/// <summary>
/// Method to remove all the touched cards of Player
/// deck if they belong to removable rules,
/// and add them to discarded deck
/// and add top card of discarded deck to Player deck
/// </summary>
/// <param name="player"></param>
/// <param name="tempLongTouchedList"></param>
public void MultiCardDiscardedDeckSwap(Player player, Deck tempLongTouchedList)
{
Debug.Log("Multi Card Discarded Deck Swap Started");
if (HandCombination.IsStraight(player, tempLongTouchedList) == true || HandCombination.isThreeOfKind(player, tempLongTouchedList) == true)
{
tempLongTouchedList.SortByRankAsc();
Card temp = DiscardedDeck.Deal();
int i = 0;
int size = tempLongTouchedList.CardsCount();
while (i < size)
{
Card removeCard = player.RemoveCard(tempLongTouchedList.GetCardByIndex(i));
DiscardedDeck.Add(removeCard);
i++;
UnityMainThreadDispatcher.Schedule(SingleSwapAnimationFromDiscardedDeck(PlayerUIMapping.Instance.cardholder[currentPlayerIndex], removeCard,
CardDistributionAnimation.instance.playersPosition[currentPlayerIndex], false), 0.1f);
}
UnityMainThreadDispatcher.Schedule(SingleSwapAnimationFromDiscardedDeck(PlayerUIMapping.Instance.cardholder[currentPlayerIndex], null,
CardDistributionAnimation.instance.playersPosition[currentPlayerIndex], true), 0.1f);
player.AddToHand(temp);
tempLongTouchedList.Clear();
GameView.Instance.isClearMethodCompleted = false;
UnityMainThreadDispatcher.Schedule(() => GameView.Instance.LoadClearMethod(), Constants.clearMethodDelay);
//UnityMainThreadDispatcher.Instance().Enqueue(SwitchTurnToNextPlayer(false, Constants.turnPlayerDelay));
UnityMainThreadDispatcher.Schedule(() => SwitchTurnToNextPlayer(false, Constants.turnPlayerDelay), 0.5f);
}
Debug.Log("Multi Card Discarded Deck Swap Completed");
}
/// <summary>
/// Method to decide which action to be taken by Player based on call percent calculation
/// </summary>
private void ChoseActionToPlayAndInformListeners()
{
int callPercent = GetCallPercent(GameController.Instance.GetPlayers(), this);
Debug.Log("Call Percent" + callPercent);
if (callPercent >= 85)
{
listener.SayMinimum(this);
}
else if (myDeck.CardsCount() < 3)
{
PickBestCard(myDeck, GameController.Instance.DiscardedDeck.GetTopCard());
}
else
{
int straightResult = HandCombination.IsStraight(this, GameController.Instance.DiscardedDeck.GetTopCard());
Debug.Log("Straight Method result" + straightResult);
// int threeOfKindResult = HandCombination.isThreeOfKind(this, GameController.Instance.DealtDeck.GetTopCard());
int threeOfKindResult = HandCombination.isThreeOfKind(this, GameController.Instance.DiscardedDeck.GetTopCard());
Debug.Log("Three of kinds method result" + threeOfKindResult);
if (straightResult == 1) //Straight card exist in Player Deck
{
Debug.Log("Straight Card exist in Player Deck getting it now");
Deck straightCards = HandCombination.GetStraight(this);
listener.MultiSwapFromDiscardedDeck(this, straightCards);
}
else if (straightResult == -1) //Straight card created by deck and discarded deck card combination
{
Debug.Log("Straight card created by deck and discarded deck card combination");
Card nonStraightCard = HandCombination.CreateStraight(this, GameController.Instance.DiscardedDeck.GetTopCard());
listener.SingleSwapFromDiscardedDeck(this, nonStraightCard);
}
else if (threeOfKindResult == 1) //Three of kind exist in Player Deck
{
Debug.Log("Three of kind exist in Player Deck getting it now");
Deck threeOfKind = HandCombination.GetThreeOfKind(this);
listener.MultiSwapFromDiscardedDeck(this, threeOfKind);
}
else if (threeOfKindResult == -1) //Three of kind created using Player deck and Discarded Deck card
{
Debug.Log("Three of kind created using Player deck and Discarded Deck card");
Card threeOfKindCard = HandCombination.CreateThreeOfKind(this, GameController.Instance.DiscardedDeck.GetTopCard());
listener.SingleSwapFromDiscardedDeck(this, threeOfKindCard);
}
else
{
PickBestCard(myDeck, GameController.Instance.DiscardedDeck.GetTopCard()); //IF nothing match, pick AI player deck largest card
}
}
}
