This is an extension of LikelihoodTopLeptonJets, which adds angular information to the likelihood. More...

#include <LikelihoodTopLeptonJets_Angular.h>

Inheritance diagram for KLFitter::LikelihoodTopLeptonJets_Angular:

Public Member Functions
Constructors and destructors
	LikelihoodTopLeptonJets_Angular ()
	The (defaulted) constructor.

	~LikelihoodTopLeptonJets_Angular ()
	The (defaulted) destructor.

Member functions (misc)
double	LogLikelihood (const std::vector< double > &parameters) override
	The posterior probability definition, overloaded from BCModel. More...

Public Member Functions inherited from KLFitter::LikelihoodTopLeptonJets
	LikelihoodTopLeptonJets ()
	The default constructor. More...

	~LikelihoodTopLeptonJets ()
	The (defaulted) destructor.

void	SetFlagTopMassFixed (bool flag)
	Set a flag. More...

void	SetFlagGetParSigmasFromTFs (bool flag)
	Set a flag. More...

void	SetLeptonType (LeptonType leptontype)
	Set the type of lepton. More...

void	SetLeptonType (int leptontype)
	Set the type of lepton. More...

void	DefineParameters () override
	Define the parameters of the fit. More...

std::vector< double >	GetInitialParameters () override
	Get initial values for the parameters. More...

virtual std::vector< double >	GetInitialParametersWoNeutrinoPz ()
	Get initial values for the parameters with a dummy of "0.0" for the neutrino pz. More...

std::vector< double >	LogLikelihoodComponents (std::vector< double > parameters) override
	The posterior probability definition, overloaded from BCModel. More...

int	SetET_miss_XY_SumET (double etx, double ety, double sumet) override
	Set the values for the missing ET x and y components and the m_et_miss_sum. More...

void	RequestResolutionFunctions () override
	Request the necessary resolution functions from the detector.

Public Member Functions inherited from KLFitter::LikelihoodBase
	LikelihoodBase (Particles **particles=0)
	The default constructor. More...

virtual	~LikelihoodBase ()
	The default destructor.

KLFitter::PhysicsConstants *	PhysicsConstants ()
	Return the table of physics constants. More...

KLFitter::DetectorBase *	Detector ()
	Return the detector. More...

KLFitter::Particles **	PParticlesPermuted ()
	Return the set of measured particles. More...

KLFitter::Particles *	ParticlesModel ()
	Return the set of model particles. More...

int	NParticlesModel ()
	Return the number of model particles. More...

int	NParameters ()
	Return the number of parameters. More...

double	ParMin (int index)
	Return the lower boundary of a parameter. More...

double	ParMax (int index)
	Return the upper boundary of a parameter. More...

BtaggingMethod	GetBTagging ()
	Get flag to use b-tagging or not. More...

bool	FlagIntegrate ()

int	SetPhysicsConstants (KLFitter::PhysicsConstants *physicsconstants)
	Set the physics constants. More...

virtual int	SetDetector (KLFitter::DetectorBase **detector)
	Set the detector. More...

int	SetParticlesPermuted (KLFitter::Particles **particles)
	Set the measured particles. More...

int	SetPermutations (std::unique_ptr< KLFitter::Permutations > *permutations)
	Set the permutation object. More...

int	SetParameterRange (int index, double parmin, double parmax)
	Set the range of a model parameter. More...

int	SetInitialParameters (std::vector< double > const &parameters)
	Set the initial values for the minimization, etc. More...

int	SetInitialParametersNChains (std::vector< double > const &parameters, unsigned int nchains)
	Set the initial values for the minimization, etc. More...

int	SetBTagging (BtaggingMethod btagmethod)
	Set which b-tagging you wish to use. More...

int	SetFlagBTagging (bool flag)
	THIS IS AN OUTDATED METHOD - JUST HERE FOR BACKWARD COMPATIBILITY. More...

int	SetFlagIsNan (bool flag)
	Set flag FlagIsNan. More...

bool	GetFlagIsNan (void)
	Get flag FlagIsNan. More...

int	SetFlagIntegrate (bool flag)
	Set flag to integrate or not. More...

void	SetFlagUseJetMass (bool flag)
	Set flag to use measured jet masses (true) instead of parton masses (false);.

virtual int	Initialize ()
	Initialize the likelihood for the event. More...

void	PropagateBTaggingInformation ()
	Propagate the b-tagging information from the permuted (measured) particles to the model particles.

virtual double	LogAPrioriProbability (const std::vector< double > &) override
	The prior probability definition, overloaded from BCModel. More...

virtual double	LogEventProbability ()
	Return the log of the event probability fof the current combination. More...

virtual double	LogEventProbabilityBTag ()
	Return the contribution from b tagging to the log of the event probability for the current combination. More...

virtual int	RemoveForbiddenParticlePermutations ()
	Remove forbidden particle permutations. More...

