Interface class to access Shower Simulated parameters. More...

#include <ShowerSimData.h>

Public Types
typedef utl::MultiTabulatedFunction::ConstIterator	ConstPhotonIterator

typedef utl::MultiTabulatedFunction::Iterator	PhotonIterator
	An iterator over the photon traces of the different wavelengths. More...

enum	ProfileType { eCharged = 0, eEnergyDeposit, ePhoton, eMuon, eElectron, eHadron, eMuonProduction, eCherenkov }

Public Member Functions
void	AddCherenkovBeamPhotons (const utl::TabulatedFunction &cp, const int wavelength)

void	AddCherenkovBeamProductionPhotons (const utl::TabulatedFunction &fp, const int wavelength)

void	AddCherenkovPhotons (const utl::TabulatedFunction &cp, const int wavelength)

void	AddFluorescencePhotons (const utl::TabulatedFunction &fp, const int wavelength)

void	AddSimCore (const utl::Point &pos)

void	CheckGeometry () const

PhotonIterator	FirstCherenkovBeamProductionWavelength ()

ConstPhotonIterator	FirstCherenkovBeamProductionWavelength () const

PhotonIterator	FirstCherenkovBeamWavelength ()

ConstPhotonIterator	FirstCherenkovBeamWavelength () const

PhotonIterator	FirstCherenkovWavelength ()

ConstPhotonIterator	FirstCherenkovWavelength () const

PhotonIterator	FirstFluorescenceWavelength ()

ConstPhotonIterator	FirstFluorescenceWavelength () const

const evt::AtmosphereParameters &	GetAtmosphereParameters () const
	Get the Atmosphere profile used to simulate the shower. More...

double	GetCalorimetricEnergy () const
	Get the calorimetric energy of the shower. More...

const utl::TabulatedFunction &	GetCherenkovBeamPhotons (const int wavelength) const
	Get the beam of Cherenkov beam photons along the shower axis. More...

utl::TabulatedFunction &	GetCherenkovBeamPhotons (const int wavelength)

const utl::TabulatedFunction &	GetCherenkovBeamProductionPhotons (const int wavelength) const
	Get the cherenkov beam production along the shower axis. More...

utl::TabulatedFunction &	GetCherenkovBeamProductionPhotons (const int wavelength)

const utl::TabulatedFunction &	GetCherenkovPhotons (const int wavelength) const
	Get the Cherenkov photon production along the shower axis. More...

utl::TabulatedFunction &	GetCherenkovPhotons (const int wavelength)

const utl::TabulatedFunction &	GetdEdX () const
	Get the energy deposit of the shower. More...

const utl::Vector &	GetDirection () const
	Get the direction of the shower axis. This is the true direction of shower movement. More...

double	GetDistanceOfShowerMaximum () const
	Get the geometrical distance of the shower maximum from the core. More...

double	GetElectromagneticEnergy () const
	Get the electromagnetic energy of the shower. More...

double	GetEnergy () const
	Get the energy of the shower primary particle. More...

double	GetEnergyCutoff (const ProfileType type=eElectron) const
	Get the energy cutoff for which the profile of charged particles was calculated. More...

const utl::TabulatedFunction &	GetFluorescencePhotons (const int wavelength) const
	Get the fluorescence photons generated along the shower axis. More...

utl::TabulatedFunction &	GetFluorescencePhotons (const int wavelength)

const evt::VGaisserHillasParameter &	GetGHParameters () const
	Get the Gaisser-Hillas parameters of the shower. More...

utl::ShowerParticleList &	GetGroundCherenkov (const utl::AttributeMap &am)

const utl::ShowerParticleList &	GetGroundCherenkov (const utl::AttributeMap &am) const

std::map< utl::AttributeMap, utl::ShadowPtr < utl::ShowerParticleList > >::const_iterator	GetGroundCherenkovDataBegin () const
	Get cherenkov ground photons list Proxy. More...

std::map< utl::AttributeMap, utl::ShadowPtr < utl::ShowerParticleList > >::const_iterator	GetGroundCherenkovDataEnd () const

utl::CoordinateSystemPtr	GetGroundParticleCoordinateSystem () const

double	GetGroundParticleCoordinateSystemAzimuth () const
	Get the azimuth angle of the shower. Angle in x-y plane wrt. to the x axis (0 is from east). More...

double	GetGroundParticleCoordinateSystemZenith () const
	Get the zenith angle of the shower. Room angle between z-axis and direction from where the shower is coming from (0 is vertical). More...

utl::ShowerParticleList &	GetGroundParticles ()
	Get particle list Proxy. More...

const utl::ShowerParticleList &	GetGroundParticles () const

LaserData &	GetLaserData ()
	Get the laser data. More...

const LaserData &	GetLaserData () const

utl::CoordinateSystemPtr	GetLocalCoordinateSystem () const
	Get the Auger coordinate system associated to the shower core position. More...

const utl::TabulatedFunction &	GetLongitudinalProfile (const ProfileType type=eCharged) const
	Get the longitudinal charge profile of the shower. More...

utl::TabulatedFunction &	GetLongitudinalProfile (const ProfileType type=eCharged)

double	GetMagneticFieldAzimuth () const
	Get the azimuth angle of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

double	GetMagneticFieldDeclination () const
	Get the declination of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

double	GetMagneticFieldInclination () const
	Get the inclination of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

double	GetMagneticFieldStrength () const
	Get the absolute strength of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

double	GetMagneticFieldZenith () const
	Get the zenith angle (Auger convention, limited btw. 0 and 90 deg) of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

double	GetMaxCherenkovWavelength () const
	Get the maximal Cherenkov wavelength for photons in longitudinal profile. More...

double	GetMaxRadiusCut () const
	Get the maximum radius cut used during shower generation. More...

double	GetMinCherenkovWavelength () const
	Get the minimal Cherenkov wavelength for photons in longitudinal profile. More...

double	GetMinRadiusCut () const
	Get the minimum radius from shower axis for which there are valid particles in the shower. More...

double	GetMuonNumber () const
	Get the number of muons which reach ground level. More...

double	GetMuonWeightScale () const
	Get the muon weight scale. More...

double	GetNmu () const

int	GetNSimCores () const

const evt::GenParticle &	GetParticleTree () const
	Get the tree of particles in the first few generations as simulated by the MC. More...

const utl::Point &	GetPosition () const
	Get the position of the shower core. More...

int	GetPrimaryParticle () const
	Get the type of the shower primary particle. More...

RadioSimulation &	GetRadioSimulation ()
	Get the radio simulation data. More...

const RadioSimulation &	GetRadioSimulation () const

utl::CoordinateSystemPtr	GetShowerCoordinateSystem () const

int	GetShowerNumber () const
	Get the number of the shower in the file. More...

std::string	GetShowerRunId () const
	Get the run id for the shower. More...

const utl::Point &	GetSimCore (const int i) const

const utl::TimeStamp &	GetTimeStamp () const
	Get the TimeStamp of the absolute shower core-time. More...

double	GetXFirst () const
	Get depth of first interaction. More...

double	GetXInject () const
	Get depth particle injection. More...

double	GetXmaxMu () const

utl::ShowerParticleIterator	GroundCherenkovBegin (const utl::AttributeMap &am) const

utl::ShowerParticleIterator	GroundCherenkovEnd (const utl::AttributeMap &am) const

utl::ShowerParticleIterator	GroundParticlesBegin () const

utl::ShowerParticleIterator	GroundParticlesEnd () const

bool	HasAtmosphereParameters () const
	Check if the Atmosphere profile used to simulate the shower is known. More...

bool	HasCherenkovBeamPhotons (const int wavelength) const

bool	HasCherenkovBeamProductionPhotons (const int wavelength) const

bool	HasCherenkovPhotons (const int wavelength) const

bool	HasdEdX () const
	Check initialization of the energy deposit. More...

bool	HasDirection () const
	Check initialization of shower geometry. More...

bool	HasFluorescencePhotons (const int wavelength) const

bool	HasGeometry () const
	check initialization of shower geometry More...

bool	HasGHParameters () const
	Check initialization of the Gaisser-Hillas parameters. More...

bool	HasGroundCherenkov (const utl::AttributeMap &am) const

bool	HasGroundParticles () const

bool	HasLaserData () const
	Check initialization of the LaserData. More...

bool	HasLongitudinalProfile (const ProfileType type=eCharged) const
	Check initialization of the longitudinal profile. More...

bool	HasParticleTree () const
	Check if the MC data have been filled in. More...

bool	HasPosition () const
	Check initialization of shower geometry. More...

bool	HasRadioSimulation () const
	Check initialization of the RadioSimulation. More...

bool	HasTimeStamp () const
	Check initialization of the TimeStamp. More...

