private static void CombineDecks(Queue<Deck> Deck, List<Deck> ToAdd)
{
// Shuffle the input deck to prevent ENDLESS WAR(!) or 'biased' results
ToAdd.FastShuffle();
foreach (Deck c in ToAdd)
Deck.Enqueue(c);
}
// War Game Functions
//----------------------------------------------------------------------------------------------------------
private static void RunGame(GameStats g, List<Deck> CardDeck, Queue<Deck> PlayerDeck, Queue<Deck> ComputerDeck, bool FastShuffle, bool DealFirst)
{
if (FastShuffle)
CardDeck.FastShuffle();
else
CardDeck.Shuffle();
DealCards(PlayerDeck, ComputerDeck, CardDeck, DealFirst);
// Calculate hand weight for each player
foreach (Deck c in PlayerDeck)
g.PlayerWeight += c.Value - 8;
foreach (Deck c in ComputerDeck)
g.ComputerWeight += c.Value - 8;
// Create temporary deck to store cards in
List<Deck> Temp = new List<Deck>();
// Main game loop
ulong turns = 0;
while (PlayerDeck.Count > 0 && ComputerDeck.Count > 0)
{
turns++;
// Grab a card from each player
Deck PlayerCard = PlayerDeck.Dequeue();
Deck ComputerCard = ComputerDeck.Dequeue();
Temp.Add(PlayerCard);
Temp.Add(ComputerCard);
// Check to see who's card has a higher value
if (PlayerCard.Value > ComputerCard.Value)
CombineDecks(PlayerDeck, Temp);
else if (ComputerCard.Value > PlayerCard.Value)
CombineDecks(ComputerDeck, Temp);
else // tie
TieBreaker(PlayerDeck, ComputerDeck, Temp);
Temp.Clear();
}
if (PlayerDeck.Count == 0 && ComputerDeck.Count == 0) // There was a tie for every card!
g.Draws++;
else if (ComputerDeck.Count == 0)
g.PlayerWins++;
else
g.ComputerWins++;
g.Turns += turns;
}