private void EventSource_DealingStarted(object sender, GameLogic.PlayerPairEventArgs e)
{
var ruleSettings = this.currentStateStack.CreationInfo.RuleSettings;
this.cardsPerPlayer = new List <IEnumerable <Common.Card> >();
// four players, no sevens: 40 cards, 4 dabb, 9 per player
// three players, no sevens: 40 cards, 4 dabb, 12 per player
// four players, sevens: 48 cards, 4 dabb, 11 per player
// three players, sevens: 48 cards, 6 dabb, 14 per player
var numberOfPlayers = ruleSettings.GameType == GameLogic.GameType.ThreePlayerGame ? 3 : 4;
var amountOfCards = ruleSettings.SevensAreIncluded ? 48 : 40;
var numberOfCardsInDabb = ruleSettings.GameType == GameLogic.GameType.ThreePlayerGame && ruleSettings.SevensAreIncluded ? 6 : 4;
var numberOfCardsPerPlayer = (amountOfCards - numberOfCardsInDabb) / numberOfPlayers;
var numberOfCardsPerSuit = amountOfCards / 8; // four suits, two decks
// TODO: generate and remember cards. Mind the possible inclusion of sevens and the number of players
// For now, cards will be distributed according to the enum order
var counter = 0;
for (int player = 0; player < numberOfPlayers; player++)
{
var playerCards = new List <Common.Card>();
for (int cardIndex = 0; cardIndex < numberOfCardsPerPlayer; cardIndex++)
{
playerCards.Add(GetCard(amountOfCards, numberOfCardsPerSuit, counter));
counter++;
}
this.cardsPerPlayer.Add(playerCards);
}
for (; counter < amountOfCards; counter++)
{
this.cardsInDabb.Add(GetCard(amountOfCards, numberOfCardsPerSuit, counter));
}
this.userInterface.PlayDealingAnimation(this.currentDealer, this.cardsPerPlayer, this.cardsInDabb);
this.userInterface.UncoverCardsForUser(this.cardsPerPlayer.First());
this.stateBridge.TriggerSink.SendTrigger(Common.GameTrigger.DealingFinished);
}
private void EventSource_SwitchingCurrentBidPlayerStarted(object sender, GameLogic.PlayerPairEventArgs e)
{
// Nothing to do here at the moment
this.stateBridge.TriggerSink.SendTrigger(Common.GameTrigger.PlayerSwitched);
}
