A class to find V0 candidates in mCBM. More...

#include <CbmKFV0FinderTask.h>

Inheritance diagram for V0FinderTask:

Collaboration diagram for V0FinderTask:

Classes
struct	DcaVector
	A vector representation of DCA to target. More...

struct	ParticleInfo
	Extra information on KFParticle, required by the V0 analysis. More...

struct	TrackInfo
	Extra information on track, required by the V0 analysis. More...

Public Types
enum class	ECounter : uint8_t { TracksTotal , TracksSelected , TracksInfiniteParam , TracksWoTofHits , TracksWNegativeTofHitTime , TracksWoStsHits , TracksWoPid , TracksWoMomentum , TracksWAtLeastOneTofHit , TracksWAtLeastTwoTofHits , TracksWithUnphysicalBeta , TracksW2Sts2Tof , Pions , Protons , EventsTotal , EventsWoTzero , EventsLambdaCand , KfpEventsLambdaCand , KfpLambdaCandidates , END }

enum class	EPidApproach : uint8_t { Topo , Mc }
	PID approach used. More...

enum class	EProcessingMode : uint8_t { TimeBased , EventBased }
	Data processing mode. More...

enum class	EPvUsageMode : uint8_t { Target , Reconstructed , ReconstructSingle , ReconstructMultiple , Mc }
	Primary vertex finding/handling mode. More...

using	Cutter_t = V0FinderCutter<EV0Type::Lambda>

Public Member Functions
	V0FinderTask (int verbose=1)
	Constructor.

	V0FinderTask (const V0FinderTask &)=delete

	V0FinderTask (V0FinderTask &&)=delete

	~V0FinderTask ()=default
	Destructor.

V0FinderTask &	operator= (const V0FinderTask &)=delete

V0FinderTask &	operator= (V0FinderTask &&)=delete

void	Exec (Option_t *) override
	Executes the task.

void	Finish () override
	Action on the end of the run.

InitStatus	Init () override
	Initializes the task.

KFParticleFinder *	GetKFParticleFinder ()
	Mutable access to the KfParticleFinder of the run topology reconstructor.

const KFParticleFinder *	GetKFParticleFinder () const
	Constant access to the KfParticleFinder of the run topology reconstructor.

const auto &	GetTrackDcaToOrigin () const
	Gets DCA to origin.

std::shared_ptr< const KFParticleTopoReconstructor >	GetTopoReconstructor () const
	Accessor to the topology reconstructor.

std::shared_ptr< const Cutter_t >	GetCutter () const
	Accessor to the cutter.

const std::vector< DcaVector > &	GetTrackDca () const
	Accessor to the track DCA.

const std::vector< TrackInfo > &	GetTrackInfo () const
	Accessor to the track extra info.

const std::vector< ParticleInfo > &	GetParticleInfo () const
	Accessor to the particle extra info.

void	SetConfigName (const TString &fileName)
	Sets name of the configuration file.

void	SetCutsConfigName (const TString &fileName)
	Sets name of the configuration file for cuts.

void	SetProcessingMode (EProcessingMode mode)
	Sets processing mode (time-based/event-based)

void	SetPidApproach (EPidApproach pid)
	Sets PID approach.

void	SetPvFindingMode (EPvUsageMode mode)
	Sets PV finding mode.

void	SetUseMc (bool bUseMc)
	Sets the MC flag (if MC information required)

void	SetMinPionDca (double dca)
	Sets minimal pion DCA to primary vertex.

void	SetMinProtonDca (double dca)
	Sets minimal proton DCA to primary vertex.

void	SetQaOutputFileName (const TString &fileName)
	Sets a file name for the QA.

void	SetQpAssignedUncertainty (double uncertainty)
	Assignes an uncertainty to the momentum measurement.

void	SetTzeroOffset (double offset)
	Sets an offset to t0.

void	SetMixedEventMode (bool bMixedEvent)
	Special settings in the mixed-event analysis mode.

void	AddDecayToReconstructionList (int pdg)
	Adds particle to reconstruction list.

Static Public Member Functions
static std::string	ToString (EProcessingMode mode)
	String representation of processing mode.

static std::string	ToString (EPidApproach pid)
	String representation of PID approach.

static std::string	ToString (EPvUsageMode pvMode)
	String representation of the PV finding mode.

static std::string	ToString (const FairTrackParam *pParam)
	String representation of.

static bool	CheckTrackParam (const FairTrackParam *pParam)
	Checks track parameter validity.

