#include <CorrFit3DCFBowlerSinyukov.h>

Inheritance diagram for Hal::CorrFit3DCFBowlerSinyukov:

Public Member Functions
void	AsFermions ()

void	AsBosons ()

void	AsNonIdentical ()

void	LoadMap (TH2D h, Option_t opt="")

void	SetAveragePairBeta (Double_t beta)

void	SetAveragePairBeta (Double_t m1, Double_t m2, Double_t avkt)

void	SetTStarZero ()

Spline2D *	GetKqMap () const

Femto3DCF *	UnBowlerize () const

Public Member Functions inherited from Hal::CorrFit3DCF
	CorrFit3DCF (Int_t parameters=4)

void	SetFuncRange (Double_t x_min, Double_t x_max, Double_t y_min, Double_t y_max, Double_t z_min, Double_t z_max)

void	SetRadiusLimits (Double_t min, Double_t max)

void	SetFittingMask (const CorrFitMask &map)

Double_t	Eval (Double_t x, Double_t y, Double_t z)

Public Member Functions inherited from Hal::CorrFitFunc3D
	CorrFitFunc3D (e3DMode mode=e3DMode::kNormal3R, Int_t par=-1, Int_t dim=1)

Double_t	GetRout () const

Double_t	GetRoutError () const

Double_t	GetRside () const

Double_t	GetRsideError () const

Double_t	GetRlong () const

Double_t	GetRlongError () const

Double_t	GetLambda () const

Double_t	GetLambdaError () const

void	SetLambdaLimits (Double_t min, Double_t max)

void	SetRoutLimits (Double_t min, Double_t max)

void	SetRsideLimits (Double_t min, Double_t max)

void	SetRlongLimits (Double_t min, Double_t max)

Int_t	RoutID () const

Int_t	RsideID () const

Int_t	RlongID () const

Int_t	RoutsideID () const

Int_t	RoutlongID () const

Int_t	RsidelongID () const

Int_t	LambdaID () const

Public Member Functions inherited from Hal::CorrFitFunc
	CorrFitFunc (Int_t nparams=1, Int_t dim=1)

void	SetTolerance (Double_t tol)

void	SetMaxIteration (Int_t max)

void	SetRange (Double_t min, Double_t max)

void	TraceFitting ()

void	SetMinimizerConf (const MinimizerStepConf &conf)

void	SetMinimizerConf (TString xmlFile)

void	MakeDummyXMLConfig (TString xmlFile)

Int_t	GetFreeParamsNo () const

Double_t	GetChiSquare (Option_t *opt="fitted") const

Double_t	GetChiNDF (Option_t *opt="fitted") const

Double_t	GetRangeMin (Int_t flag=0) const

Double_t	GetRangeMax (Int_t flag=0) const

ChiSqMap2D *	GetChiSquareMap (Int_t par1, Int_t par1_steps, Int_t par2, Int_t par2_steps, Bool_t scale=kTRUE, EMinFunc=kChi2) const

ChiSqMap2D *	GetChiSquareMap (Int_t par1, Int_t par1_steps, Double_t par1_min, Double_t par1_max, Int_t par2, Int_t par2_steps, Double_t par2_min, Double_t par2_max, Bool_t scale=kTRUE, EMinFunc=kChi2) const

TF1 *	GetFittedFunction () const

CorrFitHDFunc *	GetHD () const

virtual void	PreFit (TObject *histo, Double_t bins=1)

Double_t	GetNorm () const

Int_t	NormID () const

Double_t	GetNormError () const

void	SetNormLimits (Double_t min, Double_t max)

virtual void	Draw (Option_t *option="")

virtual void	Repaint ()

Hal::CorrFitGUI *	StartGui (Int_t prec=-1)

CorrFitPainter *	GetPainter () const

Public Member Functions inherited from Hal::CorrFit
	CorrFit (Int_t parameters_no=2)

void	SetParLimits (Int_t par, Double_t min, Double_t max)

void	FixParameter (Int_t par, Double_t val)

void	SetParameterName (Int_t par, TString name)

void	SetLineColor (Color_t color)

void	SetLineStyle (Style_t style)

void	SetLineWidth (Width_t width)

void	SetThreshold (Double_t thres)

void	PrintFitResults () const

Bool_t	IsParFixed (Int_t par) const

Bool_t	IsParDiscrete (Int_t par) const

Double_t	GetParMin (Int_t par) const

Double_t	GetParMax (Int_t par) const

Double_t	GetParError (Int_t par) const

Double_t	GetParameter (Int_t par) const

const FitParam &	GetParamConf (Int_t par) const

Double_t	GetNDF () const

Int_t	GetParametersNo () const

Int_t	GetParameterIndex (TString name) const

TString	GetParameterName (Int_t no) const

virtual void	SetMinimizer (EMinAlgo alg)

void	SetMinimizedFunc (EMinFunc f)

void	SetCalculationOption (ECalcOption f)

CorrFitPainter *	GetPainter () const

Static Public Member Functions
static Int_t	Tau ()

