public OddCards(CardNomination[] cardNominations)
{
var nominations = cardNominations.OrderByDescending(n => n).ToArray();
MainCard = nominations.First();
var odd = nominations.Skip(1).ToArray();
Odd = odd.Any()? new OddCards(odd) : null;
}
private static Tuple <CardNomination, Card[]> GetNominationWithLength(int length, Card[] cards, CardNomination exclude = null)
{
var group = (exclude == null
? cards
: cards.Where(c => c.CardNomination != exclude))
.GroupBy(c => c.CardNomination).FirstOrDefault(g => g.Count() == length);
var card = group == null? null : group.FirstOrDefault();
return(card == null
? null
: new Tuple <CardNomination, Card[]>(card.CardNomination, cards.Where(c => c.CardNomination != card.CardNomination).ToArray()));
}
public TwoPairs(CardNomination[] cardNominations)
: base(2, cardNominations.Max())
{
MinorCardNomination = cardNominations.Min();
}
public Pair(CardNomination cardNomination) : this(1, cardNomination)
{
}
protected Pair(int value, CardNomination mainCard) : base(value, mainCard)
{
}
public StraightFlush(CardNomination mainCard)
: base(8, mainCard)
{
}
public FourOfAKind(CardNomination mainCard) : base(7, mainCard)
{
}
public FullHouse(CardNomination threeCardNomination, CardNomination pairCardNomination)
: base(6, threeCardNomination)
{
PairCardNomination = pairCardNomination;
}
public Combination(int value, CardNomination mainCard)
{
Value = value;
MainCard = mainCard;
}
public Straight(CardNomination cardNomination) : this(4, cardNomination)
{
}
protected Straight(int value, CardNomination mainCard) : base(value, mainCard)
{
}
public ThreeOfAKind(CardNomination mainCard)
: base(3, mainCard)
{
}