Static Public Attributes
static constexpr int	kPrimaryPdg {321}
	PID hypothesis of primary tracks (kaons?)

static constexpr int	kUndefPdg {-2}
	Undefined value, such tracks will be skipped.

static constexpr float	kChi2PvPrimThrsh {3.}
	Chi2 threshold of assigning tracks as primaries in PV reco.

static constexpr double	kPionMass {0.13957039}
	Pion mass [GeV/c2].

static constexpr double	kProtonMass {0.938272088}
	Proton mass [GeV/c2].

static constexpr double	kSpeedOfLight {29.9792458}
	Speed of light [cm/ns].

Private Member Functions
void	ApplyConfiguration ()
	Applies configuration from fsConfigName.

template<int PdgCode>
void	AssignMomentum (CbmGlobalTrack *pTrack, double beta)
	Assigns momentum to a global track.

void	AssignMomentum (CbmGlobalTrack *pTrack, double qp, double qpVar)
	Assigns momentum to a global track.

DcaVector	EstimateDcaToOrigin (const CbmStsTrack *pTrack) const
	Estimates distance to the origin.

double	EstimateBeta (const CbmTofHit *pTofHit) const
	Estimates beta of the track, using one TOF hit.

TrackInfo	CollectTrackInfo (const CbmGlobalTrack *pTrack) const
	Fill track extra info.

KFPTrackVector	MakeKfpTrackVector (const std::vector< const CbmGlobalTrack * > &vpTracks, const std::vector< int > &vTrackIds, const std::vector< float > &vChi2ToPv, bool bAtFirstPoint) const
	Makes a KF-particle track vector.

KFVertex	MakeKfpPrimaryVertex (float x, float y, float z) const
	Makes a KF vertex.

cbm::algo::kfp::ETrackPid	InferTrackPidTopo (double dca) const
	Infers PID hypothesis for a track using track topology.

template<bool UseEvent>
bool	ProcessEvent (const CbmEvent *pEvent)
	Processes one event.

double	ShiftTofHitsToTzero (const CbmEvent *pEvent)
	Shifts TOF hits to the t0 estimation.

void	StoreParticles (const CbmEvent *pEvent)
	Stores particles, reconstructed in event to the run topology reconstructor.

	ClassDefOverride (V0FinderTask, 0)

Private Attributes
double	fTzeroOffset {0.}
	Offset for T0.

double	fMinPionDca {1.5}
	Minimum DCA to PV for pions.

double	fMinProtonDca {0.5}
	Minimum DCA to PV for protons.

double	fQpAssignedUncertainty {0.1}
	Assigned relative uncertainty for q/p estimation.

int	fPrimaryAssignedPdg {321}
	Assigned PDG hypothesis for primary particles.

double	fMinBetaProton {0.}
	Minimal proton velocity (beta) [c].

double	fMaxBetaProton {1.}
	Maximal proton velocity (beta) [c].

double	fMinBetaPion {0.}
	Minimal proton velocity (beta) [c].

double	fMaxBetaPion {1.}
	Maximal proton velocity (beta) [c].

std::shared_ptr< Cutter_t >	fpCutter {std::make_shared<Cutter_t>()}

TClonesArray *	fpBrRecoEvents {nullptr}

TClonesArray *	fpBrGlobalTracks {nullptr}

TClonesArray *	fpBrStsTracks {nullptr}

TClonesArray *	fpBrTrdTracks {nullptr}

TClonesArray *	fpBrTofTracks {nullptr}

TClonesArray *	fpBrStsHits {nullptr}

TClonesArray *	fpBrTrdHits {nullptr}

TClonesArray *	fpBrTofHits {nullptr}

CbmVertex *	fpBrPrimaryVertex {nullptr}

std::vector< CbmEventTriggers > *	fpBrEventTriggers {nullptr}

std::vector< DcaVector >	fvTrackDca
	Track DCA vector [n global tracks].

std::vector< TrackInfo >	fvTrackInfo
	Track info vector [n global tracks].

std::vector< ParticleInfo >	fvParticleInfo
	Extra information on particles [n particles in TS].

std::unique_ptr< CbmVertex >	fpOrigin
	Origin (e.g., can be either reconstructed PV or target)

std::shared_ptr< KFParticleTopoReconstructor >	fpTopoReconstructorTs {std::make_shared<KFParticleTopoReconstructor>()}
	Main topology reconstructor.

std::unique_ptr< KFParticleTopoReconstructor >	fpTopoReconstructorEvent

EProcessingMode	fProcessingMode {EProcessingMode::TimeBased}
	Processing mode.

EPidApproach	fPidApproach {EPidApproach::Topo}
	PID approach used.