PhotonIterator	LastCherenkovBeamProductionWavelength ()

ConstPhotonIterator	LastCherenkovBeamProductionWavelength () const

PhotonIterator	LastCherenkovBeamWavelength ()

ConstPhotonIterator	LastCherenkovBeamWavelength () const

PhotonIterator	LastCherenkovWavelength ()

ConstPhotonIterator	LastCherenkovWavelength () const

PhotonIterator	LastFluorescenceWavelength ()

ConstPhotonIterator	LastFluorescenceWavelength () const

void	MakeAtmosphereParameters (const evt::AtmosphereParameters &par)
	Provide the parameters of the atmospheric profile used to simulate the shower. More...

void	MakedEdX (const utl::TabulatedFunction &dEdX)
	Make the energy deposit of the shower. More...

void	MakeGeometry (const utl::Point &pointOnShowerAxis)
	initialize the shower geometry. Pos is a point on the shower axis, but not necessarily the core More...

void	MakeGHParameters (const evt::VGaisserHillasParameter &ghPar)
	Make the Gaisser-Hillas parameters of the shower. More...

void	MakeGroundCherenkov (const utl::AttributeMap &am)

void	MakeGroundParticles ()

void	MakeLaserData ()
	Make the LaserData. More...

void	MakeLongitudinalProfile (const utl::TabulatedFunction &lp, const ProfileType type=eCharged)
	Make the longitudinal charge profile of the shower. More...

void	MakeLongitudinalProfile (const ProfileType type=eCharged)

void	MakeRadioSimulation ()
	Make the RadioSimulation. More...

void	MakeTimeStamp (const utl::TimeStamp &ts)
	Make the TimeStamp of the shower. More...

void	SetCalorimetricEnergy (const double energy)
	Set the calorimetric energy of the shower. More...

void	SetDistanceOfShowerMaximum (const double parDistance)
	Set the geometrical distance of the shower maximum from the core. More...

void	SetElectromagneticEnergy (const double energy)
	Set the electromagnetic energy of the shower. More...

void	SetEnergy (const double theEnergy)
	Set the energy of the shower primary particle. More...

void	SetEnergyCutoff (const double energy, const ProfileType type=eElectron)
	Set the enegy cutoff for which the profile of charged particles was calculated. More...

void	SetGroundParticleCoordinateSystemAzimuth (const double azimuth)
	Set the azimuth angle of the shower. Angle in x-y plane wrt. to the x axis (0 is from east). More...

void	SetGroundParticleCoordinateSystemZenith (const double zenith)
	Set the zenith angle of the shower. Room angle between z-axis and direction from where the shower is coming from (0 is vertical). More...

void	SetMagneticFieldAzimuth (const double magneticFieldAzimuth)
	Set the azimuth angle of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

void	SetMagneticFieldDeclination (const double magneticFieldDeclination)
	Set the declination of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

void	SetMagneticFieldInclination (const double magneticFieldInclination)
	Set the inclination of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

void	SetMagneticFieldStrength (const double magneticFieldStrength)
	Set the absolute strength of the Earth's magnetic field used in CORSIKA/REAS simulation. More...

void	SetMaxCherenkovWavelength (const double wl)
	Set the maximum Cherenkov wavelength for photons in longitudinal profile. More...

void	SetMaxRadiusCut (const double maxR)

void	SetMinCherenkovWavelength (const double wl)
	Set the maximum Cherenkov wavelength for photons in longitudinal profile. More...

void	SetMinRadiusCut (const double minR)
	Set the minimum radius cut. More...

void	SetMuonNumber (const double nmuon)
	Set the number of muons which reach ground level. More...

void	SetMuonWeightScale (const double scale)
	Set the muon weight scale. More...

void	SetNmu (const double Nmu)

void	SetParticleTree (const evt::GenParticle &partTree)
	Set the tree of particles in the first few generations. More...

void	SetPrimaryParticle (const int type)
	Set the type of the shower primary particle. More...

void	SetShowerNumber (const int sid)

void	SetShowerRunId (const std::string srid)

void	SetXFirst (const double xFirst)
	Set depth of first interaction. More...

void	SetXInject (const double xInject)
	Set depth of particle injection. More...

void	SetXmaxMu (const double XmaxMu)

Private Member Functions
	ShowerSimData (const evt::VShowerGeometryProducer &p)

	~ShowerSimData ()=default

Private Attributes
utl::ShadowPtr < evt::AtmosphereParameters >	fAtmosphereParameters

utl::ShadowPtr< utl::Vector >	fCachedDirection

utl::ShadowPtr< utl::Point >	fCachedPosition

double	fCalorimetricEnergy = 0

utl::MultiTabulatedFunction	fCherenkovBeamPhotons

utl::MultiTabulatedFunction	fCherenkovBeamProductionPhotons

utl::MultiTabulatedFunction	fCherenkovPhotons

double	fDistanceOfShowerMaximum = std::numeric_limits<double>::quiet_NaN()

double	fElectromagneticEnergy = 0

double	fEnergy = 0

double	fEnergyCutoff = 0

double	fEnergyCutoffMuon = 0

utl::MultiTabulatedFunction	fFluorescencePhotons

utl::ShadowPtr < evt::VGaisserHillasParameter >	fGHParameters

std::map< utl::AttributeMap, utl::ShadowPtr < utl::ShowerParticleList > >	fGroundCherenkov

double	fGroundParticleCoordinateSystemAzimuth = 0

double	fGroundParticleCoordinateSystemZenith = 0

utl::ShadowPtr < utl::ShowerParticleList >	fGroundParticles

utl::LameShadowPtr< LaserData >	fLaserData

utl::CoordinateSystemPtr	fLocalCS

utl::MultiTabulatedFunction	fLongitudinalProfile

double	fMagneticFieldDeclination = 0

double	fMagneticFieldInclination = 0

double	fMagneticFieldStrength = 0

double	fMaxCherenkovWavelength = 0

double	fMaxRadiusCut = 0

double	fMinCherenkovWavelength = 0

double	fMinRadiusCut = 0

double	fMuonNumber = 0

double	fMuonWeightScale = 0

double	fNmu = 0

utl::CoordinateSystemPtr	fParticleCS

evt::GenParticle	fParticleTree

utl::ParticlePropertiesPtr	fPrimaryProperties

utl::LameShadowPtr < RadioSimulation >	fRadioSimulation

utl::CoordinateSystemPtr	fShowerCS

utl::ShadowPtr < evt::VShowerGeometryProducer >	fShowerGeometryProducer

int	fShowerNumber = 0

std::string	fShowerRunId

std::vector< utl::Point >	fSimCores

utl::ShadowPtr< utl::TimeStamp >	fTimeStamp

double	fXFirst = 0

double	fXInject = 0

double	fXmaxMu = 0

Friends
class	evt::Event

class	io::ShowerSimData_ROOT

class	utl::LameShadowPtr< ShowerSimData >

Detailed Description

Interface class to access Shower Simulated parameters.

Author: Stefano Argiro'; Luis Prado Jr

Date: 30 january 2003

Definition at line 49 of file ShowerSimData.h.

Member Typedef Documentation

typedef utl::MultiTabulatedFunction::ConstIterator evt::ShowerSimData::ConstPhotonIterator

Definition at line 332 of file ShowerSimData.h.

typedef utl::MultiTabulatedFunction::Iterator evt::ShowerSimData::PhotonIterator

An iterator over the photon traces of the different wavelengths.

Definition at line 331 of file ShowerSimData.h.

Member Enumeration Documentation

enum evt::ShowerSimData::ProfileType

Enumerator
eCharged	charged particles profile
eEnergyDeposit	dEdX profile
ePhoton	gammas from shower
eMuon	mu+/mu- profile
eElectron	electron/positron profile
eHadron	hadron profile
eMuonProduction	muon production profile
eCherenkov	Cherenkov photon production (differential)

Definition at line 52 of file ShowerSimData.h.

Constructor & Destructor Documentation

evt::ShowerSimData::ShowerSimData ( const evt::VShowerGeometryProducer & p )

inlineprivate

Definition at line 466 of file ShowerSimData.h.

evt::ShowerSimData::~ShowerSimData ( )

privatedefault

Member Function Documentation

void evt::ShowerSimData::AddCherenkovBeamPhotons	(	const utl::TabulatedFunction &	cp,
		const int	wavelength
	)

inline

Definition at line 294 of file ShowerSimData.h.

References utl::MultiTabulatedFunction::AddTabulatedFunction(), and fCherenkovBeamPhotons.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight().

void evt::ShowerSimData::AddCherenkovBeamProductionPhotons	(	const utl::TabulatedFunction &	fp,
		const int	wavelength
	)

inline

Definition at line 304 of file ShowerSimData.h.

References utl::MultiTabulatedFunction::AddTabulatedFunction(), and fCherenkovBeamProductionPhotons.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight().

void evt::ShowerSimData::AddCherenkovPhotons	(	const utl::TabulatedFunction &	cp,
		const int	wavelength
	)

inline

Definition at line 284 of file ShowerSimData.h.

References utl::MultiTabulatedFunction::AddTabulatedFunction(), and fCherenkovPhotons.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::AddFluorescencePhotons	(	const utl::TabulatedFunction &	fp,
		const int	wavelength
	)

inline

Definition at line 274 of file ShowerSimData.h.

References utl::MultiTabulatedFunction::AddTabulatedFunction(), and fFluorescencePhotons.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), LaserLightSimulatorNA::LaserLightSimulator::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::AddSimCore ( const utl::Point & pos )

Definition at line 226 of file ShowerSimData.cc.

void evt::ShowerSimData::CheckGeometry ( ) const

Definition at line 108 of file ShowerSimData.cc.

Referenced by GetGroundParticleCoordinateSystem(), GetLocalCoordinateSystem(), and GetShowerCoordinateSystem().

PhotonIterator evt::ShowerSimData::FirstCherenkovBeamProductionWavelength ( )

inline

Definition at line 361 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

ConstPhotonIterator evt::ShowerSimData::FirstCherenkovBeamProductionWavelength ( ) const

inline

Definition at line 363 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

PhotonIterator evt::ShowerSimData::FirstCherenkovBeamWavelength ( )

inline

Definition at line 352 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

ConstPhotonIterator evt::ShowerSimData::FirstCherenkovBeamWavelength ( ) const

inline

Definition at line 354 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

PhotonIterator evt::ShowerSimData::FirstCherenkovWavelength ( )

inline

Definition at line 343 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

ConstPhotonIterator evt::ShowerSimData::FirstCherenkovWavelength ( ) const

inline

Definition at line 345 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

PhotonIterator evt::ShowerSimData::FirstFluorescenceWavelength ( )

inline

Definition at line 334 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

ConstPhotonIterator evt::ShowerSimData::FirstFluorescenceWavelength ( ) const

inline

Definition at line 336 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsBegin().

const evt::AtmosphereParameters& evt::ShowerSimData::GetAtmosphereParameters ( ) const

inline

Get the Atmosphere profile used to simulate the shower.

Definition at line 378 of file ShowerSimData.h.

References fAtmosphereParameters.

Referenced by atm::SimShowerProfileModel::LazyInit(), MuonProductionDepthFinderGL::MuonProductionDepthFinder::SetMuonProductionDepthHist(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

double evt::ShowerSimData::GetCalorimetricEnergy ( ) const

inline

Get the calorimetric energy of the shower.

Definition at line 104 of file ShowerSimData.h.

References fCalorimetricEnergy.

const utl::TabulatedFunction& evt::ShowerSimData::GetCherenkovBeamPhotons ( const int wavelength ) const

inline

Get the beam of Cherenkov beam photons along the shower axis.

