private static void MonteCarlo()
{
// Create new arrays for preflop values
for (int pos = 0; pos < 2; ++pos)
{
_createPreflopValues.Walk(_neytiri, _neytiri.Positions[pos]);
}
DateTime start = DateTime.Now;
for (int ourPos = 0; ourPos < _neytiri.Positions.Length; ++ourPos)
{
Console.WriteLine("Position {0}", ourPos);
ActionTreeNode root = _neytiri.Positions[1 - ourPos];
List <ActionTreeNode> strategyPath = new List <ActionTreeNode>(100);
strategyPath.Add(root);
// Advance to the node where we get cards
while (strategyPath[strategyPath.Count - 1].State.CurrentActor != ourPos)
{
strategyPath.Add(strategyPath[strategyPath.Count - 1].Children[0]);
}
for (HePocketKind pocketKind = 0; pocketKind < HePocketKind.__Count; ++pocketKind)
{
CardSet pocket = HePockets.PocketKindToCardSet(pocketKind);
if (_pockets.Count > 0 && !_pockets.Contains(pocket))
{
// Skip the pocket if command line specifies which pockets to include and it's not there.
continue;
}
Console.Write("{0} ", pocketKind.ToString().Substring(1));
MonteCarloStrategyFinder.DoMonteCarlo(_neytiri,
ourPos, pocket, 0, "",
strategyPath, _cmdLine.mcCount);
WalkTree <ActionTree, ActionTreeNode, int> copyValues =
new WalkTree <ActionTree, ActionTreeNode, int>
{
OnNodeBegin = (t, n, s, d) =>
{
if (n.State.Round > 0)
{
return(false);
}
n.PreflopValues[(int)pocketKind] = n.Value;
return(true);
}
};
copyValues.Walk(_neytiri, root);
}
Console.WriteLine();
}
DateTime finish = DateTime.Now;
double sec = (finish - start).TotalSeconds;
Console.WriteLine("Done {0} monte-carlo trials for every pocket in each position in {1:0.0} sec",
_cmdLine.mcCount, sec);
Console.WriteLine("Writing Neytiri strategy to {0} ...", _cmdLine.neytiri);
_neytiri.XmlSerialize(_cmdLine.neytiri, new XmlWriterSettings {
Indent = false
});
}
