public static IList<Pile> CreatePiles(GameModel gameModel, IEnumerable<CardModel> cards, CardModel bane)
{
List<Pile> piles = new List<Pile>();
foreach (CardModel cardModel in cards)
{
int count = 10;
if (cardModel.Is(CardType.Victory))
{
if (gameModel.Players.Count < 3)
{
count = 8;
}
else
{
count = 12;
}
}
if (cardModel is Rats)
{
count = 20;
}
piles.Add(new Pile(count, gameModel, cardModel.GetType()));
}
if (bane != null)
{
gameModel.Bane = bane;
}
return piles;
}
public Pile(int count, GameModel gameModel, Type cardType, CardModel instance)
{
this.gameModel = gameModel;
this.cardType = cardType;
this.instance = instance;
this.CostsPotion = this.instance.CostsPotion;
this.Contrabanded = false;
this.originalCost = gameModel.GetCost(this.instance);
this.Cost = this.originalCost;
this.Count = count;
this.EmbargoCount = 0;
this.TradeRouteCount = 0;
this.name = instance.Name;
if (this.instance.Is(CardType.Knight))
{
List<CardModel> cards = new List<CardModel>();
cards.AddRange(Knights.AllKnights);
this.uniqueCards = new Stack<CardModel>();
foreach (CardModel card in cards.OrderBy(c => Randomizer.Next()))
{
this.uniqueCards.Push(card);
}
this.TopCard = this.uniqueCards.Peek();
}
else if (this.instance.Is(CardType.Ruins))
{
List<CardModel> cards = new List<CardModel>();
for (int i = 0; i < 10; i++)
{
cards.Add(new AbandonedMine());
cards.Add(new RuinedLibrary());
cards.Add(new RuinedMarket());
cards.Add(new RuinedVillage());
cards.Add(new Survivors());
}
this.uniqueCards = new Stack<CardModel>();
foreach (CardModel card in cards.OrderBy(c => Randomizer.Next()))
{
this.uniqueCards.Push(card);
}
this.TopCard = this.uniqueCards.Peek();
}
else
{
this.TopCard = this.instance;
}
this.UpdateCost();
}
public override IEnumerable<CardModel> ChooseCards(CardChoiceType choiceType, CardModel cardInfo, string choiceText, ChoiceSource source, int minChoices, int maxChoices, IEnumerable<CardModel> choices)
{
switch(choiceType)
{
case CardChoiceType.Discard:
List<CardModel> choiceList = new List<CardModel>(choices);
List<CardModel> discardList = new List<CardModel>();
return choiceList.OrderBy(choice => this.parent.StaticEvalSimple(choice, this.parent.GetGamePhase())).Take(minChoices);
}
return base.ChooseCards(choiceType, cardInfo, choiceText, source, minChoices, maxChoices, choices);
}
public static void MonteCarloTreeSearchTest2()
{
CardModel[] cards = new CardModel[]
{
new Steward(),
new DeathCart(),
new Spy(),
new Counterfeit(),
new IllGottenGains(),
new Laboratory(),
new RoyalSeal(),
new Stables(),
new Venture(),
new HuntingGrounds()
};
GameModel gameModel = new GameModel();
Kingdom kingdom = new Kingdom(cards, null, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
BuyList bigMoney = new BuyList();
bigMoney.List.Add(new BuyListItem(typeof(IllGottenGains), 1));
bigMoney.List.Add(new BuyListItem(typeof(Province), 8));
bigMoney.List.Add(new BuyListItem(typeof(Gold), 99));
bigMoney.List.Add(new BuyListItem(typeof(Silver), 99));
bigMoney.ProvinceBuyThreshold = 5;
bigMoney.DuchyBuyThreshold = 5;
bigMoney.EstateBuyThreshold = 2;
BuyListAIStrategy player1 = new BuyListAIStrategy(gameModel);
BuyListAIStrategy player2 = new BuyListAIStrategy(gameModel);
player1.BuyList = bigMoney.Clone();
player2.BuyList = bigMoney.Clone();
Player p1 = new Player("player1", player1, gameModel);
Player p2 = new Player("player2", player2, gameModel);
gameModel.Players.Add(p1);
gameModel.Players.Add(p2);
player1.FinalizeBuyList();
player2.FinalizeBuyList();
gameModel.InitializeGameState(kingdom, 0);
p1.Hand.Clear();
p2.Hand.Clear();
for (int i = 0; i < 5; i++)
{
p1.Deck.Draw();
p2.Deck.Draw();
}
for (int i = 0; i < 6; i++)
{
gameModel.PileMap[typeof(Province)].DrawCard();
gameModel.PileMap[typeof(IllGottenGains)].DrawCard();
}
// skip opening book logic
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
//human had 18 points, computer had 21 points
// computer had 8 coins worth of stuff in hand
// human had 5 coins worth of stuff in hand
// 2 provinces left
//6 duchys left
// 8 estates left
// 4 curses & ill gotten gains left
// computer bought ill gotten gains, then reshuffled.
