/// <summary>
/// Overloading the regular DeterminePokerHandType function to check for JacksOrWild specific conditions.
/// </summary>
/// <param name="pokerHand"></param>
/// <returns></returns>
public DeckConstants.PokerHandType DeterminePokerHandType(List <DeckConstants.StandardCard> pokerHand)
{
// Copy the hand as to not to destroy the order of the original hand when we sort it.
List <DeckConstants.StandardCard> handCopy = CopyHand(pokerHand);
// NOTE: It would be possible to save a bit of performance by doing these calculations individually and returning immediately if they succeed or fail,
// however this implementation allows for the ability to over ride the standard poker return values and do additional evaluations to check for
// strategy specific information such as JacksOrBetter.
StandardCardPokerDataContext jacksOrBetterDataContext = new StandardCardPokerDataContext(StandardCardPokerUtils.AreAllCardsInHandTheSameSuit(handCopy),
StandardCardPokerUtils.IsStraight(handCopy),
StandardCardPokerUtils.AreAllTenOrAbove(handCopy),
StandardCardPokerUtils.FindSetsOfCardsWithSameValue(handCopy));
DeckConstants.PokerHandType handType = StandardCardPokerUtils.DeterminePokerHandType(jacksOrBetterDataContext, handCopy);
if (handType == DeckConstants.PokerHandType.Pair)
{
bool isJackOrGreater = (jacksOrBetterDataContext.SameCardSets.Count > 0 &&
(int)handCopy[jacksOrBetterDataContext.SameCardSets[0].IndexList[0]].value >= (int)DeckConstants.CardValue.Jack);
if (isJackOrGreater)
{
return(DeckConstants.PokerHandType.JacksOrBetter);
}
}
return(handType);
}
/// <summary>
/// Returns the type of poker hand based off the hand of cards passed in.
/// </summary>
/// <param name="dataContext"></param>
/// <param name="pokerHand"></param>
/// <returns></returns>
public static DeckConstants.PokerHandType DeterminePokerHandType(StandardCardPokerDataContext dataContext, List <DeckConstants.StandardCard> handToEvaluate)
{
if (dataContext.AllSameSuit && dataContext.Straight && dataContext.AllRoyals)
{
return(DeckConstants.PokerHandType.RoyalFlush);
}
//Determine Poker Hand Type
if (dataContext.AllSameSuit && dataContext.Straight)
{
return(DeckConstants.PokerHandType.StraightFlush);
}
if (dataContext.AllSameSuit)
{
return(DeckConstants.PokerHandType.Flush);
}
if (dataContext.Straight)
{
return(DeckConstants.PokerHandType.Straight);
}
List <StandardCardValueSet> sameCardSets = dataContext.SameCardSets;
//Continue Determining Poker Hand Type
if (sameCardSets.Count > 0 && sameCardSets[SET_1].IndexList.Count == 4)
{
return(DeckConstants.PokerHandType.FourOfAKind);
}
if (sameCardSets.Count > 1 && sameCardSets[SET_1].IndexList.Count + sameCardSets[SET_2].IndexList.Count == 5)
{
return(DeckConstants.PokerHandType.FullHouse);
}
if (sameCardSets.Count > 0 && sameCardSets[SET_1].IndexList.Count == 3)
{
return(DeckConstants.PokerHandType.ThreeOfAKind);
}
if (sameCardSets.Count > 1 && sameCardSets[SET_1].IndexList.Count + sameCardSets[SET_2].IndexList.Count == 4)
{
return(DeckConstants.PokerHandType.TwoPair);
}
if (sameCardSets.Count > 0 && sameCardSets[SET_1].IndexList.Count == 2)
{
return(DeckConstants.PokerHandType.Pair);
}
return(DeckConstants.PokerHandType.HighCard);
}
