public void SetupGameDisplay(SpinAndGoGame spinAndGoGame)
{
_spinAndGoGame = spinAndGoGame;
}
public async Task WhosTheBest()
{
_displayer.IsDisabled = true;
_displayer.SetConsoleDisplayState(false);
_eventManager.EventReceived += _eventManager_EventReceived;
Parallel.ForEach(Enumerable.Range(1, 10000000), new ParallelOptions {
MaxDegreeOfParallelism = 8
}, (count) =>
{
var areas = Learner.Instance.GenerateNewElipticAreas();
//Console.WriteLine($"New SET for iteration :{count}");
try
{
double totalPaid = 0;
double totalEarn = 0;
var wins = new Dictionary <User, int>();
var users = new List <User>
{
new User(200000)
{
Name = "Tommy",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce14), true)
//Controller =new ProbalisticController(Learner.Instance.GetGoodAreas())
},
new User(200000)
{
Name = "Ratchet",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce14), true)
//Controller =new ProbalisticController(Learner.Instance.GetJsonAreas("{\"WinRate\":62.3,\"EllipticAreas\":{\"Fold\":{\"Angle\":0.62831853071795862,\"U\":0.711,\"V\":0.815,\"R\":0.107,\"A\":0.506,\"B\":0.894},\"Check\":{\"Angle\":0.715584993317675,\"U\":0.995,\"V\":0.425,\"R\":0.07,\"A\":0.91,\"B\":0.693},\"Call\":{\"Angle\":6.0039326268604931,\"U\":0.68,\"V\":0.13,\"R\":0.425,\"A\":0.884,\"B\":0.694},\"Bet\":{\"Angle\":0.052359877559829883,\"U\":0.553,\"V\":0.079,\"R\":0.087,\"A\":0.891,\"B\":0.665},\"Raise\":{\"Angle\":5.2883476335428181,\"U\":0.816,\"V\":0.718,\"R\":0.219,\"A\":0.963,\"B\":0.718},\"AllIn\":{\"Angle\":2.9146998508305306,\"U\":0.052,\"V\":0.88,\"R\":0.374,\"A\":0.544,\"B\":0.942}}}"), true)
},
new User(200000)
{
Name = "Corail",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce14), true)
//Controller =new AdaptedController(new List<TableResult>
//{
// Learner.Instance.GetJsonResult(Ias.Pce30),
// Learner.Instance.GetJsonResult(Ias.Pce14),
//})
},
};
wins.Add(users[0], 0);
wins.Add(users[1], 0);
wins.Add(users[2], 0);
var spinAngGoCount = 0;
SpinAndGoGame spinAndGoGame = null;
do
{
spinAngGoCount++;
spinAndGoGame = new SpinAndGoGame(1, _consoleNotifier, spinAngGoCount);
spinAndGoGame.Setup(users.ToList());
var winner = spinAndGoGame.LaunchAsync();
wins[winner]++;
winner.Earn(spinAndGoGame.Prize);
totalEarn += spinAndGoGame.Prize;
totalPaid += spinAndGoGame.Fee * 3;
} while (users.All(user => user.Cash - spinAndGoGame.Fee >= 0) && spinAngGoCount < 1000);
Console.WriteLine($"Iteration {count} : Winrates : {string.Join(" | ", wins.ToList().Select(kvp => $"{kvp.Key.Name}: {(double)kvp.Value / spinAngGoCount * 100}%"))}");
}
catch (Exception e)
{
Console.WriteLine(e);
}
});
}
public async Task StartSoloGame()
{
_eventManager.EventReceived += _eventManager_EventReceived;
try
{
double totalPaid = 0;
double totalEarn = 0;
var wins = new Dictionary <User, int>();
var users = new List <User>
{
new User(20)
{
Name = "Tommy",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce30), true)
},
new User(20)
{
Name = "Ratchet",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce13), true)
},
new User(20)
{
Name = "Corail",
Controller = new ConsolePlayerController()
},
};
wins.Add(users[0], 0);
wins.Add(users[1], 0);
wins.Add(users[2], 0);
_displayer.IsSoloGame = true;
_displayer.SetupDisplay(users);
var spinAngGoCount = 0;
SpinAndGoGame spinAndGoGame = null;
do
{
spinAngGoCount++;
spinAndGoGame = new SpinAndGoGame(1, _consoleNotifier, spinAngGoCount);
_displayer.SetupGameDisplay(spinAndGoGame);
spinAndGoGame.Setup(users.ToList());
var winner = spinAndGoGame.LaunchAsync();
if (wins.ContainsKey(winner))
{
wins[winner]++;
}
winner.Earn(spinAndGoGame.Prize);
totalEarn += spinAndGoGame.Prize;
totalPaid += spinAndGoGame.Fee * 3;
} while (users.All(user => user.Cash - spinAndGoGame.Fee >= 0));
_displayer.UpdateDisplay();
Console.WriteLine($"TotalPaid : {totalPaid}");
