private Statistic CreateOutsStatistic(String name, int numOuts, HoldemGamePhase phase)
{
Trace.Assert(phase == HoldemGamePhase.Flop || phase == HoldemGamePhase.Turn, "Cannot create outs statistics for a phase different than flop or turn.");
float value = 0.0f;
if (phase == HoldemGamePhase.Flop)
{
value = GetOutsPercentage(numOuts, OutsByThe.Turn);
}
else if (phase == HoldemGamePhase.Turn)
{
value = GetOutsPercentage(numOuts, OutsByThe.River);
}
Statistic result = new Statistic(new StatisticsOddsData(name, value, PRECISION));
// The flop has extra information as we want to see the chances of hitting
// something by the turn, or by the turn and river combined
if (phase == HoldemGamePhase.Flop)
{
float valueByTurnOrRiver = GetOutsPercentage(numOuts, OutsByThe.TurnOrRiver);
result.AddSubStatistic(new StatisticsOddsData("By the turn", value, PRECISION));
result.AddSubStatistic(new StatisticsOddsData("By the turn or river", valueByTurnOrRiver, PRECISION));
}
return(result);
}
/* Returns the limp statistics */
public Statistic GetLimpStats()
{
float limpRatio = 0;
if (totalHandsPlayed.Value == 0) limpRatio = 0;
else limpRatio = (float)limps.Value / (float)totalHandsPlayed.Value;
Statistic ret = new Statistic(new StatisticsPercentageData("Limp", limpRatio), "Preflop");
// Advanced statistics
float sum = (float)limpsDetails.GetSumOfAllValues();
foreach (HoldemHand.Rating rating in Enum.GetValues(typeof(HoldemHand.Rating)))
{
if (sum == 0) ret.AddSubStatistic(new StatisticsUnknownData(rating.ToString()));
else
{
float ratio = (float)limpsDetails[rating].Value / sum;
ret.AddSubStatistic(new StatisticsPercentageData(rating.ToString(), ratio));
}
}
return ret;
}
private void AppendActionsSubstatistics(HoldemGamePhase phase, Statistic statistic, MultipleValueCounter ratings)
{
float sum = (float)ratings.GetSumOfAllValuesIn(phase);
foreach (HoldemHand.Rating rating in Enum.GetValues(typeof(HoldemHand.Rating)))
{
if (sum == 0) statistic.AddSubStatistic(new StatisticsUnknownData(rating.ToString()));
else
{
float ratio = (float)ratings[phase, rating].Value / sum;
statistic.AddSubStatistic(new StatisticsPercentageData(rating.ToString(), ratio));
}
}
}
private Statistic CreateOutsStatistic(String name, int numOuts, HoldemGamePhase phase)
{
Trace.Assert(phase == HoldemGamePhase.Flop || phase == HoldemGamePhase.Turn, "Cannot create outs statistics for a phase different than flop or turn.");
float value = 0.0f;
if (phase == HoldemGamePhase.Flop)
{
value = GetOutsPercentage(numOuts, OutsByThe.Turn);
}
else if (phase == HoldemGamePhase.Turn)
{
value = GetOutsPercentage(numOuts, OutsByThe.River);
}
Statistic result = new Statistic(new StatisticsOddsData(name, value, PRECISION));
// The flop has extra information as we want to see the chances of hitting
// something by the turn, or by the turn and river combined
if (phase == HoldemGamePhase.Flop)
{
float valueByTurnOrRiver = GetOutsPercentage(numOuts, OutsByThe.TurnOrRiver);
result.AddSubStatistic(new StatisticsOddsData("By the turn", value, PRECISION));
result.AddSubStatistic(new StatisticsOddsData("By the turn or river", valueByTurnOrRiver, PRECISION));
}
return result;
}
