public int GetCardLocationInHand(TraditionalCard card)
{
for (int animationIndex = 0; animationIndex < heldAnimationCards.Count; animationIndex++)
{
if (heldAnimationCards[animationIndex].Card == card)
{
return(animationIndex);
}
}
return(-1);
}
public AnimatedCardsGameComponent GetCardGameComponent(TraditionalCard card, int value)
{
int location = GetCardLocationInHand(card);
if (location == -1)
{
return(null);
}
return(heldAnimationCards[location]);
}
public virtual int CardValue(TraditionalCard card)
{
switch (card.Value)
{
case Cards_FrameWork.CardValue.Ace:
return(1);
case Cards_FrameWork.CardValue.Two:
return(2);
case Cards_FrameWork.CardValue.Three:
return(3);
case Cards_FrameWork.CardValue.Four:
return(4);
case Cards_FrameWork.CardValue.Five:
return(5);
case Cards_FrameWork.CardValue.Six:
return(6);
case Cards_FrameWork.CardValue.Seven:
return(7);
case Cards_FrameWork.CardValue.Eight:
return(8);
case Cards_FrameWork.CardValue.Nine:
return(9);
case Cards_FrameWork.CardValue.Ten:
return(10);
case Cards_FrameWork.CardValue.Jack:
return(11);
case Cards_FrameWork.CardValue.Queen:
return(12);
case Cards_FrameWork.CardValue.King:
return(13);
default:
throw new ArgumentException("Ambiguous card value");
}
}
public static string GetCardAssetName(TraditionalCard card)
{
return(string.Format("{0}{1}", ((card.Value | CardValue.FirstJoker) ==
CardValue.FirstJoker || (card.Value | CardValue.SecondJoker) == CardValue.SecondJoker) ? "" : card.Type.ToString(), card.Value));
}
public AnimatedCardsGameComponent(TraditionalCard card, _21BlackJack.Cards_FrameWork.Game.CardsGame cardGame) : base(cardGame, null)
{
Card = card;
}