EPvUsageMode	fPvUsageMode {EPvUsageMode::Target}
	Primary vertex mode.

bool	fbMixedEventMode {false}
	Run in a mix-event mode.

bool	fbUseMc {false}
	Run using MC-information.

bool	fbUsePvChi2Selection {false}
	Select.

cbm::core::EnumArray< ECounter, size_t >	fCounters {{0}}
	Counters per run.

TString	fsQaOutputName {"./V0FinderQa.root"}
	Output QA name.

TString	fsConfigName {""}
	Name of the config.

TString	fsCutsConfigName {""}
	Name of the config.

Detailed Description

A class to find V0 candidates in mCBM.

Definition at line 43 of file CbmKFV0FinderTask.h.

Member Typedef Documentation

◆ Cutter_t

using cbm::kfp::V0FinderTask::Cutter_t = V0FinderCutter<EV0Type::Lambda>

Definition at line 45 of file CbmKFV0FinderTask.h.

Member Enumeration Documentation

◆ ECounter

enum class cbm::kfp::V0FinderTask::ECounter : uint8_t

strong

Enumerator
TracksTotal
TracksSelected
TracksInfiniteParam
TracksWoTofHits
TracksWNegativeTofHitTime
TracksWoStsHits
TracksWoPid
TracksWoMomentum
TracksWAtLeastOneTofHit
TracksWAtLeastTwoTofHits
TracksWithUnphysicalBeta
TracksW2Sts2Tof
Pions
Protons
EventsTotal
EventsWoTzero
EventsLambdaCand
KfpEventsLambdaCand
KfpLambdaCandidates
END

Definition at line 49 of file CbmKFV0FinderTask.h.

◆ EPidApproach

enum class cbm::kfp::V0FinderTask::EPidApproach : uint8_t

strong

PID approach used.

Enumerator
Topo
Mc

Definition at line 75 of file CbmKFV0FinderTask.h.

◆ EProcessingMode

enum class cbm::kfp::V0FinderTask::EProcessingMode : uint8_t

strong

Data processing mode.

Enumerator
TimeBased
EventBased

Definition at line 83 of file CbmKFV0FinderTask.h.

◆ EPvUsageMode

enum class cbm::kfp::V0FinderTask::EPvUsageMode : uint8_t

strong

Primary vertex finding/handling mode.

Enumerator
Target
Reconstructed
ReconstructSingle
ReconstructMultiple
Mc

Definition at line 91 of file CbmKFV0FinderTask.h.

Constructor & Destructor Documentation

◆ V0FinderTask() [1/3]

cbm::kfp::V0FinderTask::V0FinderTask ( int verbose = 1 )

inlineexplicit

Constructor.

Parameters

verbose Verbosity of the task

Definition at line 127 of file CbmKFV0FinderTask.h.

◆ V0FinderTask() [2/3]

cbm::kfp::V0FinderTask::V0FinderTask ( const V0FinderTask & )

delete

◆ V0FinderTask() [3/3]

cbm::kfp::V0FinderTask::V0FinderTask ( V0FinderTask && )

delete

◆ ~V0FinderTask()

cbm::kfp::V0FinderTask::~V0FinderTask ( )

default

Destructor.

Member Function Documentation

◆ AddDecayToReconstructionList()

void cbm::kfp::V0FinderTask::AddDecayToReconstructionList ( int pdg )

inline

Adds particle to reconstruction list.

Parameters

pdg	A PDG code of the particle to be reconstructed

Definition at line 235 of file CbmKFV0FinderTask.h.

◆ ApplyConfiguration()

void V0FinderTask::ApplyConfiguration ( )

private

Applies configuration from fsConfigName.

Definition at line 54 of file CbmKFV0FinderTask.cxx.

◆ AssignMomentum() [1/2]

template<int PdgCode>

void V0FinderTask::AssignMomentum	(	CbmGlobalTrack *	pTrack,
		double	beta )

private

Assigns momentum to a global track.

Template Parameters

pdg	PID hypothesis

Parameters

pTrack	Pointer to a global track
beta	Speed of particle

Definition at line 127 of file CbmKFV0FinderTask.cxx.

◆ AssignMomentum() [2/2]

void V0FinderTask::AssignMomentum	(	CbmGlobalTrack *	pTrack,
		double	qp,
		double	qpVar )

private

Assigns momentum to a global track.

Parameters

pTrack	pointer to track
qp	q/p value
qpVar	q/p variance

Definition at line 147 of file CbmKFV0FinderTask.cxx.

◆ CheckTrackParam()

bool V0FinderTask::CheckTrackParam ( const FairTrackParam * pParam )

static

Checks track parameter validity.

