// TODO: implement a better default choice of which Ruins to player.
private static int CompareRuins(Card first, Card second, GameState gameState, ICardPicker purchaseOrder)
{
PlayerState self = gameState.Self;
int coinsToSpend = self.ExpectedCoinValueAtEndOfTurn;
if (first == Cards.AbandonedMine || second == Cards.AbandonedMine)
{
CardPredicate shouldGainCard = delegate(Card card)
{
int currentCardCost = card.CurrentCoinCost(self);
return(currentCardCost == coinsToSpend + 1);
};
Card cardType = purchaseOrder.GetPreferredCard(gameState, shouldGainCard);
if (cardType != null)
{
return(first == Cards.AbandonedMine ? 0 : 1);
}
//Card Card1 = purchaseOrder.GetPreferredCard(
// gameState,
// card => coinsToSpend >= card.CurrentCoinCost(currentPlayer) &&
// gameState.GetPile(card).Any());
//Card Card2 = purchaseOrder.GetPreferredCard(
// gameState,
// card => coinsToSpend + 1 >= card.CurrentCoinCost(currentPlayer) &&
// gameState.GetPile(card).Any());
//if (Card1 != Card2)
// return first.name == "Abandoned Mine" ? 0 : 1;
}
return(0);
}
private static bool ShouldGainCopper(GameState gameState, ICardPicker gainOrder)
{
PlayerState self = gameState.Self;
int minValue = self.ExpectedCoinValueAtEndOfTurn;
int maxValue = minValue + Strategy.CountInHand(Dominion.Cards.IllGottenGains, gameState);
if (maxValue == minValue)
{
return(false);
}
CardPredicate shouldGainCard = delegate(Card card)
{
int currentCardCost = card.CurrentCoinCost(self);
return(currentCardCost >= minValue &&
currentCardCost <= maxValue);
};
Card cardType = gainOrder.GetPreferredCard(gameState, shouldGainCard);
if (cardType == null)
{
return(false);
}
int coppersToGain = PlayerAction.CostOfCard(cardType, gameState) - minValue;
return(coppersToGain > 0);
}
public Card GetPreferredCardReverse(GameState gameState, CardPredicate cardPredicate)
{
if (predicate(gameState))
return this.picker.GetPreferredCardReverse(gameState, cardPredicate);
return null;
}
public override Card GetCardFromHandOrDiscardToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, out DeckPlacement deckPlacement)
{
var self = gameState.Self;
Card result = this.trashOrder.GetPreferredCard(
gameState,
card => (self.Hand.HasCard(card) || self.Discard.HasCard(card)) && acceptableCard(card));
// warning, strategy didnt' include what to, try to do a reasonable default.
if (result == null && !isOptional)
{
result = self.Hand.OrderBy(c => c, new DefaultPlayRules.CompareCardByFirstToTrash()).FirstOrDefault();
}
deckPlacement = DeckPlacement.Discard;
if (result != null)
{
if (self.Discard.HasCard(result))
{
deckPlacement = DeckPlacement.Discard;
}
else if (self.Hand.HasCard(result))
{
deckPlacement = DeckPlacement.Hand;
}
else
{
throw new Exception("Card should have been in hand or discard");
}
}
return(result);
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
Card cardToReturn = playerAction.trashOrder.GetPreferredCard(gameState, card => gameState.Self.Hand.HasCard(card) && acceptableCard(card));
if (cardToReturn == null)
{
return(null);
}
PlayerState self = gameState.Self;
int currentCoin = self.ExpectedCoinValueAtEndOfTurn;
int coinCountIfReturn = currentCoin - cardToReturn.plusCoin;
if (currentCoin < Dominion.Cards.Gold.DefaultCoinCost)
{
return(cardToReturn);
}
Card cardWithAllCoin = playerAction.GetCardFromSupplyToBuy(gameState, card => card.CurrentCoinCost(self) <= currentCoin);
Card cardWithReturnedCard = playerAction.GetCardFromSupplyToBuy(gameState, card => card.CurrentCoinCost(self) <= coinCountIfReturn);
if (cardWithAllCoin != cardWithReturnedCard)
{
return(null);
}
return(cardToReturn);
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
if (gameState.Self.Hand.HasCard(gameState.BaneCard))
return gameState.BaneCard;
return null;
}
