SiLorentzAngleCondData Class Reference

Concrete class for Lorentz angle conditions data for each detector element. More...

#include <SiLorentzAngleCondData.h>

Collaboration diagram for SiLorentzAngleCondData:

Public Member Functions
	SiLorentzAngleCondData ()
virtual	~SiLorentzAngleCondData ()=default
void	resize (const unsigned int size)
	Reszie the data members.
double	getLorentzShift (const IdentifierHash &elementHash) const
	Get the Lorentz shift correction in the local x (phiDist) direction Assumes the center of the detector and is generally cached.
double	getLorentzShiftEta (const IdentifierHash &elementHash) const
	Get the Lorentz shift correction in the local y (etaDist) direction Assumes the center of the detector and is generally cached.
double	getTanLorentzAngle (const IdentifierHash &elementHash) const
	Get tan af the Lorentz angle in the local x (phiDist) direction Assumes the center of the detector and is generally cached.
double	getTanLorentzAngleEta (const IdentifierHash &elementHash) const
	Get tan af the Lorentz angle in the local y (etaDist) direction Assumes the center of the detector and is generally cached.
double	getBiasVoltage (const IdentifierHash &elementHash) const
	Get bias voltage.
double	getTemperature (const IdentifierHash &elementHash) const
	Get temperature.
double	getDepletionVoltage (const IdentifierHash &elementHash) const
	Get depletion voltage.
double	getCorrectionFactor () const
	Get correction factor.
void	setLorentzShift (const IdentifierHash &elementHash, const double lorentzShift)
	Set the Lorentz shift correction in the local x (phiDist) direction Assumes the center of the detector and is generally cached.
void	setLorentzShiftEta (const IdentifierHash &elementHash, const double lorentzShiftEta)
	Set the Lorentz shift correction in the local y (etaDist) direction Assumes the center of the detector and is generally cached.
void	setTanLorentzAngle (const IdentifierHash &elementHash, const double tanLorentzAngle)
	Set tan af the Lorentz angle in the local x (phiDist) direction Assumes the center of the detector and is generally cached.
void	setTanLorentzAngleEta (const IdentifierHash &elementHash, const double tanLorentzAngleEta)
	Set tan af the Lorentz angle in the local y (etaDist) direction Assumes the center of the detector and is generally cached.
void	setBiasVoltage (const IdentifierHash &elementHash, const double biasVoltage)
	Set bias voltage.
void	setTemperature (const IdentifierHash &elementHash, const double temperature)
	Set temperature.
void	setDepletionVoltage (const IdentifierHash &elementHash, const double depletionVoltage)
	Set depletion voltage.
void	setCorrectionFactor (const double correctionFactor)
	Set correction factor.

Private Attributes
std::vector< double >	m_lorentzShift
std::vector< double >	m_lorentzShiftEta
std::vector< double >	m_tanLorentzAngle
std::vector< double >	m_tanLorentzAngleEta
std::vector< double >	m_monitorBiasVoltage
std::vector< double >	m_monitorTemperature
std::vector< double >	m_monitorDepletionVoltage
double	m_correctionFactor

Static Private Attributes
static const double	s_invalidValue {std::numeric_limits<double>::quiet_NaN()}

Detailed Description

Concrete class for Lorentz angle conditions data for each detector element.

Definition at line 22 of file SiLorentzAngleCondData.h.

Constructor & Destructor Documentation

SiLorentzAngleCondData()

SiLorentzAngleCondData::SiLorentzAngleCondData

(

)

Definition at line 16 of file SiLorentzAngleCondData.cxx.

                                              :
  m_lorentzShift{},
  m_lorentzShiftEta{},
  m_tanLorentzAngle{},
  m_tanLorentzAngleEta{},
  m_monitorBiasVoltage{},
  m_monitorTemperature{},
  m_monitorDepletionVoltage{},
  m_correctionFactor{1.}
{
}

~SiLorentzAngleCondData()

virtual SiLorentzAngleCondData::~SiLorentzAngleCondData ( )

virtualdefault

Member Function Documentation

getBiasVoltage()

double SiLorentzAngleCondData::getBiasVoltage

(

const IdentifierHash &

elementHash

)

const

Get bias voltage.

Definition at line 63 of file SiLorentzAngleCondData.cxx.

{
  if (m_monitorBiasVoltage.size()<=elementHash) return s_invalidValue;
  return m_monitorBiasVoltage[elementHash];
}

getCorrectionFactor()

double SiLorentzAngleCondData::getCorrectionFactor

(

)

const

Get correction factor.