Parameters

pParam Pointer to a track parameter

Returns: true The parameters are ok; false The parameters are invalid

Definition at line 286 of file CbmKFV0FinderTask.cxx.

◆ ClassDefOverride()

cbm::kfp::V0FinderTask::ClassDefOverride	(	V0FinderTask	,
		0	)

private

◆ CollectTrackInfo()

V0FinderTask::TrackInfo V0FinderTask::CollectTrackInfo ( const CbmGlobalTrack * pTrack ) const

private

Fill track extra info.

Parameters

pTrack Pointer to global track

Returns: The trackInfo object, which contains extra information, estimated from hits

Definition at line 311 of file CbmKFV0FinderTask.cxx.

◆ EstimateBeta()

double cbm::kfp::V0FinderTask::EstimateBeta ( const CbmTofHit * pTofHit ) const

private

Estimates beta of the track, using one TOF hit.

Parameters

pTofHit Pointer to a TOF hit

Returns: Value of beta [c]

Note: Value of beta can be either negative or larger then 1 due to TOF/BMON miscallibration

◆ EstimateDcaToOrigin()

V0FinderTask::DcaVector V0FinderTask::EstimateDcaToOrigin ( const CbmStsTrack * pTrack ) const

private

Estimates distance to the origin.

Parameters

pStsTrack STS track

Returns: Vector of the DCA {abs, ex, ey}

Definition at line 346 of file CbmKFV0FinderTask.cxx.

◆ Exec()

void V0FinderTask::Exec ( Option_t * )

override

Executes the task.

Definition at line 393 of file CbmKFV0FinderTask.cxx.

◆ Finish()

void V0FinderTask::Finish ( )

override

Action on the end of the run.

Definition at line 427 of file CbmKFV0FinderTask.cxx.

◆ GetCutter()

std::shared_ptr< const Cutter_t > cbm::kfp::V0FinderTask::GetCutter ( ) const

inline

Accessor to the cutter.

Definition at line 166 of file CbmKFV0FinderTask.h.

◆ GetKFParticleFinder() [1/2]

KFParticleFinder * cbm::kfp::V0FinderTask::GetKFParticleFinder ( )

inline

Mutable access to the KfParticleFinder of the run topology reconstructor.

Definition at line 154 of file CbmKFV0FinderTask.h.

◆ GetKFParticleFinder() [2/2]

const KFParticleFinder * cbm::kfp::V0FinderTask::GetKFParticleFinder ( ) const

inline

Constant access to the KfParticleFinder of the run topology reconstructor.

Definition at line 157 of file CbmKFV0FinderTask.h.

◆ GetParticleInfo()

const std::vector< ParticleInfo > & cbm::kfp::V0FinderTask::GetParticleInfo ( ) const

inline

Accessor to the particle extra info.

Returns a vector, which is parallel to stored KFParticle objects.

Definition at line 179 of file CbmKFV0FinderTask.h.

◆ GetTopoReconstructor()

std::shared_ptr< const KFParticleTopoReconstructor > cbm::kfp::V0FinderTask::GetTopoReconstructor ( ) const

inline

Accessor to the topology reconstructor.

Definition at line 163 of file CbmKFV0FinderTask.h.

◆ GetTrackDca()

const std::vector< DcaVector > & cbm::kfp::V0FinderTask::GetTrackDca ( ) const

inline

Accessor to the track DCA.

Definition at line 169 of file CbmKFV0FinderTask.h.

◆ GetTrackDcaToOrigin()

const auto & cbm::kfp::V0FinderTask::GetTrackDcaToOrigin ( ) const

inline

Gets DCA to origin.

Definition at line 160 of file CbmKFV0FinderTask.h.

◆ GetTrackInfo()

const std::vector< TrackInfo > & cbm::kfp::V0FinderTask::GetTrackInfo ( ) const

inline

Accessor to the track extra info.

Returns a vector, which is parallel to stored CbmGlobalTrack objects.

Definition at line 174 of file CbmKFV0FinderTask.h.

◆ InferTrackPidTopo()

cbm::algo::kfp::ETrackPid V0FinderTask::InferTrackPidTopo ( double dca ) const

private

Infers PID hypothesis for a track using track topology.

Parameters

dca	An absolute value of DCA to the PV estimation

Returns: Pid of the track

Definition at line 453 of file CbmKFV0FinderTask.cxx.

◆ Init()

InitStatus V0FinderTask::Init ( )

override

Initializes the task.

Definition at line 471 of file CbmKFV0FinderTask.cxx.

◆ MakeKfpPrimaryVertex()

KFVertex V0FinderTask::MakeKfpPrimaryVertex	(	float	x,
		float	y,
		float	z ) const

private

Makes a KF vertex.

