|
public GetCard ( bool>.Func |
||
| meetConstraint | bool>.Func | |
| return | Dominion.Card | |
private static void PopulateCardListToCount <T>(int targetCount, List <T> list, UniqueCardPicker <T> cardPicker, Func <T, bool> meetConstraint)
where T : CardShapedObject
{
while (list.Count < targetCount)
{
T currentCard = cardPicker.GetCard(meetConstraint);
if (currentCard == null)
{
break;
}
list.Add(currentCard);
}
}
public void RandomizeKingdom(IEnumerable <Card> allCards, Random random)
{
this.kingdomPiles.Clear();
var cardPicker = new UniqueCardPicker <Card>(allCards, random);
PopulateCardListToCount(10, this.kingdomPiles, cardPicker, c => c.isKingdomCard);
if (this.kingdomPiles.Contains(Cards.YoungWitch))
{
this.baneCard = cardPicker.GetCard(c => c.isKingdomCard && (c.DefaultCoinCost == 2 || c.DefaultCoinCost == 3));
}
else
{
this.baneCard = null;
}
}
private static void PopulateCardListToCount(int targetCount, List<Card> list, UniqueCardPicker cardPicker, Func<Dominion.Card, bool> meetConstraint)
{
while (list.Count < targetCount)
{
Dominion.Card currentCard = cardPicker.GetCard(meetConstraint);
if (currentCard == null)
break;
list.Add(currentCard);
}
}
public void RandomizeKingdom(IEnumerable<Card> allCards, Random random)
{
this.kingdomPiles.Clear();
var cardPicker = new UniqueCardPicker(allCards, random);
PopulateCardListToCount(10, this.kingdomPiles, cardPicker, c => c.isKingdomCard);
if (this.kingdomPiles.Contains(Cards.YoungWitch))
{
this.baneCard = cardPicker.GetCard(c => c.isKingdomCard && (c.DefaultCoinCost == 2 || c.DefaultCoinCost == 3));
}
else
this.baneCard = null;
}
