public pokerDiceHand Reroll(pokerDiceHand oldHand, string facesToReRoll)
{
string oldFaces = oldHand.getFacesOrderedByRank();
bool remainderFoundOkay = false;
string retainedFaces = Remainder(oldFaces, facesToReRoll, ref remainderFoundOkay);
if (!remainderFoundOkay)
{
return(new pokerDiceHand("xxxxx"));
}
string newFaces = retainedFaces;
string newRoll;
for (int i = 0; i < facesToReRoll.Length; i++)
{
newRoll = mDieRoller.Roll(showAsString.y);
newFaces += newRoll;
}
pokerDiceHand pdh = new pokerDiceHand(newFaces);
return(pdh);
}
public permutationsCalculator()
{
const int diceCount = 5;
diceFaceTicker[] tickerArray = new diceFaceTicker[diceCount];
for (int i = 0; i < diceCount; i++)
{
tickerArray[i] = new diceFaceTicker();
}
for (int j = diceCount - 1; j >= 1; j--)
{
tickerArray[j - 1].AddNeighbour(tickerArray[j]);
}
do
{
pokerDiceHand pdh = new pokerDiceHand(tickerArray[0].GetString());
string diceFacesOrderedByRank = pdh.getFacesOrderedByRank();
if (duplicatesCountTable.ContainsKey(diceFacesOrderedByRank))
{
int oldCount = duplicatesCountTable[diceFacesOrderedByRank];
duplicatesCountTable[diceFacesOrderedByRank] = oldCount + 1;
}
else
{
duplicatesCountTable.Add(diceFacesOrderedByRank, 1);
}
tickerArray[0].Tick();
}while (tickerArray[diceCount - 1].hasOverflowed() == false);
int debugNumberEntriesInDuplicatesCountTable = duplicatesCountTable.Count;
this.permutationTable = "|";
foreach (var pair in duplicatesCountTable)
{
this.permutationTable += pair.ToString() + "|";
}
}