public double CalculateEquity(HoldingHoles heroHoles, PlayerRange villainRange)
{
var pkStage = new PkStage(_fiveCardsEnumerator.Enumerate, Utils.EnumerateAvailableHoles);
var pkResult = pkStage.Pk(heroHoles, villainRange.CloneToPkRange());
return((double)pkResult.HeroWinScenariosCount /
(pkResult.HeroWinScenariosCount + pkResult.VillainWinScenariosCount + pkResult.TiedScenariosCount));
}
public VillainProbabilityResult Calculate(HoldingHoles heroHoles, PlayerRoundProfile villainProfile, bool considerFolding = true)
{
var pkStage = new PkStage(_enumerate, Utils.EnumerateUnfoldedHoles);
var villainRange = villainProfile.PlayerRange.CloneToPkRange();
var aliveRanges = villainRange.GetAliveGrids();
int foldCombos = 0, totalCombos = 0;
foreach (var playerGrid in aliveRanges)
{
if (considerFolding)
{
SetFoldToBoard(playerGrid);
foldCombos += playerGrid.FoldCombCount;
}
totalCombos += playerGrid.AvailableCombCount;
}
double villainFoldP = (double)foldCombos / totalCombos;
double villainCallP = 1 - villainFoldP;
var pkResult = pkStage.Pk(heroHoles, villainRange);
int totalGrids = pkResult.HeroWinScenariosCount + pkResult.TiedScenariosCount +
pkResult.VillainWinScenariosCount + pkResult.VillainFoldCount;
double villainCallWinP = villainCallP * pkResult.VillainWinScenariosCount / totalGrids;
double villainCallLoseP = villainCallP * pkResult.HeroWinScenariosCount / totalGrids;
double tieP = villainCallP * pkResult.TiedScenariosCount / totalGrids;
return(new VillainProbabilityResult(new Dictionary <ProbabilityEnum, double>()
{
{ ProbabilityEnum.Fold, villainFoldP },
{ ProbabilityEnum.CallWin, villainCallWinP },
{ ProbabilityEnum.CallTie, tieP },
{ ProbabilityEnum.CallLose, villainCallLoseP }
},
villainProfile.Name));
}
