public static int PlayGame(Kingdom kingdom, BuyList a, BuyList b)
{
GameModel model = new GameModel();
BuyListAIStrategy player1 = new BuyListAIStrategy(model);
BuyListAIStrategy player2 = new BuyListAIStrategy(model);
player1.BuyList = a;
player2.BuyList = b;
Player p1 = new Player("player1", player1, model);
Player p2 = new Player("player2", player2, model);
model.Players.Add(p1);
model.Players.Add(p2);
model.InitializeGameState(kingdom, 0);
model.PlayGame(100);
if(!model.GameOver || model.Result.Winners.Count == 2)
{
return 0;
}
else if (model.Result.ResultMap[p1].Won)
{
return -1;
}
else
{
return 1;
}
}
public static void MonteCarloTreeSearchCompareAITestCheckAll()
{
string log = "";
DateTime start = DateTime.Now;
int overallWins = 0;
int overallGames = 0;
CardSetsModel cardSets = new CardSetsModel(GameSets.Any);
foreach (CardSetGroup group in cardSets.CardSetGroups)
{
foreach (CardSetViewModel cardSet in group.CardSets)
{
Kingdom kingdom = new Kingdom(cardSet.CardSet.CardCollection, null, cardSet.CardSet.BaneCard, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
Console.WriteLine("start train");
BuyListTrainer trainer = new BuyListTrainer(kingdom, true);
BuyListTrainer.GamesPerMatchup = 4;
BuyListTrainer.MaxChallengerCount = 15;
BuyListTrainer.MaxLeaderCount = 3;
List<BuyListEntry> best = trainer.Train(8);
BuyList buyList2 = best.Last().BuyList;
Console.WriteLine("end train");
int wins = 0;
int ties = 0;
int games = 0;
while(games < 2560)
{
GameModel gameModel = new GameModel();
BuyListAIStrategy player1 = new BuyListAIStrategy(gameModel);
player1.BuyList = buyList2.Clone();
player1.UseSearch = true;
player1.SearchThreshold = 0.05;
//player1.SearchThreshold = 1.0;
player1.SearchNodes = 320;
player1.SearchKeepsHandInfo = true;
BuyListAIStrategy player2 = new BuyListAIStrategy(gameModel);
player2.BuyList = buyList2.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, games % 2);
using (gameModel.TextLog.SuppressLogging())
{
gameModel.PlayGame();
}
if (gameModel.Result.Winners.Count == 2)
{
ties++;
games++;
}
else if (gameModel.Result.Winners.Contains(p1) && !gameModel.Result.Winners.Contains(p2))
{
wins++;
games++;
}
else if (gameModel.Result.Winners.Contains(p2) && !gameModel.Result.Winners.Contains(p1))
{
games++;
}
}
DateTime end2 = DateTime.Now;
Console.WriteLine((end2 - start).TotalSeconds + " seconds");
double ratio = wins / (double)(games-ties);
Console.WriteLine(Log.FormatSortedCards(cardSet.CardSet.CardCollection));
Console.WriteLine(buyList2.ToString());
Console.WriteLine(wins + " / " + games);
Console.WriteLine((wins +ties) + " / " + games);
Console.WriteLine(ratio);
Console.WriteLine();
log += Log.FormatSortedCards(cardSet.CardSet.CardCollection);
log += buyList2.ToString();
log += wins + " / " + games;
log += ratio;
log += Environment.NewLine;
overallWins += wins;
overallGames += games;
}
}
double overallRatio = overallWins / (double)overallGames;
Console.WriteLine(overallWins + " / " + overallGames);
Console.WriteLine(overallRatio);
log += overallWins + " / " + overallGames;
log += overallRatio;
DateTime end = DateTime.Now;
Console.WriteLine((end - start).TotalSeconds + " seconds");
File.WriteAllText("output.txt", log);
}
public static void PerfTest()
{
Randomizer.SetRandomSeed(123456789);
int games = 0;
DateTime start = DateTime.Now;
CardSetsModel cardSets = new CardSetsModel(GameSets.Any);
foreach (CardSetGroup group in cardSets.CardSetGroups)
{
foreach(CardSetViewModel cardSet in group.CardSets)
{
for (int k = 0; k < 800; k++)
{
games++;
GameModel model = new GameModel();
using (model.TextLog.SuppressLogging())
{
BuyList list = new BuyList();
list.DuchyBuyThreshold = 5;
list.EstateBuyThreshold = 3;
list.List.Add(new BuyListItem(typeof(Gold), 99));
foreach (CardModel card in cardSet.CardSet.CardCollection)
{
list.List.Add(new BuyListItem(card.GetType(), 1));
}
list.List.Add(new BuyListItem(typeof(Silver), 99));
BuyListAIStrategy player1 = new BuyListAIStrategy(model);
player1.BuyList = list;
BuyListAIStrategy player2 = new BuyListAIStrategy(model);
player2.BuyList = list;
Player p1 = new Player("player1", player1, model);
Player p2 = new Player("player2", player2, model);
model.Players.Add(p1);
model.Players.Add(p2);
Kingdom kingdom = new Kingdom(cardSet.CardSet.CardCollection, null, GameSets.Any, 2);
model.InitializeGameState(kingdom);
model.PlayGame(100);
}
}
}
}
TimeSpan elapsed = DateTime.Now - start;
Console.WriteLine("total time = " + elapsed.TotalSeconds);
Console.WriteLine("Total games = " + games);
Console.WriteLine("games / sec = " + (games / elapsed.TotalSeconds));
}
public static void MonteCarloTreeSearchCompareAITest()
{
DateTime start = DateTime.Now;
/*
CardModel[] cards = new CardModel[]
{
new Chapel(),
new ShantyTown(),
new Militia(),
new Moneylender(),
new City(),
new Mint(),
new Goons(),
new Hoard(),
new Nobles(),
new Expand()
};
BuyList buyList = new BuyList();
buyList.OpeningBuy1 = typeof(Chapel);
buyList.OpeningBuy2 = typeof(Silver);
buyList.List.Add(new BuyListItem(typeof(Goons), 2));
buyList.List.Add(new BuyListItem(typeof(City), 5));
buyList.List.Add(new BuyListItem(typeof(Goons), 1));
buyList.List.Add(new BuyListItem(typeof(Nobles), 4));
buyList.List.Add(new BuyListItem(typeof(Militia), 1));
buyList.List.Add(new BuyListItem(typeof(Nobles), 2));
buyList.List.Add(new BuyListItem(typeof(City), 4));
buyList.List.Add(new BuyListItem(typeof(Province), 8));
buyList.List.Add(new BuyListItem(typeof(Nobles), 2));
buyList.List.Add(new BuyListItem(typeof(Goons), 3));
buyList.List.Add(new BuyListItem(typeof(Hoard), 5));
buyList.List.Add(new BuyListItem(typeof(Gold), 99));
buyList.List.Add(new BuyListItem(typeof(Silver), 99));
*/
//Kingdom kingdom = new Kingdom(cards, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
/*
IList<CardModel> cards = new List<CardModel>(new BigMoney().CardCollection);
BuyList buyList = new BuyList();
buyList.OpeningBuy1 = typeof(Chancellor);
buyList.OpeningBuy2 = typeof(Silver);
buyList.List.Add(new BuyListItem(typeof(Gold), 1));
buyList.List.Add(new BuyListItem(typeof(Laboratory), 2));
buyList.List.Add(new BuyListItem(typeof(Province), 99));
buyList.List.Add(new BuyListItem(typeof(Gold), 99));
buyList.List.Add(new BuyListItem(typeof(Moneylender), 1));
buyList.List.Add(new BuyListItem(typeof(Laboratory), 8));
buyList.List.Add(new BuyListItem(typeof(Silver), 99));
*/
IList<CardModel> cards = new List<CardModel>(new PoolsToolsAndFools().CardCollection);
BuyList buyList = new BuyList();
buyList.OpeningBuy1 = typeof(Silver);
buyList.OpeningBuy2 = typeof(Silver);
buyList.List.Add(new BuyListItem(typeof(ScryingPool), 2));
buyList.List.Add(new BuyListItem(typeof(Golem), 8));
buyList.List.Add(new BuyListItem(typeof(Nobles), 1));
buyList.List.Add(new BuyListItem(typeof(Province), 99));
buyList.List.Add(new BuyListItem(typeof(Gold), 3));
buyList.List.Add(new BuyListItem(typeof(Nobles), 8));
buyList.List.Add(new BuyListItem(typeof(Gold), 99));
buyList.List.Add(new BuyListItem(typeof(ScryingPool), 2));
buyList.List.Add(new BuyListItem(typeof(Silver), 99));
buyList.List.Add(new BuyListItem(typeof(Potion), 1));
buyList.List.Add(new BuyListItem(typeof(ScryingPool), 6));
Kingdom kingdom = new Kingdom(cards, null, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
/*
BuyListTrainer trainer = new BuyListTrainer(kingdom, true);
BuyListTrainer.GamesPerMatchup = 5;
BuyListTrainer.MaxChallengerCount = 60;
BuyListTrainer.MaxLeaderCount = 5;
List<BuyListEntry> best = trainer.Train(20);
Console.WriteLine("Trained");
BuyList buyList2 = best.Last().BuyList;
Console.WriteLine(buyList2.ToString());
return;
*/
int wins = 0;
int games = 0;
for (int p = 0; p < 256; p++)
{
GameModel gameModel = new GameModel();
BuyListAIStrategy player1 = new BuyListAIStrategy(gameModel);
player1.BuyList = buyList.Clone();
player1.UseSearch = true;
player1.SearchThreshold = 0.05;
player1.SearchNodes = 320;
player1.SearchConfirm = true;
player1.SearchKeepsHandInfo = false;
BuyListAIStrategy player2 = new BuyListAIStrategy(gameModel);
player2.BuyList = buyList.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, p % 2);
gameModel.PlayGame(200);
//Console.WriteLine(gameModel.TextLog.Text);
if (gameModel.Result.Winners.Contains(p1) && !gameModel.Result.Winners.Contains(p2))
{
Console.WriteLine("won");
wins++;
games++;
}
else if(gameModel.Result.Winners.Contains(p2) && !gameModel.Result.Winners.Contains(p1))
{
Console.WriteLine("lost");
games++;
}
}
double ratio = wins / (double)games;
Console.WriteLine(ratio);
DateTime end = DateTime.Now;
Console.WriteLine((end - start).TotalSeconds + " seconds");
}
public static void LogCheck()
{
int max = 1000;
for (int i = 0; i < max; i++)
{
GameModel model = new GameModel();
RandomAIStrategy player1 = new RandomAIStrategy(model);
BaseAIStrategy player2 = new OpeningBookRandomizedAIStrategy(model);
GameViewModel viewModel = new GameViewModel(model);
Player p1 = new Player("player1", player1, model);
Player p2 = new Player("player2", player2, model);
model.Players.Add(p1);
model.Players.Add(p2);
Kingdom kingdom = new Kingdom(new RandomAllCardSet(GameSets.Any).CardCollection, null, GameSets.Any, 2);
model.InitializeGameState(kingdom);
try
{
model.PlayGame(250);
if (model.GameOver)
{
GameRecord record = model.Result.ToGameRecord(p1);
var s = new System.Xml.Serialization.XmlSerializer(typeof(GameRecord));
StringWriter w = new StringWriter();
s.Serialize(w, record);
GameRecord g2 = (GameRecord)s.Deserialize(new StringReader(w.ToString()));
if (record.Name != g2.Name)
{
Console.WriteLine("Error");
}
if (record.Won != g2.Won)
{
Console.WriteLine("Error");
}
if (record.Players.Count != g2.Players.Count)
{
Console.WriteLine("Error");
}
else
{
for (int j = 0; j < record.Players.Count; j++)
{
if (record.Players[j].Name != g2.Players[j].Name)
{
Console.WriteLine("Error");
}
if (record.Players[j].Score != g2.Players[j].Score)
{
Console.WriteLine("Error");
}
if (record.Players[j].Deck != g2.Players[j].Deck)
{
Console.WriteLine("Error");
}
}
}
if (record.Log.Count != g2.Log.Count)
{
Console.WriteLine("Error");
}
else
{
for (int j = 0; j < record.Log.Count; j++)
{
if (record.Log[j].Replace(Environment.NewLine, "\n") != g2.Log[j])
{
Console.WriteLine("Error");
}
}
}
}
}
catch (Exception e)
{
Console.WriteLine("error!");
Console.WriteLine(e.Message);
Console.WriteLine(e.StackTrace);
Debugger.Launch();
}
if (i % (max / 100) == 0)
{
Console.WriteLine(i / (double)max);
}
}
}
public static void TrainerCompareAITest()
{
DateTime start = DateTime.Now;
Kingdom kingdom = new Kingdom(new BigMoney().CardCollection, null, null, GameSets.Any, 2, CardUseType.DoNotUse, CardUseType.DoNotUse, StartingHandType.FourThreeSplit);
/*
BuyListTrainer trainer = new BuyListTrainer(kingdom, true);
BuyListTrainer.GamesPerMatchup = 5;
BuyListTrainer.MaxChallengerCount = 60;
BuyListTrainer.MaxLeaderCount = 5;
List<BuyListEntry> best = trainer.Train(20);
Console.WriteLine("Trained");
BuyList buyList1 = best.Last().BuyList;
Console.WriteLine(buyList1.ToString(true));
List<BuyListEntry> best2 = trainer.TrainThresholds();
BuyList buyList2 = best2.Last().BuyList;
Console.WriteLine(buyList2.ToString(true));
*/
BuyList buyList1 = new BuyList();
buyList1.OpeningBuy1 = typeof(Silver);
buyList1.OpeningBuy2 = typeof(Moneylender);
buyList1.List.Add(new BuyListItem(typeof(Adventurer), 1));
buyList1.List.Add(new BuyListItem(typeof(Gold), 2));
buyList1.List.Add(new BuyListItem(typeof(Province), 99));
buyList1.List.Add(new BuyListItem(typeof(Adventurer), 2));
buyList1.List.Add(new BuyListItem(typeof(Gold), 99));
buyList1.List.Add(new BuyListItem(typeof(Laboratory), 6));
buyList1.List.Add(new BuyListItem(typeof(Moneylender), 1));
buyList1.List.Add(new BuyListItem(typeof(Silver), 99));
BuyList buyList2 = buyList1.Clone();
buyList2.EstateBuyThreshold = 2;
buyList2.DuchyBuyThreshold = 5;
buyList2.ProvinceBuyThreshold = 7;
buyList2.ColonyBuyThreshold = 0;
int wins = 0;
int games = 0;
for (int p = 0; p < 25600; p++)
{
GameModel gameModel = new GameModel();
BuyListAIStrategy player1 = new BuyListAIStrategy(gameModel);
player1.BuyList = buyList1.Clone();
BuyListAIStrategy player2 = new BuyListAIStrategy(gameModel);
player2.BuyList = buyList2.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, p % 2);
gameModel.PlayGame(200);
//Console.WriteLine(gameModel.TextLog.Text);
if (gameModel.Result.Winners.Contains(p1) && !gameModel.Result.Winners.Contains(p2))
{
wins++;
games++;
}
else if (gameModel.Result.Winners.Contains(p2) && !gameModel.Result.Winners.Contains(p1))
{
games++;
}
}
double ratio = wins / (double)games;
Console.WriteLine(ratio);
}
public static void CrashCheckWorker()
{
int max = 1000000;
for (int i = 0; i < max; i++)