Console.WriteLine($"TotalEarn : {totalEarn}");
Console.WriteLine($"Rake : {totalEarn / totalPaid * 100} %");
Console.WriteLine($": Winrates : {string.Join(" | ", wins.ToList().Select(kvp => $"{kvp.Key.Name}: {(double)kvp.Value / spinAngGoCount * 100}%"))}");
}
catch (Exception e)
{
Console.WriteLine(e);
}
}
public async Task Start(int maxDegreeOfParallelism, int minimumThreadCount, int maximumThreadCount)
{
var notifier = new DummyNotifier();
Console.WriteLine($"maxDegreeOfParallelism : {maxDegreeOfParallelism}");
Console.WriteLine($"minimumThreadCount : {minimumThreadCount}");
Console.WriteLine($"maximumThreadCount : {maximumThreadCount}");
ThreadPool.SetMinThreads(minimumThreadCount, minimumThreadCount);
ThreadPool.SetMaxThreads(maximumThreadCount, maximumThreadCount);
int tableDoneCount = 0;
int previousTableDoneCount = 0;
_timer = new Timer((e) =>
{
var diff = tableDoneCount - previousTableDoneCount;
Console.WriteLine($"{diff} tables / s");
previousTableDoneCount = tableDoneCount;
}, new object(), TimeSpan.FromMilliseconds(0), TimeSpan.FromMilliseconds(1000));
_displayer.IsDisabled = true;
_displayer.SetConsoleDisplayState(false);
_eventManager.EventReceived += _eventManager_EventReceived;
Parallel.ForEach(Enumerable.Range(1, 10000000), new ParallelOptions {
MaxDegreeOfParallelism = maxDegreeOfParallelism
}, (count) =>
{
var opponentsPool1 = new ConcurrentBag <User>()
{
new User(200000)
{
Name = "PCE1.4",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce14), true)
},
new User(200000)
{
Name = "Clever 2",
Controller = new Clever2Controller()
},
new User(200000)
{
Name = "Clever 1",
Controller = new Clever1Controller()
},
new User(200000)
{
Name = "PCE1.3",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce13), true)
},
};
var opponentsPool2 = new ConcurrentBag <User>()
{
new User(200000)
{
Name = "PCE1.4_bis",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce14), true)
},
new User(200000)
{
Name = "Clever 2_bis",
Controller = new Clever2Controller()
},
new User(200000)
{
Name = "Clever 1_bis",
Controller = new Clever1Controller()
},
new User(200000)
{
Name = "PCE1.3_bis",
Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce13), true)
},
};
var areas = Learner.Instance.GenerateNewElipticAreas();
try
{
double totalPaid = 0;
double totalEarn = 0;
var wins = new Dictionary <User, int>();
var corail = new User(200000)
{
Name = "Corail",
//Controller = new ProbalisticController(Learner.Instance.GetJsonAreas(Ias.Pce30), true)
Controller = new AdaptedController(new List <TableResult>
{
Learner.Instance.GetJsonResult(Ias.Pce30),
Learner.Instance.GetJsonResult(Ias.PceCounter14),
})
};
wins.Add(corail, 0);
var spinAngGoCount = 0;
SpinAndGoGame spinAndGoGame = null;
do
{
var opponent1 = GetRandomOpponent(opponentsPool1);
var opponent2 = GetRandomOpponent(opponentsPool2);
var selectedPlayers = new List <User>();
selectedPlayers.Add(opponent1);
selectedPlayers.Add(opponent2);
selectedPlayers.Add(corail);
spinAngGoCount++;
spinAndGoGame = new SpinAndGoGame(1, notifier, spinAngGoCount);
spinAndGoGame.Setup(selectedPlayers.ToList());
var winner = spinAndGoGame.LaunchAsync();
//Console.WriteLine($"Table { spinAngGoCount}, gameCount : {spinAndGoGame.GetGameCount()}");
if (wins.ContainsKey(winner))
{
wins[winner]++;
}
winner.Earn(spinAndGoGame.Prize);
totalEarn += spinAndGoGame.Prize;
totalPaid += spinAndGoGame.Fee * 3;
tableDoneCount++;
} while (spinAngGoCount < 2000);
Console.WriteLine($"Iteration {count} : Winrates : {string.Join(" | ", wins.ToList().Select(kvp => $"{kvp.Key.Name}: {(double)kvp.Value / spinAngGoCount * 100}%"))}");
Learner.Instance.SaveTableResults(areas, (double)wins[corail] / spinAngGoCount * 100);
}
catch (Exception e)
{
Console.WriteLine(e);
}
if (count % 8000 == 0)
{
Learner.Instance.DumpResults(count);
}
});
Learner.Instance.DumpResults(100);
}