Definition at line 288 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), and LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run().

utl::TabulatedFunction& evt::ShowerSimData::GetCherenkovBeamPhotons ( const int wavelength )

inline

Definition at line 290 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

const utl::TabulatedFunction& evt::ShowerSimData::GetCherenkovBeamProductionPhotons ( const int wavelength ) const

inline

Get the cherenkov beam production along the shower axis.

Definition at line 298 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), and ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run().

utl::TabulatedFunction& evt::ShowerSimData::GetCherenkovBeamProductionPhotons ( const int wavelength )

inline

Definition at line 300 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

const utl::TabulatedFunction& evt::ShowerSimData::GetCherenkovPhotons ( const int wavelength ) const

inline

Get the Cherenkov photon production along the shower axis.

Definition at line 278 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), UserModule::PlotTotalCherBeam(), and LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run().

utl::TabulatedFunction& evt::ShowerSimData::GetCherenkovPhotons ( const int wavelength )

inline

Definition at line 280 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

const utl::TabulatedFunction& evt::ShowerSimData::GetdEdX ( ) const

inline

Get the energy deposit of the shower.

Definition at line 261 of file ShowerSimData.h.

References eEnergyDeposit, and GetLongitudinalProfile().

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), UserModule::PlotEnergyDeposit(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), and UniversalityFitter::UniversalityFitter::Run().

const utl::Vector & evt::ShowerSimData::GetDirection ( ) const

Get the direction of the shower axis. This is the true direction of shower movement.

Definition at line 63 of file ShowerSimData.cc.

References GetShowerCoordinateSystem().

Referenced by FdSimEventCheckerOG::FdSimEventChecker::CalculateMinViewingAngle(), FdSimEventCheckerOG::FdSimEventChecker::CalculateXmaxViewingAngle(), testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), SdRecPlotterOG::SdRecPlotter::DrawEvent(), otoa::FD2ADST::FillEyeSim(), LDFFinderOG::LDFFinder::FixCore(), EventGeneratorOG::EventGenerator::FlagHoleStations(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::GetExternalGeometry(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), RdLDFFitter::RdLDFFitter::PlotScan(), FdLightCollectionEfficiencyKG::SimMockEvent::PrepareEvent(), RdHASLDFFitter::RdHASLDFFitter::Run(), MuonProfileBuilder::MuonProfileBuilder::Run(), RdStationSimPulseFinder::RdStationSimPulseFinder::Run(), RdStationSimulationRejector::RdStationSimulationRejector::Run(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), ProfileSimulatorOG::ProfileSimulator::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), FdEventLoggerGS::FdEventLogger::Run(), TimeModelTestKG::TimeModelTest::Run(), RdHyperbolicWavefrontFit::RdHyperbolicWavefrontFit::Run(), SdSimpleSimKG::SdSimpleSim::Run(), RdStationSignalInterpolator::RdStationSignalInterpolator::Run(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), SdSimMuonNumberFitterNS::SdSimMuonNumberFitter::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), UniversalityFitter::UniversalityFitter::Run(), UseMcGeometryOG::UseMcGeometry::SetSDP(), UseMcGeometryOG::UseMcGeometry::SetTimeFit(), RdPolarGrid::RdPolarGrid::skyVector(), testCorsikaShowerFile::testCherenkovShower(), testEVAFile::testRead(), testZHAireSFile::testRead(), testCONEXFile::testRead(), testArtificialShowerFile::testRead(), testREASFile::testRead(), testSenecaShowerFile::testRead(), and testCorsikaShowerFile::testRead().

double evt::ShowerSimData::GetDistanceOfShowerMaximum ( ) const

inline

Get the geometrical distance of the shower maximum from the core.

Definition at line 450 of file ShowerSimData.h.

References fDistanceOfShowerMaximum.

Referenced by RdHASLDFFitter::RdHASLDFFitter::Run(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), and testREASFile::testRead().

double evt::ShowerSimData::GetElectromagneticEnergy ( ) const

inline

Get the electromagnetic energy of the shower.

Definition at line 110 of file ShowerSimData.h.

References fElectromagneticEnergy.

Referenced by RdHASLDFFitter::RdHASLDFFitter::Run().

double evt::ShowerSimData::GetEnergy ( ) const

inline

Get the energy of the shower primary particle.

Definition at line 89 of file ShowerSimData.h.

References fEnergy.

Referenced by testShowerImpl::CheckShowerSimDataValues(), SdRecPlotterOG::SdRecPlotter::DrawEvent(), EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), RdLDFFitter::RdLDFFitter::PlotScan(), io::ZHAireSFile::Read(), io::CONEXFile::Read(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), PrimaryGeneratorKG::PrimaryGenerator::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), FdSimEventCheckerOG::FdSimEventChecker::Run(), EventGeneratorOG::EventGenerator::Run(), FdEventLoggerGS::FdEventLogger::Run(), LDFTestKG::LDFTest::Run(), TimeModelTestKG::TimeModelTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), SdSimMuonNumberFitterNS::SdSimMuonNumberFitter::Run(), UniversalityFitter::UniversalityFitter::Run(), un2::SimpleReco(), testCorsikaShowerFile::testCherenkovShower(), testEVAFile::testRead(), testZHAireSFile::testRead(), testCONEXFile::testRead(), testArtificialShowerFile::testRead(), testREASFile::testRead(), testSenecaShowerFile::testRead(), and testCorsikaShowerFile::testRead().

double evt::ShowerSimData::GetEnergyCutoff ( const ProfileType type = eElectron ) const

Get the energy cutoff for which the profile of charged particles was calculated.

Definition at line 174 of file ShowerSimData.cc.

References cevt::StationConstants::eElectron, and cevt::StationConstants::eMuon.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), and FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH().

const utl::TabulatedFunction& evt::ShowerSimData::GetFluorescencePhotons ( const int wavelength ) const

inline

Get the fluorescence photons generated along the shower axis.

Definition at line 268 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), UserModule::PlotTotalFluorLight(), and LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run().

utl::TabulatedFunction& evt::ShowerSimData::GetFluorescencePhotons ( const int wavelength )

inline

Definition at line 270 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiTabulatedFunction::GetTabulatedFunction().

const evt::VGaisserHillasParameter& evt::ShowerSimData::GetGHParameters ( ) const

inline

Get the Gaisser-Hillas parameters of the shower.

Definition at line 371 of file ShowerSimData.h.

References fGHParameters.

Referenced by FdSimEventCheckerOG::FdSimEventChecker::CalculateXmaxViewingAngle(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), otoa::FD2ADST::FillEyeSim(), RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::GetXmaxEstimator(), RdHASLDFFitter::RdHASLDFFitter::GetXmaxEstimator(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), io::CONEXFile::Read(), io::CorsikaShowerFile::ReadProfile(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), ProfileSimulatorOG::ProfileSimulator::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), FdEventLoggerGS::FdEventLogger::Run(), LDFTestKG::LDFTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), UniversalityFitter::UniversalityFitter::Run(), FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), and testREASFile::testRead().

utl::ShowerParticleList& evt::ShowerSimData::GetGroundCherenkov ( const utl::AttributeMap & am )

inline

Definition at line 421 of file ShowerSimData.h.

References fGroundCherenkov.

Referenced by io::CorsikaShowerFile::Read().

const utl::ShowerParticleList& evt::ShowerSimData::GetGroundCherenkov ( const utl::AttributeMap & am ) const

inline

Definition at line 422 of file ShowerSimData.h.

References fGroundCherenkov.

std::map<utl::AttributeMap, utl::ShadowPtr<utl::ShowerParticleList> >::const_iterator evt::ShowerSimData::GetGroundCherenkovDataBegin ( ) const

inline

Get cherenkov ground photons list Proxy.

Definition at line 419 of file ShowerSimData.h.

References fGroundCherenkov.

std::map<utl::AttributeMap, utl::ShadowPtr<utl::ShowerParticleList> >::const_iterator evt::ShowerSimData::GetGroundCherenkovDataEnd ( ) const

inline

Definition at line 420 of file ShowerSimData.h.

References fGroundCherenkov.

utl::CoordinateSystemPtr evt::ShowerSimData::GetGroundParticleCoordinateSystem ( ) const

inline

This is the coordinate system in which the air shower simulation program, e.g. CORSIKA, saves its ground particles. This is mainly used during the reading of particles from disk.

It is important to realize that zenith, azimuth and direction are defined first-of-all in this reference frame, since it is the external air shower simulation program that typically defines the geometry and direction.

Note: This depends on having called MakeGeometry first. Check with HasGeometry to make sure

Definition at line 242 of file ShowerSimData.h.

References CheckGeometry(), and fParticleCS.

Referenced by GroundCherenkovBegin(), GroundCherenkovEnd(), GroundParticlesBegin(), GroundParticlesEnd(), atm::SimShowerProfileModel::LazyInit(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

double evt::ShowerSimData::GetGroundParticleCoordinateSystemAzimuth ( ) const

inline

Get the azimuth angle of the shower. Angle in x-y plane wrt. to the x axis (0 is from east).

Definition at line 134 of file ShowerSimData.h.

References fGroundParticleCoordinateSystemAzimuth.

Referenced by EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), and io::ZHAireSFile::Read().

double evt::ShowerSimData::GetGroundParticleCoordinateSystemZenith ( ) const

inline

Get the zenith angle of the shower. Room angle between z-axis and direction from where the shower is coming from (0 is vertical).

Definition at line 140 of file ShowerSimData.h.

References fGroundParticleCoordinateSystemZenith.

Referenced by EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), and io::ZHAireSFile::Read().

utl::ShowerParticleList& evt::ShowerSimData::GetGroundParticles ( )

inline

Get particle list Proxy.

Definition at line 406 of file ShowerSimData.h.

References fGroundParticles.

Referenced by io::ArtificialShowerFile::Read(), io::AiresShowerFile::Read(), io::SenecaShowerFile::Read(), io::CorsikaShowerFile::Read(), and ShowerInventorNS::ShowerInventor::Run().

const utl::ShowerParticleList& evt::ShowerSimData::GetGroundParticles ( ) const

inline

Definition at line 408 of file ShowerSimData.h.

References fGroundParticles.

LaserData& evt::ShowerSimData::GetLaserData ( )

inline

Get the laser data.

Definition at line 431 of file ShowerSimData.h.

References fLaserData.

Referenced by testShowerImpl::CheckShowerSimDataValues(), LaserLightSimulatorNA::LaserLightSimulator::Run(), LaserGeneratorNA::LaserGenerator::Run(), FdEventLoggerGS::FdEventLogger::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), testShowerImpl::SetShowerSimDataValues(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

const LaserData& evt::ShowerSimData::GetLaserData ( ) const

inline

Definition at line 432 of file ShowerSimData.h.

References fLaserData.

utl::CoordinateSystemPtr evt::ShowerSimData::GetLocalCoordinateSystem ( ) const

inline

Get the Auger coordinate system associated to the shower core position.

Definition at line 209 of file ShowerSimData.h.

References CheckGeometry(), and fLocalCS.

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), EventGeneratorOG::EventGenerator::FlagHoleStations(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), ShowerInventorNS::ShowerInventor::GetOneParticle(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), RdLDFFitter::RdLDFFitter::PlotScan(), MuonProfileBuilder::MuonProfileBuilder::Run(), RdStationSimulationRejector::RdStationSimulationRejector::Run(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), ProfileSimulatorOG::ProfileSimulator::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), ShowerInventorAnalyzerNS::ShowerInventorAnalyzer::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), FdEventLoggerGS::FdEventLogger::Run(), ShowerInventorNS::ShowerInventor::Run(), SdSimpleSimKG::SdSimpleSim::Run(), RdStationSignalInterpolator::RdStationSignalInterpolator::Run(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::Run(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), SdSimMuonNumberFitterNS::SdSimMuonNumberFitter::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), UniversalityFitter::UniversalityFitter::Run(), testShowerImpl::SetShowerSimDataValues(), UseMcGeometryOG::UseMcGeometry::SetTimeFit(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), testCorsikaShowerFile::testCherenkovShower(), testEVAFile::testRead(), testZHAireSFile::testRead(), testCONEXFile::testRead(), testArtificialShowerFile::testRead(), testREASFile::testRead(), testCorsikaShowerFile::testRead(), and testSenecaShowerFile::testRead().

const utl::TabulatedFunction& evt::ShowerSimData::GetLongitudinalProfile ( const ProfileType type = eCharged ) const

inline

Get the longitudinal charge profile of the shower.

Definition at line 245 of file ShowerSimData.h.

References fLongitudinalProfile, and utl::MultiTabulatedFunction::GetTabulatedFunction().

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), GetdEdX(), UserModule::PlotLongitudinalProfile(), MuonProfileBuilder::MuonProfileBuilder::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), MCShowerCheckerOG::MCShowerChecker::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), LDFTestKG::LDFTest::Run(), TimeModelTestKG::TimeModelTest::Run(), and SdSimpleSimKG::SdSimpleSim::Run().

utl::TabulatedFunction& evt::ShowerSimData::GetLongitudinalProfile ( const ProfileType type = eCharged )

inline

Definition at line 247 of file ShowerSimData.h.

References fLongitudinalProfile, and utl::MultiTabulatedFunction::GetTabulatedFunction().

double evt::ShowerSimData::GetMagneticFieldAzimuth ( ) const

inline

Get the azimuth angle of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 175 of file ShowerSimData.h.

References utl::degree, and fMagneticFieldDeclination.

Referenced by RdEventInitializer::RdEventInitializer::Run().

double evt::ShowerSimData::GetMagneticFieldDeclination ( ) const

inline

Get the declination of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 185 of file ShowerSimData.h.

References fMagneticFieldDeclination.

Referenced by io::ZHAireSFile::Read().

double evt::ShowerSimData::GetMagneticFieldInclination ( ) const

inline

Get the inclination of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 180 of file ShowerSimData.h.

References fMagneticFieldInclination.

Referenced by io::ZHAireSFile::Read().

double evt::ShowerSimData::GetMagneticFieldStrength ( ) const

inline

Get the absolute strength of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 190 of file ShowerSimData.h.

References fMagneticFieldStrength.

Referenced by io::ZHAireSFile::Read(), and RdEventInitializer::RdEventInitializer::Run().

double evt::ShowerSimData::GetMagneticFieldZenith ( ) const

inline

Get the zenith angle (Auger convention, limited btw. 0 and 90 deg) of the Earth's magnetic field used in CORSIKA/REAS simulation.

There is not setter function for the magnetic field zenith angle because with the auger zenith definition the direction information (incoming/outgoing) is lost. Please use the magnetic field inclination that also allows negative values instead.

Definition at line 172 of file ShowerSimData.h.

References utl::deg, and fMagneticFieldInclination.

Referenced by RdEventInitializer::RdEventInitializer::Run().

double evt::ShowerSimData::GetMaxCherenkovWavelength ( ) const

inline

Get the maximal Cherenkov wavelength for photons in longitudinal profile.

Definition at line 126 of file ShowerSimData.h.

References fMaxCherenkovWavelength.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight().

double evt::ShowerSimData::GetMaxRadiusCut ( ) const

inline

Get the maximum radius cut used during shower generation.

This is the cut on maximum radius in the shower transverse plane. For Aires it corresonds to the second entry in the RLimsFile parameter. For Corsika showers, this value does not apply.

Definition at line 163 of file ShowerSimData.h.

References fMaxRadiusCut.

Referenced by testShowerImpl::CheckShowerSimDataValues().

double evt::ShowerSimData::GetMinCherenkovWavelength ( ) const

inline

Get the minimal Cherenkov wavelength for photons in longitudinal profile.

Definition at line 121 of file ShowerSimData.h.

References fMinCherenkovWavelength.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight().

double evt::ShowerSimData::GetMinRadiusCut ( ) const

inline

Get the minimum radius from shower axis for which there are valid particles in the shower.

This is the cut on minimum radius in the shower transverse plane. For Aires it corresponds to the first entry in the RLimsFile parameter. For Corsika it corresponds to the max radius cut for radial thinning (word 152 in the event header sub-block).

Definition at line 154 of file ShowerSimData.h.

References fMinRadiusCut.

Referenced by testShowerImpl::CheckShowerSimDataValues(), EventGeneratorOG::EventGenerator::FlagHoleStations(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), and testCorsikaShowerFile::testRead().

double evt::ShowerSimData::GetMuonNumber ( ) const

inline

Get the number of muons which reach ground level.

Definition at line 94 of file ShowerSimData.h.

References fMuonNumber.

double evt::ShowerSimData::GetMuonWeightScale ( ) const

inline

Get the muon weight scale.

Definition at line 99 of file ShowerSimData.h.

References fMuonWeightScale.

double evt::ShowerSimData::GetNmu ( ) const

inline

Definition at line 392 of file ShowerSimData.h.

References fNmu.

int evt::ShowerSimData::GetNSimCores ( ) const

inline

Definition at line 195 of file ShowerSimData.h.

References fSimCores.

Referenced by EventGeneratorOG::EventGenerator::Run().

const evt::GenParticle& evt::ShowerSimData::GetParticleTree ( ) const

inline

Get the tree of particles in the first few generations as simulated by the MC.

Definition at line 456 of file ShowerSimData.h.

References fParticleTree.

Referenced by io::ShowerSimData_ROOT::ShowerSimData_ROOT().

const utl::Point & evt::ShowerSimData::GetPosition ( ) const

Get the position of the shower core.

Definition at line 52 of file ShowerSimData.cc.

Referenced by FdSimEventCheckerOG::FdSimEventChecker::CalculateMinViewingAngle(), FdSimEventCheckerOG::FdSimEventChecker::CalculateXmaxViewingAngle(), SdRecPlotterOG::SdRecPlotter::DrawEvent(), otoa::FD2ADST::FillEyeSim(), LDFFinderOG::LDFFinder::FixCore(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::GetExternalGeometry(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), FdLightCollectionEfficiencyKG::SimMockEvent::PrepareEvent(), RdPolarGrid::RdPolarGrid::RRecShower(), MuonProfileBuilder::MuonProfileBuilder::Run(), RdStationSimPulseFinder::RdStationSimPulseFinder::Run(), RdStationSimulationRejector::RdStationSimulationRejector::Run(), ValidationNS::Validation::Run(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), EventGeneratorOG::EventGenerator::Run(), FdEventLoggerGS::FdEventLogger::Run(), LDFTestKG::LDFTest::Run(), TimeModelTestKG::TimeModelTest::Run(), RdHyperbolicWavefrontFit::RdHyperbolicWavefrontFit::Run(), SdSimpleSimKG::SdSimpleSim::Run(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::Run(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::Run(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), SdSimMuonNumberFitterNS::SdSimMuonNumberFitter::Run(), and UniversalityFitter::UniversalityFitter::Run().

int evt::ShowerSimData::GetPrimaryParticle ( ) const

inline

Get the type of the shower primary particle.

Definition at line 84 of file ShowerSimData.h.

References fPrimaryProperties.

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), io::ZHAireSFile::Read(), ProfileSimulatorOG::ProfileSimulator::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), PrimaryGeneratorKG::PrimaryGenerator::Run(), FdEventLoggerGS::FdEventLogger::Run(), TimeModelTestKG::TimeModelTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), testCorsikaShowerFile::testCherenkovShower(), testZHAireSFile::testRead(), testCONEXFile::testRead(), testArtificialShowerFile::testRead(), testREASFile::testRead(), testSenecaShowerFile::testRead(), and testCorsikaShowerFile::testRead().

RadioSimulation& evt::ShowerSimData::GetRadioSimulation ( )

inline

Get the radio simulation data.

Definition at line 440 of file ShowerSimData.h.

References fRadioSimulation.

Referenced by atm::SimShowerProfileModel::LazyInit(), io::ZHAireSFile::Read(), io::REASFile::Read(), io::SELFASFile::Read(), io::REASH5File::Read(), io::EVAFile::ReadRadioSimData(), RdStationSimulationRejector::RdStationSimulationRejector::Run(), RdStationAssociator::RdStationAssociator::Run(), RdVirtualStationNoiseImporter::RdVirtualStationNoiseImporter::Run(), EventGeneratorOG::EventGenerator::Run(), RdStationInterpolator::RdStationInterpolator::Run(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::Run(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), testEVAFile::testRead(), testZHAireSFile::testRead(), and testREASFile::testRead().

const RadioSimulation& evt::ShowerSimData::GetRadioSimulation ( ) const

inline

Definition at line 441 of file ShowerSimData.h.

