The payload containing the parameters for the kinkFinder. More...

#include <KinkFinderParameters.h>

Inheritance diagram for KinkFinderParameters:

Collaboration diagram for KinkFinderParameters:

Public Member Functions
	KinkFinderParameters ()
	Default constructor.

	~KinkFinderParameters ()
	Destructor.

void	setParameters (const unsigned char kinkFitterMode, const double vertexChi2Cut, const double vertexDistanceCut, const double precutRho, const double precutZ, const double precutDistance, const double precutDistance2D, const int precutSplitNCDCHit, const double precutSplitPValue)
	Set working mode and cuts for the KinkFinder module.

void	setKinkFitterMode (const unsigned char kinkFitterMode)
	set KinkFitter working mode

void	setVertexChi2Cut (const double vertexChi2Cut)
	set cut on Chi2 for the Kink vertex

void	setVertexDistanceCut (const double vertexDistanceCut)
	set cut on distance between tracks at the Kink vertex

void	setPrecutRho (const double precutRho)
	set preselection cut on transverse shift from the outer CDC wall for the track ending points

void	setPrecutZ (const double precutZ)
	set preselection cut on z shift from the outer CDC wall for the track ending points

void	setPrecutDistance (const double precutDistance)
	set preselection cut on distance between ending points of two tracks

void	setPrecutDistance2D (const double precutDistance2D)
	set preselection cut on 2D distance between ending points of two tracks (for bad z cases)

void	setPrecutSplitNCDCHit (const int precutSplitNCDCHit)
	set preselection cut on maximal number of fitted CDC hits for a track candidate to be split

void	setPrecutSplitPValue (const double precutSplitPValue)
	set preselection cut on maximal p-value for a track candidate to be split

unsigned char	getKinkFitterMode () const
	get kinkFitter working mode

double	getVertexChi2Cut () const
	get cut on Chi2 for the Kink vertex

double	getVertexDistanceCut () const
	get cut on distance between tracks at the Kink vertex

double	getPrecutRho () const
	get preselection cut on transverse shift from the outer CDC wall for the track ending points

double	getPrecutZ () const
	get preselection cut on z shift from the outer CDC wall for the track ending points

double	getPrecutDistance () const
	get preselection cut on distance between ending points of two tracks

double	getPrecutDistance2D () const
	get preselection cut on 2D distance between ending points of two tracks (for bad z cases)

int	getPrecutSplitNCDCHit () const
	get preselection cut on maximal number of fitted CDC hits for a track candidate to be split

double	getPrecutSplitPValue () const
	get preselection cut on maximal p-value for a track candidate to be split

Private Member Functions
	ClassDef (KinkFinderParameters, 1)
	ClassDef, necessary for ROOT.

Private Attributes
unsigned char	m_kinkFitterMode = 0b1111
	kinkFitter working mode in binary: 1st bit: reassign hits (1 is On, 0 is Off) 2nd bit: flip tracks with close end points (1 is On, 0 is Off) 3rd bit: fit both tracks as one (1 is On, 0 is Off) 4th bit: find candidate tracks to be split and do it (1 is On, 0 is Off) fitter mode is written in decimal representation

double	m_vertexChi2Cut = 10000.
	Cut on Chi2 for the Kink vertex.

double	m_vertexDistanceCut = 2.
	Cut on distance between tracks at the Kink vertex [cm].

double	m_precutRho = 10.
	Preselection cut on transverse shift from the outer CDC wall for the track ending points [cm].

double	m_precutZ = 0.
	Preselection cut on z shift from the outer CDC wall for the track ending points [cm].

double	m_precutDistance = 10.
	Preselection cut on distance between ending points of two tracks [cm].

double	m_precutDistance2D = 10.
	Preselection cut on 2D distance between ending points of two tracks (for bad z cases) [cm].

int	m_precutSplitNCDCHit = 49
	Preselection cut on maximal number of fitted CDC hits for a track candidate to be split.

double	m_precutSplitPValue = 0.01
	Preselection cut on maximal p-value for a track candidate to be split.

Detailed Description

The payload containing the parameters for the kinkFinder.

Definition at line 20 of file KinkFinderParameters.h.

Constructor & Destructor Documentation

◆ KinkFinderParameters()

KinkFinderParameters ( )

inline

Default constructor.

Definition at line 24 of file KinkFinderParameters.h.

24{}

◆ ~KinkFinderParameters()

~KinkFinderParameters ( )

inline

Destructor.

Definition at line 26 of file KinkFinderParameters.h.

26{}

Member Function Documentation

◆ getKinkFitterMode()

unsigned char getKinkFitterMode ( ) const

inline

get kinkFitter working mode

Definition at line 137 of file KinkFinderParameters.h.

    {
      return m_kinkFitterMode;
    }

◆ getPrecutDistance()

double getPrecutDistance ( ) const

inline

get preselection cut on distance between ending points of two tracks

Definition at line 167 of file KinkFinderParameters.h.

