public MyPlayerAction(string strategyName, Card withCard, GameStatePredicate withCardPurchaseCondition)
: base(strategyName,
purchaseOrder: PurchaseOrder(withCard, withCardPurchaseCondition),
treasurePlayOrder: DefaultStrategies.DefaultTreasurePlayOrder(),
actionOrder: ActionOrder(withCard))
{
}
private static CardPickByPriority PurchaseOrder(Card withCard, GameStatePredicate withCardPurchaseCondition)
{
return new CardPickByPriority(
CardAcceptance.For(Cards.Province),
CardAcceptance.For(Cards.Rebuild, gameState =>
CountAllOwned(Cards.Rebuild, gameState) < 2),
//In non-mirrors, get a 3rd Rebuild
CardAcceptance.For(Cards.Rebuild, gameState =>
CountAllOwned(Cards.Rebuild, gameState) < 3 &&
CountOfPile(Cards.Rebuild, gameState) > 7),
CardAcceptance.For(Cards.Duchy),
CardAcceptance.For(Cards.Estate, gameState => CountOfPile(Cards.Province, gameState) <= 1),
CardAcceptance.For(Cards.Estate, gameState =>
CountOfPile(Cards.Province, gameState) == 2 &&
PlayersPointLead(gameState) > -8),
CardAcceptance.For(Cards.Gold),
CardAcceptance.For(Cards.Estate, gameState => CountOfPile(Cards.Province, gameState) <= 2),
CardAcceptance.For(Cards.Rebuild, gameState =>
(CountAllOwned(Cards.Duchy, gameState) > 0 || PlayersPointLead(gameState) > 2) &&
(CountOfPile(Cards.Rebuild, gameState) > 2 ||
PlayersPointLead(gameState) > 3 ||
(CountOfPile(Cards.Rebuild, gameState) == 1 && PlayersPointLead(gameState) > 0))),
CardAcceptance.For(Cards.Estate, gameState =>
CountOfPile(Cards.Duchy, gameState) >= 4 &&
CountAllOwned(Cards.Duchy, gameState) == 0 &&
CountAllOwned(Cards.Estate, gameState) == 0),
CardAcceptance.For(Cards.Estate, gameState =>
CountOfPile(Cards.Duchy, gameState) == 0 &&
CountAllOwned(Cards.Duchy, gameState) == 0),
new CardAcceptance(withCard, withCardPurchaseCondition),
CardAcceptance.For(Cards.Silver));
}
private static CardPickByPriority PurchaseOrder(Card withCard, GameStatePredicate withCardPurchaseCondition)
{
return(new CardPickByPriority(
CardAcceptance.For(Cards.Province),
CardAcceptance.For(Cards.Rebuild, gameState =>
CountAllOwned(Cards.Rebuild, gameState) < 2),
//In non-mirrors, get a 3rd Rebuild
CardAcceptance.For(Cards.Rebuild, gameState =>
CountAllOwned(Cards.Rebuild, gameState) < 3 &&
CountOfPile(Cards.Rebuild, gameState) > 7),
CardAcceptance.For(Cards.Duchy),
CardAcceptance.For(Cards.Estate, gameState => CountOfPile(Cards.Province, gameState) <= 1),
CardAcceptance.For(Cards.Estate, gameState =>
CountOfPile(Cards.Province, gameState) == 2 &&
PlayersPointLead(gameState) > -8),
CardAcceptance.For(Cards.Gold),
CardAcceptance.For(Cards.Estate, gameState => CountOfPile(Cards.Province, gameState) <= 2),
CardAcceptance.For(Cards.Rebuild, gameState =>
(CountAllOwned(Cards.Duchy, gameState) > 0 || PlayersPointLead(gameState) > 2) &&
(CountOfPile(Cards.Rebuild, gameState) > 2 ||
PlayersPointLead(gameState) > 3 ||
(CountOfPile(Cards.Rebuild, gameState) == 1 && PlayersPointLead(gameState) > 0))),
CardAcceptance.For(Cards.Estate, gameState =>
CountOfPile(Cards.Duchy, gameState) >= 4 &&
CountAllOwned(Cards.Duchy, gameState) == 0 &&
CountAllOwned(Cards.Estate, gameState) == 0),
CardAcceptance.For(Cards.Estate, gameState =>
CountOfPile(Cards.Duchy, gameState) == 0 &&
CountAllOwned(Cards.Duchy, gameState) == 0),
new CardAcceptance(withCard, withCardPurchaseCondition),