References fRadioSimulation.

utl::CoordinateSystemPtr evt::ShowerSimData::GetShowerCoordinateSystem ( ) const

inline

Get the shower coordinate system. The origin of this coordinate system is the core GetPosition() of the shower. The z axis points opposite to the direction of motion of the primary particle (i.e., its 3-momentum is anti-parallel to the unit vector in z direction). The y axis is in the horizontal plane as defined by the local coordinate system. The x axis completes the system to a right-handed coordinate system.

This definition of the shower coordinate system uses the azimuth and zenith angle as the first two Euler angles in the construction of the coordinate transformation.

Note: This depends on having called MakeGeometry first. Check with HasGeometry to make sure

Definition at line 227 of file ShowerSimData.h.

References CheckGeometry(), and fShowerCS.

Referenced by otoa::SD2ADST::AddStations(), testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), otoa::MD2ADST::Convert(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), ShowerInventorNS::ShowerInventor::GetOneParticle(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), ShowerInventorAnalyzerNS::ShowerInventorAnalyzer::Run(), FdSimEventCheckerOG::FdSimEventChecker::Run(), FieldOfViewCalculatorKG::FieldOfViewCalculator::Run(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), ShowerInventorNS::ShowerInventor::Run(), SdSimpleSimKG::SdSimpleSim::Run(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::Run(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), UseMcGeometryOG::UseMcGeometry::SetSdGeometry(), UseMcGeometryOG::UseMcGeometry::SetSDP(), UseMcGeometryOG::UseMcGeometry::SetTimeFit(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), and un2::SimpleReco().

int evt::ShowerSimData::GetShowerNumber ( ) const

inline

Get the number of the shower in the file.

Definition at line 72 of file ShowerSimData.h.

References fShowerNumber.

Referenced by testShowerImpl::CheckShowerSimDataValues(), io::ZHAireSFile::Read(), EventGeneratorOG::EventGenerator::Run(), testCorsikaShowerFile::testCherenkovShower(), testEVAFile::testRead(), testZHAireSFile::testRead(), testArtificialShowerFile::testRead(), testREASFile::testRead(), testSenecaShowerFile::testRead(), and testCorsikaShowerFile::testRead().

std::string evt::ShowerSimData::GetShowerRunId ( ) const

inline

Get the run id for the shower.

Definition at line 78 of file ShowerSimData.h.

References fShowerRunId.

Referenced by testShowerImpl::CheckShowerSimDataValues(), io::ZHAireSFile::Read(), EventGeneratorOG::EventGenerator::Run(), testZHAireSFile::testRead(), testREASFile::testRead(), testArtificialShowerFile::testRead(), testCorsikaShowerFile::testRead(), and testSenecaShowerFile::testRead().

const utl::Point& evt::ShowerSimData::GetSimCore ( const int i ) const

inline

Definition at line 196 of file ShowerSimData.h.

References fSimCores.

Referenced by EventGeneratorOG::EventGenerator::Run().

const utl::TimeStamp& evt::ShowerSimData::GetTimeStamp ( ) const

inline

Get the TimeStamp of the absolute shower core-time.

Definition at line 399 of file ShowerSimData.h.

References fTimeStamp.

Referenced by LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), otoa::FD2ADST::FillEyeSim(), LDFFinderOG::LDFFinder::FixCore(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::OutputStats(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::OutputStats(), FieldOfViewCalculatorKG::FieldOfViewCalculator::Run(), LDFTestKG::LDFTest::Run(), UnderGrdInjectorAG::UnderGrdInjector::Run(), SdSimpleSimKG::SdSimpleSim::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), SdSimMuonNumberFitterNS::SdSimMuonNumberFitter::Run(), UniversalityFitter::UniversalityFitter::Run(), UseMcGeometryOG::UseMcGeometry::SetSdGeometry(), UseMcGeometryOG::UseMcGeometry::SetTimeFit(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

double evt::ShowerSimData::GetXFirst ( ) const

inline

Get depth of first interaction.

Definition at line 384 of file ShowerSimData.h.

References fXFirst.

Referenced by otoa::FD2ADST::FillEyeSim(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), UniversalityFitter::UniversalityFitter::Run(), and FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH().

double evt::ShowerSimData::GetXInject ( ) const

inline

Get depth particle injection.

Definition at line 388 of file ShowerSimData.h.

References fXInject.

Referenced by FieldOfViewCalculatorKG::FieldOfViewCalculator::Run().

double evt::ShowerSimData::GetXmaxMu ( ) const

inline

Definition at line 395 of file ShowerSimData.h.

References fXmaxMu.

Referenced by UniversalityFitter::UniversalityFitter::Run().

utl::ShowerParticleIterator evt::ShowerSimData::GroundCherenkovBegin ( const utl::AttributeMap & am ) const

inline

Definition at line 425 of file ShowerSimData.h.

References fGroundCherenkov, and GetGroundParticleCoordinateSystem().

Referenced by LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits().

utl::ShowerParticleIterator evt::ShowerSimData::GroundCherenkovEnd ( const utl::AttributeMap & am ) const

inline

Definition at line 427 of file ShowerSimData.h.

References fGroundCherenkov, and GetGroundParticleCoordinateSystem().

Referenced by LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits().

utl::ShowerParticleIterator evt::ShowerSimData::GroundParticlesBegin ( ) const

inline

Definition at line 412 of file ShowerSimData.h.

References fGroundParticles, GetGroundParticleCoordinateSystem(), and utl::ShowerParticleList::ParticlesBegin().

Referenced by CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), MuonProfileBuilder::MuonProfileBuilder::Run(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), testArtificialShowerFile::testParticleRead(), testSenecaShowerFile::testParticleRead(), and testCorsikaShowerFile::testParticleRead().

utl::ShowerParticleIterator evt::ShowerSimData::GroundParticlesEnd ( ) const

inline

Definition at line 414 of file ShowerSimData.h.

References fGroundParticles, GetGroundParticleCoordinateSystem(), and utl::ShowerParticleList::ParticlesEnd().

Referenced by CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), MuonProfileBuilder::MuonProfileBuilder::Run(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), testArtificialShowerFile::testParticleRead(), testSenecaShowerFile::testParticleRead(), and testCorsikaShowerFile::testParticleRead().

bool evt::ShowerSimData::HasAtmosphereParameters ( ) const

inline

Check if the Atmosphere profile used to simulate the shower is known.

Definition at line 380 of file ShowerSimData.h.

References fAtmosphereParameters.

Referenced by io::ShowerSimData_ROOT::ShowerSimData_ROOT().

bool evt::ShowerSimData::HasCherenkovBeamPhotons ( const int wavelength ) const

inline

Definition at line 292 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiObject< T, LabeledObjectType >::HasLabel().

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), and LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run().

bool evt::ShowerSimData::HasCherenkovBeamProductionPhotons ( const int wavelength ) const

inline

Definition at line 302 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiObject< T, LabeledObjectType >::HasLabel().

Referenced by ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight().

bool evt::ShowerSimData::HasCherenkovPhotons ( const int wavelength ) const

inline

Definition at line 282 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiObject< T, LabeledObjectType >::HasLabel().

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), and testShowerImpl::SetShowerSimDataValues().

bool evt::ShowerSimData::HasdEdX ( ) const

inline

Check initialization of the energy deposit.

Definition at line 263 of file ShowerSimData.h.

References eEnergyDeposit, and HasLongitudinalProfile().

Referenced by testShowerImpl::CheckShowerSimDataValues(), UserModule::PlotEnergyDeposit(), io::AiresShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), testShowerImpl::SetShowerSimDataValues(), and testCONEXFile::testProfileRead().

bool evt::ShowerSimData::HasDirection ( ) const

inline

Check initialization of shower geometry.

Definition at line 201 of file ShowerSimData.h.

References HasGeometry().

Referenced by GeometryGeneratorKG::GeometryGenerator::Run(), UseMcGeometryOG::UseMcGeometry::Run(), FdEventLoggerGS::FdEventLogger::Run(), LDFTestKG::LDFTest::Run(), and SdSimpleSimKG::SdSimpleSim::Run().

bool evt::ShowerSimData::HasFluorescencePhotons ( const int wavelength ) const

inline

Definition at line 272 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiObject< T, LabeledObjectType >::HasLabel().

Referenced by testShowerImpl::CheckShowerSimDataValues(), ShowerLightSimulatorKG::ShowerLightSimulator::FluorescenceLight(), LaserLightSimulatorNA::LaserLightSimulator::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), and testShowerImpl::SetShowerSimDataValues().

bool evt::ShowerSimData::HasGeometry ( ) const

inline

check initialization of shower geometry

Definition at line 143 of file ShowerSimData.h.

References fParticleCS.

Referenced by HasDirection(), HasPosition(), atm::SimShowerProfileModel::LazyInit(), ShowerInventorNS::ShowerInventor::Run(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

bool evt::ShowerSimData::HasGHParameters ( ) const

inline

Check initialization of the Gaisser-Hillas parameters.

Definition at line 373 of file ShowerSimData.h.

References fGHParameters.

Referenced by FdSimEventCheckerOG::FdSimEventChecker::CalculateXmaxViewingAngle(), otoa::FD2ADST::FillEyeSim(), io::FillShowerProfileDataFromConex(), io::AiresShowerFile::Read(), io::CorsikaShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), LDFTestKG::LDFTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), testZHAireSFile::testRead(), and testREASFile::testRead().

bool evt::ShowerSimData::HasGroundCherenkov ( const utl::AttributeMap & am ) const

inline

Definition at line 423 of file ShowerSimData.h.

References fGroundCherenkov.

Referenced by LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), and io::CorsikaShowerFile::Read().

bool evt::ShowerSimData::HasGroundParticles ( ) const

inline

Definition at line 410 of file ShowerSimData.h.

References fGroundParticles.