Protected Member Functions
virtual void	Fit (TObject *histo)

virtual void	FitDummy (TObject *histo)

virtual Double_t	GetRoutPRF (Double_t r_out, Double_t tau) const

Double_t	Gaus (Double_t r, Double_t R) const

virtual Double_t	CalculateCF (const Double_t x, const Double_t params) const

virtual void	RecalculateFunction () const

	CorrFit3DCFBowlerSinyukov (Int_t extra_params)

Protected Member Functions inherited from Hal::CorrFit3DCF
virtual void	MakePainter (TString options)

CorrFitMask3D *	GetMask () const

virtual void	RecalculateSmoothFunction () const

void	SetErrors (TH1 num, const TH1 den) const

virtual void	EstimateActiveBins ()

void	DrawPureFunction (TString option)

void	DrawFunctionWithCF (TString option)

void	DrawOther (TString option)

void	DrawDiagonalOther (TString option)

void	DrawDiagonalWithCF (TString option)

void	PrepareRaw ()

TF1 *	GetDrawableFunc (TString option)

double	GetChiTFD (const double *par) const

double	GetChiTF (const double *par) const

double	GetLogTFD (const double *par) const

Double_t	EvalDenominator (Double_t x, Double_t y, Double_t z) const

virtual Double_t	EvalCF (const Double_t x, const Double_t params) const

virtual Double_t	GetNumericalError (Int_t, Int_t, Int_t) const

	CorrFit3DCF (e3DMode mode, Int_t parameters=3)

Protected Member Functions inherited from Hal::CorrFitFunc
virtual void	PrepareHalMinimizer () const

virtual void	PrepareRootMinimizer (ROOT::Math::Minimizer *minizer) const

void	SetupFunction (TF1 *f) const

void	NumericalMinimization ()

void	NumericalPreMinimization (Double_t bins)

void	DummyNumericalFunction ()

void	ParametersChanged () const

virtual void	Check ()

virtual void	Prepare ()

void	FitStep (Int_t)

double	FunctorChiTFD (const double *params)

double	FunctorChiTF (const double *params)

double	FunctorLogTFD (const double *params)

void	CalcError (const Double_t Num, const Double_t NumErr, const Double_t Den, const Double_t DenErr, Double_t &cf, Double_t &cfe) const

Protected Member Functions inherited from Hal::CorrFit
std::vector< TString >	AlgoToOptions (EMinAlgo algo) const

void	CheckOrder ()

void	ChangeParametersNo ()

Color_t	GetLineColor () const

Style_t	GetLineStyle () const

Width_t	GetLineWidth () const

TF1 *	GetTF1 (Int_t no) const

std::vector< std::pair< TF1 , TVirtualPad > >	GetDrawFunctions () const

void	OverwriteParam (Int_t par, Double_t val)

void	CopyParamsToTF1 (TF1 *f, Bool_t copyNumPar=kTRUE, Bool_t copyGrapPar=kTRUE) const

void	SetErrorsNegative ()

void	SetFitOrder (std::initializer_list< Int_t > order)

Protected Attributes
Spline2D *	fCFs

Spline3D *	fQinvMap

Bool_t	fTStarZero

Double_t	fRinv

Double_t	fAverageBeta

Double_t	fGamma

Double_t	fQSMode

const Double_t	fSqrt3

Femto::EKinematics	fFrame

Protected Attributes inherited from Hal::CorrFit3DCF
Int_t	fBinX = {0}

Int_t	fBinY = {0}

Int_t	fBinZ = {0}

Protected Attributes inherited from Hal::CorrFitFunc3D
const e3DMode	fMode

Protected Attributes inherited from Hal::CorrFitFunc
Femto::EKinematics	fKinematics

const Int_t	fDim

Double_t	fChi [2]

Int_t	fMaxIterations

Int_t	fNormParIndex = {0}

Double_t	fTolerance

Double_t	fActiveBins

Array_1< Double_t >	fRange

Bool_t	fTrace

Bool_t	fOwnRangeMap

TObject *	fCF

TH1 *	fDenominatorHistogram

TH1 *	fNumeratorHistogram

TH1 *	fCorrelationFunctionHistogram

CorrFitMask *	fMask

CorrFitPainter *	fPainter = {nullptr}

MinimizerStepConf	fDiscretteMinimzerConf

CorrFitHDFunc *	fHDMaps

Protected Attributes inherited from Hal::CorrFit
ECalcOption	fBinCalc

EMinFunc	fMinFunc

EMinAlgo	fMinAlgo

CorrFitPainter *	fPainter = {nullptr}

Int_t	fNDF

Double_t	fThreshold

std::vector< FitParam >	fParameters

std::vector< Int_t >	fFitOrder

std::vector< std::pair< TF1 , TVirtualPad > >	fDrawFunc

Double_t *	fTempParamsEval

Additional Inherited Members
Public Types inherited from Hal::CorrFit
enum	EMinFunc { kChi , kLog , kChi2 }

enum	EMinAlgo { kMinuitMigrad , kMinuitSimplex , kMinuitCombined , kMinuitScan , kMinuitFumili , kGLSMultiMinConjungateFR , kGLSMultiMinConjugatePR , kGLSMultiMinBFGS , kGLSMultiMinBFGS2 , kGLSMultiMinSteppestDescent , kGLSMultiFit , kGLSSimAn , kDefaultAlgo , kHalScan , kHalAnt , kHalScanMigrad , kHalScanScan }

enum	ECalcOption { kSimple , kExtrapolated }

Protected Types inherited from Hal::CorrFitFunc3D
enum class	e3DMode { kNormal3R , kRatio3R , kNormal6R , kRatio6R , kPlus3R , kPlus6R }

