#include <PndSTETrackBase.h>

Inheritance diagram for PndSTETrackBase:

Public Member Functions
	PndSTETrackBase ()

virtual	~PndSTETrackBase ()

PndTrack	GetTrack (int i)
	Function to get a track after the refit. More...

PndTrackCand	GetTrackCand (int i)
	Function to get a track candidate after the refit. More...

PndRiemannTrack	GetRiemannTrack (int i)
	Function to get a Riemann track after the refit. More...

int	NumTrackCands ()
	Function to get the number of track candidates after the refit. More...

int	NumRiemannTracks ()
	Function to get the number of Riemann tracks after the refit. More...

Public Member Functions inherited from PndSTESettings
	PndSTESettings ()

virtual	~PndSTESettings ()

void	SetMagneticField ()
	Function to set the magnetic field strength. More...

double	GetMagneticField ()

void	IncludeDetector (bool includeMvd, bool includeGem, bool includeBtof)
	Function to choose which detectors to include. More...

void	SetMvdHitDist (Double_t val)
	Function to set the maximum allowed distance of closest approach between the MVD hit and the track. More...

void	SetGemHitDist (Double_t val)
	Function to set the maximum allowed distance of closest approach between the GEM hit and the track. More...

void	SetBtofHitDist (Double_t val)
	Function to set the maximum allowed distance of closest approach between the BTOF hit and the track. More...

void	SetUseHelix (Bool_t val)
	Function to set ia a helix extrapolation should be used in the procedure. More...

void	SetUseRiemannTrack (Bool_t val)
	Function to set ia a Riemann track should be used in the procedure. More...

void	SetUseIdealTrack (bool val)
	Function to choose to give an ideal track as input to the MVD hit fiinding. More...

void	SetRunIn3D (bool val)
	Function to choose if the 2D or 3D function should be used. More...

void	SetNoAreaExclusion (bool val)
	Function to choose if there is an area exclusion in the Mvd hit inclusion. More...

void	SetUseHemisphere (bool useHemisphere)
	Function to choose to use the hemispehere method for excluding a certain area of the detector. More...

void	SetWeightsMvdHit (double weight)
	Function to set the proper weights for the MVD hits for the Riemann fitting procedure. More...

void	SetDrawTracks (bool val)

Protected Member Functions
	ClassDef (PndSTETrackBase, 1)

Protected Member Functions inherited from PndSTESettings
	ClassDef (PndSTESettings, 1)

Protected Attributes
std::map< PndSdsHit *, int >	fMapMvdHitBranchId

std::vector< PndTrackCand >	fTrackCands

std::vector< PndTrack >	fTracks

std::vector< PndRiemannTrack >	fRiemannTracks

double	fxc
	x-coordinate of the center of gravity of the hits in one track, used for computing hemispheres The x-coordinate but not y-coordinate is not used to test which hemisphere the hit is in More...

double	fLineSlope = 0

std::vector< double >	fChi2OneHit

double	fSumChi2 = 0

double	fReducedChi2 = 0

std::map< double, PndSdsHit * >	fMapChi2OneHitMvdHit

std::vector< double >	fChi2OneHitSZ

double	fSumChi2SZ = 0

double	fReducedChi2SZ = 0

std::map< double, PndSdsHit * >	fMapChi2OneHitMvdHitSZ

Protected Attributes inherited from PndSTESettings
bool	fIncludeMvd = false

bool	fIncludeGem = false

bool	fIncludeBtof = false

double	fBz

bool	fUseHelix = false

bool	fIdealTrack = false

bool	fUseRiemann = false

bool	fRunIn3D = false

bool	fUseHemisphere = false

bool	fNoMVDAreaExclusion = false

bool	fAdjustWeightsMvd = false

double	fWeightMVD = -1.0

double	fMvdHitDist = 9999999.0

double	fGemHitDist = 9999999.0

double	fBtofHitDist = 9999999.0

bool	fDrawTrack = false

Detailed Description

PndSTETrackBase

Author: Jenny Regina jenny.nosp@m..reg.nosp@m.ina@p.nosp@m.hysi.nosp@m.cs.uu.nosp@m..se July 2021

Version: 1.0

Base class for hit inclusion algorithms

Task Level RECO

Definition at line 23 of file PndSTETrackBase.h.

Constructor & Destructor Documentation

◆ PndSTETrackBase()

PndSTETrackBase::PndSTETrackBase ( )

inline

Default Constructor

Definition at line 27 of file PndSTETrackBase.h.

27 {};

◆ ~PndSTETrackBase()

virtual PndSTETrackBase::~PndSTETrackBase ( )

inlinevirtual

Default Destructor

Definition at line 30 of file PndSTETrackBase.h.

                             {
 
   };

Member Function Documentation

◆ ClassDef()

PndSTETrackBase::ClassDef	(	PndSTETrackBase	,
		1
	)

protected

◆ GetRiemannTrack()

PndRiemannTrack PndSTETrackBase::GetRiemannTrack ( int i )

inline

Function to get a Riemann track after the refit.

Definition at line 41 of file PndSTETrackBase.h.

References fRiemannTracks, and i.

41 { return fRiemannTracks[i]; };

i

unsigned int i

Definition: P4_F32vec4.h:21

PndSTETrackBase::fRiemannTracks

std::vector< PndRiemannTrack > fRiemannTracks

Definition: PndSTETrackBase.h:55

◆ GetTrack()

PndTrack PndSTETrackBase::GetTrack ( int i )

inline

Function to get a track after the refit.