Parameters

x	x-coordinate of PV [cm]
y	y-coordinate of PV [cm]
z	z-coordinate of PV [cm]

Definition at line 733 of file CbmKFV0FinderTask.cxx.

◆ MakeKfpTrackVector()

KFPTrackVector V0FinderTask::MakeKfpTrackVector	(	const std::vector< const CbmGlobalTrack * > &	vpTracks,
		const std::vector< int > &	vTrackIds,
		const std::vector< float > &	vChi2ToPv,
		bool	bAtFirstPoint ) const

private

Makes a KF-particle track vector.

Parameters

vpTracks	Vector of pointers to global tracks
vTrackIds	Vector of track indices
vChi2ToPv	Vector of chi2 of assigning a track as primary
bAtFirstPoint	true: the first track point is used, false: the last track point is used

Note: No track selection is performed

Definition at line 598 of file CbmKFV0FinderTask.cxx.

◆ operator=() [1/2]

V0FinderTask & cbm::kfp::V0FinderTask::operator= ( const V0FinderTask & )

delete

◆ operator=() [2/2]

V0FinderTask & cbm::kfp::V0FinderTask::operator= ( V0FinderTask && )

delete

◆ ProcessEvent()

template<bool UseEvent>

bool V0FinderTask::ProcessEvent ( const CbmEvent * pEvent )

private

Processes one event.

Template Parameters

UseEvent Explicit flag of using the CbmEvent pointer to access data

Parameters

pEvent Pointer to event

Returns: true Event is accepted for V0 reconstruction; false Event is rejected for V0 reconstruction

Note: In the event-based mode, the ProcessEvent(nullptr) must be called explicitly

Definition at line 165 of file CbmKFV0FinderTask.cxx.

◆ SetConfigName()

void cbm::kfp::V0FinderTask::SetConfigName ( const TString & fileName )

inline

Sets name of the configuration file.

Parameters

fileName Name of the config file

Definition at line 185 of file CbmKFV0FinderTask.h.

◆ SetCutsConfigName()

void cbm::kfp::V0FinderTask::SetCutsConfigName ( const TString & fileName )

inline

Sets name of the configuration file for cuts.

Parameters

fileName Name of the config file for cuts

Definition at line 189 of file CbmKFV0FinderTask.h.

◆ SetMinPionDca()

void cbm::kfp::V0FinderTask::SetMinPionDca ( double dca )

inline

Sets minimal pion DCA to primary vertex.

Parameters

dca DCA [cm]

Definition at line 205 of file CbmKFV0FinderTask.h.

◆ SetMinProtonDca()

void cbm::kfp::V0FinderTask::SetMinProtonDca ( double dca )

inline

Sets minimal proton DCA to primary vertex.

Parameters

dca DCA [cm]

Definition at line 209 of file CbmKFV0FinderTask.h.

◆ SetMixedEventMode()

void cbm::kfp::V0FinderTask::SetMixedEventMode ( bool bMixedEvent )

inline

Special settings in the mixed-event analysis mode.

Parameters

bMixedEvent Flag: true - run in the mixed-event mode

Definition at line 228 of file CbmKFV0FinderTask.h.

◆ SetPidApproach()

void cbm::kfp::V0FinderTask::SetPidApproach ( EPidApproach pid )

inline

Sets PID approach.

Definition at line 195 of file CbmKFV0FinderTask.h.

◆ SetProcessingMode()

void cbm::kfp::V0FinderTask::SetProcessingMode ( EProcessingMode mode )

inline

Sets processing mode (time-based/event-based)

Definition at line 192 of file CbmKFV0FinderTask.h.

◆ SetPvFindingMode()

void cbm::kfp::V0FinderTask::SetPvFindingMode ( EPvUsageMode mode )

inline

Sets PV finding mode.

Definition at line 198 of file CbmKFV0FinderTask.h.

◆ SetQaOutputFileName()

void cbm::kfp::V0FinderTask::SetQaOutputFileName ( const TString & fileName )

inline

Sets a file name for the QA.

Parameters

fileName Name of file

Definition at line 213 of file CbmKFV0FinderTask.h.

◆ SetQpAssignedUncertainty()

void cbm::kfp::V0FinderTask::SetQpAssignedUncertainty ( double uncertainty )

inline

Assignes an uncertainty to the momentum measurement.

Parameters

uncertainty Relative uncertainty ( = sqrt(var(q/p)) / (q/p))

Definition at line 217 of file CbmKFV0FinderTask.h.

◆ SetTzeroOffset()

void cbm::kfp::V0FinderTask::SetTzeroOffset ( double offset )

inline

Sets an offset to t0.