CardAcceptance.For(Cards.Silver)));
}
public CardAcceptance(Card card, GameStatePredicate match)
{
this.card = card;
this.match = match;
this.overpayAmount = OverPayZero;
}
public CardAcceptance(Card card)
{
this.card = card;
this.match = AlwaysMatch;
this.overpayAmount = OverPayZero;
}
public MyPlayerAction(int playerNumber, string strategyName, Card withCard, GameStatePredicate withCardPurchaseCondition)
: base(strategyName,
playerNumber,
purchaseOrder: PurchaseOrder(withCard, withCardPurchaseCondition),
treasurePlayOrder: Default.DefaultTreasurePlayOrder(),
actionOrder: ActionOrder(withCard))
{
}
public static CardAcceptance For(Card card, CountSource countSource, Comparison comparison, int threshhold, GameStatePredicate match)
{
MatchDescription descr = new MatchDescription(card, countSource, comparison, threshhold);
return CardAcceptance.For(card, gameState => descr.GameStatePredicate(gameState) && match(gameState));
}
public static CardAcceptance For(Card card, GameStatePredicate match, GameStateIntValue overpayAmount)
{
return new CardAcceptance(card, match, overpayAmount);
}
public static CardAcceptance For(Card card, GameStatePredicate match)
{
return(new CardAcceptance(card, match));
}
public CardAcceptance(Card card, GameStatePredicate match, GameStateIntValue overpayAmount)
{
this.card = card;
this.match = match;
this.overpayAmount = overpayAmount;
}
public CardAcceptance(Card card, GameStatePredicate match)
{
this.card = card;
this.match = match;
this.overpayAmount = DefaultOverpayAmount;
}
public CardAcceptance(Card card)
{
this.card = card;
this.match = DefaultMatch;
this.overpayAmount = DefaultOverpayAmount;
}
public CardAcceptance(Card card, GameStatePredicate match)
{
this.card = card;
this.match = match;
this.overpayAmount = DefaultOverpayAmount;
}
public CardAcceptance(Card card)
{
this.card = card;
this.match = DefaultMatch;
this.overpayAmount = DefaultOverpayAmount;
}
public CardPickForCondition(GameStatePredicate predicate, ICardPicker picker)
{
this.picker = picker;
this.predicate = predicate;
}
public CardAcceptance(Card card, GameStatePredicate match, GameStateIntValue overpayAmount)
{
this.card = card;
this.match = match;
this.overpayAmount = overpayAmount;
}
public static CardAcceptance For(Card card, GameStatePredicate match)
{
return new CardAcceptance(card, match);
}
public static CardAcceptance For(Card card, GameStatePredicate match, GameStateIntValue overpayAmount)
{
return(new CardAcceptance(card, match, overpayAmount));
}
public static CardAcceptance For(Card card, int threshhold, GameStatePredicate match)
{
return For(card, CountSource.AllOwned, Comparison.LessThan, threshhold, match);
}
public static CardAcceptance For(Card card, int threshhold, GameStatePredicate match)
{
return(For(card, CountSource.AllOwned, Comparison.LessThan, threshhold, match));
}
public CardPickForCondition(GameStatePredicate predicate, ICardPicker picker)
{
this.picker = picker;
this.predicate = predicate;
}
public static CardAcceptance For(Card card, CountSource countSource, Comparison comparison, int threshhold, GameStatePredicate match)
{
MatchDescription descr = new MatchDescription(card, countSource, comparison, threshhold);
return(CardAcceptance.For(card, gameState => descr.GameStatePredicate(gameState) && match(gameState)));
}
