The payload containing all PXD ROI parameters. More...

#include <ROICalculationParameters.h>

Inheritance diagram for ROICalculationParameters:

Public Member Functions
	ROICalculationParameters ()
	Default constructor.

	~ROICalculationParameters ()
	Destructor.

void	setToleranceZ (const double toleranceZ)
	Set tolerance in z.

void	setTolerancePhi (const double tolerancePhi)
	Set tolerance in phi.

void	setSigmaSystU (const double sigmaSystU)
	Set sigma_u which represents the minimum ROI size in u.

void	setSigmaSystV (const double sigmaSystV)
	Set sigma_v which represents the minimum ROI size in v.

void	setNumSigmaTotU (const double numSigmaTotU)
	Set number of sigmas used to calculate ROI size in u.

void	setNumSigmaTotV (const double numSigmaTotV)
	Set number of sigmas used to calculate ROI size in v.

void	setMaxWidthU (const double maxWidthU)
	Set maximum ROI size in u.

void	setMaxWidthV (const double maxWidthV)
	Set maximum ROI size in v.

double	getToleranceZ () const
	Get tolerance in z.

double	getTolerancePhi () const
	Get tolerance in phi.

double	getSigmaSystU () const
	Get sigma_u which represents the minimum ROI size in u.

double	getSigmaSystV () const
	Get sigma_v which represents the minimum ROI size in v.

double	getNumSigmaTotU () const
	Get number of sigmas used to calculate ROI size in u.

double	getNumSigmaTotV () const
	Get number of sigmas used to calculate ROI size in v.

double	getMaxWidthU () const
	Get maximum ROI size in u.

double	getMaxWidthV () const
	Get maximum ROI size in v.

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

Private Attributes
double	m_toleranceZ = 0.5
	tolerance for finding sensor in Z coordinate (cm)

double	m_tolerancePhi = 0.15
	tolerance for finding sensor in phi coordinate (radians)

double	m_sigmaSystU = 0.02
	fixed width to add in quadrature to the extrapolation error and obtain the ROI U width

double	m_sigmaSystV = 0.02
	fixed width to add in quadrature to the extrapolation error and obtain the ROI V width

double	m_numSigmaTotU = 10
	number of sigma (stat+syst) determining the U width of the ROI

double	m_numSigmaTotV = 10
	number of sigma (stat+syst) determining the U width of the ROI

double	m_maxWidthU = 0.5
	maximum U width of the ROI

double	m_maxWidthV = 0.5
	maximum V width of the ROI

Detailed Description

The payload containing all PXD ROI parameters.

Right now this is only whether ROI finding was enabled or not, but this class can be extended to store size of ROIs etc.

Definition at line 22 of file ROICalculationParameters.h.

Constructor & Destructor Documentation

◆ ROICalculationParameters()

ROICalculationParameters ( )

inline

Default constructor.

Definition at line 25 of file ROICalculationParameters.h.

25{}

◆ ~ROICalculationParameters()

~ROICalculationParameters ( )

inline

Destructor.

Definition at line 27 of file ROICalculationParameters.h.

27{}

Member Function Documentation

◆ getMaxWidthU()

double getMaxWidthU ( ) const

inline

Get maximum ROI size in u.

Definition at line 59 of file ROICalculationParameters.h.

59{ return m_maxWidthU; }

Belle2::ROICalculationParameters::m_maxWidthU

double m_maxWidthU

maximum U width of the ROI

Definition: ROICalculationParameters.h:77

◆ getMaxWidthV()

double getMaxWidthV ( ) const

inline

Get maximum ROI size in v.

Definition at line 61 of file ROICalculationParameters.h.

61{ return m_maxWidthV; }

Belle2::ROICalculationParameters::m_maxWidthV

double m_maxWidthV

maximum V width of the ROI

Definition: ROICalculationParameters.h:79

◆ getNumSigmaTotU()

double getNumSigmaTotU ( ) const

inline

Get number of sigmas used to calculate ROI size in u.

Definition at line 55 of file ROICalculationParameters.h.

55{ return m_numSigmaTotU; }

Belle2::ROICalculationParameters::m_numSigmaTotU

double m_numSigmaTotU

number of sigma (stat+syst) determining the U width of the ROI

Definition: ROICalculationParameters.h:73

◆ getNumSigmaTotV()

double getNumSigmaTotV ( ) const

inline

Get number of sigmas used to calculate ROI size in v.

Definition at line 57 of file ROICalculationParameters.h.

57{ return m_numSigmaTotV; }

Belle2::ROICalculationParameters::m_numSigmaTotV

double m_numSigmaTotV

number of sigma (stat+syst) determining the U width of the ROI

Definition: ROICalculationParameters.h:75

◆ getSigmaSystU()

double getSigmaSystU ( ) const

inline

Get sigma_u which represents the minimum ROI size in u.

Definition at line 51 of file ROICalculationParameters.h.

51{ return m_sigmaSystU; }

Belle2::ROICalculationParameters::m_sigmaSystU

double m_sigmaSystU

fixed width to add in quadrature to the extrapolation error and obtain the ROI U width

Definition: ROICalculationParameters.h:69

◆ getSigmaSystV()

double getSigmaSystV ( ) const

inline

Get sigma_v which represents the minimum ROI size in v.

Definition at line 53 of file ROICalculationParameters.h.