Parameters

offset An offset [ns]

Definition at line 221 of file CbmKFV0FinderTask.h.

◆ SetUseMc()

void cbm::kfp::V0FinderTask::SetUseMc ( bool bUseMc )

inline

Sets the MC flag (if MC information required)

Definition at line 201 of file CbmKFV0FinderTask.h.

◆ ShiftTofHitsToTzero()

double V0FinderTask::ShiftTofHitsToTzero ( const CbmEvent * pEvent )

private

Shifts TOF hits to the t0 estimation.

Parameters

pEvent Pointer to the event

Returns: value of estimated t0 [ns]

Definition at line 748 of file CbmKFV0FinderTask.cxx.

◆ StoreParticles()

void V0FinderTask::StoreParticles ( const CbmEvent * pEvent )

private

Stores particles, reconstructed in event to the run topology reconstructor.

Parameters

pEvent Pointer to the event

Note: Fills also the vector of ParticleInfo

Definition at line 779 of file CbmKFV0FinderTask.cxx.

◆ ToString() [1/4]

std::string V0FinderTask::ToString ( const FairTrackParam * pParam )

static

String representation of.

Parameters

pParam Parameters of the track

Definition at line 855 of file CbmKFV0FinderTask.cxx.

◆ ToString() [2/4]

std::string V0FinderTask::ToString ( EPidApproach pid )

static

String representation of PID approach.

Parameters

pid	PID approach

Definition at line 830 of file CbmKFV0FinderTask.cxx.

◆ ToString() [3/4]

std::string V0FinderTask::ToString ( EProcessingMode mode )

static

String representation of processing mode.

Parameters

mode	Data processing mode

Definition at line 819 of file CbmKFV0FinderTask.cxx.

◆ ToString() [4/4]

std::string V0FinderTask::ToString ( EPvUsageMode pvMode )

static

String representation of the PV finding mode.

Parameters

pvMode PV finding mode

Definition at line 841 of file CbmKFV0FinderTask.cxx.

Member Data Documentation

◆ fbMixedEventMode

bool cbm::kfp::V0FinderTask::fbMixedEventMode {false}

private

Run in a mix-event mode.

Definition at line 395 of file CbmKFV0FinderTask.h.

◆ fbUseMc

bool cbm::kfp::V0FinderTask::fbUseMc {false}

private

Run using MC-information.

Definition at line 396 of file CbmKFV0FinderTask.h.

◆ fbUsePvChi2Selection

bool cbm::kfp::V0FinderTask::fbUsePvChi2Selection {false}

private

Select.

Definition at line 397 of file CbmKFV0FinderTask.h.

◆ fCounters

cbm::core::EnumArray<ECounter, size_t> cbm::kfp::V0FinderTask::fCounters {{0}}

private

Counters per run.

Definition at line 400 of file CbmKFV0FinderTask.h.

◆ fMaxBetaPion

double cbm::kfp::V0FinderTask::fMaxBetaPion {1.}

private

Maximal proton velocity (beta) [c].

Definition at line 357 of file CbmKFV0FinderTask.h.

◆ fMaxBetaProton

double cbm::kfp::V0FinderTask::fMaxBetaProton {1.}

private

Maximal proton velocity (beta) [c].

Definition at line 355 of file CbmKFV0FinderTask.h.

◆ fMinBetaPion

double cbm::kfp::V0FinderTask::fMinBetaPion {0.}

private

Minimal proton velocity (beta) [c].

Definition at line 356 of file CbmKFV0FinderTask.h.

◆ fMinBetaProton

double cbm::kfp::V0FinderTask::fMinBetaProton {0.}

private

Minimal proton velocity (beta) [c].

Definition at line 354 of file CbmKFV0FinderTask.h.

◆ fMinPionDca

double cbm::kfp::V0FinderTask::fMinPionDca {1.5}

private

Minimum DCA to PV for pions.

Definition at line 350 of file CbmKFV0FinderTask.h.

◆ fMinProtonDca

double cbm::kfp::V0FinderTask::fMinProtonDca {0.5}

private

Minimum DCA to PV for protons.

Definition at line 351 of file CbmKFV0FinderTask.h.

◆ fpBrEventTriggers

std::vector<CbmEventTriggers>* cbm::kfp::V0FinderTask::fpBrEventTriggers {nullptr}

private

Definition at line 374 of file CbmKFV0FinderTask.h.

◆ fpBrGlobalTracks

TClonesArray* cbm::kfp::V0FinderTask::fpBrGlobalTracks {nullptr}

private

Definition at line 364 of file CbmKFV0FinderTask.h.