Referenced by io::ArtificialShowerFile::Read(), io::AiresShowerFile::Read(), io::SenecaShowerFile::Read(), io::CorsikaShowerFile::Read(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), testZHAireSFile::testRead(), and testREASFile::testRead().

bool evt::ShowerSimData::HasLaserData ( ) const

inline

Check initialization of the LaserData.

Definition at line 435 of file ShowerSimData.h.

References fLaserData.

Referenced by io::ShowerSimData_ROOT::operator>>(), LaserGeneratorNA::LaserGenerator::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), FdSimEventCheckerOG::FdSimEventChecker::Run(), FdEventLoggerGS::FdEventLogger::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), testShowerImpl::SetShowerSimDataValues(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

bool evt::ShowerSimData::HasLongitudinalProfile ( const ProfileType type = eCharged ) const

inline

Check initialization of the longitudinal profile.

Definition at line 251 of file ShowerSimData.h.

References fLongitudinalProfile, and utl::MultiObject< T, LabeledObjectType >::HasLabel().

Referenced by testShowerImpl::CheckShowerSimDataValues(), io::FillShowerProfileDataFromConex(), HasdEdX(), io::AiresShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), MuonProfileBuilder::MuonProfileBuilder::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), MCShowerCheckerOG::MCShowerChecker::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), LDFTestKG::LDFTest::Run(), TimeModelTestKG::TimeModelTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), UniversalityFitter::UniversalityFitter::Run(), testShowerImpl::SetShowerSimDataValues(), and testCONEXFile::testProfileRead().

bool evt::ShowerSimData::HasParticleTree ( ) const

inline

Check if the MC data have been filled in.

Definition at line 463 of file ShowerSimData.h.

References fParticleTree, and evt::GenParticle::GetParentId().

Referenced by io::FillShowerProfileDataFromConex(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

bool evt::ShowerSimData::HasPosition ( ) const

inline

Check initialization of shower geometry.

Definition at line 206 of file ShowerSimData.h.

References HasGeometry().

Referenced by RdStationInterpolator::RdStationInterpolator::BuildSimShower(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::BuildSimShower(), UseMcGeometryOG::UseMcGeometry::Run(), FdEventLoggerGS::FdEventLogger::Run(), LDFTestKG::LDFTest::Run(), and SdSimpleSimKG::SdSimpleSim::Run().

bool evt::ShowerSimData::HasRadioSimulation ( ) const

inline

Check initialization of the RadioSimulation.

Definition at line 444 of file ShowerSimData.h.

References fRadioSimulation.

Referenced by atm::SimShowerProfileModel::LazyInit(), io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::REASFile::Read(), io::REASH5File::Read(), io::EVAFile::ReadRadioSimData(), RdAntennaStationToChannelConverter::RdAntennaStationToChannelConverter::Run(), EventGeneratorOG::EventGenerator::Run(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), testEVAFile::testRead(), testZHAireSFile::testRead(), and testREASFile::testRead().

bool evt::ShowerSimData::HasTimeStamp ( ) const

inline

Check initialization of the TimeStamp.

Definition at line 401 of file ShowerSimData.h.

References fTimeStamp.

Referenced by EventGeneratorOG::EventGenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), and io::ShowerSimData_ROOT::ShowerSimData_ROOT().

PhotonIterator evt::ShowerSimData::LastCherenkovBeamProductionWavelength ( )

inline

Definition at line 365 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

ConstPhotonIterator evt::ShowerSimData::LastCherenkovBeamProductionWavelength ( ) const

inline

Definition at line 367 of file ShowerSimData.h.

References fCherenkovBeamProductionPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

PhotonIterator evt::ShowerSimData::LastCherenkovBeamWavelength ( )

inline

Definition at line 356 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

ConstPhotonIterator evt::ShowerSimData::LastCherenkovBeamWavelength ( ) const

inline

Definition at line 358 of file ShowerSimData.h.

References fCherenkovBeamPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

PhotonIterator evt::ShowerSimData::LastCherenkovWavelength ( )

inline

Definition at line 347 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

ConstPhotonIterator evt::ShowerSimData::LastCherenkovWavelength ( ) const

inline

Definition at line 349 of file ShowerSimData.h.

References fCherenkovPhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

PhotonIterator evt::ShowerSimData::LastFluorescenceWavelength ( )

inline

Definition at line 338 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

ConstPhotonIterator evt::ShowerSimData::LastFluorescenceWavelength ( ) const

inline

Definition at line 340 of file ShowerSimData.h.

References fFluorescencePhotons, and utl::MultiTabulatedFunction::TabulatedFunctionsEnd().

void evt::ShowerSimData::MakeAtmosphereParameters ( const evt::AtmosphereParameters & par )

Provide the parameters of the atmospheric profile used to simulate the shower.

Definition at line 154 of file ShowerSimData.cc.

References ERROR.

Referenced by io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::MakedEdX ( const utl::TabulatedFunction & dEdX )

inline

Make the energy deposit of the shower.

Definition at line 265 of file ShowerSimData.h.

References eEnergyDeposit, and MakeLongitudinalProfile().

Referenced by io::AiresShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), ProfileSimulatorOG::ProfileSimulator::Run(), FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::MakeGeometry ( const utl::Point & anyPointOnShowerAxis )

initialize the shower geometry. Pos is a point on the shower axis, but not necessarily the core

Create the shower geometry

Note: This function defined the core, direction, shower coordinate system, ground particle coordinate system and also the local auger coordinade system. The zenith and azimuth must be defined before and cannot be changed afterwards. Also the shower position cannot be moved afterwards.

Definition at line 83 of file ShowerSimData.cc.

References fwk::LocalCoordinateSystemConstructor< Policy >::Create(), ERROR, utl::TransformerConstructor< Policy >::RotationY(), and utl::TransformerConstructor< Policy >::RotationZ().

Referenced by RdStationInterpolator::RdStationInterpolator::BuildSimShower(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::BuildSimShower(), FdLightCollectionEfficiencyKG::SimMockEvent::FillSimEvent(), EventGeneratorOG::EventGenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), testShowerImpl::SetShowerSimDataValues(), SDenseDetectorTestBasic::testBasic1(), SDenseDetectorTestAzimuth::testBasicAzimuth(), SDenseDetectorTestZenith::testBasicZenith(), testCorsikaShowerFile::testCherenkovShower(), testArtificialShowerFile::testParticleRead(), testSenecaShowerFile::testParticleRead(), testCorsikaShowerFile::testParticleRead(), testEVAFile::testRead(), testZHAireSFile::testRead(), testCONEXFile::testRead(), testREASFile::testRead(), testArtificialShowerFile::testRead(), testSenecaShowerFile::testRead(), testCorsikaShowerFile::testRead(), and testShowerImpl::testShowerSimDataNoGeometry().

void evt::ShowerSimData::MakeGHParameters ( const evt::VGaisserHillasParameter & ghPar )

Make the Gaisser-Hillas parameters of the shower.

Definition at line 144 of file ShowerSimData.cc.

References evt::VGaisserHillasParameter::Clone(), and ERROR.

Referenced by io::FillShowerProfileDataFromConex(), FdLightCollectionEfficiencyKG::SimMockEvent::FillSimEvent(), io::ShowerSimData_ROOT::operator>>(), io::AiresShowerFile::Read(), io::CorsikaShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), and ProfileSimulatorOG::ProfileSimulator::Run().

void evt::ShowerSimData::MakeGroundCherenkov ( const utl::AttributeMap & am )

Definition at line 127 of file ShowerSimData.cc.

References ERROR.

Referenced by io::CorsikaShowerFile::Read().

void evt::ShowerSimData::MakeGroundParticles ( )

Definition at line 117 of file ShowerSimData.cc.

References ERROR.

Referenced by io::ArtificialShowerFile::Read(), io::AiresShowerFile::Read(), io::SenecaShowerFile::Read(), io::CorsikaShowerFile::Read(), and ShowerInventorNS::ShowerInventor::Run().

void evt::ShowerSimData::MakeLaserData ( )

Make the LaserData.

Definition at line 206 of file ShowerSimData.cc.

References ERROR.

Referenced by io::ShowerSimData_ROOT::operator>>(), LaserGeneratorNA::LaserGenerator::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::MakeLongitudinalProfile	(	const utl::TabulatedFunction &	lp,
		const ProfileType	type = `eCharged`
	)

inline

Make the longitudinal charge profile of the shower.

Definition at line 255 of file ShowerSimData.h.

References utl::MultiTabulatedFunction::AddTabulatedFunction(), and fLongitudinalProfile.

Referenced by io::FillShowerProfileDataFromConex(), MakedEdX(), io::AiresShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), MuonProfileBuilder::MuonProfileBuilder::Run(), ProfileSimulatorOG::ProfileSimulator::Run(), FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::MakeLongitudinalProfile ( const ProfileType type = eCharged )

inline

Definition at line 257 of file ShowerSimData.h.

References utl::MultiTabulatedFunction::AddTabulatedFunction(), and fLongitudinalProfile.

void evt::ShowerSimData::MakeRadioSimulation ( )

Make the RadioSimulation.

Definition at line 216 of file ShowerSimData.cc.

References ERROR.

Referenced by io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::REASFile::Read(), io::SELFASFile::Read(), io::REASH5File::Read(), and io::EVAFile::ReadRadioSimData().

void evt::ShowerSimData::MakeTimeStamp ( const utl::TimeStamp & ts )

Make the TimeStamp of the shower.

Definition at line 164 of file ShowerSimData.cc.

References ERROR.

Referenced by io::ShowerSimData_ROOT::operator>>(), FdLightCollectionEfficiencyKG::SimMockEvent::PrepareEvent(), io::ZHAireSFile::Read(), EventGeneratorOG::EventGenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), RdStationInterpolator::RdStationInterpolator::Run(), and RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::Run().

void evt::ShowerSimData::SetCalorimetricEnergy ( const double energy )

inline

Set the calorimetric energy of the shower.

Definition at line 106 of file ShowerSimData.h.

References fCalorimetricEnergy.

Referenced by io::FillShowerProfileDataFromConex(), io::ShowerSimData_ROOT::operator>>(), and io::CorsikaShowerFile::ReadProfile().

void evt::ShowerSimData::SetDistanceOfShowerMaximum ( const double parDistance )

inline

Set the geometrical distance of the shower maximum from the core.

