Namespaces
	Accumulator

	Bit

	Detail

	detail

	Evaluator

	File

	GumbelXmax

	InvisibleEnergy

	LambertWDetail

	Minou

	PointerContainer

	RefractionIndex

	ShadowPtrMeta

	Spline

	ssd

	String

	TypeId

	Verbosity

	wcd

	XmaxParam

Classes
class	AdaptiveRK5Iterator

class	add_const_reference

class	AnalyticCoordinateTransformator
	Utility class to do analytic coordinate transformation (especially error propagation) from spherical (radius, zenith, azimuth) to cartesian coordinates (x,y,z) and the other wayaround. More...

class	AnalyticFilter
	Abstract base class for analytic filters. More...

class	AnalyticWindow
	Abstract base class for analytic windows. More...

class	AugerCoordinateSystemConstructor

class	AugerException
	Base class for all exceptions used in the auger offline code. More...

class	AugerUnitParser

class	AugerUnits

class	AxialVector
	AxialVector object. More...

class	BaseCSPolicy
	Policy for base coordinate systems. More...

class	BasicVector
	Basic vector class template for geometry. More...

class	Bin

class	BinomialCoefficients
	Calculates binomial coefficients and caches the results. More...

class	Branch
	Class representing a document branch. More...

class	BranchOwner
	Class to handle memory related to Xerces. More...

class	Cache

class	CharEqualNoCase
	Utility class to compare characters in a case-independent way. More...

class	CloseAbs

class	CloseRel

class	CloseTo
	Predicate for approximate equality (for floating point) More...

class	ComplexLgAmpPhase
	A class to store complex numbers which are internally represented by log10(amplitude) and phase (and not real and imaginary part). This is needed for some operations like interpolation and pow(). More...

class	ConfigParameter
	Helper class for configuration of parameters. More...

class	ConsecutiveEnumFactory
	Simple factory to create an enumerator for a given enumeration. More...

class	ConstTabulatedFunctionComplexLgAmpPhaseIterator

class	ConstTabulatedFunctionErrIterator

class	ConstTabulatedFunctionIterator

class	CoordinateSystemException
	Exception dealing with coordinate systems. More...

class	CoordinateTransformer
	Bottom part of Coordinate system class. More...

class	CorrelationMatrix

class	CountedObject
	Mix-in class for counting creation and destruction of objects. More...

class	CountedObjectRegistry
	Registry for counted objects. More...

class	CovarianceMatrix

class	DataNotFoundInDBException
	Exception to use in case requested data not found in the database with detailed printout. More...

class	DefaultRK5ErrorScaling

class	DeleteRow

class	Deprecator
	Class to collect and provide information about deprecated class interfaces. More...

class	DerivedCSPolicy
	Policy for derived coordinate systems. More...

class	DoesNotComputeException
	Base class for inconsistency/illogicality exceptions. More...

class	EndColumn
	type-only supplying class that triggers end-of-column in the TabularStream More...

class	EndRow
	type-only supplying class that triggers end-of-row in the TabularStream More...

class	Equal
	Predicate for equality. More...

class	EqualBinning
	equal binning policy for Histogram More...

class	Equidistant

class	EquidistantInNorm

class	ErrorLogger
	Class to handle routing and writing of error messages. More...

class	ExponentialFitData

class	ExponentialFitter
	Fit exponential function. More...

class	ExpressionParser

struct	F_cos_Impl

struct	F_exp_Impl

struct	F_log10_Impl

struct	F_log_Impl

struct	F_sin_Impl

struct	F_tan_Impl

class	FactoryErrorIgnore
	Default error policy for ObjectFactory: return 0. More...

class	FCNCalculator

class	FFTDataContainer
	Template class for a data container that offers and takes both time series and corresponding frequency data, keeping track of which one is the most recent and doing FFTs automatically if necessary. More...

class	FFTDataContainerAlgorithm
	Algorithms working on FFTDataContainer objects. More...

class	FlatErrors

class	Function
	Evaluate functions given in a string. The real work is done by the ExpressionParser class. More...

class	GeometryException
	General exception class for the Geometry package. More...

class	Greater
	Predicate for greater. More...

class	GreaterOrEqual
	Predicate for greater or equal. More...

class	HannWindow
	Abstract base class for analytic windows. More...

class	Histogram
	Histogram. More...

class	HistogramWrap

class	HLine
	class that triggers insertion of the line row in the TabularStream More...

class	HoldOnly
	Non-owning policy class. More...

class	Identity

struct	identity

class	InitializedLameShadowPtr

class	InitializedShadowPtr

class	InitSequenceException
	Exception to use if sequence of initialisations violated. More...

class	Integrator
	Class for integration of functions with one independent parameter. More...

class	InvalidConfigurationException
	Base class for exceptions arising because configuration data are not valid. More...

class	InvalidIteratorException
	Exception for invalid operation on Iterators. More...

class	InvalidTraceBoundException
	Exception thrown when trying to access invalid bounds in Trace. More...

class	IOFailureException
	Base class to report exceptions in IO. More...

class	IsProxy

struct	IsSpace
	Predicate used in STL for searching for whitespace. More...

class	IteratorDeprecator
	Wrapper around the normal Deprecator class that specifically deprecates the filter_iterator defaults of the FEvent. It can itself be removed after those defaults have finally been removed. See the documentation for Deprecator. More...

class	join

class	join_source

class	LabeledObject
	Class for attaching a label to an object. More...

class	LabeledTabulatedFunction

class	LabeledTabulatedFunctionErrors

class	LabeledTimeDistribution

class	LabeledTrace
	A Trace with a label attached to it. More...

class	LameShadowPtr

class	LeakingSingleton
	CRTP for leaking singleton. More...

class	LeapSeconds

class	Less
	Predicate for less. More...

class	LessOrEqual
	Predicate for less or equal. More...

class	Line

class	LineStringTo

class	ListMatrixAssignmentProxy

class	ListVectorAssignmentProxy

struct	MathExpressionGrammar

class	Md5Sum
	Class to compute MD5 checksum Based on the RSA C code, wrapped in an OO fashion. More...

class	MemoryMonitor
	monitor memeory More...

class	MessageLogger
	Handle diagnosis messages output. More...

class	MessageLoggerConfig
	Wraps a message to logger (received as parameter or created here), its access and configuration. More...

class	Meta

class	MissingEventDataException
	Base class for exceptions arising because required info not present in the Event. More...

class	ModuleSequenceException
	Exception to use in case of module sequencing failures. More...

class	MoonCycle

class	MultiObject
	container for object and associated labels More...

class	MultiTabulatedFunction
	A collection of TabulatedFunction. More...

class	MultiTabulatedFunctionErrors
	A collection of TabulatedFunctionErrors, which provides methods to access different sources. More...

class	MultiTimeDistribution
	A collection of TimeDistribution<T>,which provides methods to access different sources. More...

class	MultiTrace
	A collection of Trace<T>,which provides methods to access different sources. More...

class	MuonArrivalTime
	all time delays are relative to arrival time of shower front plane More...

class	MuonTimeModel

class	NoDataForModelException
	Exception to use in a atmosphere model cannot find data it needs. More...

class	NoDereferenceCheck

class	Noise
	Abstract base class for noise profiles. More...

class	NoiseCCIR670
	Noise profiles based on the textbook of Meinke and Grundlach. More...

class	NoiseSaS
	Class producing noise originating from a Symmetric alpha-Stable distribution function. More...

class	NoiseWhite
	Class producing white noise with a given temperature. More...

class	NonExistentComponentException
	Base class for exceptions trying to access non-existing components. More...

class	Not

class	NucleusProperties
	Class to hold properties of nuclei. More...

class	NumericalErrorPropagation

class	NumericalErrorPropagator

class	ObjectFactory
	Template for object factory. More...

class	ObjectRegistrar
	Class for the automatic registration of an object. More...

class	OstreamPolicy
	Ouputs via the given std::ostream reference. More...

class	OutOfBoundException
	Exception for reporting variable out of valid range. More...

class	Own
	Owning policy class. More...

class	Pair
	a pair of graph points (x,y) More...

class	PairComplexLgAmpPhase

class	PairErr
	A pair of graph points (x,y) with errors. More...

struct	Parameter

class	ParameterStorage
	Template class allowing to store parameters and their covariances using enums to address them with a general interface. More...

class	Particle
	Describes a particle for Simulation. More...

class	ParticleProperties
	Provide particle properties that depend only on its type. More...

class	ParticlePropertiesCreator
	Functor for the creation of particle properties by a factory. More...

class	ParticleTypeException
	Base class to report non-existing particle id's. More...

class	Photon

class	Plane
	Class describing a Plane object. More...

class	Point
	Point object. More...

