public Queue <Card> CardPileLevel(Card.CardLevel level)
{
Queue <Card> cards = new Queue <Card>();
foreach (Card card in CreatePileOfCards())
{
if (card.Level == level)
{
cards.Enqueue(card);
}
}
return(ShuffleCard(cards));
}
public static object DeserializeCard(StreamBuffer inStream, short length)
{
int cardValue, cardTypeID, cardLevelID;
Card.CardLevel cardLevel = Card.CardLevel.None;
Card.CardType cardType = Card.CardType.None;
lock (memCard) {
inStream.Read(memCard, 0, 3 * 4);
int off = 0;
Protocol.Deserialize(out cardValue, memCard, ref off);
Protocol.Deserialize(out cardTypeID, memCard, ref off);
Protocol.Deserialize(out cardLevelID, memCard, ref off);
}
if (cardTypeID == 1)
{
cardType = Card.CardType.Snake;
}
else if (cardTypeID == 2)
{
cardType = Card.CardType.Snake2Head;
}
else if (cardTypeID == 3)
{
cardType = Card.CardType.Ladder;
}
else if (cardTypeID == 4)
{
cardType = Card.CardType.Ladder2Tail;
}
if (cardLevelID == 1)
{
cardLevel = Card.CardLevel.One;
}
else if (cardLevelID == 2)
{
cardLevel = Card.CardLevel.Two;
}
else if (cardLevelID == 3)
{
cardLevel = Card.CardLevel.Three;
}
Card boughtCard = new Card(cardValue, cardLevel, cardType);
return(boughtCard);
}
public void SellCardButton()
{
//SoundManager.PlaySoundEffect("ButtonClick");
Card.CardLevel cardLevel = CardOnHand.Level;
switch (cardLevel)
{
case Card.CardLevel.One:
SellCard(4, CardPile[0]);
break;
case Card.CardLevel.Two:
SellCard(6, CardPile[1]);
break;
case Card.CardLevel.Three:
SellCard(8, CardPile[2]);
break;
}
gameplayManager.EndTurnButton.interactable = true;
}
