public static bool ValidateTypeFromRoll(Roll gameroll, ScoreType type)
{
if (gameroll == null)
{
return(false);
}
int[] roll = gameroll.ToArray();
switch (type)
{
default:
case ScoreType.Aces: return(roll.Where(i => i == 1).Count() > 0);
case ScoreType.Twos: return(roll.Where(i => i == 2).Count() > 0);
case ScoreType.Threes: return(roll.Where(i => i == 3).Count() > 0);
case ScoreType.Fours: return(roll.Where(i => i == 4).Count() > 0);
case ScoreType.Fives: return(roll.Where(i => i == 5).Count() > 0);
case ScoreType.Sixes: return(roll.Where(i => i == 6).Count() > 0);
case ScoreType.ThreeOfAKind:
Array.Sort(roll);
return((roll[0] == roll[1] && roll[0] == roll[2]) ||
(roll[1] == roll[2] && roll[1] == roll[3]) ||
(roll[2] == roll[3] && roll[2] == roll[4]));
case ScoreType.FourOfAKind:
Array.Sort(roll);
return((roll[0] == roll[1] && roll[0] == roll[2] && roll[0] == roll[3]) ||
(roll[1] == roll[2] && roll[1] == roll[3] && roll[1] == roll[4]));
case ScoreType.FullHouse:
Array.Sort(roll);
return((roll[0] == roll[1] && roll[2] == roll[3] && roll[2] == roll[4]) ||
(roll[0] == roll[1] && roll[0] == roll[2] && roll[3] == roll[4]));
case ScoreType.SmallStraight:
return((gameroll.HasRolled(1) && gameroll.HasRolled(2) && gameroll.HasRolled(3) && gameroll.HasRolled(4)) ||
(gameroll.HasRolled(2) && gameroll.HasRolled(3) && gameroll.HasRolled(4) && gameroll.HasRolled(5)) ||
(gameroll.HasRolled(3) && gameroll.HasRolled(4) && gameroll.HasRolled(5) && gameroll.HasRolled(6)));
case ScoreType.LargeStraight:
return((gameroll.HasRolled(1) && gameroll.HasRolled(2) && gameroll.HasRolled(3) && gameroll.HasRolled(4) && gameroll.HasRolled(5)) ||
(gameroll.HasRolled(2) && gameroll.HasRolled(3) && gameroll.HasRolled(4) && gameroll.HasRolled(5) && gameroll.HasRolled(6)));
case ScoreType.Yahtzee: return(roll[0] == roll[1] && roll[0] == roll[2] && roll[0] == roll[3] && roll[0] == roll[4]);
case ScoreType.Chance: return(true);
}
}
public int CalculateScore(ScoreType type, Roll yRoll, bool joker = false)
{
if (!joker && !ValidateTypeFromRoll(yRoll, type))
{
return(0);
}
int total = 0;
int[] roll = yRoll.ToArray();
switch (type)
{
default:
case ScoreType.Aces:
ColUtility.ForEach(roll.Where(i => i == 1 || joker), i => total += i);
break;
case ScoreType.Twos:
ColUtility.ForEach(roll.Where(i => i == 2 || joker), i => total += i);
break;
case ScoreType.Threes:
ColUtility.ForEach(roll.Where(i => i == 3 || joker), i => total += i);
break;
case ScoreType.Fours:
ColUtility.ForEach(roll.Where(i => i == 4 || joker), i => total += i);
break;
case ScoreType.Fives:
ColUtility.ForEach(roll.Where(i => i == 5 || joker), i => total += i);
break;
case ScoreType.Sixes:
ColUtility.ForEach(roll.Where(i => i == 6 || joker), i => total += i);
break;
case ScoreType.ThreeOfAKind:
ColUtility.ForEach(roll, i => total += i);
break;
case ScoreType.FourOfAKind:
ColUtility.ForEach(roll, i => total += i);
break;
case ScoreType.FullHouse:
total = 25;
break;
case ScoreType.SmallStraight:
total = 30;
break;
case ScoreType.LargeStraight:
total = 40;
break;
case ScoreType.Yahtzee:
if (HasScored(ScoreType.Yahtzee) && Yahtzee > 0)
{
total = 100;
}
else
{
total = 50;
}
break;
case ScoreType.Chance:
ColUtility.ForEach(roll, i => total += i);
break;
}
return(total);
}