Definition at line 81 of file SiLorentzAngleCondData.cxx.

{
  return m_correctionFactor;
}

getDepletionVoltage()

double SiLorentzAngleCondData::getDepletionVoltage

(

const IdentifierHash &

elementHash

)

const

Get depletion voltage.

Definition at line 75 of file SiLorentzAngleCondData.cxx.

{
  if (m_monitorDepletionVoltage.size()<=elementHash) return s_invalidValue;
  return m_monitorDepletionVoltage[elementHash];
}

getLorentzShift()

double SiLorentzAngleCondData::getLorentzShift

(

const IdentifierHash &

elementHash

)

const

Get the Lorentz shift correction in the local x (phiDist) direction Assumes the center of the detector and is generally cached.

Definition at line 39 of file SiLorentzAngleCondData.cxx.

{
  if (m_lorentzShift.size()<=elementHash) return s_invalidValue;
  return m_lorentzShift[elementHash];
}

getLorentzShiftEta()

double SiLorentzAngleCondData::getLorentzShiftEta

(

const IdentifierHash &

elementHash

)

const

Get the Lorentz shift correction in the local y (etaDist) direction Assumes the center of the detector and is generally cached.

Definition at line 45 of file SiLorentzAngleCondData.cxx.

{
  if (m_lorentzShiftEta.size()<=elementHash) return s_invalidValue;
  return m_lorentzShiftEta[elementHash];
}

getTanLorentzAngle()

double SiLorentzAngleCondData::getTanLorentzAngle

(

const IdentifierHash &

elementHash

)

const

Get tan af the Lorentz angle in the local x (phiDist) direction Assumes the center of the detector and is generally cached.

Definition at line 51 of file SiLorentzAngleCondData.cxx.

{
  if (m_tanLorentzAngle.size()<=elementHash) return s_invalidValue;
  return m_tanLorentzAngle[elementHash];
}

getTanLorentzAngleEta()

double SiLorentzAngleCondData::getTanLorentzAngleEta

(

const IdentifierHash &

elementHash

)

const

Get tan af the Lorentz angle in the local y (etaDist) direction Assumes the center of the detector and is generally cached.

Definition at line 57 of file SiLorentzAngleCondData.cxx.

{
  if (m_tanLorentzAngleEta.size()<=elementHash) return s_invalidValue;
  return m_tanLorentzAngleEta[elementHash];
}  

getTemperature()

double SiLorentzAngleCondData::getTemperature

(

const IdentifierHash &

elementHash

)

const

Get temperature.

Definition at line 69 of file SiLorentzAngleCondData.cxx.

{
  if (m_monitorTemperature.size()<=elementHash) return s_invalidValue;
  return m_monitorTemperature[elementHash];
}

resize()

void SiLorentzAngleCondData::resize

(

const unsigned int

size

)

Reszie the data members.

Definition at line 28 of file SiLorentzAngleCondData.cxx.

{
  m_lorentzShift.resize(size, s_invalidValue);
  m_lorentzShiftEta.resize(size, s_invalidValue);
  m_tanLorentzAngle.resize(size, s_invalidValue);
  m_tanLorentzAngleEta.resize(size, s_invalidValue);
  m_monitorBiasVoltage.resize(size, s_invalidValue);
  m_monitorTemperature.resize(size, s_invalidValue);
  m_monitorDepletionVoltage.resize(size, s_invalidValue);
}

setBiasVoltage()

void SiLorentzAngleCondData::setBiasVoltage	(	const IdentifierHash &	elementHash,
		const double	biasVoltage )

Set bias voltage.

Definition at line 110 of file SiLorentzAngleCondData.cxx.

{
  if (m_monitorBiasVoltage.size()<=elementHash) m_monitorBiasVoltage.resize(elementHash+1, s_invalidValue);
  m_monitorBiasVoltage[elementHash] = biasVoltage;
}

setCorrectionFactor()

void SiLorentzAngleCondData::setCorrectionFactor

(

const double

correctionFactor

)

Set correction factor.

Definition at line 128 of file SiLorentzAngleCondData.cxx.

{
  m_correctionFactor = correctionFactor;
}

setDepletionVoltage()

void SiLorentzAngleCondData::setDepletionVoltage	(	const IdentifierHash &	elementHash,
		const double	depletionVoltage )

Set depletion voltage.

Definition at line 122 of file SiLorentzAngleCondData.cxx.