    {
      return m_precutDistance;
    }

◆ getPrecutDistance2D()

double getPrecutDistance2D ( ) const

inline

get preselection cut on 2D distance between ending points of two tracks (for bad z cases)

Definition at line 173 of file KinkFinderParameters.h.

    {
      return m_precutDistance2D;
    }

◆ getPrecutRho()

double getPrecutRho ( ) const

inline

get preselection cut on transverse shift from the outer CDC wall for the track ending points

Definition at line 155 of file KinkFinderParameters.h.

    {
      return m_precutRho;
    }

◆ getPrecutSplitNCDCHit()

int getPrecutSplitNCDCHit ( ) const

inline

get preselection cut on maximal number of fitted CDC hits for a track candidate to be split

Definition at line 179 of file KinkFinderParameters.h.

    {
      return m_precutSplitNCDCHit;
    }

◆ getPrecutSplitPValue()

double getPrecutSplitPValue ( ) const

inline

get preselection cut on maximal p-value for a track candidate to be split

Definition at line 185 of file KinkFinderParameters.h.

    {
      return m_precutSplitPValue;
    }

◆ getPrecutZ()

double getPrecutZ ( ) const

inline

get preselection cut on z shift from the outer CDC wall for the track ending points

Definition at line 161 of file KinkFinderParameters.h.

    {
      return m_precutZ;
    }

◆ getVertexChi2Cut()

double getVertexChi2Cut ( ) const

inline

get cut on Chi2 for the Kink vertex

Definition at line 143 of file KinkFinderParameters.h.

    {
      return m_vertexChi2Cut;
    }

◆ getVertexDistanceCut()

double getVertexDistanceCut ( ) const

inline

get cut on distance between tracks at the Kink vertex

Definition at line 149 of file KinkFinderParameters.h.

    {
      return m_vertexDistanceCut;
    }

◆ setKinkFitterMode()

void setKinkFitterMode ( const unsigned char kinkFitterMode )

inline

set KinkFitter working mode

Parameters

kinkFitterMode working mode

Definition at line 59 of file KinkFinderParameters.h.

    {
      m_kinkFitterMode = kinkFitterMode;
    }

◆ setParameters()

void setParameters	(	const unsigned char	kinkFitterMode,
		const double	vertexChi2Cut,
		const double	vertexDistanceCut,
		const double	precutRho,
		const double	precutZ,
		const double	precutDistance,
		const double	precutDistance2D,
		const int	precutSplitNCDCHit,
		const double	precutSplitPValue
	)

inline

Set working mode and cuts for the KinkFinder module.

Parameters

kinkFitterMode	working mode
vertexChi2Cut	cut on Chi2 for the Kink vertex
vertexDistanceCut	cut on distance between tracks at the Kink vertex
precutRho	preselection cut on transverse shift from the outer CDC wall for the track ending points
precutZ	preselection cut on z shift from the outer CDC wall for the track ending points
precutDistance	preselection cut on distance between ending points of two tracks
precutDistance2D	preselection cut on 2D distance between ending points of two tracks (for bad z cases)
precutSplitNCDCHit	preselection cut on maximal number of fitted CDC hits for a track candidate to be split
precutSplitPValue	preselection cut on maximal p-value for a track candidate to be split

Definition at line 40 of file KinkFinderParameters.h.

    {
      m_kinkFitterMode = kinkFitterMode;
      m_vertexChi2Cut = vertexChi2Cut;
      m_vertexDistanceCut = vertexDistanceCut;
      m_precutRho = precutRho;
      m_precutZ = precutZ;
      m_precutDistance = precutDistance;
      m_precutDistance2D = precutDistance2D;
      m_precutSplitNCDCHit = precutSplitNCDCHit;
      m_precutSplitPValue = precutSplitPValue;
    }

◆ setPrecutDistance()

void setPrecutDistance ( const double precutDistance )

inline

set preselection cut on distance between ending points of two tracks

Parameters

precutDistance preselection cut on distance between ending points of two tracks

Definition at line 104 of file KinkFinderParameters.h.

    {
      m_precutDistance = precutDistance;
    }

◆ setPrecutDistance2D()

void setPrecutDistance2D ( const double precutDistance2D )

inline

set preselection cut on 2D distance between ending points of two tracks (for bad z cases)

Parameters

precutDistance2D preselection cut on 2D distance between ending points of two tracks (for bad z cases)

Definition at line 113 of file KinkFinderParameters.h.

    {
      m_precutDistance2D = precutDistance2D;
    }

◆ setPrecutRho()

void setPrecutRho ( const double precutRho )

inline

set preselection cut on transverse shift from the outer CDC wall for the track ending points

Parameters

precutRho preselection cut on transverse shift from the outer CDC wall for the track ending points

Definition at line 86 of file KinkFinderParameters.h.

    {
      m_precutRho = precutRho;
    }

◆ setPrecutSplitNCDCHit()

void setPrecutSplitNCDCHit ( const int precutSplitNCDCHit )

inline

set preselection cut on maximal number of fitted CDC hits for a track candidate to be split

Parameters

precutSplitNCDCHit preselection cut on maximal number of fitted CDC hits for a track candidate to be split

Definition at line 122 of file KinkFinderParameters.h.