p1.Hand.Add(new Copper());
p1.Hand.Add(new Silver());
p1.Hand.Add(new Gold());
p1.Hand.Add(new Silver());
p1.Hand.Add(new Estate());
List<CardModel> d1 = new List<CardModel>();
for (int i = 0; i < 6; i++) d1.Add(new Copper());
for (int i = 0; i < 6; i++) d1.Add(new Curse());
d1.Add(new Duchy());
d1.Add(new Duchy());
for (int i = 0; i < 3; i++) d1.Add(new Province());
for (int i = 0; i < 2; i++) d1.Add(new Estate());
for (int i = 0; i < 5; i++) d1.Add(new Silver());
d1.Add(new HuntingGrounds());
d1.Add(new Venture());
d1.Add(new Venture());
p1.Discard.AddRange(d1);
List<CardModel> d2 = new List<CardModel>();
for (int i = 0; i < 7; i++) d2.Add(new Copper());
for (int i = 0; i < 5; i++) d2.Add(new IllGottenGains());
for (int i = 0; i < 2; i++) d2.Add(new Province());
d2.Add(new Silver());
d2.Add(new Steward());
d2.Add(new Steward());
p2.Hand.Add(new Copper());
p2.Hand.Add(new Copper());
p2.Hand.Add(new Copper());
p2.Hand.Add(new IllGottenGains());
p2.Hand.Add(new Province());
p2.Deck.Populate(d2);
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EnterBuyPhase));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.PlayBasicTreasures));
MonteCarloTreeSearch search = new MonteCarloTreeSearch(gameModel, bigMoney.Clone(), false, 320);
search.DoMCTS();
DominionTreeNode node = search.Root;
DominionTreeNode bestChild = null;
DominionTreeNode defaultChild = null;
foreach (DominionTreeNode child in node.Children.OrderByDescending(c => c.TotalValue / c.VisitCount))
{
Console.WriteLine(child.Action.ToString() + " " + child.TotalValue + " / " + child.VisitCount + " " + (child.TotalValue / child.VisitCount));
if (bestChild == null || (child.TotalValue / child.VisitCount) > (bestChild.TotalValue / bestChild.VisitCount))
{
bestChild = child;
}
if (child.Action.Pile != null && child.Action.Pile.Card is Province)
{
defaultChild = child;
}
}
PlayerAction defaultAction = defaultChild.Action;
PlayerAction searchedAction = bestChild.Action;
if (!defaultAction.Equals(searchedAction))
{
Console.WriteLine("difference!!!!!");
MonteCarloTreeSearch refinedSearch = new MonteCarloTreeSearch(gameModel, bigMoney.Clone(), true, 310);
refinedSearch.Root.Expand();
for (int i = refinedSearch.Root.Children.Count - 1; i >= 0; i--)
{
if (!(refinedSearch.Root.Children[i].Action.Equals(defaultAction) || refinedSearch.Root.Children[i].Action.Equals(searchedAction)))
{
refinedSearch.Root.Children.RemoveAt(i);
}
}
refinedSearch.DoMCTS();
DominionTreeNode defaultActionChild = null, searchedActionChild = null;
foreach (DominionTreeNode child in refinedSearch.Root.Children)
{
if (child.Action.Equals(defaultAction))
{
defaultActionChild = child;
}
else if (child.Action.Equals(searchedAction))
{
searchedActionChild = child;
}
else
{
Debug.Assert(false);
}
}
double defaultWinRate = defaultActionChild.TotalValue / defaultActionChild.VisitCount;
double searchedWinRate = searchedActionChild.TotalValue / searchedActionChild.VisitCount;
foreach (DominionTreeNode child in refinedSearch.Root.Children.OrderByDescending(c => c.TotalValue / c.VisitCount))
{
Console.WriteLine(child.Action.ToString() + " " + child.TotalValue + " / " + child.VisitCount + " " + (child.TotalValue / child.VisitCount));
}
}
}
public static void TuneBuyList()
{
Randomizer.SetRandomSeed(123456789);
//IEnumerable<CardModel> cards = new RandomAllCardSet().CardCollection.ToList();
//IList<CardModel> cards = new AdventuresAbroad().CardCollection;
/*
CardModel[] cards = new CardModel[]{
new Chapel(),
new Militia(),
new Goons(),
new City(),
new ShantyTown(),
new Moneylender(),
new Mint(),
new Hoard(),
new Nobles(),
