static int Main(string[] args)
{
throw new NotImplementedException();
#if false
if (!Parser.ParseArgumentsWithUsage(args, _cmdLine))
{
return(1);
}
if (_cmdLine.DebuggerLaunch)
{
Debugger.Launch();
}
if (_cmdLine.DiagUnmanagedMemory)
{
UnmanagedMemory.IsDiagOn = true;
Console.WriteLine("Unmanaged memory diagnostics is on");
}
Console.WriteLine("Chance abstractions are {0}.", _cmdLine.EqualCa ? "equal" : "unequal");
if (!ParseEpsilons())
{
return(1);
}
for (; ;)
{
FictitiousPlayMc solver = new FictitiousPlayMc
{
ChanceTreeFile = _cmdLine.ChanceTree,
EqualCa = _cmdLine.EqualCa,
ActionTreeFile = _cmdLine.ActionTree,
OutputPath = _cmdLine.Output,
SnapshotsCount = _cmdLine.SnapshotCount,
Epsilon = _epsilons.LastOrDefault(),
EpsilonLogThreshold =
double.Parse(_cmdLine.EpsilonLogThreshold,
CultureInfo.InvariantCulture),
OnIterationDone = OnIterationDone,
IterationVerbosity = _cmdLine.IterationVerbosity,
ThreadsCount = _cmdLine.ThreadCount,
IsVerbose = true
};
_lastSnapshotTime = DateTime.Now;
_restart = false;
solver.Solve();
if (_reachedEpsilon > 0 || solver.CurrentEpsilon < solver.Epsilon)
{
// Either an intermediate or the final epsilon is reached.
// Copy the snapshot to make sure it will not get lost.
string targetPath = Path.Combine(solver.OutputPath, string.Format("eps-{0:0.0000}", solver.CurrentEpsilon));
string sourcePath = solver.CurrentSnapshotInfo.BaseDir;
Console.WriteLine("Copy epsilon snapshot {0} to {1}", sourcePath, targetPath);
DirectoryExt.Copy(sourcePath, targetPath);
_reachedEpsilon = -1;
}
if (!_restart)
{
break;
}
}
#endif
return(0);
}
/// <summary>
/// Runs FictitiousPlay with the specified parameters..
/// </summary>
/// <param name="iterCounts">Number of iterations for each run, -1 - unlimited.</param>
private StrategyTree RunFictPlay(TestParams testParams, bool visualize, bool trace, int [] iterCounts, ConfigureSolver configureSolver)
{
int playersCount = testParams.ChanceTree.PlayersCount;
string baseDir = Path.Combine(_outDir, testParams.Name);
DirectoryExt.Delete(baseDir);
Directory.CreateDirectory(baseDir);
string inputDir = Path.Combine(baseDir, "input");
Directory.CreateDirectory(inputDir);
string traceDir = Path.Combine(baseDir, "trace");
if (trace)
{
Directory.CreateDirectory(traceDir);
}
string chanceTreeFile = Path.Combine(inputDir, "ct.dat");
string actionTreeFile = Path.Combine(inputDir, "at.dat");
testParams.ChanceTree.Write(chanceTreeFile);
testParams.ActionTree.Write(actionTreeFile);
if (visualize)
{
VisActionTree.Show(testParams.ActionTree, actionTreeFile + ".gv");
VisChanceTree.Show(testParams.ChanceTree, chanceTreeFile + ".gv");
}
int runs = iterCounts.Length;
FictitiousPlayMc solver = null;
for (int r = 0; r < runs; ++r)
{
// Create and configure a solver
solver = new FictitiousPlayMc
{
GameDef = testParams.GameDef,
ChanceAbstraction = testParams.ChanceAbstraction,
ActionTreeFile = actionTreeFile,
OutputPath = baseDir,
SnapshotsCount = 2,
Epsilon = testParams.Epsilon,
ThreadsCount = DEFAULT_THREADS_COUNT,
CardCount = testParams.CardCount
};
if (trace)
{
solver.TraceDir = traceDir;
}
solver.MaxIterationCount = iterCounts[r];
if (configureSolver != null)
{
configureSolver(solver);
}
solver.Solve();
}
string fileName = solver.CurrentSnapshotInfo.StrategyFile;
StrategyTree eqStrategy = StrategyTree.Read <StrategyTree>(fileName);
if (visualize)
{
VisStrategyTree.Show(eqStrategy, fileName + ".gv");
}
return(eqStrategy);
}