public static List <Card> VictoryAndTreasures()
{
return(new List <Card>
{
Copper.Get(),
Silver.Get(),
Gold.Get(),
Estate.Get(),
Duchy.Get(),
Province.Get()
});
}
private static List <Pile> VictoryAndTreasures(bool two)
{
return(new List <Pile>
{
new Pile(Copper.Get(), 60),
new Pile(Silver.Get(), 40),
new Pile(Gold.Get(), 30),
new Pile(Estate.Get(), two ? 8 : 12),
new Pile(Duchy.Get(), two ? 8 : 12),
new Pile(Province.Get(), two ? 8 : 12)
});
}
public override Card SelectCardToGain(KingdomWrapper wrapper, PlayerState ps, Kingdom k, Phase phase)
{
var provinces = k.GetPile(CardType.Province);
if (buyAgenda.Provinces > provinces.Count && wrapper.GetCard(CardType.Province) != null)
{
return(Province.Get());
}
var duchies = k.GetPile(CardType.Duchy);
if (buyAgenda.Duchies > provinces.Count && wrapper.GetCard(CardType.Duchy) != null)
{
return(Duchy.Get());
}
var estates = k.GetPile(CardType.Estate);
if (buyAgenda.Estates > provinces.Count && wrapper.GetCard(CardType.Estate) != null)
{
return(Estate.Get());
}
for (int i = 0; i < buyAgenda.BuyMenu.Count; i++)
{
var tuple = buyAgenda.BuyMenu[i];
if (tuple.Number <= 0)
{
continue;
}
var card = wrapper.GetCard(tuple.Card);
if (card == null)
{
continue;
}
tuple.Number--;
if (tuple.Number == 0)
{
buyAgenda.BuyMenu.RemoveAt(i);
}
else
{
buyAgenda.BuyMenu[i] = tuple; // this is a value type, i have to return the value back
}
if (card.IsTreasure)
{
playerInfo.TreasureTotal += card.Coins;
}
if (card.Type == CardType.Moneylender)
{
playerInfo.TreasureTotal -= 1;
}
else if (card.Type == CardType.Bureaucrat)
{
playerInfo.TreasureTotal += 2;
}
else if (card.Type == CardType.Mine)
{
playerInfo.TreasureTotal += 1;
}
return(card);
}
return(null);
}
/// <summary>
/// Creates a new card based on how many cards have already been made.
/// </summary>
/// <param name="card">
/// The name of the card to be created.
/// </param>
/// <returns>
/// The new created card.
/// </returns>
public static Card CreateCard(CardName card)
{
Contract.Requires(card != CardName.Backside & card != CardName.Empty);
Contract.Ensures(Contract.Result<Card>().Name == card);
Card c;
switch (card)
{
case CardName.Copper:
c = new Copper();
break;
case CardName.Silver:
c = new Silver();
break;
case CardName.Gold:
c = new Gold();
break;
case CardName.Curse:
c = new Curse();
break;
case CardName.Estate:
c = new Estate();
break;
case CardName.Duchy:
c = new Duchy();
break;
case CardName.Province:
c = new Province();
break;
case CardName.Gardens:
c = new Gardens();
break;
case CardName.Cellar:
c = new Cellar();
break;
case CardName.Chapel:
c = new Chapel();
break;
case CardName.Chancellor:
c = new Chancellor();
break;
case CardName.Village:
c = new Village();
break;
case CardName.Woodcutter:
c = new Woodcutter();
break;
case CardName.Workshop:
c = new Workshop();
break;
case CardName.Feast:
c = new Feast();
break;
case CardName.Moneylender:
c = new Moneylender();
break;
case CardName.Remodel:
c = new Remodel();
break;
case CardName.Smithy:
c = new Smithy();
break;
case CardName.ThroneRoom:
c = new ThroneRoom();
break;
case CardName.CouncilRoom:
c = new CouncilRoom();
break;
case CardName.Festival:
c = new Festival();
break;
case CardName.Laboratory:
c = new Laboratory();
break;
case CardName.Library:
c = new Library();
break;
case CardName.Market:
c = new Market();
break;
case CardName.Mine:
c = new Mine();
break;
case CardName.Adventurer:
c = new Adventurer();
break;
case CardName.Bureaucrat:
c = new Bureaucrat();
break;
case CardName.Militia:
c = new Militia();
break;
case CardName.Spy:
c = new Spy();
break;
case CardName.Thief:
c = new Thief();
break;
case CardName.Witch:
c = new Witch();
break;
case CardName.Moat:
c = new Moat();
break;
default:
throw new NotImplementedException("Tried to create a card that was not implemented when CardFactory was last updated.");
}
c.Initialize(card, CardsMade[card]);
CardsMade[card] += 1;
createdCards.Add(c, true);
return c;
}