class	PoissonianErrors

class	Polynomial
	Simple polynomial container. More...

struct	PowerToImpl

struct	PowerToImpl2

class	Probability
	Utility class to provide often used probability distributions in radio reconstruction. In addition this singleton class can return random variables. Currently only Fisher is implemented. More...

class	QuadraticFitData
	Holds result of the quadratic fit. More...

class	QuadraticFitter

class	RadioGeometryUtilities

class	RadioTraceUtilities
	This class containes helper functions which act on utl::Trace<...>. Like Peakfinder, RMS calculations and so on ... Previously implemendent in various modules. More...

class	RandomEngine
	Wraps the random number engine used to generate distributions. More...

class	RandomSamplerFromCDF

class	RandomSamplerFromPDF

class	Reader
	Utility for parsing XML files. More...

class	ReaderErrorReporter
	Reports errors encountered during XML parsing. More...

class	ReaderStringInput
	This just defines a type which holds some character data to be parsed by the Reader. More...

class	ReadStream

class	RealTimeStopwatch

class	RectangleFilter
	An idealised rectangle filter. More...

class	ReferenceEllipsoid
	Reference ellipsoids for UTM transformations. More...

class	ResponseMap
	A helper class which manages a list of system response identifiers (std::strings) and their corresponding weights. More...

class	RK4Iterator

class	RK4ODEIntegrator

class	RK5Iterator

class	RK5ODEIntegrator

class	SaveCurrentTDirectory

class	Segment
	A segment joins two points. More...

class	ShadowPtr
	pointer with built-in initialization, deletion, deep copying More...

class	SharedBinHistogram

class	ShowerParticleIterator
	Iterator to retrieve particles from utl::VShowerParticlList. More...

class	ShowerParticleList
	Interface class for accessing a list of particles from a shower file. More...

class	SilentPolicy
	Simply returns. More...

class	Singleton
	Curiously Recurring Template Pattern (CRTP) for Meyers singleton. More...

class	SMatrix
	Static (small and dense) matrix class. More...

class	SparseMatrix
	Sparse container class for matrix data. More...

class	SparseVector
	Sparse container class for vectorial data. More...

class	split

class	StandardCreator
	Class for the automatic creation of an object. More...

class	Stopwatch

class	SVector
	Static (small and dense) vector class. More...

class	TableCell
	Holds TabularStream cell entry. More...

class	TableColumn

class	TabularStream
	class to format data in tabular form More...

class	TabulatedFunction
	Class to hold collection (x,y) points and provide interpolation between them. More...

class	TabulatedFunctionComplexLgAmpPhase
	Class to hold collection (x,y) points and provide interpolation between them, where y are complex numbers. More...

class	TabulatedFunctionComplexLgAmpPhaseIterator

class	TabulatedFunctionErrIterator

class	TabulatedFunctionErrors

class	TabulatedFunctionIterator

class	ThrowOnZeroDereference

class	ThrowPolicy
	Simply throws. More...

class	TimeDistribution
	Histogram class for time distributions with suppressed empty bins. More...

class	TimeDistributionAlgorithm
	Utility class for returning properties of a TimeDistribution. More...

class	TimeInterval
	A TimeInterval is used to represent time elapsed between two events. More...

class	TimeRange
	Time interval defined by two TimeStamps. More...

class	TimeStamp
	A TimeStamp holds GPS second and nanosecond for some event. More...

class	Trace
	Template class for a FADC data or calibrated data container. Use the typedefs (TraceD, TraceI, etc.) defined in Trace-fwd.h. More...

class	TraceAlgorithm
	algorithms to manipulate traces More...

class	TransformationMatrix
	Transformations matrices for afine transformations. More...

class	TransformationPolicy

class	TransformerConstructor
	Constructors for Transformer classes. More...

class	TypeLabeledContainer
	container of classes with common base, labeled by concrete type More...

class	UniqueObject
	Curiously Recurring Template Pattern (CRTP) for unique object. More...

class	UnitEvaluator

struct	UnitGrammar

class	UnitsConfig
	Helper class for configuration of units: value and name. More...

class	UnregisteredParticlePropertyPolicy
	Policy for dealing with the creation of properties for unregistered particle ID's. More...

class	UTCDate

class	UTCDateTime

class	UTMPoint
	Class to hold and convert a point in geodetic coordinates. More...

class	Validated
	Wrapper class for initially unset data. More...

class	VariableBinHistogram

class	VariableBinHistogramWrap

class	VariableBinning
	policy for the variable bin boundaries in Histogram More...

class	Vector
	Vector object. More...

class	VectorIntegrator

class	VParticleProperties
	Internal interface for particle properties. This is intended to be implemented for elementary particles and nuclei. More...

class	VRandomSampler
	Class to shoot random numbers given by a user-defined distribution function. More...

class	VShowerFileParticleIterator
	Interface class for accessing a list of particles from a shower file. More...

class	VValidated
	Minimum validation handling methods. More...

class	XercesPtr

class	XMLParseException
	Exception for errors encountered when parsing XML. More...

class	XMLValidationException
	Exception for errors encountered when validating XML files. More...

class	zfstream_sink

class	zfstream_source

class	zifstream

class	zofstream

class	zstream_sink

class	zstream_source

Typedefs
typedef std::map< std::string, std::string >	AttributeMap

typedef AugerCoordinateSystemConstructor < BaseCSPolicy >	AugerBaseCoordinateSystem
	For base coordinate systems. More...

typedef AugerCoordinateSystemConstructor < DerivedCSPolicy >	AugerCoordinateSystem
	The normal coordinate system type. More...

typedef ExpressionParser < UnitGrammar, AugerUnits >	AugerUnitParser

typedef BasicVector < HepGeom::Normal3D< double > >	AxialVectorBase

typedef TransformerConstructor < BaseCSPolicy >	BaseCoordinateSystem
	For base coordinate systems. More...

typedef TransformerConstructor < DerivedCSPolicy >	CoordinateSystem
	The normal coordinate system type. More...

typedef boost::shared_ptr < const CoordinateTransformer >	CoordinateSystemPtr
	Shared pointer for coordinate systems. More...

typedef utl::ExpressionParser < MathExpressionGrammar, AugerUnits >	FunctionParser

typedef utl::MultiTimeDistribution < double >	MultiTimeDistributionD

typedef utl::MultiTimeDistribution < int >	MultiTimeDistributionI

typedef utl::MultiTrace< double >	MultiTraceD

typedef utl::MultiTrace< int >	MultiTraceI

typedef utl::ObjectFactory < ParticlePropertiesPtr, int, const ParticlePropertiesCreator, UnregisteredParticlePropertyPolicy >	ParticlePropertiesFactory
	Typedef for particle properties factory using the generic object factory. More...

typedef boost::shared_ptr < const VParticleProperties >	ParticlePropertiesPtr

typedef BasicVector < HepGeom::Point3D< double > >	PointBase

typedef std::map< std::string, double >	SymbolTable

typedef TimeDistribution< double >	TimeDistributionD

typedef TimeDistribution< int >	TimeDistributionI

typedef Trace< char >	TraceB

typedef Trace< std::complex < double > >	TraceC

typedef Trace< double >	TraceD

typedef Trace< float >	TraceF

typedef Trace< int >	TraceI

typedef Trace< short int >	TraceSI

typedef Trace< unsigned int >	TraceUI

typedef Trace< unsigned short int >	TraceUSI

typedef Trace< Vector3C >	TraceV3C

typedef Trace< Vector3D >	TraceV3D

typedef TransformerConstructor < TransformationPolicy >	Transformation

typedef boost::tuple< double, double, double >	Triple
	Coordinate triple for easy getting or setting of coordinates. More...

typedef unsigned long	ulong

typedef utl::SVector < 3, std::complex< double > >	Vector3C

typedef utl::SVector< 3, double >	Vector3D

typedef BasicVector < HepGeom::Vector3D< double > >	VectorBase

typedef XercesPtr< char >	XercesPtrC

typedef XercesPtr< XMLCh >	XercesPtrX

typedef boost::iostreams::stream < zstream_source >	zistream

typedef boost::iostreams::stream < zstream_sink >	zostream

Enumerations
enum	AtmosphereNoise { eNoAtmosphereNoise, eDayAtmosphereNoise, eNightAtmosphereNoise }

enum	HadronicInteractionModel { eQGSJETII04, eEPOSLHC, eSibyll23d }

enum	IndustryNoise { eNoIndustryNoise, eRuralIndustryNoise, eUrbanIndustryNoise }

enum	zip_type { zip_type::none = 0, zip_type::gzip = 1, zip_type::bzip2 = 2, zip_type::xzip = 3, zip_type::automatic = 16 }

