public bool CanAfford(CardInGame cardInGame, out int costGold)
{
costGold = 0;
costGold += Math.Max(cardInGame.Card.CostGreen - CardInGames.Where(x => x.Card.GemId == Gem.green && x.IsOnTable == true).Count() - ResourceGreen, 0);
costGold += Math.Max(cardInGame.Card.CostWhite - CardInGames.Where(x => x.Card.GemId == Gem.white && x.IsOnTable == true).Count() - ResourceWhite, 0);
costGold += Math.Max(cardInGame.Card.CostBlack - CardInGames.Where(x => x.Card.GemId == Gem.black && x.IsOnTable == true).Count() - ResourceBlack, 0);
costGold += Math.Max(cardInGame.Card.CostBlue - CardInGames.Where(x => x.Card.GemId == Gem.blue && x.IsOnTable == true).Count() - ResourceBlue, 0);
costGold += Math.Max(cardInGame.Card.CostRed - CardInGames.Where(x => x.Card.GemId == Gem.red && x.IsOnTable == true).Count() - ResourceRed, 0);
return(ResourceGold >= costGold);
}
public bool CanAfford(CardInGame cardInGame)
{
int costGold;
return(CanAfford(cardInGame, out costGold));
}
