protected void SumCardSequence(CardSumSequence currentSequence, int currentIndex, int maxNumCards, float targetValue)
{
CardSumSequence cardSumSequence;
if (currentSequence.Size () > maxNumCards) {
return;
} else if (currentSequence.Sum() >= targetValue) {
cardSumSequenceList.Add (currentSequence);
} else {
for (int i = currentIndex + 1; i < playerHand.CardList ().Count; i++) {
if (!lockedCardExists || lockedCard != playerHand.CardAtIndex (i)) {
cardSumSequence = new CardSumSequence(cardGame);
foreach(Card card in currentSequence.List ()) {
cardSumSequence.AddCard (card);
}
cardSumSequence.AddCard (playerHand.CardAtIndex(i));
SumCardSequence (cardSumSequence, i, maxNumCards, targetValue);
}
}
}
}
protected List<Card> FindCardsToReachTargetValue(int maxNumCards, float targetValue)
{
CardSumSequence cardSumSequence;
cardSumSequenceList.Clear ();
for (int i = 0; i < playerHand.CardList ().Count; i++) {
if (!lockedCardExists || lockedCard != playerHand.CardAtIndex (i)) {
cardSumSequence = new CardSumSequence (cardGame);
cardSumSequence.AddCard (playerHand.CardAtIndex (i));
SumCardSequence (cardSumSequence, i, maxNumCards, targetValue);
}
}
return SelectCardSequenceFromList();
}
