Fluorescence yield calculation based. More...

#include <Kakimoto1996FluorescenceModel.h>

Inheritance diagram for atm::Kakimoto1996FluorescenceModel:

Public Member Functions
const utl::TabulatedFunction &	EvaluateFluorescenceYield (const double heightAboveSeaLevel) const

double	GetdEdX0 () const

virtual double	GetDeExcitationTime (const double height) const

const std::vector< double > &	GetWavelengths () const

bool	HasData () const
	True if a data source is for the given model. More...

void	Init ()

	Kakimoto1996FluorescenceModel ()

virtual void	SetUncertaintyBound (const double nSigma) const
	alter Model by nSigma standard deviations More...

virtual	~Kakimoto1996FluorescenceModel ()

Private Member Functions
	REGISTER_MODEL (atm::VFluorescenceModel,"Kakimoto1996", Kakimoto1996FluorescenceModel)

Private Attributes
int	fBin391

utl::TabulatedFunction	fFluorescenceSpectrum

std::vector< double >	fFluorescenceYield

std::vector< double >	fFY

double	fTotalLight

std::vector< double >	fWaveband

std::vector< double >	fWavelength

Detailed Description

Fluorescence yield calculation based.

  "atm/Kakimoto1996FluorescenceModel.h"

Based on the model from Kakimoto et al, NIM A372, 527 (1996)

The physics of the fluorescence yield calculation implemented here is described in detail in the Auger note GAP-2002-067, by Bruce Dawson.

Author: Stefano Argiro'; Michela Chiosso; Luis Prado Jr

Date: Jan 2004

Definition at line 38 of file Kakimoto1996FluorescenceModel.h.

Constructor & Destructor Documentation

atm::Kakimoto1996FluorescenceModel::Kakimoto1996FluorescenceModel ( )

inline

Definition at line 42 of file Kakimoto1996FluorescenceModel.h.

virtual atm::Kakimoto1996FluorescenceModel::~Kakimoto1996FluorescenceModel ( )

inlinevirtual

Definition at line 44 of file Kakimoto1996FluorescenceModel.h.

Member Function Documentation

const utl::TabulatedFunction & Kakimoto1996FluorescenceModel::EvaluateFluorescenceYield ( const double heightAboveSeaLevel ) const

virtual

Implements atm::VFluorescenceModel.

Definition at line 79 of file Kakimoto1996FluorescenceModel.cc.

References utl::TabulatedFunction::Begin(), utl::cm3, utl::TabulatedFunction::End(), atm::Atmosphere::EvaluateDensityVsHeight(), atm::Atmosphere::EvaluateTemperatureVsHeight(), utl::g, sqrt(), and atm::ProfileResult::Y().

double Kakimoto1996FluorescenceModel::GetdEdX0 ( ) const

virtual

Implements atm::VFluorescenceModel.

Definition at line 128 of file Kakimoto1996FluorescenceModel.cc.

References utl::cm, utl::g, and utl::MeV.

double VFluorescenceModel::GetDeExcitationTime ( const double height ) const

virtualinherited

Definition at line 17 of file VFluorescenceModel.cc.

References RdGeoCeLDFFitter::a, utl::m, and utl::ns.

const std::vector< double > & Kakimoto1996FluorescenceModel::GetWavelengths ( ) const

virtual

Implements atm::VFluorescenceModel.

Definition at line 71 of file Kakimoto1996FluorescenceModel.cc.

bool atm::Kakimoto1996FluorescenceModel::HasData ( ) const

inlinevirtual

True if a data source is for the given model.

This method is meant to be checked to determine whether the given model is able to find valid data to evaluate. Typically it will always be true for parametric models which rely on an XML file, and will be true or false for database-based models, depending on whether or not relevant data are found in the DB for the current detector time

Implements atm::VModel.

Definition at line 54 of file Kakimoto1996FluorescenceModel.h.

void Kakimoto1996FluorescenceModel::Init ( void )

virtual

Implements atm::VModel.

Definition at line 33 of file Kakimoto1996FluorescenceModel.cc.

References FATAL, utl::Branch::GetChild(), utl::Branch::GetData(), utl::Branch::GetTopBranch(), and utl::nanometer.