new Expand()
};*/
//IList<CardModel> cards = new AdventuresAbroad().CardCollection;
CardModel[] cards = new CardModel[]
{
new Pawn(),
new FishingVillage(),
new Steward(),
new Tournament(),
new Watchtower(),
new City(),
new Duke(),
new Festival(),
new Mint(),
new Prince()
};
Kingdom kingdom = new Kingdom(cards, null, null, GameSets.Any, 2, CardUseType.Use, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
BuyListTrainer trainer = new BuyListTrainer(kingdom, true);
List<BuyListEntry> winners = trainer.Train(32, Console.Out);
foreach(BuyListEntry entry in winners)
{
Console.WriteLine(entry.WinRatio);
Console.WriteLine(entry.BuyList.ToString());
Console.WriteLine();
}
}
internal void TrashCard(CardModel chosenCard, Player owner)
{
this.Trash.Add(chosenCard);
chosenCard.OnTrash(this, owner);
foreach (CardModel card in owner.Hand.Where(c => c is MarketSquare).ToArray())
{
int choice = owner.Chooser.ChooseOneEffect(EffectChoiceType.DiscardMarketSquare, "You may discard Market Square to gain a Gold", marketSquareChoices, marketSquareChoices);
if (choice == 0)
{
owner.DiscardCard(card);
owner.GainCard(typeof(Gold));
}
}
}
public void Play(CardModel cardModel)
{
if (this.GameStarted && !this.GameOver)
{
if (cardModel != null && cardModel.Is(CardType.Action) && this.CanPlayAction)
{
this.CurrentPlayer.PlayAction(cardModel);
this.OnPropertyChanged("CanPlayAction");
}
else if (cardModel != null && cardModel.Is(CardType.Treasure) && this.CanPlayTreasure)
{
this.CurrentPlayer.PlayTreasure(cardModel);
}
}
}
public int GetCost(CardModel cardModel)
{
int cost = cardModel.GetBaseCost();
if (cardModel is Peddler && this.CurrentPhase == GamePhase.Buy)
{
cost = Math.Max(0, cost - 2 * this.CurrentPlayer.Played.Count(card => card.Is(CardType.Action)));
}
foreach (CardModifier cardModifier in this.CardModifiers)
{
cost = cardModifier.GetCost(cardModel, cost);
}
if (this.CurrentPlayer.FerryPile != null)
{
if (this.CurrentPlayer.FerryPile.Card.Name == cardModel.ThisAsTrashTarget.Name || this.CurrentPlayer.FerryPile.Card.Is(CardType.Ruins) && cardModel.Is(CardType.Ruins) || this.CurrentPlayer.FerryPile.Card.Is(CardType.Knight) && cardModel.Is(CardType.Knight))
{
cost = Math.Max(0, cost - 2);
}
}
return cost;
}
public virtual int GetCoins(CardModel cardModel, int coins)
{
return coins;
}
public override IEnumerable<CardModel> ChooseCards(CardChoiceType choiceType, CardModel cardInfo, string choiceText, ChoiceSource source, int minChoices, int maxChoices, IEnumerable<CardModel> choices)
{
return choices.Take(minChoices);
}
public override IEnumerable<CardModel> ChooseCards(CardChoiceType choiceType, CardModel cardInfo, string choiceText, ChoiceSource source, int minChoices, int maxChoices, IEnumerable<CardModel> choices)
{
IEnumerable<string> chosen = this.MakeCardPileChoice(choiceText, (from c in choices select c.ID), minChoices, maxChoices, source, card: true, order: false);
List<CardModel> chosenCards = new List<CardModel>();
Dictionary<string, int> seen = new Dictionary<string, int>();
foreach (string c in chosen)
{
int skip = 0;
seen.TryGetValue(c, out skip);
CardModel foundCard = null;
int counter = skip;
foreach (CardModel card in choices)
{
if (c == card.ID)
{
if (counter > 0)
{
counter--;
}
else
{
foundCard = card;
break;
}
}
}
seen[c] = skip + 1;
chosenCards.Add(foundCard);
}
return chosenCards;
}
public override CardModel React(CardModel source, ReactionTrigger trigger, IEnumerable<CardModel> reactions)
{
throw new NotImplementedException();
}