virtual bool	NoTFProblem (std::vector< double > parameters)
	Check if there are TF problems. More...

std::vector< double >	GetBestFitParameters ()
	Returns the best fit parameters, overloaded from BCModel. More...

std::vector< double >	GetBestFitParameterErrors ()
	Returns the errors of the best fit parameters, overloaded from BCModel. More...

double	GetBestFitParameter (unsigned int index)
	Returns the best fit parameters, overloaded from BCModel. More...

double	GetBestFitParameterError (unsigned int index)
	Returns the errors of the best fit parameter i, overloaded from BCModel. More...

virtual int	LHInvariantPermutationPartner (int, int, int , int )
	Check if the permutation is LH invariant. More...

int	GetParametersFromCache (int iperm)
	Write parameters from fCachedParametersVector.at(iperm) to fCachedParameters. More...

int	SetParametersToCache (int iperm, int nperms)
	Write parameters to fCachedParametersVector.at(iperm) from GetBestFitParameter() More...

double	GetIntegral ()

int	ResetCache ()
	Resets the values of all parameter cache vectors. More...

Protected Member Functions
int	AdjustParameterRanges () override
	Adjust ranges of the parameters. More...

Protected Member Functions inherited from KLFitter::LikelihoodTopLeptonJets
int	BuildModelParticles () override
	Build the model particles from the best fit parameters. More...

int	CalculateLorentzVectors (std::vector< double > const &parameters) override
	Update 4-vector values of the model particles. More...

std::vector< double >	CalculateNeutrinoPzSolutions (TLorentzVector *additionalParticle=nullptr)
	Calculates the neutrino pz solutions from the measured values and the W mass. More...

int	DefineModelParticles () override
	Define the model particles. More...

std::vector< double >	GetNeutrinoPzSolutions ()
	Return the neutrino pz solutions from the measured values and the W mass. More...

int	RemoveInvariantParticlePermutations () override
	Remove the invariant particle permutations. More...

int	SavePermutedParticles () override
	Save permuted particles. More...

int	SaveResolutionFunctions () override
	Save the resolution functions from the detector to the internal pointers. More...

Protected Member Functions inherited from KLFitter::LikelihoodBase
double	SetPartonMass (double jetmass, double quarkmass, double px, double py, double *pz, double e)
	Set model parton mass according to fFlagUseJetMass. More...

Additional Inherited Members
Public Types inherited from KLFitter::LikelihoodTopLeptonJets
enum	LeptonType { kElectron, kMuon }
	Enumerator for the lepton type. More...

enum	Parameters { parBhadE, parBlepE, parLQ1E, parLQ2E, parLepE, parNuPx, parNuPy, parNuPz, parTopM }
	Enumerator for the fitted parameters of this likelihood. More...

Public Types inherited from KLFitter::LikelihoodBase
enum	BtaggingMethod { kNotag, kVeto, kVetoNoFit, kVetoNoFitLight, kVetoNoFitBoth, kVetoHybridNoFit, kWorkingPoint, kVetoLight, kVetoBoth }
	Enumerate for b-tagging possibilities.

Protected Attributes inherited from KLFitter::LikelihoodTopLeptonJets
bool	m_flag_top_mass_fixed
	A flag for using a fixed top mass (true) or not (false).

bool	m_flag_get_par_sigmas_from_TFs
	Flag for using ResolutionBase::GetSigma() to retrieve the parameter ranges.

double	m_et_miss_x
	The values of the x component of the missing ET.

double	m_et_miss_y
	The values of the y component of the missing ET.

double	m_et_miss_sum
	The values of the total scalar ET.

LeptonType	m_lepton_type
	An index deciding if the event is electron (1) or muon (2) plus jets.

ResolutionBase *	m_res_energy_bhad
	Pointer to resolution function for hadronic b quark.

ResolutionBase *	m_res_energy_blep
	Pointer to resolution function for leptonic b quark.

ResolutionBase *	m_res_energy_lq1
	Pointer to resolution function for first light quark jet.

ResolutionBase *	m_res_energy_lq2
	Pointer to resolution function for second light quark jet.

ResolutionBase *	m_res_lepton
	Pointer to resolution function for the lepton.

ResolutionBase *	m_res_met
	Pointer to resolution function for MET.