◆ fpBrPrimaryVertex

CbmVertex* cbm::kfp::V0FinderTask::fpBrPrimaryVertex {nullptr}

private

Definition at line 371 of file CbmKFV0FinderTask.h.

◆ fpBrRecoEvents

TClonesArray* cbm::kfp::V0FinderTask::fpBrRecoEvents {nullptr}

private

Definition at line 363 of file CbmKFV0FinderTask.h.

◆ fpBrStsHits

TClonesArray* cbm::kfp::V0FinderTask::fpBrStsHits {nullptr}

private

Definition at line 368 of file CbmKFV0FinderTask.h.

◆ fpBrStsTracks

TClonesArray* cbm::kfp::V0FinderTask::fpBrStsTracks {nullptr}

private

Definition at line 365 of file CbmKFV0FinderTask.h.

◆ fpBrTofHits

TClonesArray* cbm::kfp::V0FinderTask::fpBrTofHits {nullptr}

private

Definition at line 370 of file CbmKFV0FinderTask.h.

◆ fpBrTofTracks

TClonesArray* cbm::kfp::V0FinderTask::fpBrTofTracks {nullptr}

private

Definition at line 367 of file CbmKFV0FinderTask.h.

◆ fpBrTrdHits

TClonesArray* cbm::kfp::V0FinderTask::fpBrTrdHits {nullptr}

private

Definition at line 369 of file CbmKFV0FinderTask.h.

◆ fpBrTrdTracks

TClonesArray* cbm::kfp::V0FinderTask::fpBrTrdTracks {nullptr}

private

Definition at line 366 of file CbmKFV0FinderTask.h.

◆ fpCutter

std::shared_ptr<Cutter_t> cbm::kfp::V0FinderTask::fpCutter {std::make_shared<Cutter_t>()}

private

Definition at line 360 of file CbmKFV0FinderTask.h.

◆ fPidApproach

EPidApproach cbm::kfp::V0FinderTask::fPidApproach {EPidApproach::Topo}

private

PID approach used.

Definition at line 393 of file CbmKFV0FinderTask.h.

◆ fpOrigin

std::unique_ptr<CbmVertex> cbm::kfp::V0FinderTask::fpOrigin

private

Initial value:

{

std::make_unique<CbmVertex>()}

Origin (e.g., can be either reconstructed PV or target)

Definition at line 381 of file CbmKFV0FinderTask.h.

◆ fPrimaryAssignedPdg

int cbm::kfp::V0FinderTask::fPrimaryAssignedPdg {321}

private

Assigned PDG hypothesis for primary particles.

Definition at line 353 of file CbmKFV0FinderTask.h.

◆ fProcessingMode

EProcessingMode cbm::kfp::V0FinderTask::fProcessingMode {EProcessingMode::TimeBased}

private

Processing mode.

Definition at line 392 of file CbmKFV0FinderTask.h.

◆ fpTopoReconstructorEvent

std::unique_ptr<KFParticleTopoReconstructor> cbm::kfp::V0FinderTask::fpTopoReconstructorEvent

private

Initial value:

{

std::make_unique<KFParticleTopoReconstructor>()}

Definition at line 388 of file CbmKFV0FinderTask.h.

◆ fpTopoReconstructorTs

std::shared_ptr<KFParticleTopoReconstructor> cbm::kfp::V0FinderTask::fpTopoReconstructorTs {std::make_shared<KFParticleTopoReconstructor>()}

private

Main topology reconstructor.

Definition at line 387 of file CbmKFV0FinderTask.h.

◆ fPvUsageMode

EPvUsageMode cbm::kfp::V0FinderTask::fPvUsageMode {EPvUsageMode::Target}

private

Primary vertex mode.

Definition at line 394 of file CbmKFV0FinderTask.h.

◆ fQpAssignedUncertainty

double cbm::kfp::V0FinderTask::fQpAssignedUncertainty {0.1}

private

Assigned relative uncertainty for q/p estimation.

Definition at line 352 of file CbmKFV0FinderTask.h.

◆ fsConfigName

TString cbm::kfp::V0FinderTask::fsConfigName {""}

private

Name of the config.

Definition at line 402 of file CbmKFV0FinderTask.h.

◆ fsCutsConfigName

TString cbm::kfp::V0FinderTask::fsCutsConfigName {""}

private

Name of the config.

Definition at line 403 of file CbmKFV0FinderTask.h.

◆ fsQaOutputName

TString cbm::kfp::V0FinderTask::fsQaOutputName {"./V0FinderQa.root"}

private

Output QA name.

Definition at line 401 of file CbmKFV0FinderTask.h.