public override Card GetTreasureFromHandToPlay(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
var self = gameState.Self;
return(this.treasurePlayOrder.GetPreferredCard(
gameState,
card => self.Hand.HasCard(card) && acceptableCard(card)));
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
if (this.defaultCardResponses.ShouldDeferForCardInPlay(gameState))
{
return(this.defaultCardResponses.GetCardFromHandToReveal(gameState, acceptableCard));
}
return(base.GetCardFromHandToReveal(gameState, acceptableCard));
}
public Card GetPreferredCardReverse(GameState gameState, CardPredicate cardPredicate)
{
if (predicate(gameState))
{
return(this.picker.GetPreferredCardReverse(gameState, cardPredicate));
}
return(null);
}
public override Card GetCardFromHandToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, CollectionCards cardsTrashedSoFar)
{
if (gameState.Self == gameState.players.CurrentPlayer)
{
if (Strategy.CountInHand(Dominion.Cards.Gold, gameState) > 0)
return Dominion.Cards.Gold;
}
return base.GetCardFromHandToTrash(gameState, acceptableCard, isOptional, cardsTrashedSoFar);
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
if (gameState.Self.Hand.HasCard(gameState.BaneCard))
{
return(gameState.BaneCard);
}
return(null);
}
public override Card GetCardFromSupplyToGain(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
if (this.defaultCardResponses.ShouldDeferForCardInPlay(gameState))
{
return(this.defaultCardResponses.GetCardFromSupplyToGain(gameState, acceptableCard, isOptional));
}
return(DefaultGetCardFromSupplyToGain(gameState, acceptableCard, isOptional));
}
// always optional
public Card GetCardFromHandToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, CollectionCards cardsTrashedSoFar)
{
var saved = gameState.self;
gameState.self = this.self;
var result = this.playerAction.GetCardFromHandToTrash(gameState, acceptableCard, isOptional, cardsTrashedSoFar);
gameState.self = saved;
return(result);
}
public override Card GetCardFromHandToTopDeck(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
Card result = this.playerAction.discardOrder.GetPreferredCardReverse(gameState, card => gameState.Self.Hand.HasCard(card) && acceptableCard(card));
if (result != null)
{
return result;
}
return gameState.Self.Hand.FirstOrDefault();
}
public Card GetCardFromSupplyToInherit(GameState gameState, CardPredicate acceptableCard)
{
var saved = gameState.self;
gameState.self = this.self;
var result = this.playerAction.GetCardFromSupplyToInherit(gameState, acceptableCard);
gameState.self = saved;
return(result);
}
public Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
var saved = gameState.self;
gameState.self = this.self;
var result = this.playerAction.GetCardFromHandToReveal(gameState, acceptableCard);
gameState.self = saved;
return(result);
}
public Card GetCardFromHandToDiscard(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
var saved = gameState.self;
gameState.self = this.self;
var result = this.playerAction.GetCardFromHandToDiscard(gameState, acceptableCard, isOptional);
gameState.self = saved;
return(result);
}
public Card GetCardFromHandOrDiscardToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, out DeckPlacement deckPlacement)
{
var saved = gameState.self;
gameState.self = this.self;
var result = this.playerAction.GetCardFromHandOrDiscardToTrash(gameState, acceptableCard, isOptional, out deckPlacement);
gameState.self = saved;
return(result);
}
public Card GetCardFromPlayToTopDeckDuringCleanup(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
var saved = gameState.self;
gameState.self = this.self;
var result = this.playerAction.GetCardFromPlayToTopDeckDuringCleanup(gameState, acceptableCard, isOptional);
gameState.self = saved;
return(result);
}
