public static bool CombinationExist(List<PokerCard> cards, CartCombination combi)
{
if (combi == CartCombination.FourOfaKind) return (maxSimilar(cards).Count == 4);
if (combi == CartCombination.ThreeOfaKind) return threeOfaKind(cards);
if (combi == CartCombination.TwoPair) return twoPair(cards);
if (combi == CartCombination.OnePair) return onePair(cards);
if (combi == CartCombination.FullHouse) return fullHouse(cards);
if (combi == CartCombination.Straight) return straight(cards);
if (combi == CartCombination.StraightFlush) return straightFlush(cards);
if (combi == CartCombination.Flush) return flush(cards);
return false;
}
//vrací procenta na dokonční dané kombinace na flopu
public static double PercToCompFlop(PokerCard[] myCard, PokerCard[] tableCard,CartCombination combination)
{
int spravne = CartToCombinationFlop(myCard, tableCard, combination).Count;
int vsechny = AllCombinationFlop(myCard, tableCard).Count;
return (double)spravne/(double)vsechny;
}
//vrací procenta na dokonční dané kombinace na turnu
public static double PercentToCompTurn(PokerCard[] myCard, PokerCard[] tableCard, CartCombination combination)
{
int cards = CartToCombinationTurn(myCard, tableCard, combination).Count;
int all = AllCombinationTurn(myCard,tableCard).Count;
return cards/(double) all;
}
//správné kombinace pro Turn
public static List<PokerCard> CartToCombinationTurn(PokerCard[] myCard, PokerCard[] tableCard, CartCombination combination)
{
List<PokerCard> balicek = FillTheStack(ArraysToList(myCard, tableCard));
List<PokerCard> Moznekarty = new List<PokerCard>();
for (int i = 0; i < balicek.Count; i++)
{
PokerCard[] mozne = {balicek[i]};
if (PokerCartCombination.CombinationExist(ArraysToList(myCard, tableCard, mozne), combination)) { Moznekarty.Add(balicek[i]); }
}
return Moznekarty;
}
//vrací konkretní karty které jsou možné na dokonční dané kombinace na flopu
public static List<PokerCard[]> CartToCombinationFlop(PokerCard[] myCard, PokerCard[] tableCard, CartCombination combination)
{
List<PokerCard> balicek = FillTheStack(ArraysToList(myCard,tableCard));
List<PokerCard[]> Moznekarty = new List<PokerCard[]>();
for (int c1 = 0; c1 < balicek.Count; c1++)
{
for (int c2 = c1 + 1; c2 < balicek.Count; c2++)
{
if (!c1.Equals(c2))
{
PokerCard[] mozne = { balicek[c1], balicek[c2] };
if (PokerCartCombination.CombinationExist(ArraysToList(myCard, tableCard, mozne), combination)) { Moznekarty.Add(mozne); }
}
}
}
return Moznekarty;
}
public double PercentToComplete(CartCombination combination)
{
if (GameStatus == PokerGameStatus.Flop) return PokerMath.PercToCompFlop(myCards.ToArray(), tableCards.ToArray(), combination);
if (GameStatus == PokerGameStatus.Turn) return PokerMath.PercentToCompTurn(myCards.ToArray(), tableCards.ToArray(), combination);
return 0;
}
public bool CombinationExist(CartCombination combination)
{
List<PokerCard> cards = new List<PokerCard>();
for(int i = 0;i< tableCards.Count;i++)
{
cards.Add(tableCards[i]);
}
for (int i = 0; i < myCards.Count; i++)
{
cards.Add(myCards[i]);
}
return PokerCartCombination.CombinationExist(cards, combination);
}