public Kingdom(IList<CardModel> cards, IList<CardModel> prohibitedCards, CardModel bane, GameSets allowedSets, int numPlayers, CardUseType usesColonies, CardUseType usesShelters, StartingHandType startingHandType, bool useRandomCardsFromChosenSetsOnly)
{
this.Bane = bane;
this.NumPlayers = numPlayers;
this.AllowedSets = allowedSets;
if (prohibitedCards == null)
{
prohibitedCards = new List<CardModel>();
}
List<CardModel> newCards = new List<CardModel>();
if (cards != null)
{
newCards.AddRange(cards);
}
this.Cards = newCards;
int need = 10 - this.Cards.Count;
if (need > 0)
{
IEnumerable<CardModel> randomFilteredCards = RandomAllCardSet.RandomCardIDs.Where(c => !this.Cards.Any(cc => cc.Name == c.Name) && !prohibitedCards.Any(cc => cc.Name == c.Name) && (this.Bane == null || this.Bane.Name != c.Name) && (c.GameSet & this.AllowedSets) != 0).OrderBy(c => Randomizer.Next());
newCards.AddRange(randomFilteredCards.Take(need));
need = 10 - this.Cards.Count;
if (need > 0)
{
IEnumerable<CardModel> randomAllCards = RandomAllCardSet.RandomCardIDs.Where(c => !this.Cards.Any(cc => cc.Name == c.Name) && (this.Bane == null || this.Bane.Name != c.Name)).OrderBy(c => Randomizer.Next());
newCards.AddRange(randomAllCards.Take(need));
}
}
this.InitializeBlackMarket(useRandomCardsFromChosenSetsOnly, prohibitedCards);
if (this.Cards.Any(card => card is YoungWitch))
{
if (this.Bane == null)
{
// add a bane card if it hasn't been set already
IEnumerable<CardModel> baneCards = RandomAllCardSet.RandomCardIDs.Where(c => (c.GetBaseCost() == 2 || c.GetBaseCost() == 3) && !c.CostsPotion && !this.Cards.Any(cc => cc.Name == c.Name) && (this.BlackMarketDeck == null || !this.BlackMarketDeck.Any(cc => cc.Name == c.Name)) && (c.GameSet & this.AllowedSets) != 0);
if (useRandomCardsFromChosenSetsOnly)
{
IEnumerable<CardModel> filteredBaneCards = baneCards.Where(c => this.Cards.Any(cc => c.GameSet == cc.GameSet) && !prohibitedCards.Any(cc => cc.Name == c.Name));
if(filteredBaneCards.Any())
{
baneCards = filteredBaneCards;
}
}
CardModel baneChoice = baneCards.ElementAt(Randomizer.Next(baneCards.Count()));
this.Bane = baneChoice;
}
if (this.Bane is BlackMarket)
{
this.InitializeBlackMarket(useRandomCardsFromChosenSetsOnly, prohibitedCards);
}
this.Cards.Add(this.Bane);
}
newCards.Sort(new Comparison<CardModel>((CardModel lhs, CardModel rhs) =>
{
if (lhs.CostsPotion && !rhs.CostsPotion) return 1;
if (rhs.CostsPotion && !lhs.CostsPotion) return -1;
if (lhs.GetBaseCost() != rhs.GetBaseCost()) return lhs.GetBaseCost() - rhs.GetBaseCost();
return lhs.Name.CompareTo(rhs.Name);
}));
switch (usesColonies)
{
case CardUseType.Random:
this.UsesColonies = Randomizer.Next(2) == 1;
break;
case CardUseType.RandomByCardsFromSet:
this.UsesColonies = this.Cards.Count(card => card is ProsperityCardModel) > Randomizer.Next(10);
break;
case CardUseType.Use:
this.UsesColonies = true;
break;
case CardUseType.DoNotUse:
this.UsesColonies = false;
break;
}
switch (usesShelters)
{
case CardUseType.Random:
this.UsesShelters = Randomizer.Next(2) == 1;
break;
case CardUseType.RandomByCardsFromSet:
this.UsesShelters = this.Cards.Count(card => card is DarkAgesCardModel) > Randomizer.Next(10);
break;
case CardUseType.Use:
this.UsesShelters = true;
break;
case CardUseType.DoNotUse:
this.UsesShelters = false;
break;
}
this.CreateStartingDecks(startingHandType);
this.VictoryCardCount = this.NumPlayers < 3 ? 8 : 12;
}
public Kingdom(IList<CardModel> cards, IList<CardModel> prohibitedCards, CardModel bane, GameSets allowedSets, int numPlayers, CardUseType usesColonies, CardUseType usesShelters, StartingHandType startingHandType)
: this(cards, prohibitedCards, bane, allowedSets, numPlayers, usesColonies, usesShelters, startingHandType, false)