{
  if (m_monitorDepletionVoltage.size()<=elementHash) m_monitorDepletionVoltage.resize(elementHash+1, s_invalidValue);
  m_monitorDepletionVoltage[elementHash] = depletionVoltage;
}

setLorentzShift()

void SiLorentzAngleCondData::setLorentzShift	(	const IdentifierHash &	elementHash,
		const double	lorentzShift )

Set the Lorentz shift correction in the local x (phiDist) direction Assumes the center of the detector and is generally cached.

Definition at line 86 of file SiLorentzAngleCondData.cxx.

{
  if (m_lorentzShift.size()<=elementHash) m_lorentzShift.resize(elementHash+1, s_invalidValue);
  m_lorentzShift[elementHash] = lorentzShift;
}

setLorentzShiftEta()

void SiLorentzAngleCondData::setLorentzShiftEta	(	const IdentifierHash &	elementHash,
		const double	lorentzShiftEta )

Set the Lorentz shift correction in the local y (etaDist) direction Assumes the center of the detector and is generally cached.

Definition at line 92 of file SiLorentzAngleCondData.cxx.

{
  if (m_lorentzShiftEta.size()<=elementHash) m_lorentzShiftEta.resize(elementHash+1, s_invalidValue);
  m_lorentzShiftEta[elementHash] = lorentzShiftEta;
}

setTanLorentzAngle()

void SiLorentzAngleCondData::setTanLorentzAngle	(	const IdentifierHash &	elementHash,
		const double	tanLorentzAngle )

Set tan af the Lorentz angle in the local x (phiDist) direction Assumes the center of the detector and is generally cached.

Definition at line 98 of file SiLorentzAngleCondData.cxx.

{
  if (m_tanLorentzAngle.size()<=elementHash) m_tanLorentzAngle.resize(elementHash+1, s_invalidValue);
  m_tanLorentzAngle[elementHash] = tanLorentzAngle;
}

setTanLorentzAngleEta()

void SiLorentzAngleCondData::setTanLorentzAngleEta	(	const IdentifierHash &	elementHash,
		const double	tanLorentzAngleEta )

Set tan af the Lorentz angle in the local y (etaDist) direction Assumes the center of the detector and is generally cached.

Definition at line 104 of file SiLorentzAngleCondData.cxx.

{
  if (m_tanLorentzAngleEta.size()<=elementHash) m_tanLorentzAngleEta.resize(elementHash+1, s_invalidValue);
  m_tanLorentzAngleEta[elementHash] = tanLorentzAngleEta;
}

setTemperature()

void SiLorentzAngleCondData::setTemperature	(	const IdentifierHash &	elementHash,
		const double	temperature )

Set temperature.

Definition at line 116 of file SiLorentzAngleCondData.cxx.

{
  if (m_monitorTemperature.size()<=elementHash) m_monitorTemperature.resize(elementHash+1, s_invalidValue);
  m_monitorTemperature[elementHash] = temperature;
}

Member Data Documentation

m_correctionFactor

double SiLorentzAngleCondData::m_correctionFactor

private

Definition at line 96 of file SiLorentzAngleCondData.h.

m_lorentzShift

std::vector<double> SiLorentzAngleCondData::m_lorentzShift

private

Definition at line 89 of file SiLorentzAngleCondData.h.

m_lorentzShiftEta

std::vector<double> SiLorentzAngleCondData::m_lorentzShiftEta

private

Definition at line 90 of file SiLorentzAngleCondData.h.

m_monitorBiasVoltage

std::vector<double> SiLorentzAngleCondData::m_monitorBiasVoltage

private

Definition at line 93 of file SiLorentzAngleCondData.h.

m_monitorDepletionVoltage

std::vector<double> SiLorentzAngleCondData::m_monitorDepletionVoltage

private

Definition at line 95 of file SiLorentzAngleCondData.h.

m_monitorTemperature

std::vector<double> SiLorentzAngleCondData::m_monitorTemperature

private

Definition at line 94 of file SiLorentzAngleCondData.h.

m_tanLorentzAngle

std::vector<double> SiLorentzAngleCondData::m_tanLorentzAngle

private

Definition at line 91 of file SiLorentzAngleCondData.h.

m_tanLorentzAngleEta

std::vector<double> SiLorentzAngleCondData::m_tanLorentzAngleEta

private

Definition at line 92 of file SiLorentzAngleCondData.h.

s_invalidValue

const double SiLorentzAngleCondData::s_invalidValue {std::numeric_limits<double>::quiet_NaN()}

staticprivate

Definition at line 14 of file SiLorentzAngleCondData.h.

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

• SiLorentzAngleCondData.h
• SiLorentzAngleCondData.cxx