protected Card RemoveCard(CardPredicate acceptableCard)
{
Card result = this.FindCard(acceptableCard);
if (result != null)
{
this.Remove(result);
}
return(result);
}
public override Card GetCardFromHandToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, CollectionCards cardsTrashedSoFar)
{
if (gameState.Self == gameState.players.CurrentPlayer)
{
if (Strategy.CountInHand(Dominion.Cards.Gold, gameState) > 0)
{
return(Dominion.Cards.Gold);
}
}
return(base.GetCardFromHandToTrash(gameState, acceptableCard, isOptional, cardsTrashedSoFar));
}
public override Card GetCardFromHandToTopDeck(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
Card result = this.playerAction.discardOrder.GetPreferredCardReverse(gameState, card => gameState.Self.Hand.HasCard(card) && acceptableCard(card));
if (result != null)
{
return(result);
}
return(gameState.Self.Hand.FirstOrDefault());
}
public override Card GetCardFromHandToPlay(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
if (this.defaultCardResponses.ShouldDeferForCardInPlay(gameState))
{
return(this.defaultCardResponses.GetCardFromHandToPlay(gameState, acceptableCard, isOptional));
}
var self = gameState.Self;
Card result = this.actionOrder.GetPreferredCard(
gameState,
card => self.Hand.HasCard(card) && acceptableCard(card),
card => DefaultShouldPlayCard(gameState, card));
// only choose default actions that weren't explicitly mentioned in the play order
if (result == null && this.chooseDefaultActionOnNone)
{
var candidateCards = new SetOfCards(gameState.CardGameSubset);
foreach (Card card in self.Hand)
{
if (acceptableCard(card) && DefaultShouldPlayCard(gameState, card))
{
candidateCards.Add(card);
}
}
if (candidateCards.Count > 0)
{
foreach (Card card in this.actionOrder.GetNeededCards())
{
candidateCards.Remove(card);
}
}
if (candidateCards.Count > 0)
{
result = this.defaultActionOrder.GetPreferredCard(
gameState,
card => candidateCards.Contains(card));
}
}
if (result == null && !isOptional)
{
result = this.defaultActionOrder.GetPreferredCard(
gameState,
card => self.Hand.HasCard(card) && acceptableCard(card));
}
return(result);
}
public Card GetPreferredCardReverse(GameState gameState, CardPredicate cardPredicate)
{
IComparer <Card> comparer = this.comparerFactory.GetComparer(gameState);
Card cardToPlay = gameState.Self.Hand.Where(card => cardPredicate(card)).OrderByDescending(card => card, comparer).FirstOrDefault();
if (cardToPlay == null)
{
return(null);
}
return(cardToPlay);
}
public override Card GetTreasureFromHandToPlay(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
if (this.defaultCardResponses.ShouldDeferForCardInPlay(gameState))
{
return(this.defaultCardResponses.GetTreasureFromHandToPlay(gameState, acceptableCard, isOptional));
}
var self = gameState.Self;
return(this.treasurePlayOrder.GetPreferredCard(
gameState,
card => self.Hand.HasCard(card) && acceptableCard(card)));
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
IPlayerAction playerAction = this.GetActionForCurrentCardContext(gameState);
if (playerAction != null)
{
return(playerAction.GetCardFromHandToReveal(gameState, acceptableCard));
}
else
{
return(base.GetCardFromHandToReveal(gameState, acceptableCard));
}
}
public Card GetPreferredCard(GameState gameState, CardPredicate cardPredicate, CardPredicate defaultPredicate)
{
foreach (ICardPicker matcher in this.matchers)
{
Card result = matcher.GetPreferredCard(gameState, cardPredicate, defaultPredicate);
if (result != null)
{
return(result);
}
}
return(null);
}
public Card GetPreferredCard(GameState gameState, CardPredicate cardPredicate)
{
foreach (CardAcceptance acceptance in this.cardAcceptances)
{
if (cardPredicate(acceptance.card) &&
acceptance.match(gameState))
{
return acceptance.card;
}
}
return null;