Definition at line 453 of file ShowerSimData.h.

References fDistanceOfShowerMaximum.

Referenced by io::ShowerSimData_ROOT::operator>>(), io::REASFile::Read(), and io::REASH5File::Read().

void evt::ShowerSimData::SetElectromagneticEnergy ( const double energy )

inline

Set the electromagnetic energy of the shower.

Definition at line 112 of file ShowerSimData.h.

References fElectromagneticEnergy.

Referenced by io::ShowerSimData_ROOT::operator>>(), and io::CorsikaShowerFile::ReadProfile().

void evt::ShowerSimData::SetEnergy ( const double theEnergy )

inline

Set the energy of the shower primary particle.

Definition at line 91 of file ShowerSimData.h.

References fEnergy.

Referenced by io::FillShowerSimDataFromConex(), io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::ArtificialShowerFile::Read(), io::SenecaShowerFile::Read(), io::AiresShowerFile::Read(), io::SELFASFile::Read(), io::EVAFile::ReadShowerData(), ProfileSimulatorOG::ProfileSimulator::Run(), PrimaryGeneratorKG::PrimaryGenerator::Run(), LaserGeneratorNA::LaserGenerator::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::SetEnergyCutoff	(	const double	energy,
		const ProfileType	type = `eElectron`
	)

Set the enegy cutoff for which the profile of charged particles was calculated.

Definition at line 189 of file ShowerSimData.cc.

References cevt::StationConstants::eElectron, and cevt::StationConstants::eMuon.

Referenced by io::FillShowerProfileDataFromConex(), FdLightCollectionEfficiencyKG::SimMockEvent::FillSimEvent(), io::ShowerSimData_ROOT::operator>>(), and ProfileSimulatorOG::ProfileSimulator::Run().

void evt::ShowerSimData::SetGroundParticleCoordinateSystemAzimuth ( const double azimuth )

Set the azimuth angle of the shower. Angle in x-y plane wrt. to the x axis (0 is from east).

Definition at line 41 of file ShowerSimData.cc.

References ERROR.

Referenced by io::FillShowerSimDataFromConex(), FdLightCollectionEfficiencyKG::SimMockEvent::FillSimEvent(), EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::ArtificialShowerFile::Read(), io::SenecaShowerFile::Read(), io::AiresShowerFile::Read(), io::SELFASFile::Read(), io::EVAFile::ReadShowerData(), GeometryGeneratorKG::GeometryGenerator::Run(), LaserGeneratorNA::LaserGenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), testShowerImpl::SetShowerSimDataValues(), SDenseDetectorTestBasic::testBasic1(), SDenseDetectorTestAzimuth::testBasicAzimuth(), and SDenseDetectorTestZenith::testBasicZenith().

void evt::ShowerSimData::SetGroundParticleCoordinateSystemZenith ( const double zenith )

Set the zenith angle of the shower. Room angle between z-axis and direction from where the shower is coming from (0 is vertical).

Create and set the shower direction

Note: The definition of direction and angles is as follows: zenith is the angle between the normal (z-axis) and the shower incoming direction (0 is vertical). Azimuth is the angle in the x-y-plane with respect to the x-axis. The shower direction is the true direction of movement of the shower (NOT the direction from where the shower is coming from).

Definition at line 30 of file ShowerSimData.cc.

References ERROR.

Referenced by io::FillShowerSimDataFromConex(), FdLightCollectionEfficiencyKG::SimMockEvent::FillSimEvent(), EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::ArtificialShowerFile::Read(), io::SenecaShowerFile::Read(), io::AiresShowerFile::Read(), io::SELFASFile::Read(), io::EVAFile::ReadShowerData(), GeometryGeneratorKG::GeometryGenerator::Run(), LaserGeneratorNA::LaserGenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), testShowerImpl::SetShowerSimDataValues(), SDenseDetectorTestBasic::testBasic1(), SDenseDetectorTestAzimuth::testBasicAzimuth(), and SDenseDetectorTestZenith::testBasicZenith().

void evt::ShowerSimData::SetMagneticFieldAzimuth ( const double magneticFieldAzimuth )

inline

Set the azimuth angle of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 177 of file ShowerSimData.h.

References utl::degree, and fMagneticFieldDeclination.

void evt::ShowerSimData::SetMagneticFieldDeclination ( const double magneticFieldDeclination )

inline

Set the declination of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 187 of file ShowerSimData.h.

References fMagneticFieldDeclination.

Referenced by io::ShowerSimData_ROOT::operator>>(), io::REASFile::Read(), and io::REASH5File::Read().

void evt::ShowerSimData::SetMagneticFieldInclination ( const double magneticFieldInclination )

inline

Set the inclination of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 182 of file ShowerSimData.h.

References fMagneticFieldInclination.

Referenced by io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetMagneticFieldStrength ( const double magneticFieldStrength )

inline

Set the absolute strength of the Earth's magnetic field used in CORSIKA/REAS simulation.

Definition at line 192 of file ShowerSimData.h.

References fMagneticFieldStrength.

Referenced by io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetMaxCherenkovWavelength ( const double wl )

inline

Set the maximum Cherenkov wavelength for photons in longitudinal profile.

Definition at line 128 of file ShowerSimData.h.

References fMaxCherenkovWavelength.

Referenced by io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetMaxRadiusCut ( const double maxR )

inline

Definition at line 165 of file ShowerSimData.h.

References fMaxRadiusCut.

Referenced by io::ShowerSimData_ROOT::operator>>(), io::AiresShowerFile::Read(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::SetMinCherenkovWavelength ( const double wl )

inline

Set the maximum Cherenkov wavelength for photons in longitudinal profile.

Definition at line 123 of file ShowerSimData.h.

References fMinCherenkovWavelength.

Referenced by io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetMinRadiusCut ( const double minR )

inline

Set the minimum radius cut.

Definition at line 156 of file ShowerSimData.h.

References fMinRadiusCut.

Referenced by EventGeneratorOG::EventGenerator::FlagHoleStations(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), io::ShowerSimData_ROOT::operator>>(), io::AiresShowerFile::Read(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::SetMuonNumber ( const double nmuon )

inline

Set the number of muons which reach ground level.

Definition at line 96 of file ShowerSimData.h.

References fMuonNumber.

Referenced by io::ShowerSimData_ROOT::operator>>(), and io::AiresShowerFile::Read().

void evt::ShowerSimData::SetMuonWeightScale ( const double scale )

inline

Set the muon weight scale.

Definition at line 101 of file ShowerSimData.h.

References fMuonWeightScale.

Referenced by CachedXShowerRegeneratorAG::CachedXShowerRegenerator::InitNewShower(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::InitNewShower(), and io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetNmu ( const double Nmu )

inline

Definition at line 393 of file ShowerSimData.h.

References fNmu.

Referenced by io::ShowerSimData_ROOT::operator>>(), UniversalityFitter::UniversalityFitter::Run(), and un2::SimpleReco().

void evt::ShowerSimData::SetParticleTree ( const evt::GenParticle & partTree )

inline

Set the tree of particles in the first few generations.

Definition at line 459 of file ShowerSimData.h.

References fParticleTree.

Referenced by io::FillShowerProfileDataFromConex(), and io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetPrimaryParticle ( const int type )

Set the type of the shower primary particle.

Definition at line 137 of file ShowerSimData.cc.

References utl::ObjectFactory< ObjPtrType, IdentType, CreatType, FactoryErrorPolicy >::Create().

Referenced by io::FillShowerSimDataFromConex(), io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::ArtificialShowerFile::Read(), io::SenecaShowerFile::Read(), io::AiresShowerFile::Read(), io::SELFASFile::Read(), io::EVAFile::ReadShowerData(), PrimaryGeneratorKG::PrimaryGenerator::Run(), LaserGeneratorNA::LaserGenerator::Run(), ShowerInventorNS::ShowerInventor::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::SetShowerNumber ( const int sid )

inline

Set the number of the shower in the file This is normally set by the shower generator (Aires, Corsika, etc)

Definition at line 75 of file ShowerSimData.h.

References fShowerNumber.

Referenced by io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::ArtificialShowerFile::Read(), io::AiresShowerFile::Read(), io::REASFile::Read(), io::SenecaShowerFile::Read(), io::CONEXFile::Read(), io::REASH5File::Read(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::SetShowerRunId ( const std::string srid )

inline

Set the run id for the shower This is normally set by the shower generator (Aires, Corsika, etc.)

Definition at line 81 of file ShowerSimData.h.

References fShowerRunId.

Referenced by io::ShowerSimData_ROOT::operator>>(), io::ZHAireSFile::Read(), io::ArtificialShowerFile::Read(), io::AiresShowerFile::Read(), io::SenecaShowerFile::Read(), io::CONEXFile::Read(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), and testShowerImpl::SetShowerSimDataValues().

void evt::ShowerSimData::SetXFirst ( const double xFirst )

inline

Set depth of first interaction.

Definition at line 386 of file ShowerSimData.h.

References fXFirst.

Referenced by io::FillShowerProfileDataFromConex(), io::ShowerSimData_ROOT::operator>>(), io::AiresShowerFile::Read(), and FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH().

void evt::ShowerSimData::SetXInject ( const double xInject )

inline

Set depth of particle injection.

Definition at line 390 of file ShowerSimData.h.

References fXInject.

Referenced by io::FillShowerProfileDataFromConex(), and io::ShowerSimData_ROOT::operator>>().

void evt::ShowerSimData::SetXmaxMu ( const double XmaxMu )

inline

Definition at line 396 of file ShowerSimData.h.

References fXmaxMu.

Referenced by io::ShowerSimData_ROOT::operator>>(), and MuonProfileBuilder::MuonProfileBuilder::Run().

Friends And Related Function Documentation

friend class evt::Event

friend

Definition at line 529 of file ShowerSimData.h.

friend class io::ShowerSimData_ROOT

friend

Definition at line 531 of file ShowerSimData.h.

friend class utl::LameShadowPtr< ShowerSimData >

friend

Definition at line 530 of file ShowerSimData.h.

