/// <summary>
/// Recalcuate the score of the saved dice
/// </summary>
private void RecalculateSavedDice()
{
// Reset the dice groups
DiceItems.Where(d => d.State == DiceState.Saved).ToList().ForEach(d => d.Group = null);
// Reset the scores
CurrentRound.SaveScore -= _prevSave;
CurrentRound.RiskScore -= _prevRisk;
_prevRisk = _prevSave = 0;
// Declare temporary variables
DiceGroup dg = null;
int count = 1;
// While groups of dice exist, continue to group them
while ((dg = GetDiceCheckGroup(DiceItems.Where(d => d.State == DiceState.Saved && d.Group == null))) != null)
{
// Apply the grouping and add the appropriate scores
dg.Apply(count++);
if (dg.IsScoreSaved)
{
_prevSave += dg.Score;
}
else
{
_prevRisk += dg.Score;
}
}
// Reset the scores
CurrentRound.SaveScore += _prevSave;
CurrentRound.RiskScore += _prevRisk;
Update();
}
public int CompareTo(object obj)
{
DiceGroup dg = obj as DiceGroup;
if (dg == null)
{
return(1);
}
int compare = Group.CompareTo(dg.Group);
return((compare == 0) ? GroupNumber.CompareTo(dg.GroupNumber) : compare);
}
public static DiceGroup CheckOfAKind(this IEnumerable <Dice> dice)
{
DiceGroup dg = CheckOfAKind(dice, 6, DiceGroups.SixOfAKind);
if (dg.IsValid)
{
return(dg);
}
dg = CheckOfAKind(dice, 5, DiceGroups.FiveOfAKind);
if (dg.IsValid)
{
return(dg);
}
dg = CheckOfAKind(dice, 4, DiceGroups.FourOfAKind);
if (dg.IsValid)
{
return(dg);
}
return(CheckOfAKind(dice, 3, DiceGroups.ThreeOfAKind));
}
public static DiceGroup CheckSingleValue(this IEnumerable <Dice> dice)
{
DiceGroup dg = CheckAnyOfAValue(dice, 1, 1, DiceGroups.SingleAce);
return(dg.IsValid ? dg : CheckAnyOfAValue(dice, 5, 1, DiceGroups.SingleFive));
}