    {
      m_precutSplitNCDCHit = precutSplitNCDCHit;
    }

◆ setPrecutSplitPValue()

void setPrecutSplitPValue ( const double precutSplitPValue )

inline

set preselection cut on maximal p-value for a track candidate to be split

Parameters

precutSplitPValue preselection cut on maximal p-value for a track candidate to be split

Definition at line 131 of file KinkFinderParameters.h.

    {
      m_precutSplitPValue = precutSplitPValue;
    }

◆ setPrecutZ()

void setPrecutZ ( const double precutZ )

inline

set preselection cut on z shift from the outer CDC wall for the track ending points

Parameters

precutZ preselection cut on z shift from the outer CDC wall for the track ending points

Definition at line 95 of file KinkFinderParameters.h.

    {
      m_precutZ = precutZ;
    }

◆ setVertexChi2Cut()

void setVertexChi2Cut ( const double vertexChi2Cut )

inline

set cut on Chi2 for the Kink vertex

Parameters

vertexChi2Cut cut on Chi2 for the Kink vertex

Definition at line 68 of file KinkFinderParameters.h.

    {
      m_vertexChi2Cut = vertexChi2Cut;
    }

◆ setVertexDistanceCut()

void setVertexDistanceCut ( const double vertexDistanceCut )

inline

set cut on distance between tracks at the Kink vertex

Parameters

vertexDistanceCut cut on distance between tracks at the Kink vertex

Definition at line 77 of file KinkFinderParameters.h.

    {
      m_vertexDistanceCut = vertexDistanceCut;
    }

Member Data Documentation

◆ m_kinkFitterMode

unsigned char m_kinkFitterMode = 0b1111

private

kinkFitter working mode in binary: 1st bit: reassign hits (1 is On, 0 is Off) 2nd bit: flip tracks with close end points (1 is On, 0 is Off) 3rd bit: fit both tracks as one (1 is On, 0 is Off) 4th bit: find candidate tracks to be split and do it (1 is On, 0 is Off) fitter mode is written in decimal representation

Definition at line 197 of file KinkFinderParameters.h.

◆ m_precutDistance

double m_precutDistance = 10.

private

Preselection cut on distance between ending points of two tracks [cm].

Definition at line 207 of file KinkFinderParameters.h.

◆ m_precutDistance2D

double m_precutDistance2D = 10.

private

Preselection cut on 2D distance between ending points of two tracks (for bad z cases) [cm].

Definition at line 209 of file KinkFinderParameters.h.

◆ m_precutRho

double m_precutRho = 10.

private

Preselection cut on transverse shift from the outer CDC wall for the track ending points [cm].

Definition at line 203 of file KinkFinderParameters.h.

◆ m_precutSplitNCDCHit

int m_precutSplitNCDCHit = 49

private

Preselection cut on maximal number of fitted CDC hits for a track candidate to be split.

Definition at line 211 of file KinkFinderParameters.h.

◆ m_precutSplitPValue

double m_precutSplitPValue = 0.01

private

Preselection cut on maximal p-value for a track candidate to be split.

Definition at line 213 of file KinkFinderParameters.h.

◆ m_precutZ

double m_precutZ = 0.

private

Preselection cut on z shift from the outer CDC wall for the track ending points [cm].

Definition at line 205 of file KinkFinderParameters.h.

◆ m_vertexChi2Cut

double m_vertexChi2Cut = 10000.

private

Cut on Chi2 for the Kink vertex.

Definition at line 199 of file KinkFinderParameters.h.

◆ m_vertexDistanceCut

double m_vertexDistanceCut = 2.

private

Cut on distance between tracks at the Kink vertex [cm].

Definition at line 201 of file KinkFinderParameters.h.

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

tracking/dbobjects/include/KinkFinderParameters.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ KinkFinderParameters()

◆ ~KinkFinderParameters()

Member Function Documentation

◆ getKinkFitterMode()

◆ getPrecutDistance()

◆ getPrecutDistance2D()

◆ getPrecutRho()

◆ getPrecutSplitNCDCHit()

◆ getPrecutSplitPValue()

◆ getPrecutZ()

◆ getVertexChi2Cut()

◆ getVertexDistanceCut()

◆ setKinkFitterMode()

◆ setParameters()

◆ setPrecutDistance()

◆ setPrecutDistance2D()

◆ setPrecutRho()

◆ setPrecutSplitNCDCHit()

◆ setPrecutSplitPValue()

◆ setPrecutZ()

◆ setVertexChi2Cut()

◆ setVertexDistanceCut()

Member Data Documentation

◆ m_kinkFitterMode

◆ m_precutDistance

◆ m_precutDistance2D

◆ m_precutRho

◆ m_precutSplitNCDCHit

◆ m_precutSplitPValue

◆ m_precutZ

◆ m_vertexChi2Cut

◆ m_vertexDistanceCut