void Awake()
{
lastCardIndex = new cardIndex();
getCardIndex_result = new cardIndex();
lastCardIndex.groupIndex = 0;
lastCardIndex.cardSubIndex = 0;
rndCard = ScriptableObject.CreateInstance(typeof(RandomElementWithPropability)) as RandomElementWithPropability;
instance = this;
}
bool cardIndexValid(cardIndex ci)
{
//test, if index is within allowed range of upper group
if (ci.groupIndex >= allCards.Length)
{
return(false);
}
//test, if index is within allowed range of sub group
if (ci.cardSubIndex >= allCards [ci.groupIndex].groupCards.Length)
{
return(false);
}
return(true);
}
//spawn a card, set its parameters and count it
GameObject spawnCard(GameObject go)
{
//Debug.Log ("new card");
spawnedCard = (GameObject)Instantiate(go);
addDrawCnt(go);
addBlockCnt(go);
decrementBlockCounts(); //Reduce counter for all cards which are blocked by a previous draw.
lastCardIndex = getCardIndex(go);
saveCardIndex();
getCardAnimator();
spawnedCard.transform.SetParent(CardParent);
spawnedCard.transform.localScale = new Vector3(1f, 1f, 1f);
actMoveDistance = Vector3.zero;
return(spawnedCard);
}
public void addToFollowUpStack(GameObject element, int delay)
{
C_folluwUpStackElement newElement = new C_folluwUpStackElement();
cardIndex aci = getCardIndex(element);
cardIndex ci = new cardIndex();
ci.cardSubIndex = aci.cardSubIndex;
ci.groupIndex = aci.groupIndex;
ci.validIndex = aci.validIndex;
newElement.followUpCard = ci;
newElement.cardDelay = delay;
newElement.waitingTime = 0;
followUpStack.followUpStack.Add(newElement);
saveFollowUpStack();
}