{
}
public Kingdom(IList<CardModel> cards, IList<CardModel> prohibitedCards, CardModel bane, GameSets allowedSets, int numPlayers)
: this(cards, prohibitedCards, bane, allowedSets, numPlayers, CardUseType.RandomByCardsFromSet, CardUseType.RandomByCardsFromSet, StartingHandType.Random, false)
{
}
public CardViewModel(CardModel card)
{
this.card = card;
this.order = -1;
}
public PlayerAction(ActionType actionType, CardModel card)
{
this.ActionType = actionType;
this.Card = card;
}
public int GetCoins(CardModel cardModel)
{
int coins = cardModel.Coins;
foreach (CardModifier cardModifier in this.CardModifiers)
{
coins = cardModifier.GetCoins(cardModel, coins);
}
return coins;
}
public CardViewModel(CardModel card)
{
this.card = card;
}
public virtual int GetCost(CardModel cardModel, int cost)
{
return cost;
}
public virtual void OnOtherPlayerGainedCard(Player player, CardModel card)
{
}
public void TakePrize(CardModel prize)
{
this.Prizes.Remove(this.Prizes.First(card => card.Name == prize.Name));
}
public virtual void OnThisPlayerGainedCard(CardModel card)
{
}
public static void TournamentTest2()
{
Randomizer.SetRandomSeed(123456789);
CardModel[] cards = new CardModel[]
{
new Familiar(),
new Wharf(),
new FishingVillage(),
new Smugglers(),
new Warehouse(),
new NomadCamp(),
new Laboratory(),
new Rabble(),
new Nobles(),
new KingsCourt()
};
Kingdom kingdom = new Kingdom(cards, null, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
GameModel model = new GameModel();
using (model.TextLog.SuppressLogging())
{
List<BuyList> lists = new List<BuyList>();
BuyList list = new BuyList();
list.ProvinceBuyThreshold = 5;
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 2;
list.OpeningBuy1 = typeof(FishingVillage);
list.OpeningBuy2 = typeof(FishingVillage);
list.List.Add(new BuyListItem(typeof(Wharf), 4));
list.List.Add(new BuyListItem(typeof(Gold), 1));
list.List.Add(new BuyListItem(typeof(Province), 99));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
list = new BuyList();
list.ProvinceBuyThreshold = 5;
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 2;
list.OpeningBuy1 = typeof(Silver);
list.OpeningBuy2 = typeof(Potion);
list.List.Add(new BuyListItem(typeof(Familiar), 3));
list.List.Add(new BuyListItem(typeof(Gold), 1));
list.List.Add(new BuyListItem(typeof(Province), 99));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
int[] wins = new int[lists.Count];
int[] losses = new int[lists.Count];
int[] games = new int[lists.Count];
BuyList[] listsArray = new BuyList[wins.Length];
for (int i = 0; i < lists.Count; i++)
{
listsArray[i] = lists[i];
}
for (int i = 0; i < 100; i++)
{
for (int j = 0; j < lists.Count; j++)
{
for (int k = j + 1; k < lists.Count; k++)
{
int res = PlayGame(kingdom, listsArray[j], listsArray[k]);
if (res == -1)
{
wins[j]++;
losses[k]++;
}
else if (res == 1)
{
losses[j]++;
wins[k]++;
}
res = PlayGame(kingdom, listsArray[k], listsArray[j]);
if (res == -1)
{
wins[k]++;
losses[j]++;
}
else if (res == 1)
{
losses[k]++;
wins[j]++;
}
games[j] += 2;
games[k] += 2;
}
}
}
for (int i = 0; i < listsArray.Length; i++)
{
Console.WriteLine(wins[i].ToString() + "/" + losses[i].ToString() + "/" + games[i].ToString());
Console.WriteLine(listsArray[i]);
}
}
}
public override IEnumerable<CardModel> ChooseCards(CardChoiceType choiceType, CardModel cardInfo, string choiceText, ChoiceSource source, int minChoices, int maxChoices, IEnumerable<CardModel> choices)
{
maxChoices = Math.Min(maxChoices, choices.Count());
int howMany = Randomizer.Next(minChoices, maxChoices + 1);