Functions
template<size_t n, typename T >
double	abs (const SVector< n, T > &v)

double	Angle (const Vector &left, const Vector &right)

template<typename T , typename U >
double	Angle (SVector< 3, T > left, SVector< 3, U > right)

template<typename T , typename U >
T	As (const U &x)
	useful shorthand for boost::lexical_cast More...

template<typename T >
Bit::Array< T >	AsBitArray (T &target)

std::string	AsString (const XMLCh *const xStr)

std::string	BareFileName (const boost::filesystem::path &path)
	Compute the leaf and strip the extension. More...

std::string	BareFileName (const fs::path &thePath)

boost::filesystem::path	BareFilePath (const boost::filesystem::path &path)
	Compute the full path, but strip the extension from the leaf. More...

fs::path	BareFilePath (const fs::path &thePath)

double	Beta (const double energy)
	Calculate the electron energy versus the relativistic beta. More...

double	BetaCF (const double a, const double b, const double x)
	BetaCF. More...

double	CherenkovThreshold (const double nRef)
	Calculate the electron Cherenkov threshold energy for refraction index. More...

double	Chi2Probability (const double chi2, const double ndof)

template<class Predicate >
bool	ContainsSubstring (const std::string &a, const std::string &b, Predicate p)
	Utility to search for a substring within a string according to a given search predicate. More...

bool	ContainsSubstring (const std::string &a, const std::string &b)
	Syntactic sugar for searching within a string for a substring. Search is case-sensitive. More...

bool	ContainsSubstringEquivalent (const std::string &a, const std::string &b)
	Syntactic sugar for searching within a string for a substring. Search is case-insensitive. More...

void	CoordinateSystemValid (const CoordinateSystemPtr &theCoordinateSystem)

double	CosAngle (const Vector &l, const Vector &r)

template<typename T , typename U >
double	CosAngle (const SVector< 3, T > &l, const SVector< 3, U > &r)

AxialVector	Cross (const Vector &l, const Vector &r)

AxialVector	cross (const Vector &l, const Vector &r)
	vector cross product More...

template<typename T , typename U >
SVector< 3, typename boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , T, U >::type >	Cross (const SVector< 3, T > &a, const SVector< 3, U > &b)

template<typename T , class D >
bool	DeepEqual (const LameShadowPtr< T, D > &s1, const LameShadowPtr< T, D > &s2)

template<typename T , class D >
bool	DeepEqual (const ShadowPtr< T, D > &s1, const ShadowPtr< T, D > &s2)

utl::Triple	Diff (const utl::Triple &lhs, const utl::Triple &rhs)

double	Distance (const Point &p1, const Point &p2)

double	Distance (const Line &line, const Point &point)

double	Distance (const Point &point, const Plane &plane)

double	Distance (const Plane &plane, const Point &point)

double	Distance (const Line &line1, const Line &line2)

double	Distance (const Point &point, const Line &line)

double	ElectronsAboveCut (const double enCut)
	Fraction of electrons above energy cutoff enCut (in MeV) at age = 1. More...

double	Energy (const double beta)
	Calculate the electron energy for a relativistic beta. More...

double	EnergyDeposit (const double depthX, const double xMax, const double enCut)
	Parametrization for the average energy deposit per particle. More...

double	EnergyDeposit (const double age, const double enCut)
	Parametrization for the average energy deposit per particle. More...

double	ErfSigmoid (const double x, const double delta)

template<typename T >
double	EvalPoly (const T &a, const double x)
	Simple polynomial evaluator. More...

template<typename T >
double	EvalPoly (const std::initializer_list< T > &a, const double x)

double	Fermi (const double x)

double	Fermi (const double x, const double x0, const double sigma)
	Fermi function. More...

std::string	FileExtension (const boost::filesystem::path &path)
	Return the extension of the path. More...

std::string	FileExtension (const fs::path &thePath)

constexpr int	FloorDiv (const int num, const int den)

double	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	GaisserHillasInverse (const double n, const double x0, const double xMax, const double nMax, const double lambda)

TimeStamp	GetCurrentSystemTime ()
	get current time as reported by system More...

TRandom3 *	GetRandom3 ()

double	GoraAParameter (const double age)
	parameter a of D. Gora et al., Astropart. Phys. 24 (2006), 484 More...

double	GoraBParameter (const double age)
	parameter b of D. Gora et al., Astropart. Phys. 24 (2006), 484 More...

double	GoraCDF (const double rStar, const double age)

double	GoraPDF (const double rStar, const double age)

const HLine	hline ('-')

template<typename T >
void	Ignore (const T &)

double	IncompleteBeta (const double a, const double b, const double x)
	Incomplete Beta function. More...

double	IncompleteGammaP (const double a, const double x)
	Incomplete gamma P(a, x) function. More...

double	IncompleteGammaPCF (const double a, const double x)
	Continued Fraction for incomplete gamma function Q(a, x) More...

double	IncompleteGammaPSeries (const double a, const double x)
	logarithm of Gamma function More...

double	IncompleteGammaQ (const double a, const double x)
	Incomplete gamma Q(a, x) = 1 - P(a, x) function. More...

constexpr double	Interpolate (const double dx, const double dy, const double x)

ComplexLgAmpPhase	Interpolate (double x1, const ComplexLgAmpPhase &y1, double x2, const ComplexLgAmpPhase &y2, double x)
	Do linear interpolation of two ComplexLgAmpPhases in log10(amplitude) and phase. More...

constexpr double	Interpolate (const double x1, const double y1, const double x2, const double y2, const double x)

Line	Intersection (const Plane &p1, const Plane &p2)

Point	Intersection (const Plane &plane, const Line &line)

Point	Intersection (const Line &line, const Plane &plane)

vector< Point >	Intersection (const ReferenceEllipsoid &ellipsoid, const double height, const Line &line)

double	InverseGoraCDF (const double fraction, const double age)

template<int branch>
double	InverseMoyal (const double y, const double eps=1e-6)
	Inverse of the Moyal function. More...

template double	InverseMoyal<+1 > (const double y, const double eps)

template double	InverseMoyal<-1 > (const double y, const double eps)

template<int branch>
double	InverseMoyalApproximation (const double y)

template<int branch>
double	InverseMoyalBranchPointExpansion (const double y)

double	InverseNormalCDF (const double p)
	Inverse of the comulative normal distribution. Taken from http://home.online.no/~pjacklam/notes/invnorm/ The algorithm has never been published in a journal. The accuracy is more than 15 decimal places. More...

double	InverseNormalCDF (const double p, const double sigma)

double	InverseNormalCDF (const double p, const double mean, const double sigma)

bool	Invert3x3 (double a[3][3])

template<typename AMatrix >
void	InvertMatrix (const size_t n, AMatrix &a)
	Invert A in place with Gauss-Jordan elimination and full pivoting. More...

template<typename T >
IsProxy< T >	Is (const T &x)

oss<< "0b";oss<< ((x >> i)&1);return oss.str();}template< class S, class V > std::string	Join (const S &sep, const V &v)

double	KolmogorovProbability (const double effectiveN, const double kolmogorovDistance)

double	KolmogorovProbability (const int n, const double kolmogorovDistance)

double	KolmogorovProbability (const int n1, const int n2, const double kolmogorovDistance)

template<int branch>
double	LambertW (const double x)

template<>
double	LambertW< 0 > (const double x)

template<>
double	LambertW<-1 > (const double x)

template<int branch>
double	LambertWApproximation (const double x)

template double	LambertWApproximation< 0 > (const double x)

template double	LambertWApproximation<-1 > (const double x)

constexpr double	LinearSigmoid (const double x, const double delta)

template<class T1 , class T2 >
void	LoadConfig (const utl::Branch &b, const std::string &tag, T1 &var, const T2 &defaultValue)
	Helper method to load a particular configuration parameter. More...

double	LogarithmOfErfc (const double x)

double	LogarithmOfNormalCDF (const double x)

double	LogarithmOfNormalCDF (const double x, const double sigma)

double	LogarithmOfNormalCDF (const double x, const double mean, const double sigma)

double	LogarithmOfNormalComplementCDF (const double x)

double	LogarithmOfNormalComplementCDF (const double x, const double sigma)

double	LogarithmOfNormalComplementCDF (const double x, const double mean, const double sigma)

double	LogarithmOfNormalPDF (const double x)

double	LogarithmOfNormalPDF (const double x, const double sigma)

double	LogarithmOfNormalPDF (const double x, const double mean, const double sigma)

double	LogGamma (const double x)

double	LogPoissonPDF (const ulong k, const double x)

template<class istream >
split< istream >	make_split (istream &is)

template<class Histogram , typename T >
ExponentialFitter< Histogram >	MakeExponentialFitter (const Histogram &histogram, const T &start, const T &stop)

template<class Histogram , typename T >
ExponentialFitter< Histogram >	MakeExponentialFitter (const Histogram &histogram, const std::pair< T, T > &startStop)

template<class Functor >
Integrator< Functor >	MakeIntegrator (Functor &f)
	convenience factory More...