}
public override void DoSpecializedAction(PlayerState currentPlayer, GameState gameState)
{
currentPlayer.GainCardFromSupply(Cards.Rats, gameState);
CardPredicate cardsToTrash = card => card != Rats.card;
if (currentPlayer.Hand.HasCard(cardsToTrash))
{
currentPlayer.RequestPlayerTrashCardFromHand(gameState, cardsToTrash, isOptional: false);
}
else
{
currentPlayer.RevealHand();
}
}
public Card GetPreferredCard(GameState gameState, CardPredicate cardPredicate)
{
foreach (CardAcceptance acceptance in this.cardAcceptances)
{
if (cardPredicate(acceptance.card) &&
acceptance.match(gameState))
{
return(acceptance.card);
}
}
return(null);
}
public override Card GetCardFromSupplyToBuy(GameState gameState, CardPredicate cardPredicate)
{
if (this.defaultCardResponses.ShouldDeferForCardInPlay(gameState))
{
return(this.defaultCardResponses.GetCardFromSupplyToBuy(gameState, cardPredicate));
}
var self = gameState.Self;
return(this.purchaseOrder.GetPreferredCard(
gameState,
cardPredicate));
}
public Card GetPreferredCard(GameState gameState, CardPredicate cardPredicate)
{
foreach (ICardPicker matcher in this.matchers)
{
Card result = matcher.GetPreferredCard(gameState, cardPredicate);
if (result != null)
{
return result;
}
}
return null;
}
public override Card GetTreasureFromHandToPlay(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
IPlayerAction playerAction = this.GetActionForCurrentCardContext(gameState);
if (playerAction != null)
{
return(playerAction.GetTreasureFromHandToPlay(gameState, acceptableCard, isOptional));
}
else
{
return(base.GetTreasureFromHandToPlay(gameState, acceptableCard, isOptional));
}
}
public override Card GetCardFromHandOrDiscardToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, out DeckPlacement deckPlacement)
{
IPlayerAction playerAction = this.GetActionForCurrentCardContext(gameState);
if (playerAction != null)
{
return(playerAction.GetCardFromHandOrDiscardToTrash(gameState, acceptableCard, isOptional, out deckPlacement));
}
else
{
return(base.GetCardFromHandOrDiscardToTrash(gameState, acceptableCard, isOptional, out deckPlacement));
}
}
public override Card GetCardFromHandToTrash(GameState gameState, CardPredicate acceptableCard, bool isOptional, CollectionCards cardsTrashedSoFar)
{
IPlayerAction playerAction = this.GetActionForCurrentCardContext(gameState);
if (playerAction != null)
{
return(playerAction.GetCardFromHandToTrash(gameState, acceptableCard, isOptional, cardsTrashedSoFar));
}
else
{
return(base.GetCardFromHandToTrash(gameState, acceptableCard, isOptional, cardsTrashedSoFar));
}
}
public Card GetPreferredCardReverse(GameState gameState, CardPredicate cardPredicate)
{
for (int i = this.matchers.Length-1; i > 0; --i)
{
ICardPicker matcher = this.matchers[i];
Card result = matcher.GetPreferredCard(gameState, cardPredicate);
if (result != null)
{
return result;
}
}
return null;
}
public Card GetPreferredCardReverse(GameState gameState, CardPredicate cardPredicate)
{
for (int i = this.cardAcceptances.Length - 1; i >= 0; i--)
{
CardAcceptance acceptance = this.cardAcceptances[i];
if (cardPredicate(acceptance.card) &&
acceptance.match(gameState))
{
return acceptance.card;
}
}
return null;
}
public override void DoSpecializedAttack(PlayerState currentPlayer, PlayerState otherPlayer, GameState gameState)
{
CardPredicate acceptableCard = card => card.isVictory;
Card cardTopDecked = otherPlayer.RequestPlayerTopDeckCardFromHand(gameState, acceptableCard, isOptional: false);
if (cardTopDecked == null)
{
otherPlayer.RevealHand();
}
else
{
otherPlayer.RevealCard(cardTopDecked, DeckPlacement.TopOfDeck);
}
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
int maxCount = 0;
// find out which card that is wanted to be trashed you have most of in hand.
