private AbstractCombinatoricsPuzzleCardsDeck(AbstractCombinatoricsOrder order)
{
DeckID = System.DateTime.Now.ToOADate();
PrimeOrder = order;
int orderInt = (int)order;
int count = orderInt * orderInt + orderInt + 1;
Deck = new List <AbstractCombinatoricsPuzzleCard>(count);
DeadCards = new List <AbstractCombinatoricsPuzzleCard>(count);
for (int index = 0; index < count; index++)
{
Deck.Add(new AbstractCombinatoricsPuzzleCard(DeckID, order));
}
// make the cards
int deckIndex = 0;
// first cards (order * order)
for (int i = 0; i < orderInt; i++)
{
for (int j = 0; j < orderInt; j++)
{
for (int k = 0; k < orderInt; k++)
{
Deck[deckIndex].Lines.Add((byte)((i * k + j) % orderInt * orderInt + k));
}
Deck[deckIndex].Lines.Add((byte)(orderInt * orderInt + i));
deckIndex++;
}
}
// following cards (order)
for (int i = 0; i < orderInt; i++)
{
for (int j = 0; j < orderInt; j++)
{
Deck[deckIndex].Lines.Add((byte)(j * orderInt + i));
}
Deck[deckIndex].Lines.Add((byte)(orderInt * orderInt + orderInt));
deckIndex++;
}
// final card
for (int i = 0; i <= orderInt; i++)
{
Deck[deckIndex].Lines.Add((byte)(orderInt * orderInt + i));
}
// shuffle it
Shuffle();
}
public static AbstractCombinatoricsPuzzleCardsDeck CreateNewDeck(AbstractCombinatoricsOrder order)
{
return(new AbstractCombinatoricsPuzzleCardsDeck(order));
}
internal AbstractCombinatoricsPuzzleCard(double id, AbstractCombinatoricsOrder order)
{
DeckID = id;
Lines = new List <byte>((int)order + 1);
}