template<class Histogram , class ErrorPolicy >
QuadraticFitter< Histogram, ErrorPolicy >	MakeQuadraticFitter (const Histogram &h, const ErrorPolicy)

template<class Histogram >
QuadraticFitter< Histogram >	MakeQuadraticFitter (const Histogram &h)

template<class Histogram , typename Type , class ErrorPolicy >
QuadraticFitter< Histogram, ErrorPolicy >	MakeQuadraticFitter (const Histogram &h, const Type xStart, const Type xStop, [[maybe_unused]] const ErrorPolicy ep)

template<class Histogram , typename Type >
QuadraticFitter< Histogram >	MakeQuadraticFitter (const Histogram &h, const Type xStart, const Type xStop)

string	Md5Signature (const TabulatedFunction &tf, const unsigned int precision)

string	Md5Signature (const double d, const unsigned int precision)

std::string	Md5Signature (const bool b)

std::string	Md5Signature (const int i)

double	ModifiedJulianDate (const time_t unixSecond)

double	ModifiedJulianDate (const TimeStamp &time)

double	ModifiedJulianDate (const UTCDateTime &time)

double	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	Moyal (const double x)
	Moyal function. More...

	MULTIOBJECT_INST (TimeDistribution< int >, LabeledTimeDistribution< int >)

	MULTIOBJECT_INST (utl::TabulatedFunction, utl::LabeledTabulatedFunction)

	MULTIOBJECT_INST (utl::TabulatedFunctionErrors, utl::LabeledTabulatedFunctionErrors)

	MULTIOBJECT_INST (TimeDistribution< double >, LabeledTimeDistribution< double >)

	MULTIOBJECT_INST (Trace< int >, LabeledTrace< int >)

	MULTIOBJECT_INST (Trace< double >, LabeledTrace< double >)

template<class Map >
Map::mapped_type &	MustFind (Map &map, const typename Map::key_type &key, const std::string &failMessage="key not found")

template<class Map >
const Map::mapped_type &	MustFind (const Map &map, const typename Map::key_type &key, const std::string &failMessage="key not found")

template<class Map >
Map::mapped_type &	MustFind (Map *const map, const typename Map::key_type &key, const std::string &failMessage="key not found")

template<class Map >
const Map::mapped_type &	MustFind (const Map *const map, const typename Map::key_type &key, const std::string &failMessage="key not found")

double	NemesLnGamma (const double z)

double	NormalCDF (const double x)

double	NormalCDF (const double x, const double sigma)

double	NormalCDF (const double x, const double mean, const double sigma)

double	NormalizeAngleMinusPiPi (const double x)
	Normalize angle to lie between -pi and pi (-180 and 180 deg) More...

double	NormalizeAngleZero2Pi (const double x)
	Normalize angle to lie between 0 and 2pi (0 and 360 deg) More...

AxialVector	Normalized (const AxialVector &v)

Vector	Normalized (const Vector &v)

double	NormalizedGaisserHillas (const double x, const double xMax)

double	NormalPDF (const double x)

double	NormalPDF (const double x, const double sigma)

double	NormalPDF (const double x, const double mean, const double sigma)

bool	operator!= (const TimeStamp &ts, const TimeRange &tr)

Vector	operator* (const double d, const Vector &v)

Vector	operator* (const Vector &v, const double d)

template<unsigned int n, unsigned int m, typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , utl::SMatrix< n, m, T > , utl::SVector< m, U > >::type	operator* (const SMatrix< n, m, T > &a, const SVector< m, U > &x)

template<typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , SparseMatrix< T > , SparseVector< U > >::type	operator* (const SparseMatrix< T > &m, const SparseVector< U > &v)

double	operator* (const Vector &l, const Vector &r)

template<unsigned int n, unsigned int m, typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , SMatrix< n, m, T >, SMatrix < m, n, U > >::type	operator* (const SMatrix< n, m, T > &a, const SMatrix< m, n, U > &b)

template<std::size_t n, typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , SVector< n, T >, SVector< n, U > >::type	operator* (const SVector< n, T > &a, const SVector< n, U > &b)
	dot product More...

template<typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , SparseVector< T > , SparseVector< U > >::type	operator* (const SparseVector< T > &a, const SparseVector< U > &b)
	dot product (scalar product of vectors) More...

template<typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::multiply_action > , SparseMatrix< T > , SparseMatrix< U > >::type	operator* (const SparseMatrix< T > &a, const SparseMatrix< U > &b)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator* (const utl::Trace< _T1_ > &trace, const _T2_ value)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator* (const _T2_ value, const utl::Trace< _T1_ > &trace)

Point	operator+ (const Point &l, const Vector &r)

Vector	operator+ (const Vector &l, const Vector &r)

Point	operator+ (const Vector &l, const Point &r)

boost::filesystem::path	operator+ (const boost::filesystem::path &path, const std::string &extra)
	Add string (e.g. an extension) to a path. More...

fs::path	operator+ (const fs::path &thePath, const string &extra)

template<std::size_t n, typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::plus_action > , SVector< n, T >, SVector< n, U > >::type	operator+ (const SVector< n, T > &a, const SVector< n, U > &b)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator+ (const utl::Trace< _T1_ > &trace, const _T2_ value)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator+ (const _T2_ value, const utl::Trace< _T1_ > &trace)

Point &	operator+= (Point &p, const Vector &v)

Vector	operator- (const Vector &l, const Vector &r)

Point	operator- (const Point &l, const Vector &r)

Vector	operator- (const Point &l, const Point &r)

template<std::size_t n, typename T , typename U >
boost::lambda::return_type_2 < boost::lambda::arithmetic_action < boost::lambda::minus_action > , SVector< n, T >, SVector< n, U > >::type	operator- (const SVector< n, T > &a, const SVector< n, U > &b)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator- (const utl::Trace< _T1_ > &trace, const _T2_ value)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator- (const _T2_ value, const utl::Trace< _T1_ > &trace)

Point &	operator-= (Point &p, const Vector &v)

Vector	operator/ (const Vector &v, const double d)

template<typename _T1_ , typename _T2_ >
utl::Trace< _T2_ >	operator/ (const utl::Trace< _T1_ > &trace, const _T2_ value)

bool	operator< (const TimeStamp &ts, const TimeRange &tr)

template<typename T >
ostream &	operator<< (ostream &os, const vector< T > &v)

ostream &	operator<< (ostream &os, const Polynomial &p)

std::ostream &	operator<< (std::ostream &is, const Polynomial &p)

ostream &	operator<< (ostream &os, const TimeStamp &ts)

template<class Stream , unsigned int n, unsigned int m, typename T >
Stream &	operator<< (Stream &s, const SMatrix< n, m, T > &a)

std::ostream &	operator<< (std::ostream &os, const UTCDateTime &utc)

template<class Stream >
Stream &	operator<< (Stream &s, MessageLoggerConfig &mlc)
	Applies the configuration to the given stream. More...

std::ostream &	operator<< (std::ostream &os, const UTCDate &date)
	output in XML schema type "Date" (UTC) compliant format More...

std::ostream &	operator<< (std::ostream &s, const TransformationMatrix &m)

std::ostream &	operator<< (std::ostream &os, const TimeStamp &ts)

ostream &	operator<< (ostream &os, const Branch &b)

std::ostream &	operator<< (std::ostream &os, TabularStream &ts)

std::ostream &	operator<< (std::ostream &s, const UTMPoint &p)
	Streamer for UTM points. More...

template<class Stream , typename T >
Stream &	operator<< (Stream &s, const SparseMatrix< T > &m)

template<std::size_t n, typename T >
std::ostream &	operator<< (std::ostream &os, const SVector< n, T > &v)

bool	operator== (const TimeStamp &ts, const TimeRange &tr)

bool	operator> (const TimeStamp &ts, const TimeRange &tr)

template<typename T >
istream &	operator>> (istream &is, vector< T > &v)

istream &	operator>> (istream &is, Polynomial &p)

std::istream &	operator>> (std::istream &is, Polynomial &p)

std::istream &	operator>> (std::istream &is, UTCDateTime &utc)

std::istream &	operator>> (std::istream &is, UTCDate &date)
	read from XML schema type "Date" (any timezone) compliant format More...

template<std::size_t n, typename T >
std::istream &	operator>> (std::istream &is, SVector< n, T > &v)

template<class Stream , typename T >
Stream &	Output (Stream &s, const SparseVector< T > &v, const unsigned int size, const char separator= ' ')

template<class Stream , typename T >
Stream &	Output (Stream &s, const SparseMatrix< T > &m, const typename SparseMatrix< T >::IndexType rows, const typename SparseMatrix< T >::IndexType columns, const char separator= ' ')

template<class Stream , typename T , typename SparseType >
Stream &	OutputSparse (Stream &s, const SparseMatrix< T > &m, const typename SparseMatrix< T >::IndexType rows, const typename SparseMatrix< T >::IndexType columns, const char separator, const SparseType &sparse)

template<class Stream , typename T >
Stream &	OutputSparse (Stream &s, const SparseMatrix< T > &m, const typename SparseMatrix< T >::IndexType rows, const typename SparseMatrix< T >::IndexType columns)

Point	PerpendicularProjection (const Point &point, const Plane &plane)

Point	PerpendicularProjection (const Plane &plane, const Point &point)

double	PoissonDeviance (const double mean, const double n)

double	PoissonPDF (const ulong k, const double x)

double	PoissonProbability (const double mean, const double n)

double	PolynomialInterpolation (const unsigned int n, const double px[], const double py[], const double x, double &dy)
	Perform polynomial interpolation or extrapolation. More...

double	PolynomialInterpolation (const unsigned int n, const double px[], const double py[], const double x)
	Perform polynomial interpolation or extrapolation with approximation control. More...

double	PositiveNormalPDF (double x, double mu, double sigma)
	Truncated normal distribution with xmin = 0 and xmax = infinity. More...

template<typename T >
void	Print (ostream &os, const TimeDistribution< T > &td)

template void	Print (ostream &os, const TimeDistributionI &td)

template void	Print (ostream &os, const TimeDistributionD &td)

template<typename T >
void	Print (std::ostream &os, const TimeDistribution< T > &td)

void	PropagateAxisErrors (const Vector::Triple &u_v_w, const Vector::Triple &sigma_u2_uv_v2, double &thetaError, double &phiError, double &thetaPhiCorrelation)

void	PropagateAxisErrors (const utl::Vector::Triple &u_v_w, const utl::Vector::Triple &sigma_u2_uv_v2, double &thetaError, double &phiError, double &thetaPhiCorrelation)

bool	QuadraticMaximumInterpolation (const std::vector< double > &x, const std::vector< double > &y, double &xMax, double &yMax)

double	QuadraticSigmoid (const double x, const double delta)

double	SaturationVaporPressure (const double temperature)
	Evaluate the saturation vapor pressure over ice or water. More...

double	ShowerAge (const double slantDepth, const double showerMax)
	General definition of shower age. More...

template<typename T >
constexpr int	Sign (const T x, const boost::integral_constant< bool, false >)

template<typename T >
constexpr int	Sign (const T x, const boost::integral_constant< bool, true >)

template<typename T >
constexpr int	Sign (const T x)

double	Sin2 (const double x)

double	Sin2Deg (const double x)

bool	Solve3x3 (const double y[3], double a[3][3], double x[3])

std::pair< double, double >	SolveQuadraticEquation (const double a, const double b, const double c)

template<typename T >
constexpr T	Sqr (const T x)

template<typename T >
constexpr T	Sqr (const T &x)

constexpr double	StepFunction (const double x)

template<class Predicate >
bool	StringEquivalent (const std::string &a, const std::string &b, Predicate p)
	Utility to compare strings for equivalence. It takes a predicate to determine the equivalence of individual characters. More...

bool	StringEquivalent (const std::string &a, const std::string &b)
	Utility to compare strings for equivalence. The two-argument variant internally uses the predicate `CharEqualNoCase`, which implements case-insensitive equivalence. More...

template<typename T , class D >
void	swap (LameShadowPtr< T, D > &a, LameShadowPtr< T, D > &b)
	this helps LameShadowPtr in STL containers More...

void	swap (utl::TabulatedFunction &t1, utl::TabulatedFunction &t2)

template<typename T , class D >
void	swap (ShadowPtr< T, D > &a, ShadowPtr< T, D > &b)
	this helps ShadowPtr in STL containers More...

void	System (const char *const command, const bool throwOnError, const bool notify)

void	System (const std::string &command, const bool throwOnError=false, const bool notify=false)

void	System (const std::ostringstream &command, const bool throwOnError=false, const bool notify=false)

void	System (const std::stringstream &command, const bool throwOnError=false, const bool notify=false)

template<class Predicate , typename T >
bool	Test (const Predicate &pred, const T &lhs, const T &rhs)
	Test condition by evaluating a predicate. More...

template<class Predicate , typename T >
bool	Test (const T &lhs, const T &rhs)
	Main test function. More...

template<class Predicate , typename T , typename U >
bool	Test (const T &lhs, const T &rhs, const U &eps)
	Test function for predicates that take an option. More...

double	TruncatedNormalPDF (const double x, const double mu, const double sigma, const double xmin, const double xmax)

double	TruncatedNormalPDF (const double x, const double mu, const double sigma, const double xmin)

double	UniformAndersonDarling (const vector< pair< double, double >> &wcdf, double wtot)

double	UniformAndersonDarling (const std::vector< std::pair< double, double >> &wcdf, const double totalWeight=0)

double	UniformAndersonDarling (const std::vector< std::vector< std::pair< double, double >>> &wcdf)

template<typename T >
double	UniformChi2Ndof (const std::vector< T > &counts, double nTot=0)

template<typename T >
double	UniformChi2Ndof (const std::vector< std::vector< T >> &counts)

double	UniformKolmogorovSmirnov (const vector< pair< double, double >> &wcdf, double wtot)

double	UniformKolmogorovSmirnov (const std::vector< double > &cdf)

double	UniformKolmogorovSmirnov (const std::vector< std::pair< double, double >> &wcdf, const double totalWeight=0)

template<typename T >
double	UniformPoissonChi2 (const std::vector< T > &counts, double nTot=0)

template<typename T >
double	UniformPoissonChi2 (const std::vector< std::vector< T >> &counts)

Variables
constexpr double	ampere = coulomb/second

constexpr double	angstrom = 1e-10*meter

constexpr double	atmosphere = 101325*pascal

constexpr double	atto = 1e-18

constexpr double	bar = 100000*pascal

constexpr double	barn = 1e-28*meter2

constexpr double	becquerel = 1/second

constexpr double	candela = 1

constexpr double	centi = 1e-2

constexpr double	centimeter = centi*meter

constexpr double	centimeter2 = centimeter*centimeter

constexpr double	centimeter3 = centimetercentimetercentimeter

constexpr double	cm = centimeter

constexpr double	cm2 = centimeter2

constexpr double	cm3 = centimeter3

static constexpr int	CorsToAiresTab [77]

constexpr double	coulomb = eplus/eSI

constexpr double	curie = 3.7e+10 * becquerel

constexpr double	day = 24*hour

constexpr double	deci = 1e-1

constexpr double	deg = degree

constexpr double	degree = M_PI / 180

constexpr double	deka = 1e+1

const DeleteRow	delr = DeleteRow()

constexpr double	EeV = exaelectronvolt

constexpr double	electronvolt = 1

const EndColumn	endc = EndColumn()

const EndRow	endr = EndRow()

constexpr double	eplus = 1

constexpr double	eSI = 1.602176462e-19

constexpr double	eV = electronvolt

constexpr double	exa = 1e+18

constexpr double	exaelectronvolt = exa*electronvolt

const phoenix::function < F_cos_Impl >	F_cos = F_cos_Impl()

const phoenix::function < F_exp_Impl >	F_exp = F_exp_Impl()

const phoenix::function < F_log_Impl >	F_log = F_log_Impl()

const phoenix::function < F_log10_Impl >	F_log10 = F_log10_Impl()

const phoenix::function < F_sin_Impl >	F_sin = F_sin_Impl()

const phoenix::function < F_tan_Impl >	F_tan = F_tan_Impl()

constexpr double	farad = coulomb/volt

constexpr double	femto = 1e-15

constexpr double	fermi = femto*meter

constexpr double	fraction = 1

constexpr double	g = gram

constexpr double	gauss = 1e-4*tesla

constexpr double	GeV = gigaelectronvolt

constexpr double	giga = 1e+9

constexpr double	gigaelectronvolt = giga*electronvolt

const std::function< double(double, double)>	gQuad

constexpr double	gram = milli*kilogram

TRandom3 *const	gRandom3 = GetRandom3()

constexpr double	gray = joule/kilogram

constexpr double	hecto = 1e+2

constexpr double	henry = weber/ampere

constexpr double	hertz = 1/second

constexpr double	hour = 60*minute

constexpr double	hPa = hecto*pascal

constexpr double	Hz = hertz

constexpr double	joule = electronvolt/eSI

constexpr double	kAirDensitySeaLevel = 1.24036 * kg/m3

constexpr double	kAlpha

constexpr double	kArAirFraction = 9340 * perMillion

constexpr double	kArMolarMass = 39.9481 * gram/mole

constexpr double	kAvogadro = 6.022142e23 / mole

constexpr double	kBoltzmann = kMolarGasConstant / kAvogadro

constexpr double	kCO2AirFraction = 380 * perMillion

constexpr double	kCO2MolarMass = 44.0096 * gram/mole

constexpr double	kConversionRadioSignalToEnergyFluence = 1 / second * kSpeedOfLightSI * kEpsilonZeroSI / eSI

constexpr double	kDeltaMass = 1.232 * MeV

constexpr double	kDeuteronMass = 1875.612762 * MeV

constexpr double	kDeuteronMassSI = kDeuteronMass*kMassConversionSI

constexpr double	kDryAirMolarMass = 28.97 * gram/mole

constexpr double	kE = 2.71828182845904523536028747135266249775724709369995957496696762772407663035354759457138217852516642742746639193

constexpr double	kEarthRadius = 6371.0*km

constexpr double	kElectronMass = 0.510998902 * MeV

constexpr double	kElectronMassSI = kElectronMass * kMassConversionSI

constexpr double	kElectronRadiusSI

constexpr double	kelvin = 1

constexpr double	kEpsilonZeroSI = 1 / (kMuZeroSI * kSpeedOfLightSI*kSpeedOfLightSI)

constexpr double	kEtaMass = 547.30 * MeV

constexpr double	kEtaMassSI = kEtaMass * kMassConversionSI

constexpr double	kEulerGamma = 0.5772156649015328606065120900824024310421593359399235988057672348848677267776646709369470632917467495

constexpr double	keV = kiloelectronvolt

constexpr double	kg = kilogram

constexpr double	kgEarth = 9.81 * m/(s*s)

constexpr double	kH2OFreezingPoint = 273.15 * kelvin

constexpr double	kH2OMolarMass = 18.0153 * gram/mole

constexpr double	kHalfPi = kPiOnTwo

constexpr double	kHz = kilohertz

constexpr double	kilo = 1e+3

constexpr double	kiloelectronvolt = kilo*electronvolt

constexpr double	kilogauss = deci*tesla

constexpr double	kilogram = joulesecondsecond/(meter*meter)

constexpr double	kilohertz = kilo*hertz

constexpr double	kilometer = kilo*meter

constexpr double	kilometer2 = kilometer*kilometer

constexpr double	kilometer3 = kilometerkilometerkilometer

constexpr double	kiloParsec = kilo * parsec

constexpr double	kilovolt = milli*megavolt

const double	kJ2000NewMoonMJD = 51549.59757

constexpr double	kKaonChargedLifetime = 1.2384e-8 * s

constexpr double	kKaonChargedMass = 493.677 * MeV

constexpr double	kKaonChargedMassSI = kKaonChargedMass * kMassConversionSI

constexpr double	kKaonStarChargedMass = 0.89166 * GeV

constexpr double	kKaonStarZeroMass = 0.89594 * GeV

constexpr double	kKaonZeroLongLifetime = 5.17e-8 * s

constexpr double	kKaonZeroMass = 497.672 * MeV

constexpr double	kKaonZeroMassSI = kKaonZeroMass * kMassConversionSI

constexpr double	kKaonZeroShortLifetime = 0.8934e-10 * s

constexpr double	kLambdacMass = 2286.46 * MeV

constexpr double	kLambdacMassSI = kLambdacMass * kMassConversionSI

constexpr double	kLambdaGH = 70 * g/cm2

constexpr double	kLambdaLifetime = 2.632e-10 * s

constexpr double	kLambdaMass = 1115.683 * MeV

constexpr double	kLambdaMassSI = kLambdaMass * kMassConversionSI

constexpr double	kLn10 = 2.30258509299404568401799145468436420760110148862877297603332790096757260967735248023599720508959829834196778404

constexpr double	km = kilometer

constexpr double	km2 = kilometer2

constexpr double	km3 = kilometer3

constexpr double	kMassConversionSI = eSI / (kSpeedOfLightSI*kSpeedOfLightSI)

const double	kMeanSynodicMonth = 29.530589

constexpr double	kMolarGasConstant = 8.3145 * joule/(mole*kelvin)

constexpr double	kMuonLifetime = 2.19703e-6 * s

constexpr double	kMuonMass = 105.658357 * MeV

constexpr double	kMuonMassSI = kMuonMass * kMassConversionSI

constexpr double	kMuZero = kMuZeroSInewton/(ampereampere)

constexpr double	kMuZeroSI = 4kPi 1e-7

constexpr double	kN2AirFraction = 780840 * perMillion

constexpr double	kN2MolarMass = 28.0134 * gram/mole

constexpr double	kNeutronLifetime = 885.7 * s

constexpr double	kNeutronMass = 939.56533 * MeV

constexpr double	kNeutronMassSI = kNeutronMass * kMassConversionSI

constexpr double	kO2AirFraction = 209460 * perMillion

constexpr double	kO2MolarMass = 31.9989 * gram/mole

constexpr double	kOmegaMesonMass = 782.65 * MeV

constexpr double	kOmegaMinusLifetime = 0.821e-10 * s

constexpr double	kOmegaMinusMass = 1672.45 * MeV

constexpr double	kOmegaMinusMassSI = kOmegaMinusMass * kMassConversionSI

constexpr double	kOverburdenSeaLevel = 1033 * g/cm2

constexpr double	kPhiMass = 1.01946 * GeV

constexpr double	kPi = 3.14159265358979323846264338327950288419716939937510582097494459230781640628620899862803482534211706798214808651

constexpr double	kPiChargedLifetime = 2.6033e-8 * s

constexpr double	kPiChargedMass = 139.57018 * MeV

constexpr double	kPiChargedMassSI = kPiChargedMass * kMassConversionSI

constexpr double	kPiOnTwo = 0.5*kPi

constexpr double	kPiZeroLifetime = 8.4e-17 * s

constexpr double	kPiZeroMass = 134.9766 * MeV

constexpr double	kPiZeroMassSI = kPiZeroMass * kMassConversionSI

constexpr double	kPlanck = kPlanckSI * joule*s

constexpr double	kPlanckReduced = kPlanckReducedSI * joule*s

constexpr double	kPlanckReducedSI = kPlanckSI / (2*kPi)

constexpr double	kPlanckSI = 6.62606876e-34

constexpr double	kProtonMass = 938.271998 * MeV

constexpr double	kProtonMassSI = kProtonMass * kMassConversionSI

constexpr double	kRadiationLength = 37 * g/cm2

constexpr double	kRefractiveIndexSeaLevel = 1.000292

constexpr double	kRhoChargedMass = 775.11 * MeV

constexpr double	kRhoZeroMass = 775.49 * MeV

constexpr double	kSigmaMinusLifetime = 1.479e-10 * s

constexpr double	kSigmaMinusMass = 1197.449 * MeV

constexpr double	kSigmaMinusMassSI = kSigmaMinusMass * kMassConversionSI

constexpr double	kSigmaPlusLifetime = 0.8018e-10 * s

constexpr double	kSigmaPlusMass = 1189.37 * MeV

constexpr double	kSigmaPlusMassSI = kSigmaPlusMass * kMassConversionSI

constexpr double	kSigmaZeroLifetime = 7.4e-20 * s

constexpr double	kSigmaZeroMass = 1192.642 * MeV

constexpr double	kSigmaZeroMassSI = kSigmaZeroMass * kMassConversionSI

constexpr double	kSpeedOfLight = kSpeedOfLightSI * m/s

constexpr double	kSpeedOfLight2 = kSpeedOfLight * kSpeedOfLight

constexpr double	kSpeedOfLightSI = 299792458

constexpr double	kSqrt2 = 1.41421356237309504880168872420969807856967187537694807317667973799073247846210703885038753432764157273501384623

constexpr double	kSqrt2Pi = 2.50662827463100050241576528481104525300698674060993831662992357634229365460784197494659583837805726611600997267

constexpr double	kSqrt3 = 1.73205080756887729352744634150587236694280525381038062805580697945193301690880003708114618675724857567562614142

constexpr double	kSqrtPi = 1.77245385090551602729816748334114518279754945612238712821380778985291128459103218137495065673854466541622682362