foreach (Card card in playerAction.trashOrder.GetNeededCards())
{
maxCount = Math.Max(maxCount, gameState.Self.Hand.CountOf(card));
}
if (maxCount > 2)
maxCount = 2;
Card cardToReturn = playerAction.trashOrder.GetPreferredCard(gameState, card => gameState.Self.Hand.CountOf(card) >= maxCount && acceptableCard(card));
return cardToReturn;
}
public Card GetPreferredCard(GameState gameState, CardPredicate cardPredicate, CardPredicate defaultPredicate)
{
foreach (CardAcceptance acceptance in this.cardAcceptances)
{
if (cardPredicate(acceptance.card))
{
if (acceptance.match == CardAcceptance.DefaultMatch && defaultPredicate(acceptance.card) ||
acceptance.match != CardAcceptance.DefaultMatch && acceptance.match(gameState))
{
return acceptance.card;
}
}
}
return null;
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
Card cardToReturn = playerAction.trashOrder.GetPreferredCard(gameState, card => gameState.Self.Hand.HasCard(card) && acceptableCard(card));
if (cardToReturn == null)
return null;
PlayerState self = gameState.Self;
int currentCoin = self.ExpectedCoinValueAtEndOfTurn;
int coinCountIfReturn = currentCoin - cardToReturn.plusCoin;
if (currentCoin < Dominion.Cards.Gold.DefaultCoinCost)
return cardToReturn;
Card cardWithAllCoin = playerAction.GetCardFromSupplyToBuy(gameState, card => card.CurrentCoinCost(self) <= currentCoin);
Card cardWithReturnedCard = playerAction.GetCardFromSupplyToBuy(gameState, card => card.CurrentCoinCost(self) <= coinCountIfReturn);
if (cardWithAllCoin != cardWithReturnedCard)
return null;
return cardToReturn;
}
public Card GetPreferredCard(GameState gameState, CardPredicate cardPredicate)
{
var existingCards = gameState.Self.AllOwnedCards.Clone();
int numberOfTries = 2;
for (int index = 0; index < this.buildOrder.Length; ++index)
{
CardAcceptance acceptance = this.buildOrder[index];
if (acceptance == null)
continue;
if (!acceptance.match(gameState))
continue;
Card currentCard = acceptance.card;
if (existingCards.HasCard(currentCard))
{
existingCards.RemoveCard(currentCard);
continue;
}
numberOfTries--;
if (cardPredicate(currentCard))
{
return currentCard;
}
if (numberOfTries == 0)
{
break;
}
}
return null;
}
internal Card RequestPlayerTrashCardFromHand(GameState gameState, CardPredicate acceptableCardsToTrash, bool isOptional, CollectionCards cardsTrashedSoFar = null)
{
Card cardTypeToTrash = RequestPlayerTrashCardFromHandButDontTrash(gameState, acceptableCardsToTrash, isOptional, cardsTrashedSoFar);
if (cardTypeToTrash != null)
this.TrashCardFromHandOfType(gameState, cardTypeToTrash, guaranteeInHand: true);
return cardTypeToTrash;
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
Card cardToReturn = playerAction.trashOrder.GetPreferredCard(gameState, card => gameState.Self.Hand.HasCard(card) && acceptableCard(card));
return cardToReturn;
}
internal bool RequestPlayerDiscardCardFromHand(GameState gameState, CardPredicate acceptableCardsToDiscard, bool isOptional)
{
if (!this.hand.HasCard(acceptableCardsToDiscard))
{
return false;
}
Card cardTypeToDiscard = this.actions.GetCardFromHandToDiscard(gameState, acceptableCardsToDiscard, isOptional);
if (cardTypeToDiscard == null)
{
if (isOptional)
{
return false;
}
else
{
throw new Exception("Player must choose a card to discard");
}
}
else
{
if (gameState.GetPile(cardTypeToDiscard) != null && // TODO: this currently can not find ruins ... rework this method so a card is returned instead of a type.
