0, pid = currentTrick.GetNextPlayerId(); i < remainingPlays; i++, pid = (pid + 1) % 4)
{
int bestCard = players[pid].GetHighestRankFromSuit(leadSuit, trump);
if (bestCard == -1)
{
//the player does not have the leadsuit neigher the trump
continue;
}
if (Card.GetSuit(bestCard) != leadSuit)
{
if (Card.GetSuit(winningCard) == leadSuit || Card.GetRank(bestCard) > Card.GetRank(winningCard))
{
predictableTrickCut = true;
winningCard = bestCard;
predictableTrickWinner = pid;
}
}
else if (Card.GetRank(bestCard) > Card.GetRank(winningCard) && !predictableTrickCut)
{
winningCard = bestCard;
predictableTrickWinner = pid;
}
}
}
public List <int> orderPossibleMoves(List <int> moves, int playerID)
{
Trick currentTrick = tricks[tricks.Count - 1];
int leadSuit = currentTrick.LeadSuit;
int currentTrickSize = currentTrick.GetCurrentTrickSize();
if (moves.Count == 1)
{
return(moves);
}
if (currentTrickSize == 0)
{
AscendingComparer ac = new AscendingComparer();
moves.Sort(ac);
return(moves);
}
if (predictableTrickWinner == -1)
{
predictTrickWinner();
}
if (!predictableTrickCut && (predictableTrickWinner == playerID || predictableTrickWinner == (playerID + 2) % 4))
{
AscendingComparer ac = new AscendingComparer();
moves.Sort(ac);
}
else if (predictableTrickCut && (predictableTrickWinner == playerID || predictableTrickWinner == (playerID + 2) % 4))
{
AscendingCutComparer acc = new AscendingCutComparer(trump);
moves.Sort(acc);
}
else
{
DescendingComparer dc = new DescendingComparer();
moves.Sort(dc);
}
return(moves);
}