◆ fTzeroOffset

double cbm::kfp::V0FinderTask::fTzeroOffset {0.}

private

Offset for T0.

Definition at line 349 of file CbmKFV0FinderTask.h.

◆ fvParticleInfo

std::vector<ParticleInfo> cbm::kfp::V0FinderTask::fvParticleInfo

private

Extra information on particles [n particles in TS].

Definition at line 380 of file CbmKFV0FinderTask.h.

◆ fvTrackDca

std::vector<DcaVector> cbm::kfp::V0FinderTask::fvTrackDca

private

Track DCA vector [n global tracks].

Definition at line 378 of file CbmKFV0FinderTask.h.

◆ fvTrackInfo

std::vector<TrackInfo> cbm::kfp::V0FinderTask::fvTrackInfo

private

Track info vector [n global tracks].

Definition at line 379 of file CbmKFV0FinderTask.h.

◆ kChi2PvPrimThrsh

float cbm::kfp::V0FinderTask::kChi2PvPrimThrsh {3.}

staticconstexpr

Chi2 threshold of assigning tracks as primaries in PV reco.

Definition at line 340 of file CbmKFV0FinderTask.h.

◆ kPionMass

double cbm::kfp::V0FinderTask::kPionMass {0.13957039}

staticconstexpr

Pion mass [GeV/c2].

Definition at line 343 of file CbmKFV0FinderTask.h.

◆ kPrimaryPdg

int cbm::kfp::V0FinderTask::kPrimaryPdg {321}

staticconstexpr

PID hypothesis of primary tracks (kaons?)

Definition at line 338 of file CbmKFV0FinderTask.h.

◆ kProtonMass

double cbm::kfp::V0FinderTask::kProtonMass {0.938272088}

staticconstexpr

Proton mass [GeV/c2].

Definition at line 344 of file CbmKFV0FinderTask.h.

◆ kSpeedOfLight

double cbm::kfp::V0FinderTask::kSpeedOfLight {29.9792458}

staticconstexpr

Speed of light [cm/ns].

Definition at line 345 of file CbmKFV0FinderTask.h.

◆ kUndefPdg

int cbm::kfp::V0FinderTask::kUndefPdg {-2}

staticconstexpr

Undefined value, such tracks will be skipped.

Definition at line 339 of file CbmKFV0FinderTask.h.

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

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

◆ Cutter_t

Member Enumeration Documentation

◆ ECounter

◆ EPidApproach

◆ EProcessingMode

◆ EPvUsageMode

Constructor & Destructor Documentation

◆ V0FinderTask() [1/3]

◆ V0FinderTask() [2/3]

◆ V0FinderTask() [3/3]

◆ ~V0FinderTask()

Member Function Documentation

◆ AddDecayToReconstructionList()

◆ ApplyConfiguration()

◆ AssignMomentum() [1/2]

◆ AssignMomentum() [2/2]

◆ CheckTrackParam()

◆ ClassDefOverride()

◆ CollectTrackInfo()

◆ EstimateBeta()

◆ EstimateDcaToOrigin()

◆ Exec()

◆ Finish()

◆ GetCutter()

◆ GetKFParticleFinder() [1/2]

◆ GetKFParticleFinder() [2/2]

◆ GetParticleInfo()

◆ GetTopoReconstructor()

◆ GetTrackDca()

◆ GetTrackDcaToOrigin()

◆ GetTrackInfo()

◆ InferTrackPidTopo()

◆ Init()

◆ MakeKfpPrimaryVertex()

◆ MakeKfpTrackVector()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ ProcessEvent()

◆ SetConfigName()

◆ SetCutsConfigName()

◆ SetMinPionDca()

◆ SetMinProtonDca()

◆ SetMixedEventMode()

◆ SetPidApproach()

◆ SetProcessingMode()

◆ SetPvFindingMode()

◆ SetQaOutputFileName()

◆ SetQpAssignedUncertainty()

◆ SetTzeroOffset()

◆ SetUseMc()

◆ ShiftTofHitsToTzero()

◆ StoreParticles()

◆ ToString() [1/4]

◆ ToString() [2/4]

◆ ToString() [3/4]

◆ ToString() [4/4]

Member Data Documentation

◆ fbMixedEventMode

◆ fbUseMc

◆ fbUsePvChi2Selection

◆ fCounters

◆ fMaxBetaPion

◆ fMaxBetaProton

◆ fMinBetaPion

◆ fMinBetaProton

◆ fMinPionDca

◆ fMinProtonDca

◆ fpBrEventTriggers

◆ fpBrGlobalTracks

◆ fpBrPrimaryVertex

◆ fpBrRecoEvents