public static PokerCard IsThreeOfKind(PokerHand hand, PokerCard[] CommCards)
{
PokerCard retTripple = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
var allCards = CreateSortedList(hand, CommCards);
int counter = 0;
PokerCard prevCard = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
foreach (PokerCard card in allCards)
{
if (prevCard.Card == PokerCard.Cards.Undefined || prevCard.Card == card.Card)
{
counter++;
}
else
{
counter = 0;
}
prevCard = card;
if (counter == 3)
{
retTripple = prevCard;
break;
}
}
return(retTripple);
}
public static Tuple <PokerCard, PokerCard> IsTwoPairs(PokerHand hand, PokerCard[] CommCards)
{
PokerCard retPair1 = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
PokerCard retPair2 = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
foreach (PokerCard commCard in CommCards)
{
if (commCard.Card == hand.MyCards[0].Card)
{
retPair1 = commCard;
}
}
if (retPair1.Card != PokerCard.Cards.Undefined)
{
foreach (PokerCard commCard in CommCards)
{
if (commCard.Card == hand.MyCards[1].Card)
{
retPair2 = commCard;
}
}
}
return(new Tuple <PokerCard, PokerCard>(retPair1, retPair2));
}
public static PokerCard IsFlush(PokerHand hand, PokerCard[] CommCards)
{
PokerCard retTopCard = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
var allCards = CreateSortedList(hand, CommCards);
List <PokerCard> countSpades = new List <PokerCard>();
List <PokerCard> countHearts = new List <PokerCard>();
List <PokerCard> countDiamonds = new List <PokerCard>();
List <PokerCard> countClubs = new List <PokerCard>();
foreach (PokerCard card in allCards)
{
switch (card.Suit)
{
case PokerCard.Suits.Spades:
countSpades.Add(card);
break;
case PokerCard.Suits.Hearts:
countHearts.Add(card);
break;
case PokerCard.Suits.Diamonds:
countDiamonds.Add(card);
break;
case PokerCard.Suits.Clubs:
countClubs.Add(card);
break;
}
}
if (countSpades.Count >= 5)
{
retTopCard = countSpades[0];
}
else if (countHearts.Count >= 5)
{
retTopCard = countHearts[0];
}
else if (countDiamonds.Count >= 5)
{
retTopCard = countDiamonds[0];
}
else if (countClubs.Count >= 5)
{
retTopCard = countClubs[0];
}
return(retTopCard);
}
public static PokerCard IsPair(PokerHand hand, PokerCard[] CommCards)
{
PokerCard retPair = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
if (hand.MyCards[0].Card == hand.MyCards[1].Card)
{
retPair = hand.MyCards[0];
}
foreach (PokerCard commCard in CommCards)
{
if ((commCard.Card == hand.MyCards[0].Card || commCard.Card == hand.MyCards[1].Card) &&
commCard.Card > retPair.Card)
{
retPair = commCard;
}
}
return(retPair);
}
public static PokerCard IsStraight(PokerHand hand, PokerCard[] CommCards)
{
PokerCard retTopCard = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
var allCards = CreateSortedList(hand, CommCards);
bool lowAceCase = false;
int counter = 0;
PokerCard prevCard = new PokerCard(PokerCard.Cards.Undefined, PokerCard.Suits.Hearts);
foreach (PokerCard card in allCards)
{
if (prevCard.Card == PokerCard.Cards.Undefined)
{
counter++;
}
else if (prevCard.Card == card.Card || (int)prevCard.Card == (int)card.Card + 1)
{
counter++;
if (card.Card == PokerCard.Cards.Two && allCards[0].Card == PokerCard.Cards.Ace && counter != 5)
{
lowAceCase = true;
counter++;
}
}
else
{
counter = 1;
}
prevCard = card;
if (counter == 5)
{
retTopCard = allCards[allCards.IndexOf(card) - (lowAceCase ? 3 : 4)];
break;
}
}
return(retTopCard);
}