return choices.OrderBy(c => Randomizer.Next()).Take(howMany);
}
public static void MonteCarloTreeSearchTest()
{
CardModel[] cards = new CardModel[]
{
new Chapel(),
new ShantyTown(),
new Militia(),
new Moneylender(),
new City(),
new Mint(),
new Goons(),
new Hoard(),
new Nobles(),
new Expand()
};
GameModel gameModel = new GameModel();
Kingdom kingdom = new Kingdom(cards, null, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
BuyList bigMoney = new BuyList();
bigMoney.List.Add(new BuyListItem(typeof(Province), 8));
bigMoney.List.Add(new BuyListItem(typeof(Gold), 99));
bigMoney.List.Add(new BuyListItem(typeof(Silver), 99));
BuyListAIStrategy player1 = new BuyListAIStrategy(gameModel);
BuyListAIStrategy player2 = new BuyListAIStrategy(gameModel);
player1.BuyList = bigMoney.Clone();
player2.BuyList = bigMoney.Clone();
Player p1 = new Player("player1", player1, gameModel);
Player p2 = new Player("player2", player2, gameModel);
gameModel.Players.Add(p1);
gameModel.Players.Add(p2);
gameModel.InitializeGameState(kingdom);
p1.Hand.Clear();
p2.Hand.Clear();
for (int i = 0; i < 5; i++)
{
p1.Deck.Draw();
p2.Deck.Draw();
}
for (int i = 0; i < 6; i++)
{
gameModel.PileMap[typeof(Province)].DrawCard();
}
// skip opening book logic
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EndTurn));
p1.Hand.Add(new Gold());
p1.Hand.Add(new Gold());
p1.Hand.Add(new Gold());
p1.Hand.Add(new Gold());
p1.Hand.Add(new Gold());
p2.Hand.Add(new Gold());
p2.Hand.Add(new Gold());
p2.Hand.Add(new Gold());
p2.Hand.Add(new Gold());
p2.Hand.Add(new Estate());
List<CardModel> d1 = new List<CardModel>();
for(int i=0;i<5;i++) d1.Add(new Gold());
List<CardModel> d2 = new List<CardModel>();
for(int i=0;i<5;i++) d2.Add(new Gold());
p1.Deck.Populate(d1);
p2.Deck.Populate(d2);
gameModel.HandlePlayerAction(new PlayerAction(ActionType.EnterBuyPhase));
gameModel.HandlePlayerAction(new PlayerAction(ActionType.PlayBasicTreasures));
MonteCarloTreeSearch search = new MonteCarloTreeSearch(gameModel, bigMoney, true, 320);
search.DoMCTS();
DominionTreeNode node = search.Root;
PlayerAction action = node.BestChild.Action;
Debug.Assert(action.Pile.Name != "Province");
}
public void PutCardOnPile(CardModel card)
{
this.Count++;
this.OnPropertyChanged("Count");
if (this.uniqueCards != null)
{
this.uniqueCards.Push(card);
this.TopCard = card;
this.OnPropertyChanged("TopCard");
this.OnPropertyChanged("Name");
this.UpdateCost();
}
}
public static void TournamentTest()
{
Randomizer.SetRandomSeed(123456789);
CardModel[] cards = new CardModel[]
{
new Chapel(),
new ShantyTown(),
new Militia(),
new Moneylender(),
new City(),
new Mint(),
new Goons(),
new Hoard(),
new Nobles(),
new Expand()
};
cards = new CardModel[]
{
new Pawn(),
new Village(),
new Swindler(),
new Tournament(),
new Watchtower(),
new City(),
new Duke(),
new Festival(),
new Mint(),
new TradingPost()
};
/*
CardSet cardSet = new TheGoodLife();
IEnumerable<CardModel> cards = cardSet.CardCollection;
new Contraband(),
new CountingHouse(),
new Hoard(),
new Monument(),
new Mountebank(),
new Bureaucrat(),
new Cellar(),
new Chancellor(),
new Gardens(),
new Village()
* */
//Kingdom kingdom = new Kingdom(cards, null, 2, CardUseType.Use, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
Kingdom kingdom = new Kingdom(cards, null, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
GameModel model = new GameModel();
using (model.TextLog.SuppressLogging())
{
List<BuyList> lists = new List<BuyList>();
BuyList list = new BuyList();
list.ProvinceBuyThreshold = 5;
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 2;
list.OpeningBuy1 = typeof(Steward);