double	m_bhad_meas_e

double	m_bhad_meas_p

double	m_bhad_meas_m

double	m_bhad_meas_deteta

double	m_bhad_meas_eta

double	m_bhad_meas_phi

double	m_bhad_meas_px

double	m_bhad_meas_py

double	m_bhad_meas_pz

double	m_blep_meas_e

double	m_blep_meas_p

double	m_blep_meas_m

double	m_blep_meas_deteta

double	m_blep_meas_eta

double	m_blep_meas_phi

double	m_blep_meas_px

double	m_blep_meas_py

double	m_blep_meas_pz

double	m_lq1_meas_e

double	m_lq1_meas_p

double	m_lq1_meas_m

double	m_lq1_meas_deteta

double	m_lq1_meas_eta

double	m_lq1_meas_phi

double	m_lq1_meas_px

double	m_lq1_meas_py

double	m_lq1_meas_pz

double	m_lq2_meas_e

double	m_lq2_meas_p

double	m_lq2_meas_m

double	m_lq2_meas_deteta

double	m_lq2_meas_eta

double	m_lq2_meas_phi

double	m_lq2_meas_px

double	m_lq2_meas_py

double	m_lq2_meas_pz

double	m_lep_meas_e

double	m_lep_meas_deteta

double	m_lep_meas_sintheta

double	m_lep_meas_pt

double	m_lep_meas_px

double	m_lep_meas_py

double	m_lep_meas_pz

double	m_bhad_fit_e

double	m_bhad_fit_px

double	m_bhad_fit_py

double	m_bhad_fit_pz

double	m_blep_fit_e

double	m_blep_fit_px

double	m_blep_fit_py

double	m_blep_fit_pz

double	m_lq1_fit_e

double	m_lq1_fit_px

double	m_lq1_fit_py

double	m_lq1_fit_pz

double	m_lq2_fit_e

double	m_lq2_fit_px

double	m_lq2_fit_py

double	m_lq2_fit_pz

double	m_lep_fit_e

double	m_lep_fit_px

double	m_lep_fit_py

double	m_lep_fit_pz

double	m_nu_fit_e

double	m_nu_fit_px

double	m_nu_fit_py

double	m_nu_fit_pz

double	m_wlep_fit_e

double	m_wlep_fit_px

double	m_wlep_fit_py

double	m_wlep_fit_pz

double	m_whad_fit_e

double	m_whad_fit_px

double	m_whad_fit_py

double	m_whad_fit_pz

double	m_whad_fit_m

double	m_wlep_fit_m

double	m_thad_fit_m

double	m_tlep_fit_m

Protected Attributes inherited from KLFitter::LikelihoodBase
KLFitter::Particles **	fParticlesPermuted
	A pointer to the measured particles.

std::unique_ptr< KLFitter::Permutations > *	fPermutations
	A pointer to the permutation object.

std::unique_ptr< KLFitter::Particles >	fParticlesModel
	A pointer to the model particles.

KLFitter::PhysicsConstants	fPhysicsConstants
	A pointer to the table of physics constants.

KLFitter::DetectorBase **	fDetector
	A pointer to the detector.

std::vector< double >	fEventProbability
	The event probabilities for the different permutations.

bool	fFlagIntegrate
	A flag to integrate over the likelihood or not.

bool	fFlagIsNan
	A flag for knowing that Minuit gave parameters with NaN values to LogLikelihood.

bool	fFlagUseJetMass
	A flag for using the measured jet masses (true) instead of parton masses (false);.

bool	fTFgood
	Global variable for TF problems.

BtaggingMethod	fBTagMethod
	Name of btagging enum.

std::vector< double >	fCachedParameters
	The cached parameters used for the current permutation.

std::vector< double >	fCachedParameterErrors
	The cached parameter errors used for the current permutation.

std::vector< std::vector< double > >	fCachedParametersVector
	A vector of cached parameters, one for each permutation. More...

std::vector< std::vector< double > >	fCachedParameterErrorsVector
	A vector of cached parameter errors, one for each permutation. More...

double	fCachedNormalization
	The cached normalization, needed for the overloaded BCIntegrate::GetIntegral.

std::vector< double >	fCachedNormalizationVector
	A vector of cached parameters, one for each permutation. More...

Detailed Description

This is an extension of LikelihoodTopLeptonJets, which adds angular information to the likelihood.

Member Function Documentation

int KLFitter::LikelihoodTopLeptonJets_Angular::AdjustParameterRanges ( )

overrideprotectedvirtual

Adjust ranges of the parameters.

As opposed to LikelihoodTopLeptonJets::AdjustParameterRanges(), this does not utilize the flag m_flag_get_par_sigmas_from_TFs, but only uses a fixed sigma to calculate the parameter range and set it with SetParameterRange(). If m_flag_top_mass_fixed is set, the top mass will be fixed to the pole mass.

Returns: An error code.

Reimplemented from KLFitter::LikelihoodTopLeptonJets.

double KLFitter::LikelihoodTopLeptonJets_Angular::LogLikelihood ( const std::vector< double > & parameters )

overridevirtual

The posterior probability definition, overloaded from BCModel.

In addition to what is implemented in LikelihoodTopLeptonJets::LogLikelihood(), this also includes angular information in the calculation of the log likelihood.

Parameters

parameters A vector of parameters (double values).

Returns: The logarithm of the prior probability.

Reimplemented from KLFitter::LikelihoodTopLeptonJets.

The documentation for this class was generated from the following files:

include/KLFitter/LikelihoodTopLeptonJets_Angular.h
src/LikelihoodTopLeptonJets_Angular.cxx

Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation