PhysicalFunctions.h File Reference

#include <cmath>
#include <utl/Math.h>
#include <utl/PhysicalConstants.h>

Go to the source code of this file.

Namespaces
	utl
	utl::GumbelXmax
	utl::InvisibleEnergy
	utl::RefractionIndex
	utl::ssd
	utl::wcd
	utl::XmaxParam

Enumerations
enum	utl::InvisibleEnergy::ECompositionModel { utl::InvisibleEnergy::eMixedComposition, utl::InvisibleEnergy::eProton, utl::InvisibleEnergy::eIron, utl::InvisibleEnergy::eData }
enum	utl::InvisibleEnergy::EInteractionModel { utl::InvisibleEnergy::eQGSJET01, utl::InvisibleEnergy::eSIBYLL21, utl::InvisibleEnergy::eDATA }
enum	utl::wcd::ESignalVarianceModel { utl::wcd::eGAP2012_012, utl::wcd::eGAP2014_035 }
enum	utl::ssd::ESignalVarianceModel { utl::ssd::eGAP2018_025, utl::ssd::eGAP2019_000 }
enum	utl::HadronicInteractionModel { utl::eQGSJETII04, utl::eEPOSLHC, utl::eSibyll23d }

Functions
double	utl::Beta (const double energy)
	Calculate the electron energy versus the relativistic beta. More...
double	utl::CherenkovThreshold (const double nRef)
	Calculate the electron Cherenkov threshold energy for refraction index. More...
double	utl::RefractionIndex::Ciddor95 (const double wl, const double temperature, const double pressure, const double vaporPressure)
	Wavelength-dependent index of refraction for humid air. More...
double	utl::ElectronsAboveCut (const double enCut)
	Fraction of electrons above energy cutoff enCut (in MeV) at age = 1. More...
double	utl::Energy (const double beta)
	Calculate the electron energy for a relativistic beta. More...
double	utl::EnergyDeposit (const double depthX, const double xMax, const double enCut)
	Parametrization for the average energy deposit per particle. More...
double	utl::EnergyDeposit (const double age, const double enCut)
	Parametrization for the average energy deposit per particle. More...
double	utl::InvisibleEnergy::EnergyLimits (const double energy)
double	utl::InvisibleEnergy::Factor (const double Eem, const EInteractionModel iMod, const ECompositionModel iCompo, const double CosTheta)
	invisible energy factor, finv=Etot/Eem, given Eem. CosTheta only needed when using data driven estimation More...
double	utl::InvisibleEnergy::FactorDerivative (const double Eem, const EInteractionModel iMod, const ECompositionModel iCompo, const double CosTheta)
	derivative of invisible energy factor dfinv/dEem given Eem. CosTheta only needed when using data driven estimation More...
double	utl::InvisibleEnergy::FactorVariance (const double eCal, const double eTot)
const double *	utl::InvisibleEnergy::FitParameters (const ECompositionModel composition)
double	utl::GaisserHillas (const double x, const double x0, const double xMax, const double nMax, const double lambda)
	Calculate the Gaisser-Hillas function. More...
template<int side>
double	utl::GaisserHillasInverse (const double n, const double x0, const double xMax, const double nMax, const double lambda)
double	utl::RefractionIndex::GladstoneDale (const double density, const double densityAtSeaLevel=kAirDensitySeaLevel, const double refractiveIndexAtSeaLevel=kRefractiveIndexSeaLevel)
	Calculate the refraction index for a given density. More...
double	utl::GoraCDF (const double rStar, const double age)
double	utl::GoraPDF (const double rStar, const double age)
double	utl::InverseGoraCDF (const double fraction, const double age)
double	utl::GumbelXmax::Lambda (const double energy, const double massNumber, const HadronicInteractionModel hadModel)
double	utl::RefractionIndex::LorentzLorentz (const double verticalDepth)
	Calculate the refraction index for a given depth. More...
double	utl::XmaxParam::Mean (const double energy, const double massNumber, const HadronicInteractionModel hadModel)
double	utl::InvisibleEnergy::ModelFactor (const EInteractionModel interaction, const ECompositionModel composition)
double	utl::MoliereRadius (const double temperature, const double pressure, const double cosTheta=0)
	The Moliere Radius (2 radiation length above obs-level, GAP-1998-002) More...
double	utl::GumbelXmax::Mu (const double energy, const double massNumber, const HadronicInteractionModel hadModel)
double	utl::wcd::PoissonFactor (const double sigmaFactor)
double	utl::ssd::PoissonFactor (const double sigmaFactor)
bool	utl::QuadraticMaximumInterpolation (const std::vector< double > &x, const std::vector< double > &y, double &xMax, double &yMax)
double	utl::SaturationVaporPressure (const double temperature)
	Evaluate the saturation vapor pressure over ice or water. More...
double	utl::ShowerAge (const double slantDepth, const double showerMax)
	General definition of shower age. More...
double	utl::GumbelXmax::Sigma (const double energy, const double massNumber, const HadronicInteractionModel hadModel)
double	utl::wcd::SignalUncertainty (const ESignalVarianceModel model, const double cosTheta, const double signal)
double	utl::ssd::SignalUncertainty (const ESignalVarianceModel model, const double cosTheta, const double signal)
double	utl::wcd::SignalUncertaintyFactor (const ESignalVarianceModel model, const double cosTheta)
double	utl::ssd::SignalUncertaintyFactor (const ESignalVarianceModel model, const double cosTheta)
double	utl::XmaxParam::StandardDeviation (const double energy, const double massNumber, const HadronicInteractionModel hadModel)
double	utl::wcd::TriggerProbability (const bool totdMoPSEnabled, const double lgExpectedSignal, const double sin2Theta)

Detailed Description

Physical functions for common use in the framework

Author

Luis Prado Jr

Date

19 May 2004

Definition in file PhysicalFunctions.h.