The payload containing all parameters for the SVD and CDC CKF. More...

#include <SVDToCDCCKFParameters.h>

Inheritance diagram for SVDToCDCCKFParameters:

Collaboration diagram for SVDToCDCCKFParameters:

Public Member Functions
	SVDToCDCCKFParameters ()
	Default constructor.

virtual	~SVDToCDCCKFParameters ()
	Destructor.

void	setMaximalDeltaPhi (float phi)
	FLOAT PARAMETERS.

float	getMaximalDeltaPhi () const
	Get maximal delta phi for CKF state creation.

void	setMinimalPtRequirement (float pt)
	Set minimal pT requirement for tracks.

float	getMinimalPtRequirement () const
	Get minimal pT requirement for tracks.

void	setMaximalLayerJump (int layer)
	INT PARAMETERS.

int	getMaximalLayerJump () const
	Get maximal layer jump for CKF state creation.

void	setMaximalLayerJumpBackwardSeed (int layer)
	Set maximal layer jump for backward seed tracks.

int	getMaximalLayerJumpBackwardSeed () const
	Get maximal layer jump for backward seed tracks.

void	setPathMaximalCandidatesInFlight (unsigned int max)
	Set maximal number of candidates in flight for path selection.

unsigned int	getPathMaximalCandidatesInFlight () const
	Get maximal number of candidates in flight for path selection.

void	setStateMaximalHitCandidates (unsigned int max)
	Set maximal number of hit candidates for state filtering.

unsigned int	getStateMaximalHitCandidates () const
	Get maximal number of hit candidates for state filtering.

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

Private Attributes
float	m_maximalDeltaPhi
	FLOAT PARAMETERS.

float	m_minimalPtRequirement
	Minimal pT requirement for input tracks (GeV/c)

int	m_maximalLayerJump
	INTEGER PARAMETERS.

int	m_maximalLayerJumpBackwardSeed
	Maximal jump over N layers for backward seed tracks.

unsigned int	m_pathMaximalCandidatesInFlight
	Maximal number of candidates in flight for path selection.

unsigned int	m_stateMaximalHitCandidates
	Maximal number of hit candidates for state filtering.

Detailed Description

The payload containing all parameters for the SVD and CDC CKF.

This payload stores scalar, string, and filter parameters used by the ToCDCCKF algorithm. It is designed to be ROOT-serializable for storage in the Conditions Database.

The payload includes:

Scalar parameters (float, int, unsigned int, bool) for algorithm configuration
String parameters for store array names, filter names, and directions
Filter parameter maps separated by data type to ensure ROOT compatibility

Usage:

Load via DBObjPtr<SVDToCDCCKFParameters> in CKFToCDCFindlet::beginRun()
Apply parameters to sub-findlets using the provided setters

Definition at line 34 of file SVDToCDCCKFParameters.h.

Constructor & Destructor Documentation

◆ SVDToCDCCKFParameters()

SVDToCDCCKFParameters ( )

inline

Default constructor.

Initializes all parameters to their default values matching the ToCDCCKF module defaults.

Definition at line 41 of file SVDToCDCCKFParameters.h.

      : m_maximalDeltaPhi(TMath::Pi() / 8),
        m_minimalPtRequirement(0.0f),
        m_maximalLayerJump(2),
        m_maximalLayerJumpBackwardSeed(3),
        m_pathMaximalCandidatesInFlight(3),
        m_stateMaximalHitCandidates(4)
    {}

◆ ~SVDToCDCCKFParameters()

virtual ~SVDToCDCCKFParameters ( )

inlinevirtual

Destructor.

Definition at line 51 of file SVDToCDCCKFParameters.h.

51{}

Member Function Documentation

◆ getMaximalDeltaPhi()

float getMaximalDeltaPhi ( ) const

Get maximal delta phi for CKF state creation.

Returns: Maximal delta phi in radians

Definition at line 16 of file SVDToCDCCKFParameters.cc.

16{ return m_maximalDeltaPhi; }

Belle2::SVDToCDCCKFParameters::m_maximalDeltaPhi

float m_maximalDeltaPhi

FLOAT PARAMETERS.

Definition SVDToCDCCKFParameters.h:145

◆ getMaximalLayerJump()

int getMaximalLayerJump ( ) const

Get maximal layer jump for CKF state creation.

Returns: Maximal number of layers to jump

Definition at line 25 of file SVDToCDCCKFParameters.cc.

25{ return m_maximalLayerJump; }

Belle2::SVDToCDCCKFParameters::m_maximalLayerJump

int m_maximalLayerJump

INTEGER PARAMETERS.

Definition SVDToCDCCKFParameters.h:156

◆ getMaximalLayerJumpBackwardSeed()

int getMaximalLayerJumpBackwardSeed ( ) const

Get maximal layer jump for backward seed tracks.

Returns: Maximal number of layers to jump for backward seeds

Definition at line 28 of file SVDToCDCCKFParameters.cc.

28{ return m_maximalLayerJumpBackwardSeed; }

Belle2::SVDToCDCCKFParameters::m_maximalLayerJumpBackwardSeed

int m_maximalLayerJumpBackwardSeed

Maximal jump over N layers for backward seed tracks.

Definition SVDToCDCCKFParameters.h:159

◆ getMinimalPtRequirement()

float getMinimalPtRequirement ( ) const

Get minimal pT requirement for tracks.

Returns: Minimal pT in GeV/c

Definition at line 19 of file SVDToCDCCKFParameters.cc.

19{ return m_minimalPtRequirement; }

Belle2::SVDToCDCCKFParameters::m_minimalPtRequirement

float m_minimalPtRequirement

Minimal pT requirement for input tracks (GeV/c)

Definition SVDToCDCCKFParameters.h:148

◆ getPathMaximalCandidatesInFlight()

unsigned int getPathMaximalCandidatesInFlight ( ) const

Get maximal number of candidates in flight for path selection.