list.OpeningBuy2 = typeof(Steward);
list.List.Add(new BuyListItem(typeof(Platinum), 1));
list.List.Add(new BuyListItem(typeof(Colony), 99));
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Mint), 1));
list.List.Add(new BuyListItem(typeof(Province), 99));
list.List.Add(new BuyListItem(typeof(Gold), 1));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
list = new BuyList();
list.ProvinceBuyThreshold = 5;
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 2;
list.OpeningBuy1 = typeof(Steward);
list.OpeningBuy2 = typeof(Tournament);
list.List.Add(new BuyListItem(typeof(Platinum), 1));
list.List.Add(new BuyListItem(typeof(Mint), 1));
list.List.Add(new BuyListItem(typeof(Tournament), 3));
list.List.Add(new BuyListItem(typeof(Colony), 99));
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Gold), 1));
list.List.Add(new BuyListItem(typeof(Province), 99));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
/*
list.ProvinceBuyThreshold = 2;
list.DuchyBuyThreshold = 2;
list.EstateBuyThreshold = 1;
list.List.Add(new BuyListItem(typeof(Colony), 99));
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Goons), 1));
list.List.Add(new BuyListItem(typeof(Nobles), 8));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(City), 10));
list.List.Add(new BuyListItem(typeof(Militia), 1));
list.List.Add(new BuyListItem(typeof(Silver), 1));
list.List.Add(new BuyListItem(typeof(Chapel), 1));
list.List.Add(new BuyListItem(typeof(ShantyTown), 7));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
list = new BuyList();
list.ProvinceBuyThreshold = 3;
list.DuchyBuyThreshold = 2;
list.EstateBuyThreshold = 0;
list.List.Add(new BuyListItem(typeof(Militia), 1));
list.List.Add(new BuyListItem(typeof(Chapel), 1));
list.List.Add(new BuyListItem(typeof(Goons), 1));
list.List.Add(new BuyListItem(typeof(City), 8));
list.List.Add(new BuyListItem(typeof(Nobles), 8));
list.List.Add(new BuyListItem(typeof(Colony), 99));
list.List.Add(new BuyListItem(typeof(Expand), 8));
list.List.Add(new BuyListItem(typeof(Goons), 1));
list.List.Add(new BuyListItem(typeof(City), 1));
list.List.Add(new BuyListItem(typeof(Goons), 4));
list.List.Add(new BuyListItem(typeof(Platinum), 8));
list.List.Add(new BuyListItem(typeof(City), 1));
list.List.Add(new BuyListItem(typeof(Goons), 4));
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Province), 99));
list.List.Add(new BuyListItem(typeof(Gold), 1));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
* */
/*
list = new BuyList();
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 3;
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Nobles), 8));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(City), 10));
list.List.Add(new BuyListItem(typeof(Militia), 2));
list.List.Add(new BuyListItem(typeof(Chapel), 1));
list.List.Add(new BuyListItem(typeof(ShantyTown), 8));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
list = new BuyList();
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 3;
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Goons), 1));
list.List.Add(new BuyListItem(typeof(Nobles), 8));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(City), 10));
list.List.Add(new BuyListItem(typeof(Chapel), 1));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
list = new BuyList();
list.ColonyBuyThreshold = 8;
list.ProvinceBuyThreshold = 2;
list.DuchyBuyThreshold = 2;
list.EstateBuyThreshold = 1;
list.List.Add(new BuyListItem(typeof(Colony), 12));
list.List.Add(new BuyListItem(typeof(Platinum), 99));
list.List.Add(new BuyListItem(typeof(Hoard), 1));
list.List.Add(new BuyListItem(typeof(Nobles), 8));