Detailed Description

fit by using bowler sinyukov method can be used for bosons or fermions

Definition at line 22 of file CorrFit3DCFBowlerSinyukov.h.

Constructor & Destructor Documentation

◆ CorrFit3DCFBowlerSinyukov() [1/2]

Hal::CorrFit3DCFBowlerSinyukov::CorrFit3DCFBowlerSinyukov ( Int_t extra_params )

protected

Definition at line 80 of file CorrFit3DCFBowlerSinyukov.cxx.

◆ CorrFit3DCFBowlerSinyukov() [2/2]

Hal::CorrFit3DCFBowlerSinyukov::CorrFit3DCFBowlerSinyukov ( )

Definition at line 67 of file CorrFit3DCFBowlerSinyukov.cxx.

◆ ~CorrFit3DCFBowlerSinyukov()

Hal::CorrFit3DCFBowlerSinyukov::~CorrFit3DCFBowlerSinyukov ( )

virtual

Definition at line 230 of file CorrFit3DCFBowlerSinyukov.cxx.

Member Function Documentation

◆ AsBosons()

void Hal::CorrFit3DCFBowlerSinyukov::AsBosons ( )

inline

consider boson pairs

Definition at line 51 of file CorrFit3DCFBowlerSinyukov.h.

◆ AsFermions()

void Hal::CorrFit3DCFBowlerSinyukov::AsFermions ( )

inline

consider fermion pairs

Definition at line 47 of file CorrFit3DCFBowlerSinyukov.h.

◆ AsNonIdentical()

void Hal::CorrFit3DCFBowlerSinyukov::AsNonIdentical ( )

inline

ignore quantum-statistic effects

Definition at line 55 of file CorrFit3DCFBowlerSinyukov.h.

◆ CalculateCF()

Double_t Hal::CorrFit3DCFBowlerSinyukov::CalculateCF	(	const Double_t *	x,
		const Double_t *	params ) const

protectedvirtual

return value of CF at given point

Parameters

x	values x[0] - out, x[1] -side, x[2] -long
params

Returns: value of CF at (x[0],x[1],x[2])

Implements Hal::CorrFit3DCF.

Reimplemented in Hal::CorrFit3DCFBowlerSinyukovClassic, and Hal::CorrFit3DCFBowlerSinyukovEllipse.

Definition at line 33 of file CorrFit3DCFBowlerSinyukov.cxx.

◆ Fit()

void Hal::CorrFit3DCFBowlerSinyukov::Fit ( TObject * histo )

protectedvirtual

fit this function to given CF

Parameters

histo - object that will be fitted

See also: Femto1DCF::Fit or; Femto3DCF::Fit

Reimplemented from Hal::CorrFitFunc.

Definition at line 235 of file CorrFit3DCFBowlerSinyukov.cxx.

◆ FitDummy()

void Hal::CorrFit3DCFBowlerSinyukov::FitDummy ( TObject * histo )

protectedvirtual

make dummy fit - allows to draw this function but doesn't try to fit it

Reimplemented from Hal::CorrFitFunc.

Definition at line 309 of file CorrFit3DCFBowlerSinyukov.cxx.

◆ Gaus()

Double_t Hal::CorrFit3DCFBowlerSinyukov::Gaus	(	Double_t	r,
		Double_t	R ) const

inlineprotected

Definition at line 37 of file CorrFit3DCFBowlerSinyukov.h.

◆ GetKqMap()

Spline2D * Hal::CorrFit3DCFBowlerSinyukov::GetKqMap ( ) const

inline

Definition at line 80 of file CorrFit3DCFBowlerSinyukov.h.

◆ GetRoutPRF()

Double_t Hal::CorrFit3DCFBowlerSinyukov::GetRoutPRF	(	Double_t	r_out,
		Double_t	tau ) const

protectedvirtual

Definition at line 276 of file CorrFit3DCFBowlerSinyukov.cxx.

◆ LoadMap()

void Hal::CorrFit3DCFBowlerSinyukov::LoadMap	(	TH2D *	h,
		Option_t *	opt = "" )

load map that is used for calculations

Parameters

h	map histogram
opt	define type of loaded map if "lcms" then assume that there is C(qinv,r_inv) if option is "" then assume that map is C(k,r), if "krmap" then assume that there is W_av(k,r) where W_av is averaged weight of pairs with given k* and r*

Definition at line 93 of file CorrFit3DCFBowlerSinyukov.cxx.