Definition at line 35 of file PndSTETrackBase.h.

References fTracks, and i.

35 { return fTracks[i]; };

i

unsigned int i

Definition: P4_F32vec4.h:21

PndSTETrackBase::fTracks

std::vector< PndTrack > fTracks

Definition: PndSTETrackBase.h:54

◆ GetTrackCand()

PndTrackCand PndSTETrackBase::GetTrackCand ( int i )

inline

Function to get a track candidate after the refit.

Definition at line 38 of file PndSTETrackBase.h.

References fTrackCands, and i.

38 { return fTrackCands[i]; };

PndSTETrackBase::fTrackCands

std::vector< PndTrackCand > fTrackCands

Definition: PndSTETrackBase.h:53

i

unsigned int i

Definition: P4_F32vec4.h:21

◆ NumRiemannTracks()

int PndSTETrackBase::NumRiemannTracks ( )

inline

Function to get the number of Riemann tracks after the refit.

Definition at line 47 of file PndSTETrackBase.h.

References fMapMvdHitBranchId, and fRiemannTracks.

47 { return fRiemannTracks.size(); };

PndSTETrackBase::fRiemannTracks

std::vector< PndRiemannTrack > fRiemannTracks

Definition: PndSTETrackBase.h:55

◆ NumTrackCands()

int PndSTETrackBase::NumTrackCands ( )

inline

Function to get the number of track candidates after the refit.

Definition at line 44 of file PndSTETrackBase.h.

References fTrackCands.

44 { return fTrackCands.size(); };

PndSTETrackBase::fTrackCands

std::vector< PndTrackCand > fTrackCands

Definition: PndSTETrackBase.h:53

Member Data Documentation

◆ fChi2OneHit

std::vector<double> PndSTETrackBase::fChi2OneHit

protected

Definition at line 63 of file PndSTETrackBase.h.

◆ fChi2OneHitSZ

std::vector<double> PndSTETrackBase::fChi2OneHitSZ

protected

Definition at line 68 of file PndSTETrackBase.h.

◆ fLineSlope

double PndSTETrackBase::fLineSlope = 0

protected

Definition at line 61 of file PndSTETrackBase.h.

Referenced by PndSTETools::GetLineSlope().

◆ fMapChi2OneHitMvdHit

std::map<double, PndSdsHit *> PndSTETrackBase::fMapChi2OneHitMvdHit

protected

Definition at line 66 of file PndSTETrackBase.h.

◆ fMapChi2OneHitMvdHitSZ

std::map<double, PndSdsHit *> PndSTETrackBase::fMapChi2OneHitMvdHitSZ

protected

Definition at line 71 of file PndSTETrackBase.h.

◆ fMapMvdHitBranchId

std::map<PndSdsHit *, int> PndSTETrackBase::fMapMvdHitBranchId

protected

Definition at line 47 of file PndSTETrackBase.h.

Referenced by NumRiemannTracks().

◆ fReducedChi2

double PndSTETrackBase::fReducedChi2 = 0

protected

Definition at line 65 of file PndSTETrackBase.h.

◆ fReducedChi2SZ

double PndSTETrackBase::fReducedChi2SZ = 0

protected

Definition at line 70 of file PndSTETrackBase.h.

◆ fRiemannTracks

std::vector<PndRiemannTrack> PndSTETrackBase::fRiemannTracks

protected

Definition at line 55 of file PndSTETrackBase.h.

Referenced by GetRiemannTrack(), and NumRiemannTracks().

◆ fSumChi2

double PndSTETrackBase::fSumChi2 = 0

protected

Definition at line 64 of file PndSTETrackBase.h.

◆ fSumChi2SZ

double PndSTETrackBase::fSumChi2SZ = 0

protected

Definition at line 69 of file PndSTETrackBase.h.

◆ fTrackCands

std::vector<PndTrackCand> PndSTETrackBase::fTrackCands

protected

Definition at line 53 of file PndSTETrackBase.h.

Referenced by GetTrackCand(), and NumTrackCands().

◆ fTracks

std::vector<PndTrack> PndSTETrackBase::fTracks

protected

Definition at line 54 of file PndSTETrackBase.h.

Referenced by GetTrack().

◆ fxc

double PndSTETrackBase::fxc

protected

x-coordinate of the center of gravity of the hits in one track, used for computing hemispheres The x-coordinate but not y-coordinate is not used to test which hemisphere the hit is in

Definition at line 59 of file PndSTETrackBase.h.

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

PndSTETrackBase.h

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ PndSTETrackBase()

◆ ~PndSTETrackBase()

Member Function Documentation

◆ ClassDef()

◆ GetRiemannTrack()

◆ GetTrack()

◆ GetTrackCand()

◆ NumRiemannTracks()

◆ NumTrackCands()

Member Data Documentation

◆ fChi2OneHit

◆ fChi2OneHitSZ

◆ fLineSlope

◆ fMapChi2OneHitMvdHit

◆ fMapChi2OneHitMvdHitSZ

◆ fMapMvdHitBranchId

◆ fReducedChi2

◆ fReducedChi2SZ

◆ fRiemannTracks

◆ fSumChi2

◆ fSumChi2SZ

◆ fTrackCands

◆ fTracks

◆ fxc