constexpr double	kTauMass = 1776.99 * MeV

constexpr double	kTauMassSI = kTauMass * kMassConversionSI

constexpr double	kThomsonCrossSectionSI

constexpr double	kTwoPi = 2*kPi

constexpr double	kXiMinusLifetime = 1.639e-10 * s

constexpr double	kXiMinusMass = 1321.31 * MeV

constexpr double	kXiMinusMassSI = kXiMinusMass * kMassConversionSI

constexpr double	kXiZeroLifetime = 2.9e-10 * s

constexpr double	kXiZeroMass = 1314.83 * MeV

constexpr double	kXiZeroMassSI = kXiZeroMass * kMassConversionSI

constexpr double	lumen = candela*steradian

constexpr double	lux = lumen/meter2

constexpr double	m = meter

constexpr double	m2 = meter2

constexpr double	m3 = meter3

constexpr double	mega = 1e+6

constexpr double	megaelectronvolt = mega*electronvolt

constexpr double	megahertz = mega*hertz

constexpr double	megaParsec = mega * parsec

constexpr double	megavolt = megaelectronvolt/eplus

constexpr double	meter = 1

constexpr double	meter2 = meter*meter

constexpr double	meter3 = metermetermeter

constexpr double	MeV = megaelectronvolt

constexpr double	mg = milligram

constexpr double	MHz = megahertz

constexpr double	micro = 1e-6

constexpr double	microampere = micro*ampere

constexpr double	microbarn = micro*barn

constexpr double	microfarad = micro*farad

constexpr double	micrometer = micro*meter

constexpr double	microsecond = micro*second

constexpr double	microtesla = micro*tesla

constexpr double	microvolt = micro*volt

constexpr double	milli = 1e-3

constexpr double	milliampere = milli*ampere

constexpr double	millibar = milli*bar

constexpr double	millibarn = milli*barn

constexpr double	millifarad = milli*farad

constexpr double	milligram = milli*gram

constexpr double	millimeter = milli*meter

constexpr double	millimeter2 = millimeter*millimeter

constexpr double	millimeter3 = millimetermillimetermillimeter

constexpr double	milliradian = milli*radian

constexpr double	millisecond = milli*second

constexpr double	millivolt = milli*volt

constexpr double	minute = 60*second

constexpr double	mm = millimeter

constexpr double	mm2 = millimeter2

constexpr double	mm3 = millimeter3

constexpr double	mole = 1

constexpr double	mrad = milliradian

constexpr double	ms = millisecond

constexpr double	nano = 1e-9

constexpr double	nanoampere = nano*ampere

constexpr double	nanobarn = nano*barn

constexpr double	nanofarad = nano*farad

constexpr double	nanometer = nano*meter

constexpr double	nanosecond = 1

constexpr double	nanosecond2 = nanosecond*nanosecond

constexpr double	newton = joule/meter

template<typename T , std::size_t n>
constexpr std::size_t	noexcept

constexpr double	ns = nanosecond

constexpr double	ohm = volt/ampere

constexpr double	parsec = 3.0856775807e+16 * meter

constexpr double	pascal = newton/m2

constexpr double	perCent = 0.01

constexpr double	percent = perCent

constexpr double	permil = perThousand

constexpr double	perMillion = 0.000001

constexpr double	perThousand = 0.001

constexpr double	peta = 1e+15

constexpr double	petaelectronvolt = peta*electronvolt

constexpr double	PeV = petaelectronvolt

constexpr double	pico = 1e-12

constexpr double	picobarn = pico*barn

constexpr double	picofarad = pico*farad

constexpr double	picosecond = pico*second

const phoenix::function < PowerToImpl >	power = PowerToImpl()

const phoenix::function < PowerToImpl2 >	power2 = PowerToImpl2()

constexpr double	rad = radian

constexpr double	radian = 1

constexpr double	s = second

constexpr double	second = giga*nanosecond

constexpr double	sr = steradian

constexpr double	steradian = 1

constexpr double	tera = 1e+12

constexpr double	teraelectronvolt = tera*electronvolt

constexpr double	tesla = volt*second/meter2

constexpr double	TeV = teraelectronvolt

constexpr double	V = volt

constexpr double	volt = micro*megavolt

constexpr double	watt = joule/second

constexpr double	weber = volt*second

constexpr double	yocto = 1e-24

constexpr double	yotta = 1e+24

constexpr double	zepto = 1e-21

constexpr double	zetta = 1e+21

constexpr double	zettaelectronvolt = zetta*electronvolt

constexpr double	ZeV = zettaelectronvolt

Detailed Description

Author: Darko Veberic

Date: 28 Jun 2006

Author: Darko Veberic

Date: 25 Jun 2009

Author: Hans Dembinski; Lukas Nellen; Darko Veberic

Date: 27 Jan 2014

Typedef Documentation

typedef std::map<std::string, std::string> utl::AttributeMap

Definition at line 24 of file Branch.h.

typedef AugerCoordinateSystemConstructor<BaseCSPolicy> utl::AugerBaseCoordinateSystem

For base coordinate systems.

Definition at line 56 of file AugerCoordinateSystem.h.

typedef AugerCoordinateSystemConstructor<DerivedCSPolicy> utl::AugerCoordinateSystem

The normal coordinate system type.

Definition at line 52 of file AugerCoordinateSystem.h.

typedef ExpressionParser<UnitGrammar, AugerUnits> utl::AugerUnitParser

Definition at line 174 of file UnitGrammar.h.

typedef BasicVector<HepGeom::Normal3D<double> > utl::AxialVectorBase

Definition at line 367 of file BasicVector.h.

typedef TransformerConstructor<BaseCSPolicy> utl::BaseCoordinateSystem

For base coordinate systems.

Definition at line 264 of file CoordinateSystem.h.

typedef boost::shared_ptr<const CoordinateTransformer> utl::CoordinateSystemPtr

Shared pointer for coordinate systems.

Pointers to coordinate systems should always be of this type. The CoordinateSystemPtr is what is normally used in interfaces. So it is sufficient to include this header for class and function declarations that use coordinate systems.

Author: Lukas Nellen

Date: 20 Oct 2003

Definition at line 9 of file CoordinateSystemPtr.h.

typedef utl::ExpressionParser<MathExpressionGrammar, AugerUnits> utl::FunctionParser

Definition at line 241 of file MathExpressionGrammar.h.

typedef MultiTimeDistribution< double > utl::MultiTimeDistributionD

Definition at line 79 of file MultiTimeDistribution.h.

typedef MultiTimeDistribution< int > utl::MultiTimeDistributionI

Definition at line 80 of file MultiTimeDistribution.h.

typedef MultiTrace< double > utl::MultiTraceD

Definition at line 92 of file MultiTrace.h.

typedef MultiTrace< int > utl::MultiTraceI

Definition at line 91 of file MultiTrace.h.

typedef utl::ObjectFactory< ParticlePropertiesPtr, int, const ParticlePropertiesCreator, UnregisteredParticlePropertyPolicy > utl::ParticlePropertiesFactory

Typedef for particle properties factory using the generic object factory.

Definition at line 54 of file ParticlePropertiesFactory.h.

typedef boost::shared_ptr<const VParticleProperties> utl::ParticlePropertiesPtr

Definition at line 40 of file VParticleProperties.h.

typedef BasicVector<HepGeom::Point3D<double> > utl::PointBase

Definition at line 368 of file BasicVector.h.

typedef std::map<std::string, double> utl::SymbolTable

Definition at line 10 of file SymbolTable.h.

typedef TimeDistribution< double > utl::TimeDistributionD

Definition at line 15 of file TimeDistribution-fwd.h.

typedef TimeDistribution< int > utl::TimeDistributionI

Definition at line 18 of file TimeDistribution-fwd.h.

typedef Trace< char > utl::TraceB

Definition at line 28 of file Trace-fwd.h.

typedef Trace< std::complex< double > > utl::TraceC

Definition at line 29 of file Trace-fwd.h.

typedef Trace< double > utl::TraceD

Definition at line 26 of file Trace-fwd.h.

typedef Trace< float > utl::TraceF

Definition at line 25 of file Trace-fwd.h.

typedef Trace< int > utl::TraceI

Definition at line 24 of file Trace-fwd.h.

typedef Trace< short int > utl::TraceSI

Definition at line 22 of file Trace-fwd.h.

typedef Trace< unsigned int > utl::TraceUI

Definition at line 23 of file Trace-fwd.h.

typedef Trace< unsigned short int > utl::TraceUSI

Definition at line 19 of file Trace-fwd.h.

typedef Trace< Vector3C > utl::TraceV3C

Definition at line 37 of file Trace-fwd.h.

typedef Trace< Vector3D > utl::TraceV3D

Definition at line 36 of file Trace-fwd.h.

typedef TransformerConstructor<TransformationPolicy> utl::Transformation

Definition at line 17 of file Transformation-fwd.h.

typedef boost::tuple<double, double, double> utl::Triple

Coordinate triple for easy getting or setting of coordinates.

