//This method MUST be called by all children in their playCard method.
public Boolean isLegalMove(Trick currentTrick, Card attemptedPlay)
{
Boolean isLegal = true;
//If this card is not already onsuit, must check tobe sure hand has no onsuit cards in it
if (!currentTrick.onSuitCheck(attemptedPlay))
{
for (int i = 0; i < hand.Count; i++)
{
//So, one of the cards in the hand is the attemptedPlay, and we need to ignore that one
//Otherwise, as soon as you find an onsuit card elsewhere, this play is illegal
if (currentTrick.onSuitCheck((Card)hand[i]) == true && hand[i] != attemptedPlay)
{
isLegal = false;
}
}
}
return(isLegal);
}
public void nextTrick()
{
if (currentTrick != null) //only the first trick should move past this
{
pastTricks.Add(currentTrick);
foreach (Player p in seats)
{
p.updatedCardCount(currentTrick);
}
}
currentTrick = new Trick(seats, trump);
//Leader plays, then rotate around whole table
Card played = seats[leader].leadCard(this);
currentTrick.leadPlay(played, leader);
for (int i = 1; i <= 3; i++)
{
played = seats[(leader + i) % 4].playCard(this);
currentTrick.addPlay(played, ((leader + i) % 4));
}
//update next leader as winner of trick
int winner = currentTrick.winner();
leader = winner;
//Update cumulative trick-winning total
if (winner == 0 || winner == 2)
{
team02Tricks++;
}
else if (winner == 1 || winner == 3)
{
team13Tricks++;
}
else
{
Console.WriteLine("ERROR: Problem determining trick winner in Hand");
}
}
//Finds the best onsuit play, which is win with the worst of the best, or just go with the worst
//It's given that there's at least two valid moves. Must return a valid move
public int findOnsuitPlay(Trick currentTrick, ArrayList validMoves)
{
int index = 0;
bool winnable = false;
for (int i = 0; i < validMoves.Count; i++)
{
//If we can beat the current card
if (isBetterCard(currentTrick.getMoves()[currentTrick.currentWinner], (Card)validMoves[i], currentTrick.trumpSuit))
{
//There was no previous winning card
if (!winnable)
{
winnable = true;
index = i;
}
//There is already a winnable card
else
{
//If the old card can beat the new card, we want to use the new one to save the better
if (isBetterCard((Card)validMoves[i], (Card)validMoves[index], currentTrick.trumpSuit))
{
index = i;
}
}
}
//This card can't beat the current card, and there isn't yet a card that can
else if (!winnable)
{
//If the old card can beat the new card, we want to use the new to save our better one
if (isBetterCard((Card)validMoves[i], (Card)validMoves[index], currentTrick.trumpSuit))
{
index = i;
}
}
}
return(index);
}
public void updatedCardCount(Trick pastTrick)
{
counter.removeGroup(new ArrayList(pastTrick.getMoves()));
}