list.List.Add(new BuyListItem(typeof(Gold), 99));
list.List.Add(new BuyListItem(typeof(City), 10));
list.List.Add(new BuyListItem(typeof(Chapel), 1));
list.List.Add(new BuyListItem(typeof(Silver), 99));
lists.Add(list);
list = new BuyList();
list.ColonyBuyThreshold = 0;
list.ProvinceBuyThreshold = 0;
list.DuchyBuyThreshold = 0;
list.EstateBuyThreshold = 0;
list.List.Add(new BuyListItem(typeof(Militia), 1));
list.List.Add(new BuyListItem(typeof(Chapel), 1));
list.List.Add(new BuyListItem(typeof(Gold), 3));
list.List.Add(new BuyListItem(typeof(City), 10));
list.List.Add(new BuyListItem(typeof(Goons), 10));
list.List.Add(new BuyListItem(typeof(Silver), 4));
list.List.Add(new BuyListItem(typeof(Hoard), 2));
list.List.Add(new BuyListItem(typeof(Nobles), 8));
list.List.Add(new BuyListItem(typeof(Gold), 99));
lists.Add(list);
*/
int[] wins = new int[lists.Count];
int[] losses = new int[lists.Count];
int[] games = new int[lists.Count];
BuyList[] listsArray = new BuyList[wins.Length];
for (int i = 0; i < lists.Count; i++)
{
listsArray[i] = lists[i];
}
for (int i = 0; i < 100; i++)
{
for (int j = 0; j < lists.Count; j++)
{
for (int k = j + 1; k < lists.Count; k++)
{
int res = PlayGame(kingdom, listsArray[j], listsArray[k]);
if (res == -1)
{
wins[j]++;
losses[k]++;
}
else if (res == 1)
{
losses[j]++;
wins[k]++;
}
res = PlayGame(kingdom, listsArray[k], listsArray[j]);
if (res == -1)
{
wins[k]++;
losses[j]++;
}
else if (res == 1)
{
losses[k]++;
wins[j]++;
}
games[j] += 2;
games[k] += 2;
}
}
}
for (int i = 0; i < listsArray.Length; i++)
{
Console.WriteLine(wins[i].ToString() + "/" + losses[i].ToString() + "/" + games[i].ToString());
Console.WriteLine(listsArray[i]);
}
}
}
protected double StaticEvalSimple(CardModel card, double gamePhase)
{
int actionCount = 0, buyCount = 0, coinCount = 0, cardCount = 0;
foreach (CardModel deckCard in this.Player.Hand.Union(this.Player.Discard.Union(this.Player.Played)))
{
actionCount += deckCard.Actions;
buyCount += deckCard.Buys;
coinCount += this.GameModel.GetCoins(deckCard);
cardCount += deckCard.Cards;
}
double openingValue = -1;
double endgameValue = -0.5;
openingValue += (card.Actions * card.Actions) * Lerp(this.Weights[(int)Values.actionValue], this.Weights[(int)Values.actionValue] + 0.15, 3, 10, actionCount, true) +
(card.Buys * card.Buys) * this.Weights[(int)Values.buyValue] +
card.Cards * Lerp(this.Weights[(int)Values.cardValue], this.Weights[(int)Values.cardValue] + 0.75, 5, 10, cardCount, true) +
(this.GameModel.GetCoins(card) * this.GameModel.GetCoins(card)) * Lerp(this.Weights[(int)Values.coinValue], this.Weights[(int)Values.coinValue] + 0.3, 5, 20, coinCount, true) +
(card.Is(CardType.Action) ? this.Weights[(int)Values.ActionValue] : 0) +
(card.Actions + card.Cards + this.GameModel.GetCoins(card)) * this.Weights[(int)Values.combinedValue] +
(card.GetVictoryPoints(this.Player) * this.Weights[(int)Values.openingPointValue]);
if (card.GetVictoryPoints(this.Player) >= 6)
{
// Essentially infinite value.
openingValue += 30;
}
if (card is Bureaucrat)
{
openingValue += Lerp(0, this.Weights[(int)Values.bureaucratValue], 5, 20, coinCount, true);
}
if (card is Moat)
{
openingValue += this.Weights[(int)Values.moatValue];
}
endgameValue += card.GetVictoryPoints(this.Player) * card.GetVictoryPoints(this.Player) * card.GetVictoryPoints(this.Player) * this.Weights[(int)Values.endgamePointValue];
endgameValue += this.GameModel.GetCoins(card) * this.GameModel.GetCoins(card) * this.Weights[(int)Values.endgameCoinValue];
return (1.0 - gamePhase) * openingValue + gamePhase * endgameValue;
}