protected override void RandomCards3Cards(List <Karta> dontRandCards, MoveContext1000 mp, bool WinAction)
{
switch (mp)
{
case MoveContext1000.Action:
UserCards.AddRange(dontRandCards.RandAndDelete(1));
UserCards.AddRange(haveCards);
break;
case MoveContext1000.ChoseCards:
case MoveContext1000.Game:
UserCards.AddRange(haveCards);
break;
default:
break;
}
}
protected virtual void RandomCards3Cards(List <Karta> dontRandCards, MoveContext1000 stateGame, bool WinAction)
{
switch (stateGame)
{
case MoveContext1000.Action:
RandomCards3CardsAction(dontRandCards);
break;
case MoveContext1000.ChoseCards:
RandomCards3CardsChoseCards(dontRandCards);
break;
case MoveContext1000.Game:
RandomCards3CardsGame(dontRandCards, WinAction);
break;
default:
break;
}
}
/// <summary>
/// te losowanie nie zwraca uwagi na ilość kart ponieważ one jest uwzglednianie w
/// klasie conclusion about game
///
/// </summary>
/// <param name="dontRandCards"></param>
public void RandomCards(List <Karta> dontRandCards, MoveContext1000 stateGame, bool WinAction)
{
UserCards.Clear();
switch (PlayerInGame)
{
case 2:
RandomCards2Cards(dontRandCards, stateGame);
break;
case 3:
RandomCards3Cards(dontRandCards, stateGame, WinAction);
break;
case 4:
RandomCards4Cards(dontRandCards, stateGame);
break;
default:
break;
throw new InvalidOperationException("w tysiąca można grać od 2 do 4 graczy");
}
}
protected virtual void RandomCards2Cards(List <Karta> dontRandCards, MoveContext1000 stateGame)
{
throw new NotImplementedException();
}