!acceptableCardsToDiscard( cardTypeToDiscard))
throw new Exception("Card does not meet constraint: ");
}
this.MoveCardFromHandToDiscard(cardTypeToDiscard, gameState);
return true;
}
internal Card RequestPlayerGainCardFromSupply(GameState gameState, CardPredicate acceptableCard, string description, bool isOptional = false, DeckPlacement defaultLocation = DeckPlacement.Discard)
{
return RequestPlayerGainCardFromSupply(gameState, this, acceptableCard, description, isOptional, defaultLocation);
}
internal Card RequestPlayerGainCardFromSupply(GameState gameState, PlayerState playerGainingCard, CardPredicate acceptableCard, string description, bool isOptional = false, DeckPlacement defaultLocation = DeckPlacement.Discard)
{
PileOfCards exampleCard = gameState.supplyPiles.Where(cardPile => !cardPile.IsEmpty && acceptableCard(cardPile.TopCard())).FirstOrDefault();
bool hasCardOfCost = exampleCard != null;
if (!hasCardOfCost)
{
return null;
}
CardPredicate cardPredicate = card => gameState.GetSupplyPile(card) != null && acceptableCard(card);
// how do you know which player you are gaining for?
Card cardType = this.actions.GetCardFromSupplyToGain(gameState, cardPredicate, isOptional);
if (cardType == null)
{
if (isOptional)
{
return null;
}
throw new Exception("Must gain a card where " + description);
}
Card gainedCard = gameState.PlayerGainCardFromSupply(cardType, playerGainingCard, defaultLocation);
if (gainedCard == null)
{
throw new Exception("Card specified can not be gained");
}
if (!acceptableCard(gainedCard))
{
throw new Exception("Card does not meet constraint: " + description);
}
return gainedCard;
}
internal Card RequestPlayerTrashCardFromHandButDontTrash(GameState gameState, CardPredicate acceptableCardsToTrash, bool isOptional, CollectionCards cardsTrashedSoFar = null)
{
if (!this.hand.HasCard(acceptableCardsToTrash))
{
return null;
}
if (cardsTrashedSoFar == null)
cardsTrashedSoFar = gameState.emptyCardCollection;
Card cardTypeToTrash = this.actions.GetCardFromHandToTrash(gameState, acceptableCardsToTrash, isOptional, cardsTrashedSoFar);
if (cardTypeToTrash == null)
{
if (isOptional)
{
return null;
}
else
{
throw new Exception("Player must choose a card to trash");
}
}
if (!acceptableCardsToTrash(cardTypeToTrash))
{
throw new Exception("Tried to trash a card that didn't match the constraint");
}
return cardTypeToTrash;
}
internal Card RequestPlayerTopDeckCardFromPlay(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
if (!this.cardsPlayed.HasCard(acceptableCard))
{
return null;
}
Card cardTypeToTopDeck = this.actions.GetCardFromPlayToTopDeckDuringCleanup(gameState, acceptableCard, isOptional);
if (cardTypeToTopDeck == null)
{
if (isOptional)
{
return null;
}
else
{
throw new Exception("Player must choose a card to top deck");
}
}
Card cardToTopDeck = this.cardsPlayed.RemoveCard(cardTypeToTopDeck);
if (cardToTopDeck == null)
{
throw new Exception("Could not remove Card From Hand");
}
if (!acceptableCard(cardToTopDeck))
{
throw new Exception("Card does not meet constraint for top deck");
}
this.gameLog.PlayerTopDeckedCard(this, cardToTopDeck);
this.deck.AddCardToTop(cardToTopDeck);
return cardToTopDeck;
}
internal void RevealCardsFromDiscard(int cardCount, CardPredicate cardPredicate)
{
for (int i = 0; i < cardCount; ++i)
{
// warning, n^2 algorithm here.