Member Data Documentation

utl::ShadowPtr<evt::AtmosphereParameters> evt::ShowerSimData::fAtmosphereParameters

private

Definition at line 518 of file ShowerSimData.h.

Referenced by GetAtmosphereParameters(), and HasAtmosphereParameters().

utl::ShadowPtr<utl::Vector> evt::ShowerSimData::fCachedDirection

mutableprivate

Definition at line 527 of file ShowerSimData.h.

utl::ShadowPtr<utl::Point> evt::ShowerSimData::fCachedPosition

mutableprivate

Definition at line 526 of file ShowerSimData.h.

double evt::ShowerSimData::fCalorimetricEnergy = 0

private

Definition at line 479 of file ShowerSimData.h.

Referenced by GetCalorimetricEnergy(), and SetCalorimetricEnergy().

utl::MultiTabulatedFunction evt::ShowerSimData::fCherenkovBeamPhotons

private

Definition at line 511 of file ShowerSimData.h.

Referenced by AddCherenkovBeamPhotons(), FirstCherenkovBeamWavelength(), GetCherenkovBeamPhotons(), HasCherenkovBeamPhotons(), LastCherenkovBeamWavelength(), and io::ShowerSimData_ROOT::operator>>().

utl::MultiTabulatedFunction evt::ShowerSimData::fCherenkovBeamProductionPhotons

private

Definition at line 512 of file ShowerSimData.h.

Referenced by AddCherenkovBeamProductionPhotons(), FirstCherenkovBeamProductionWavelength(), GetCherenkovBeamProductionPhotons(), HasCherenkovBeamProductionPhotons(), LastCherenkovBeamProductionWavelength(), and io::ShowerSimData_ROOT::operator>>().

utl::MultiTabulatedFunction evt::ShowerSimData::fCherenkovPhotons

private

Definition at line 510 of file ShowerSimData.h.

Referenced by AddCherenkovPhotons(), FirstCherenkovWavelength(), GetCherenkovPhotons(), HasCherenkovPhotons(), LastCherenkovWavelength(), and io::ShowerSimData_ROOT::operator>>().

double evt::ShowerSimData::fDistanceOfShowerMaximum = std::numeric_limits<double>::quiet_NaN()

private

Definition at line 496 of file ShowerSimData.h.

Referenced by GetDistanceOfShowerMaximum(), and SetDistanceOfShowerMaximum().

double evt::ShowerSimData::fElectromagneticEnergy = 0

private

Definition at line 480 of file ShowerSimData.h.

Referenced by GetElectromagneticEnergy(), and SetElectromagneticEnergy().

double evt::ShowerSimData::fEnergy = 0

private

Definition at line 476 of file ShowerSimData.h.

Referenced by GetEnergy(), and SetEnergy().

double evt::ShowerSimData::fEnergyCutoff = 0

private

Definition at line 483 of file ShowerSimData.h.

double evt::ShowerSimData::fEnergyCutoffMuon = 0

private

Definition at line 484 of file ShowerSimData.h.

utl::MultiTabulatedFunction evt::ShowerSimData::fFluorescencePhotons

private

Definition at line 509 of file ShowerSimData.h.

Referenced by AddFluorescencePhotons(), FirstFluorescenceWavelength(), GetFluorescencePhotons(), HasFluorescencePhotons(), LastFluorescenceWavelength(), and io::ShowerSimData_ROOT::operator>>().

utl::ShadowPtr<evt::VGaisserHillasParameter> evt::ShowerSimData::fGHParameters

private

Definition at line 517 of file ShowerSimData.h.

Referenced by GetGHParameters(), and HasGHParameters().

std::map<utl::AttributeMap, utl::ShadowPtr<utl::ShowerParticleList> > evt::ShowerSimData::fGroundCherenkov

private

Definition at line 473 of file ShowerSimData.h.

Referenced by GetGroundCherenkov(), GetGroundCherenkovDataBegin(), GetGroundCherenkovDataEnd(), GroundCherenkovBegin(), GroundCherenkovEnd(), and HasGroundCherenkov().

double evt::ShowerSimData::fGroundParticleCoordinateSystemAzimuth = 0

private

Definition at line 481 of file ShowerSimData.h.

Referenced by GetGroundParticleCoordinateSystemAzimuth().

double evt::ShowerSimData::fGroundParticleCoordinateSystemZenith = 0

private

Definition at line 482 of file ShowerSimData.h.

Referenced by GetGroundParticleCoordinateSystemZenith().

utl::ShadowPtr<utl::ShowerParticleList> evt::ShowerSimData::fGroundParticles

private

Definition at line 472 of file ShowerSimData.h.

Referenced by GetGroundParticles(), GroundParticlesBegin(), GroundParticlesEnd(), and HasGroundParticles().

utl::LameShadowPtr<LaserData> evt::ShowerSimData::fLaserData

private

Definition at line 520 of file ShowerSimData.h.

Referenced by GetLaserData(), HasLaserData(), and io::ShowerSimData_ROOT::operator>>().

utl::CoordinateSystemPtr evt::ShowerSimData::fLocalCS

private

Definition at line 503 of file ShowerSimData.h.

Referenced by GetLocalCoordinateSystem(), and io::ShowerSimData_ROOT::operator>>().

utl::MultiTabulatedFunction evt::ShowerSimData::fLongitudinalProfile

private

Definition at line 508 of file ShowerSimData.h.

Referenced by GetLongitudinalProfile(), HasLongitudinalProfile(), MakeLongitudinalProfile(), and io::ShowerSimData_ROOT::operator>>().

double evt::ShowerSimData::fMagneticFieldDeclination = 0

private

Definition at line 490 of file ShowerSimData.h.

Referenced by GetMagneticFieldAzimuth(), GetMagneticFieldDeclination(), SetMagneticFieldAzimuth(), and SetMagneticFieldDeclination().

double evt::ShowerSimData::fMagneticFieldInclination = 0

private

Definition at line 489 of file ShowerSimData.h.

Referenced by GetMagneticFieldInclination(), GetMagneticFieldZenith(), and SetMagneticFieldInclination().

double evt::ShowerSimData::fMagneticFieldStrength = 0

private

Definition at line 491 of file ShowerSimData.h.

Referenced by GetMagneticFieldStrength(), and SetMagneticFieldStrength().

double evt::ShowerSimData::fMaxCherenkovWavelength = 0

private

Definition at line 486 of file ShowerSimData.h.

Referenced by GetMaxCherenkovWavelength(), and SetMaxCherenkovWavelength().

double evt::ShowerSimData::fMaxRadiusCut = 0

private

Definition at line 488 of file ShowerSimData.h.

Referenced by GetMaxRadiusCut(), and SetMaxRadiusCut().

double evt::ShowerSimData::fMinCherenkovWavelength = 0

private

Definition at line 485 of file ShowerSimData.h.

Referenced by GetMinCherenkovWavelength(), and SetMinCherenkovWavelength().

double evt::ShowerSimData::fMinRadiusCut = 0

private

Definition at line 487 of file ShowerSimData.h.

Referenced by GetMinRadiusCut(), and SetMinRadiusCut().

double evt::ShowerSimData::fMuonNumber = 0

private

Definition at line 477 of file ShowerSimData.h.

Referenced by GetMuonNumber(), and SetMuonNumber().

double evt::ShowerSimData::fMuonWeightScale = 0

private

Definition at line 478 of file ShowerSimData.h.

Referenced by GetMuonWeightScale(), and SetMuonWeightScale().

double evt::ShowerSimData::fNmu = 0

private

Definition at line 500 of file ShowerSimData.h.

Referenced by GetNmu(), and SetNmu().

utl::CoordinateSystemPtr evt::ShowerSimData::fParticleCS

private

Definition at line 504 of file ShowerSimData.h.

Referenced by GetGroundParticleCoordinateSystem(), HasGeometry(), and io::ShowerSimData_ROOT::operator>>().

evt::GenParticle evt::ShowerSimData::fParticleTree

private

Definition at line 524 of file ShowerSimData.h.

Referenced by GetParticleTree(), HasParticleTree(), and SetParticleTree().

utl::ParticlePropertiesPtr evt::ShowerSimData::fPrimaryProperties

private

Definition at line 475 of file ShowerSimData.h.

Referenced by GetPrimaryParticle().

utl::LameShadowPtr<RadioSimulation> evt::ShowerSimData::fRadioSimulation

private

Definition at line 522 of file ShowerSimData.h.

Referenced by GetRadioSimulation(), HasRadioSimulation(), and io::ShowerSimData_ROOT::operator>>().

utl::CoordinateSystemPtr evt::ShowerSimData::fShowerCS

private

Definition at line 505 of file ShowerSimData.h.

Referenced by GetShowerCoordinateSystem(), and io::ShowerSimData_ROOT::operator>>().

utl::ShadowPtr<evt::VShowerGeometryProducer> evt::ShowerSimData::fShowerGeometryProducer

private

Definition at line 471 of file ShowerSimData.h.

int evt::ShowerSimData::fShowerNumber = 0

private

Definition at line 492 of file ShowerSimData.h.

Referenced by GetShowerNumber(), and SetShowerNumber().

std::string evt::ShowerSimData::fShowerRunId

private

Definition at line 493 of file ShowerSimData.h.

Referenced by GetShowerRunId(), and SetShowerRunId().

std::vector<utl::Point> evt::ShowerSimData::fSimCores

private

Definition at line 498 of file ShowerSimData.h.

Referenced by GetNSimCores(), and GetSimCore().

utl::ShadowPtr<utl::TimeStamp> evt::ShowerSimData::fTimeStamp

private

Definition at line 507 of file ShowerSimData.h.

Referenced by GetTimeStamp(), and HasTimeStamp().

double evt::ShowerSimData::fXFirst = 0

private

Definition at line 494 of file ShowerSimData.h.

Referenced by GetXFirst(), and SetXFirst().

double evt::ShowerSimData::fXInject = 0

private

Definition at line 495 of file ShowerSimData.h.

Referenced by GetXInject(), and SetXInject().

double evt::ShowerSimData::fXmaxMu = 0

private

Definition at line 501 of file ShowerSimData.h.

Referenced by GetXmaxMu(), and SetXmaxMu().

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

Public Types

Public Member Functions

Private Member Functions

Private Attributes

Friends

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation