public static PlayerInvite Create(string email, TeamIDType team, SlotType?slot)
{
var pi = new PlayerInvite();
pi.InviteString = email;
pi.Team = team;
pi.Slot = slot;
return(pi);
}
public static PlayerInvite Create(PlayerIDType id, TeamIDType team, SlotType?slot)
{
var pi = new PlayerInvite();
pi.InviteString = "00" + id + "00";
pi.Team = team;
pi.Slot = slot;
return(pi);
}
private static void PlayGame(string[] args)
{
var botName = args[0];
AILog.Log("Creating game...");
var gameID = BotGameAPI.CreateGame(Enumerable.Range(10, 6).Select(o => PlayerInvite.Create((PlayerIDType)o, PlayerInvite.NoTeam, null)), "PlayFFA", null, gameSettings =>
//var gameID = BotGameAPI.CreateGame(Enumerable.Range(10, 6).Select(o => PlayerInvite.Create((PlayerIDType)o, (TeamIDType)(o == 0 ? 0 : 1), (SlotType)o)), "PlayFFA", 17, gameSettings =>
{
//gameSettings["DistributionMode"] = 0; //full distribution, so we have plenty of starting territories
//gameSettings["InitialNeutralsInDistribution"] = 2; //since we're full distribution, most territories an in-distribution one so we want them to start with 2s not 4s
gameSettings["MaxCardsHold"] = 999;
//gameSettings["AutomaticTerritoryDistribution"] = "Automatic";
});
AILog.Log("Created game " + gameID);
var settings = BotGameAPI.GetGameSettings(gameID);
try
{
while (true)
{
var game = BotGameAPI.GetGameInfo(gameID, null);
if (game.State == GameState.Finished)
{
AILog.Log("Game finished: " + gameID);
break;
}
var players = game.Players.Values.Where(o => o.State == GamePlayerState.Playing).ToList();
Action <GamePlayer> play = player =>
{
var pg = BotGameAPI.GetGameInfo(gameID, player.ID);
EntryPoint.PlayGame(botName, pg, player.ID, settings.Item1, settings.Item2, picks => BotGameAPI.SendPicks(pg.ID, player.ID, picks), orders => BotGameAPI.SendOrders(pg.ID, player.ID, orders, pg.NumberOfTurns + 1));
};
if (args.Any(o => o.ToLower() == "parallel")) //note: Parallel won't work when teammates, cards, and limited holding cards are involved.
{
players.AsParallel().ForAll(play);
}
else
{
players.ForEach(play);
}
Thread.Sleep(100);
}
}
finally
{
GameFinished(gameID);
}
}
public static void Create(string botName, string opponent, string gameName)
{
AILog.Log("Creating game...");
var gameID = HumanGameAPI.CreateGame(new[] {
PlayerInvite.Create("me", (TeamIDType)0, null),
PlayerInvite.Create("*****@*****.**", (TeamIDType)0, null),
PlayerInvite.Create(opponent, (TeamIDType)1, null)
}, gameName, null, settings =>
{
settings["Fog"] = "NoFog"; //turn off fog so we can see what the AI is doing
settings["MaxCardsHold"] = 999; //so AI doesn't have to discard
//settings["OrderPriorityCard"] = "none";
//settings["OrderDelayCard"] = "none";
//settings["BlockadeCard"] = "none";
//settings["NumberOfCardsToReceiveEachTurn"] = 1;
});
AILog.Log("Created game " + gameID);
PlayLoop(botName, gameID, MeID);
}
private static void PlayGame(string botName, int numOpponents)
{
var players = new[] { PlayerInvite.Create(MeID, (TeamIDType)1, null) }.Concat(Enumerable.Range(0, numOpponents).Select(o => PlayerInvite.Create("*****@*****.**", (TeamIDType)2, null)));
AILog.Log("Creating game...");
var gameID = BotGameAPI.CreateGame(players, "AI Competition", null, gameSettings => gameSettings["MaxCardsHold"] = 999);
AILog.Log("Created game " + gameID);
var settings = BotGameAPI.GetGameSettings(gameID);
try
{
while (true)
{
var game = BotGameAPI.GetGameInfo(gameID, MeID);
if (game.State == GameState.Finished)
{
GameFinished(game);
break;
}
if (!EntryPoint.PlayGame(botName, game, MeID, settings.Item1, settings.Item2, picks => BotGameAPI.SendPicks(game.ID, MeID, picks), orders => BotGameAPI.SendOrders(game.ID, MeID, orders, game.NumberOfTurns + 1)))
{
GameFinished(game);
break;
}
Thread.Sleep(100);
}
}
finally
{
ExportGame(gameID);
BotGameAPI.DeleteGame(gameID);
}
}
private static void PlayGame(string[] args)
{
var bots = args;
AILog.Log("Creating game...");
var gameID = BotGameAPI.CreateGame(Enumerable.Range(10, bots.Length).Select(o => PlayerInvite.Create((PlayerIDType)o, PlayerInvite.NoTeam, null)), "PlayBots", null, gameSettings =>
{
gameSettings["Fog"] = "NoFog"; //turn off fog so we can see what the AI is doing
gameSettings["MaxCardsHold"] = 999;
gameSettings["ReinforcementCard"] = "none";
});
AILog.Log("Created game " + gameID);
var settings = BotGameAPI.GetGameSettings(gameID);
var game = BotGameAPI.GetGameInfo(gameID, null);
var botsDict = game.Players.Values.Zip(bots, (gp, bot) => new { Player = gp, Bot = bot }).ToDictionary(o => o.Player.ID, o => o.Bot);
try
{
while (true)
{
game = BotGameAPI.GetGameInfo(gameID, null);
if (game.State == GameState.Finished)
{
var winnerStr = game.Players.Values.Where(o => o.State == GamePlayerState.Won).Select(o => botsDict[o.ID]).JoinStrings(",");
_totals.AddOrUpdate(winnerStr, 1, (_, i) => i + 1);
Console.WriteLine("Game " + gameID + " finished. Winner=" + winnerStr + ", totals: " + _totals.OrderByDescending(o => o.Value).Select(o => o.Key + "=" + o.Value).JoinStrings(", "));
break;
}
var players = game.Players.Values.Where(o => o.State == GamePlayerState.Playing).ToList();
Action <GamePlayer> play = player =>
{
var pg = BotGameAPI.GetGameInfo(gameID, player.ID);
EntryPoint.PlayGame(botsDict[player.ID], pg, player.ID, settings.Item1, settings.Item2, picks => BotGameAPI.SendPicks(pg.ID, player.ID, picks), orders => BotGameAPI.SendOrders(pg.ID, player.ID, orders, pg.NumberOfTurns + 1));
};
if (args.Any(o => o.ToLower() == "parallel")) //note: Parallel won't work when teammates, cards, and limited holding cards are involved.
{
players.AsParallel().ForAll(play);
}
else
{
players.ForEach(play);
}
Thread.Sleep(100);
}
}
finally
{
GameFinished(gameID);
}
}