{
GameModel model = new GameModel();
using (model.TextLog.SuppressLogging())
{
RandomAIStrategy player1 = new RandomAIStrategy(model);
//BaseAIStrategy player2 = new OpeningBookRandomizedAIStrategy(model);
BuyListTrainingAIStrategy player2 = new BuyListTrainingAIStrategy(model, 4, 2, 4, 2, false);
player2.UseSearch = true;
player2.SearchNodes = 20;
player2.SearchThreshold = 0.05;
player2.SearchKeepsHandInfo = true;
player2.SearchConfirm = true;
GameViewModel viewModel = new GameViewModel(model);
Player p1 = new Player("player1", player1, model);
Player p2 = new Player("player2", player2, model);
model.Players.Add(p1);
model.Players.Add(p2);
IEnumerable<CardModel> cards = new RandomAllCardSet(GameSets.Any).CardCollection;
List<CardModel> cardList = cards.ToList();
if (!cardList.Any(c => c is Prince))
{
cardList.RemoveAt(0);
cardList.Add(new Prince());
}
Kingdom kingdom = new Kingdom(cardList, null, null, GameSets.Any, 2);
model.InitializeGameState(kingdom);
try
{
model.PlayGame(100);
}
catch (Exception e)
{
Console.WriteLine("error!");
Console.WriteLine(e.Message);
Console.WriteLine(e.StackTrace);
Debugger.Launch();
Console.WriteLine("error!");
Console.WriteLine(e.Message);
Console.WriteLine(e.StackTrace);
}
if (i % (max / 100) == 0)
{
Console.WriteLine(i / (double)max);
}
}
}
}
public void Play()
{
GameModel model = new GameModel();
foreach(Connection connection in this.connections)
{
model.Players.Add(new Player(connection.User.Name, new ServerPlayerStrategy(connection.User.Name, model, connection), model));
}
Kingdom kingdom = this.gameSpecification.ToKingdom();
model.InitializeGameState(kingdom);
SupplyPileInfo pileInfo = new SupplyPileInfo();
pileInfo.Piles.AddRange(model.SupplyPiles.Select(p => p.Card.ID));
NetworkMessage message = new NetworkMessage();
message.MessageCategory = GameMessages.GamePrefix;
message.MessageType = GameMessages.SupplyPileInfo;
message.MessageContent = NetworkSerializer.Serialize(pileInfo);
foreach (Connection connection in this.connections)
{
connection.SendMessage(message);
}
if (model.ExtraPiles.Count > 0)
{
ExtraPileInfo extraPileInfo = new ExtraPileInfo();
pileInfo.Piles.AddRange(model.ExtraPiles.Select(p => p.Card.ID));
NetworkMessage message2 = new NetworkMessage();
message2.MessageCategory = GameMessages.GamePrefix;
message2.MessageType = GameMessages.ExtraPileInfo;
message2.MessageContent = NetworkSerializer.Serialize(extraPileInfo);
foreach (Connection connection in this.connections)
{
connection.SendMessage(message2);
}
}
NetworkMessage playerInfoMessage = new NetworkMessage();
playerInfoMessage.MessageCategory = GameMessages.GamePrefix;
playerInfoMessage.MessageType = GameMessages.PlayerInfo;
PlayerInfo playerInfo = new PlayerInfo();
playerInfo.Players.AddRange(model.Players.Select(p => p.Name));
playerInfoMessage.MessageContent = NetworkSerializer.Serialize(playerInfo);
foreach (Connection connection in this.connections)
{
connection.SendMessage(playerInfoMessage);
}
ClientStateSynchronizer synchronizer = new ClientStateSynchronizer(connections, model);
model.TurnEnded += model_TurnEnded;
try
{
model.PlayGame();
}
catch (System.Net.Sockets.SocketException)
{
}
}