53{ return m_sigmaSystV; }

Belle2::ROICalculationParameters::m_sigmaSystV

double m_sigmaSystV

fixed width to add in quadrature to the extrapolation error and obtain the ROI V width

Definition: ROICalculationParameters.h:71

◆ getTolerancePhi()

double getTolerancePhi ( ) const

inline

Get tolerance in phi.

Definition at line 49 of file ROICalculationParameters.h.

49{ return m_tolerancePhi; }

Belle2::ROICalculationParameters::m_tolerancePhi

double m_tolerancePhi

tolerance for finding sensor in phi coordinate (radians)

Definition: ROICalculationParameters.h:67

◆ getToleranceZ()

double getToleranceZ ( ) const

inline

Get tolerance in z.

Definition at line 47 of file ROICalculationParameters.h.

47{ return m_toleranceZ; }

Belle2::ROICalculationParameters::m_toleranceZ

double m_toleranceZ

tolerance for finding sensor in Z coordinate (cm)

Definition: ROICalculationParameters.h:65

◆ setMaxWidthU()

void setMaxWidthU ( const double maxWidthU )

inline

Set maximum ROI size in u.

Definition at line 42 of file ROICalculationParameters.h.

42{ m_maxWidthU = maxWidthU; }

◆ setMaxWidthV()

void setMaxWidthV ( const double maxWidthV )

inline

Set maximum ROI size in v.

Definition at line 44 of file ROICalculationParameters.h.

44{ m_maxWidthV = maxWidthV; }

◆ setNumSigmaTotU()

void setNumSigmaTotU ( const double numSigmaTotU )

inline

Set number of sigmas used to calculate ROI size in u.

Definition at line 38 of file ROICalculationParameters.h.

38{ m_numSigmaTotU = numSigmaTotU; }

◆ setNumSigmaTotV()

void setNumSigmaTotV ( const double numSigmaTotV )

inline

Set number of sigmas used to calculate ROI size in v.

Definition at line 40 of file ROICalculationParameters.h.

40{ m_numSigmaTotV = numSigmaTotV; }

◆ setSigmaSystU()

void setSigmaSystU ( const double sigmaSystU )

inline

Set sigma_u which represents the minimum ROI size in u.

Definition at line 34 of file ROICalculationParameters.h.

34{ m_sigmaSystU = sigmaSystU; }

◆ setSigmaSystV()

void setSigmaSystV ( const double sigmaSystV )

inline

Set sigma_v which represents the minimum ROI size in v.

Definition at line 36 of file ROICalculationParameters.h.

36{ m_sigmaSystV = sigmaSystV; }

◆ setTolerancePhi()

void setTolerancePhi ( const double tolerancePhi )

inline

Set tolerance in phi.

Definition at line 32 of file ROICalculationParameters.h.

32{ m_tolerancePhi = tolerancePhi; }

◆ setToleranceZ()

void setToleranceZ ( const double toleranceZ )

inline

Set tolerance in z.

Definition at line 30 of file ROICalculationParameters.h.

30{ m_toleranceZ = toleranceZ; }

Member Data Documentation

◆ m_maxWidthU

double m_maxWidthU = 0.5

private

maximum U width of the ROI

Definition at line 77 of file ROICalculationParameters.h.

◆ m_maxWidthV

double m_maxWidthV = 0.5

private

maximum V width of the ROI

Definition at line 79 of file ROICalculationParameters.h.

◆ m_numSigmaTotU

double m_numSigmaTotU = 10

private

number of sigma (stat+syst) determining the U width of the ROI

Definition at line 73 of file ROICalculationParameters.h.

◆ m_numSigmaTotV

double m_numSigmaTotV = 10

private

number of sigma (stat+syst) determining the U width of the ROI

Definition at line 75 of file ROICalculationParameters.h.

◆ m_sigmaSystU

double m_sigmaSystU = 0.02

private

fixed width to add in quadrature to the extrapolation error and obtain the ROI U width

Definition at line 69 of file ROICalculationParameters.h.

◆ m_sigmaSystV

double m_sigmaSystV = 0.02

private

fixed width to add in quadrature to the extrapolation error and obtain the ROI V width

Definition at line 71 of file ROICalculationParameters.h.

◆ m_tolerancePhi

double m_tolerancePhi = 0.15

private

tolerance for finding sensor in phi coordinate (radians)

Definition at line 67 of file ROICalculationParameters.h.

◆ m_toleranceZ

double m_toleranceZ = 0.5

private

tolerance for finding sensor in Z coordinate (cm)

Definition at line 65 of file ROICalculationParameters.h.

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

tracking/dbobjects/include/ROICalculationParameters.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ ROICalculationParameters()

◆ ~ROICalculationParameters()

Member Function Documentation

◆ getMaxWidthU()

◆ getMaxWidthV()

◆ getNumSigmaTotU()

◆ getNumSigmaTotV()

◆ getSigmaSystU()

◆ getSigmaSystV()

◆ getTolerancePhi()

◆ getToleranceZ()

◆ setMaxWidthU()

◆ setMaxWidthV()

◆ setNumSigmaTotU()

◆ setNumSigmaTotV()

◆ setSigmaSystU()

◆ setSigmaSystV()

◆ setTolerancePhi()

◆ setToleranceZ()

Member Data Documentation

◆ m_maxWidthU

◆ m_maxWidthV

◆ m_numSigmaTotU

◆ m_numSigmaTotV

◆ m_sigmaSystU

◆ m_sigmaSystV

◆ m_tolerancePhi

◆ m_toleranceZ