Card card = this.discard.RemoveCard(cardPredicate);
if (card == null)
{
throw new System.Exception("Could not reveal needed number of cards from discard");
}
RevealCard(card, DeckPlacement.Discard);
this.cardsBeingRevealed.AddCard(card);
}
}
internal void MoveCardsFromPlayedAreaToTrash(CardPredicate acceptableCard, GameState gameState)
{
while (this.cardsPlayed.HasCard(acceptableCard))
{
Card cardRemoved = this.cardsPlayed.RemoveCard(acceptableCard);
MoveCardToTrash(cardRemoved, gameState);
}
}
internal Card RequestPlayerTrashRevealedCard(GameState gameState, CardPredicate acceptableCard)
{
if (!this.cardsBeingRevealed.AnyWhere(acceptableCard))
{
return null;
}
Card cardtoTrash = this.actions.GetCardFromRevealedCardsToTrash(gameState, acceptableCard);
if (cardtoTrash == null)
{
throw new Exception("Player must choose a card to trash");
}
if (!acceptableCard(cardtoTrash))
{
throw new Exception("Card did not meet constraint");
}
this.MoveRevealedCardToTrash(cardtoTrash, gameState);
return cardtoTrash;
}
internal Card RequestPlayerTrashOtherPlayersRevealedCard(GameState gameState, CardPredicate acceptableCard, PlayerState otherPlayer)
{
Card cardtoTrash = null;
if (otherPlayer.cardsBeingRevealed.HasCard(acceptableCard))
{
Card cardTypeToTrash = this.actions.GetCardFromOtherPlayersRevealedCardsToTrash(gameState, otherPlayer, acceptableCard);
cardtoTrash = otherPlayer.cardsBeingRevealed.RemoveCard(cardTypeToTrash);
if (cardtoTrash == null)
{
throw new Exception("Must choose a revealed card to trash");
}
if (!acceptableCard(cardtoTrash))
{
throw new Exception("Card constraint doesnt match.");
}
otherPlayer.MoveCardToTrash(cardtoTrash, gameState);
}
return cardtoTrash;
}
internal Card RequestPlayerTrashCardFromHandOrDiscard(GameState gameState, CardPredicate acceptableCardsToTrash, bool isOptional)
{
if (!this.hand.HasCard(acceptableCardsToTrash) &&
!this.discard.HasCard(acceptableCardsToTrash))
{
return null;
}
DeckPlacement deckPlacement = DeckPlacement.Default;
Card cardTypeToTrash = this.actions.GetCardFromHandOrDiscardToTrash(gameState, acceptableCardsToTrash, isOptional, out deckPlacement);
if (cardTypeToTrash == null)
{
if (isOptional)
{
return null;
}
else
{
throw new Exception("Player must choose a card to trash");
}
}
if (deckPlacement == DeckPlacement.Hand)
{
return this.TrashCardFromHandOfType(gameState, cardTypeToTrash, guaranteeInHand: true);
}
else if (deckPlacement == DeckPlacement.Discard)
{
return this.TrashCardFromDiscardOfType(gameState, cardTypeToTrash, guaranteeInDiscard: true);
}
else
{
throw new Exception("Must trash from hand or discard");
}
}
public override Card GetCardFromHandToReveal(GameState gameState, CardPredicate acceptableCard)
{
return playerAction.purchaseOrder.GetPreferredCard(gameState, acceptableCard);
}
internal Card RequestPlayerGainCardFromTrash(GameState gameState, CardPredicate acceptableCard, string description, bool isOptional = false, DeckPlacement defaultLocation = DeckPlacement.Discard)
{
if (!gameState.trash.HasCard(acceptableCard))