Returns: Maximum number of candidates in flight

Definition at line 31 of file SVDToCDCCKFParameters.cc.

31{ return m_pathMaximalCandidatesInFlight; }

Belle2::SVDToCDCCKFParameters::m_pathMaximalCandidatesInFlight

unsigned int m_pathMaximalCandidatesInFlight

Maximal number of candidates in flight for path selection.

Definition SVDToCDCCKFParameters.h:162

◆ getStateMaximalHitCandidates()

unsigned int getStateMaximalHitCandidates ( ) const

Get maximal number of hit candidates for state filtering.

Returns: Maximum number of hit candidates

Definition at line 34 of file SVDToCDCCKFParameters.cc.

34{ return m_stateMaximalHitCandidates; }

Belle2::SVDToCDCCKFParameters::m_stateMaximalHitCandidates

unsigned int m_stateMaximalHitCandidates

Maximal number of hit candidates for state filtering.

Definition SVDToCDCCKFParameters.h:165

◆ setMaximalDeltaPhi()

void setMaximalDeltaPhi ( float phi )

FLOAT PARAMETERS.

Getter & setter methods for float parameters Set maximal delta phi for CKF state creation

Parameters

phi	Maximal delta phi in radians

Definition at line 15 of file SVDToCDCCKFParameters.cc.

15{ m_maximalDeltaPhi = phi; }

◆ setMaximalLayerJump()

void setMaximalLayerJump ( int layer )

INT PARAMETERS.

INTEGER PARAMETERS.

Getter & setter methods for int parameters Set maximal layer jump for CKF state creation

Parameters

layer Maximal number of layers to jump

Definition at line 24 of file SVDToCDCCKFParameters.cc.

24{ m_maximalLayerJump = layer; }

◆ setMaximalLayerJumpBackwardSeed()

void setMaximalLayerJumpBackwardSeed ( int layer )

Set maximal layer jump for backward seed tracks.

Parameters

layer Maximal number of layers to jump for backward seeds

Definition at line 27 of file SVDToCDCCKFParameters.cc.

27{ m_maximalLayerJumpBackwardSeed = layer; }

◆ setMinimalPtRequirement()

void setMinimalPtRequirement ( float pt )

Set minimal pT requirement for tracks.

Parameters

pt	Minimal pT in GeV/c

Definition at line 18 of file SVDToCDCCKFParameters.cc.

18{ m_minimalPtRequirement = pt; }

◆ setPathMaximalCandidatesInFlight()

void setPathMaximalCandidatesInFlight ( unsigned int max )

Set maximal number of candidates in flight for path selection.

Parameters

max	Maximum number of candidates in flight

Definition at line 30 of file SVDToCDCCKFParameters.cc.

30{ m_pathMaximalCandidatesInFlight = max; }

◆ setStateMaximalHitCandidates()

void setStateMaximalHitCandidates ( unsigned int max )

Set maximal number of hit candidates for state filtering.

Parameters

max	Maximum number of hit candidates

Definition at line 33 of file SVDToCDCCKFParameters.cc.

33{ m_stateMaximalHitCandidates = max; }

Member Data Documentation

◆ m_maximalDeltaPhi

float m_maximalDeltaPhi

private

FLOAT PARAMETERS.

Set of Float variables (4 bytes). Maximal distance in phi between wires for Z=0 plane (radians)

Definition at line 145 of file SVDToCDCCKFParameters.h.

◆ m_maximalLayerJump

int m_maximalLayerJump

private

INTEGER PARAMETERS.

Set of Integer variables (4 bytes) — layer indices are discrete, so int not float. Maximal jump over N layers

Definition at line 156 of file SVDToCDCCKFParameters.h.

◆ m_maximalLayerJumpBackwardSeed

int m_maximalLayerJumpBackwardSeed

private

Maximal jump over N layers for backward seed tracks.

Definition at line 159 of file SVDToCDCCKFParameters.h.

◆ m_minimalPtRequirement

float m_minimalPtRequirement

private

Minimal pT requirement for input tracks (GeV/c)

Definition at line 148 of file SVDToCDCCKFParameters.h.

◆ m_pathMaximalCandidatesInFlight

unsigned int m_pathMaximalCandidatesInFlight

private

Maximal number of candidates in flight for path selection.

Definition at line 162 of file SVDToCDCCKFParameters.h.

◆ m_stateMaximalHitCandidates

unsigned int m_stateMaximalHitCandidates

private

Maximal number of hit candidates for state filtering.

Definition at line 165 of file SVDToCDCCKFParameters.h.

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

tracking/dbobjects/include/SVDToCDCCKFParameters.h
tracking/dbobjects/src/SVDToCDCCKFParameters.cc

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ SVDToCDCCKFParameters()

◆ ~SVDToCDCCKFParameters()

Member Function Documentation

◆ getMaximalDeltaPhi()

◆ getMaximalLayerJump()

◆ getMaximalLayerJumpBackwardSeed()

◆ getMinimalPtRequirement()

◆ getPathMaximalCandidatesInFlight()

◆ getStateMaximalHitCandidates()

◆ setMaximalDeltaPhi()

◆ setMaximalLayerJump()

◆ setMaximalLayerJumpBackwardSeed()

◆ setMinimalPtRequirement()

◆ setPathMaximalCandidatesInFlight()

◆ setStateMaximalHitCandidates()

Member Data Documentation

◆ m_maximalDeltaPhi

◆ m_maximalLayerJump

◆ m_maximalLayerJumpBackwardSeed

◆ m_minimalPtRequirement

◆ m_pathMaximalCandidatesInFlight

◆ m_stateMaximalHitCandidates