void checkActiveEventInstances(GiftEventData giftEvent)
{
if (!activeGiftEventInstances.ContainsKey(giftEvent))
{
activeGiftEventInstances[giftEvent] = k.NONE_VALUE;
}
}
public void RetireEvent(GiftEventData activeEvent)
{
checkActiveEventInstances(activeEvent);
int activeInstanceCount = activeGiftEventInstances[activeEvent];
activeInstanceCount = Mathf.Clamp(activeInstanceCount - 1, 0, int.MaxValue);
activeGiftEventInstances[activeEvent] = activeInstanceCount;
}
public bool TryUseEvent(GiftEventData activeEvent)
{
if (canUseEvent(activeEvent))
{
activeGiftEventInstances[activeEvent]++;
return(true);
}
else
{
return(false);
}
}
public GiftEventData GetRandomGiftEvent()
{
RandomBuffer <GiftEventData> randomGiftEventBuffer = new RandomBuffer <GiftEventData>(giftEvents);
while (randomGiftEventBuffer.HasNext())
{
GiftEventData targetGiftEvent = randomGiftEventBuffer.GetRandom();
if (canUseEvent(targetGiftEvent))
{
return(targetGiftEvent);
}
}
return(ArrayUtil.GetRandom(this.giftEvents));
}
protected override void fetchReferences()
{
base.fetchReferences();
gifts = GiftDatabase.GetInstance;
GiftEventData testEvent = gifts.GiftEvents[0];
Debug.Log(testEvent);
for (int i = 0; i < numberTimesTestSpawnCurrency; i++)
{
Debug.Log(testEvent.GetResult().Length);
Debug.LogFormat("Coins: {0}, Food: {1}", dataController.Coins, dataController.DogFood);
testEvent.Give();
Debug.LogFormat("Coins: {0}, Food: {1}", dataController.Coins, dataController.DogFood);
}
}
bool canUseEvent(GiftEventData giftEvent)
{
checkActiveEventInstances(giftEvent);
return(activeGiftEventInstances[giftEvent] < giftEvent.MaxConcurrentInstances);
}
