private void CheckForStraight(IPlayer player, ICard[] allSevenCards)
{
if (player.HandFactor >= TypeOfTheHand.HighCard)
{
ICard[] distinctCards = allSevenCards.GroupBy(card => card.Value).Select(c => c.First()).ToArray();
for (int j = 0; j < distinctCards.Length - 4; j++)
{
if (distinctCards[j].Value + 4 == distinctCards[j + 4].Value)
{
player.HandFactor = TypeOfTheHand.Straight;
player.Power = (int)distinctCards.Max(card => card.Value) + (int)player.HandFactor * GlobalConstants.FactorForCalculatingThePower;
this.AddHand(player);
}
if (distinctCards[j].Value == ValueOfCard.Ten &&
distinctCards[j + 1].Value == ValueOfCard.Jack &&
distinctCards[j + 2].Value == ValueOfCard.Queen &&
distinctCards[j + 3].Value == ValueOfCard.King &&
distinctCards[j + 4].Value == ValueOfCard.Ace)
{
player.HandFactor = TypeOfTheHand.Straight;
player.Power = (int)ValueOfCard.Ace + (int)player.HandFactor * GlobalConstants.FactorForCalculatingThePower;
this.AddHand(player);
}
if (distinctCards[j].Value == ValueOfCard.Two &&
distinctCards[j + 1].Value == ValueOfCard.Three &&
distinctCards[j + 2].Value == ValueOfCard.Four &&
distinctCards[j + 3].Value == ValueOfCard.Five &&
distinctCards[j + 4].Value == ValueOfCard.Ace)
{
player.HandFactor = TypeOfTheHand.Straight;
player.Power = (int)ValueOfCard.Five + (int)player.HandFactor * GlobalConstants.FactorForCalculatingThePower;
this.AddHand(player);
}
}
}
}