return null;
Card cardType = this.actions.GetCardFromTrashToGain(gameState, acceptableCard, isOptional);
if (cardType == null)
{
if (isOptional)
{
return null;
}
throw new Exception("Must gain a card where " + description);
}
if (!acceptableCard(cardType))
{
throw new Exception("Card does not meet constraint: " + description);
}
Card cardFromTrash = gameState.trash.RemoveCard(cardType);
if (cardFromTrash == null)
{
throw new Exception("Card requested wasnt in the trash");
}
this.GainCard(gameState, cardFromTrash, DeckPlacement.Trash, defaultLocation, GainReason.Gain);
return cardFromTrash;
}
internal Card RequestPlayerMoveRevealedCardToHand(GameState gameState, CardPredicate acceptableCard)
{
if (!this.cardsBeingRevealed.AnyWhere(acceptableCard))
{
return null;
}
Card cardToPutInHand = this.actions.GetCardFromRevealedCardsToPutInHand(gameState, acceptableCard);
if (cardToPutInHand == null)
{
throw new Exception("Player must choose a card to put in hand");
}
if (!acceptableCard(cardToPutInHand))
{
throw new Exception("Card did not meet constraint");
}
this.MoveRevealedCardToHand(cardToPutInHand);
return cardToPutInHand;
}
internal Card RequestPlayerTrashCardFromHandAndGainCard(
GameState gameState,
CardPredicate acceptableCardsToTrash,
CostConstraint costConstraint,
int cost,
CardRelativeCost cardRelativeCost,
bool isOptionalToTrash = false,
bool isOptionalToGain = false,
DeckPlacement defaultLocation = DeckPlacement.Discard)
{
Card trashedCard = this.RequestPlayerTrashCardFromHand(gameState, acceptableCardsToTrash, isOptionalToTrash);
if (trashedCard != null)
{
int cardCost = cardRelativeCost == CardRelativeCost.RelativeCost ? trashedCard.CurrentCoinCost(this) + cost :
cardRelativeCost == CardRelativeCost.AbsoluteCost ? cost : 0;
CardPredicate cardPredicate;
if (costConstraint == CostConstraint.Exactly)
{
cardPredicate = acceptableCard => acceptableCard.CurrentCoinCost(this) == cardCost;
}
else if (costConstraint == CostConstraint.UpTo)
{
cardPredicate = acceptableCard => acceptableCard.CurrentCoinCost(this) <= cardCost;
}
else
{
throw new Exception("Invalid operation");
}
return this.RequestPlayerGainCardFromSupply(
gameState,
cardPredicate,
"",
isOptionalToGain,
defaultLocation);
}
return null;
}
internal Card RequestPlayerRevealCardFromHand(CardPredicate acceptableCard, GameState gameState)
{
if (!this.hand.HasCard(acceptableCard))
{
return null;
}
Card cardToReveal = this.actions.GetCardFromHandToReveal(gameState,
card => acceptableCard(card) && this.hand.HasCard(card));
if (cardToReveal != null)
{
Card revealedCard = RevealCardFromHand(cardToReveal, gameState);
this.MoveAllRevealedCardsToHand();
return revealedCard;
}
return null;
}
internal bool RequestPlayerPlayActionFromHand(GameState gameState, CardPredicate acceptableCard, bool isOptional)
{
Card cardToPlay = RequestPlayerChooseCardToRemoveFromHandForPlay(gameState, acceptableCard, isTreasure: false, isAction: true, isOptional: isOptional);
if (cardToPlay != null)
{
this.DoPlayAction(cardToPlay, gameState);
}
return true;
}