Definition at line 15 of file Triple.h.

typedef unsigned long utl::ulong

Definition at line 10 of file PoissonDistribution.h.

typedef utl::SVector< 3, std::complex< double > > utl::Vector3C

Definition at line 34 of file Trace-fwd.h.

typedef utl::SVector< 3, double > utl::Vector3D

Definition at line 32 of file Trace-fwd.h.

typedef BasicVector<HepGeom::Vector3D<double> > utl::VectorBase

Definition at line 369 of file BasicVector.h.

typedef XercesPtr<char> utl::XercesPtrC

Definition at line 68 of file XercesUtil.h.

typedef XercesPtr<XMLCh> utl::XercesPtrX

Definition at line 69 of file XercesUtil.h.

typedef boost::iostreams::stream<zstream_source> utl::zistream

Definition at line 124 of file zstream.h.

typedef boost::iostreams::stream<zstream_sink> utl::zostream

Definition at line 171 of file zstream.h.

Enumeration Type Documentation

enum utl::AtmosphereNoise

Enumerator
eNoAtmosphereNoise
eDayAtmosphereNoise
eNightAtmosphereNoise

Definition at line 29 of file NoiseCCIR670.h.

enum utl::HadronicInteractionModel

Enumerator
eQGSJETII04
eEPOSLHC
eSibyll23d

Definition at line 255 of file PhysicalFunctions.h.

enum utl::IndustryNoise

Enumerator
eNoIndustryNoise
eRuralIndustryNoise
eUrbanIndustryNoise

Definition at line 30 of file NoiseCCIR670.h.

enum utl::zip_type

strong

Enumerator
none
gzip
bzip2
xzip
automatic

Definition at line 18 of file zstream.h.

Function Documentation

template<size_t n, typename T >

double utl::abs ( const SVector< n, T > & v )

inline

Definition at line 32 of file ValidationTests/SdCalibration/Validatrix.cc.

References Sqr(), and sqrt().

double utl::Angle	(	const Vector &	left,
		const Vector &	right
	)

inline

Definition at line 82 of file OperationsVV.h.

References RdGeoCeLDFFitter::a, RdGeoCeLDFFitter::b, utl::Vector::GetMag(), and sqrt().

Referenced by HybridGeometryFinderWG::HybridGeometryFinder::CalculateAxisForTel(), PixelSelectorOG::PixelSelector::CheckIsolated(), FindTimeOffset::FindTimeOffset::FindOffset(), RdLDFFitter::RdLDFFitter::GetAnglesToLorentzVector(), utl::RadioGeometryUtilities::GetAngleToEFieldExpectation(), utl::RadioGeometryUtilities::GetAngleToLorentzVector(), HybridGeometryFinderWG::HybridGeometryFinder::MinuitFitFuncAxis(), HybridGeometryFinderWG::AxisParameterCalculator::operator()(), RdLDFFitter::RdLDFFitter::PlotGoodnessOfFit(), HybridGeometryFinderWG::HybridGeometryFinder::ReadmitPixel(), HybridGeometryFinderWG::HybridGeometryFinder::RecalculateChiSquare(), HybridGeometryFinderWG::HybridGeometryFinder::RemovePixel(), RdStationPolarizationRejector::RdStationPolarizationRejector::Run(), RdLDFChargeExcessCorrector::RdLDFChargeExcessCorrector::Run(), HybridGeometryFinderWG::HybridGeometryFinder::SelectPixels(), HybridGeometryFinderWG::HybridGeometryFinder::StoreData(), and testOperationsVV::testVectorOperations().

template<typename T , typename U >

double utl::Angle	(	SVector< 3, T >	left,
		SVector< 3, U >	right
	)

inline

Definition at line 287 of file SVector.h.

References utl::SVector< n, T >::GetMag(), and sqrt().

template<typename T , typename U >

T utl::As ( const U & x )

inline

useful shorthand for boost::lexical_cast

Author: Darko Veberic

Date: 14 Jul 2006

Definition at line 27 of file String.h.

template<typename T >

Bit::Array<T> utl::AsBitArray ( T & target )

inline

Definition at line 77 of file Bit.h.

Referenced by SdEventPosteriorSelectorOG::SdEventPosteriorSelector::Run(), TestBit::TestGet(), TestBit::TestMask(), and TestBit::TestSet().

std::string utl::AsString ( const XMLCh *const xStr )

inline

Definition at line 77 of file XercesUtil.h.

Referenced by fwk::AsString(), utl::Branch::GetAttributes(), utl::Branch::GetChild(), utl::Branch::GetDataString(), utl::Branch::GetListOfVariables(), utl::Branch::GetName(), and utl::Branch::GetUnit().

std::string utl::BareFileName ( const boost::filesystem::path & path )

Compute the leaf and strip the extension.

std::string utl::BareFileName ( const fs::path & thePath )

Definition at line 46 of file FileName.cc.

Referenced by io::REASFile::Open(), io::REASFile::Read(), and testFileName::testBareFileName().

boost::filesystem::path utl::BareFilePath ( const boost::filesystem::path & path )

Compute the full path, but strip the extension from the leaf.

fs::path utl::BareFilePath ( const fs::path & thePath )

Definition at line 33 of file FileName.cc.

Referenced by testFileName::testBareFilePath().

double utl::Beta ( const double energy )

inline

Calculate the electron energy versus the relativistic beta.

Definition at line 54 of file PhysicalFunctions.h.

References kElectronMass, Sqr(), and sqrt().

Referenced by atm::CherenkovModel::CKVBeam(), atm::CherenkovModel::CKVDirect(), UnivFitterKG::WCDFitFunction::operator()(), testPhysicalFunctions::testBeta(), testPhysicalFunctions::testEnergy(), G4XTankSimulatorAG::G4XTankFastCerenkov::TransitionToDome(), G4TankSimulatorASCII::G4TankFastCerenkov::TransitionToDome(), G4TankSimulatorOG::G4TankFastCerenkov::TransitionToDome(), G4TankSimulatorASCII::G4TankFastCerenkov::TransitionToInterface(), G4XTankSimulatorAG::G4XTankFastCerenkov::TransitionToInterface(), and G4TankSimulatorOG::G4TankFastCerenkov::TransitionToInterface().

double utl::CherenkovThreshold ( const double nRef )

inline

Calculate the electron Cherenkov threshold energy for refraction index.

Definition at line 81 of file PhysicalFunctions.h.

References kElectronMass, Sqr(), and sqrt().

Referenced by atm::AnalyticalCherenkovModel::AngularCDF(), atm::AnalyticalCherenkovModel::AngularPDF(), atm::AnalyticalCherenkovModel::CherenkovIntegral(), atm::AnalyticalCherenkovModel::EvaluateCherenkovPhotons(), and testPhysicalFunctions::testCherenkovThreshold().

double utl::Chi2Probability	(	const double	chi2,
		const double	ndof
	)

inline

Definition at line 214 of file Utilities/Math/Math.h.

References IncompleteGammaQ().

Referenced by LDFFinderKG::LDFFinder::Run(), MathTest::TestChi2Probability(), and MathTest::TestChi2Probability2().

template<class Predicate >

bool utl::ContainsSubstring	(	const std::string &	a,
		const std::string &	b,
		Predicate	p
	)

inline

Utility to search for a substring within a string according to a given search predicate.

Definition at line 62 of file StringCompare.h.

References G4StationSimulatorOG::p.

Referenced by ContainsSubstring(), and ContainsSubstringEquivalent().

bool utl::ContainsSubstring	(	const std::string &	a,
		const std::string &	b
	)

inline

Syntactic sugar for searching within a string for a substring. Search is case-sensitive.

Definition at line 73 of file StringCompare.h.

References ContainsSubstring().

bool utl::ContainsSubstringEquivalent	(	const std::string &	a,
		const std::string &	b
	)

inline

Syntactic sugar for searching within a string for a substring. Search is case-insensitive.

Definition at line 84 of file StringCompare.h.

References ContainsSubstring().

Referenced by atm::MeasuredDBMieModel::GetZoneName(), atm::MeasuredDBMieModel::StringToZoneParam(), and atm::MeasuredDBMieModel::ZoneMatch().

void utl::CoordinateSystemValid ( const CoordinateSystemPtr & theCoordinateSystem )

inline

Definition at line 46 of file CoordinateSystem.h.

Referenced by utl::BasicVector< HepVector >::BasicVector(), utl::CoordinateTransformer::CoordinateTransformer(), and utl::BasicVector< HepVector >::TransformedVector().

double utl::CosAngle	(	const Vector &	l,
		const Vector &	r
	)

inline

Definition at line 71 of file OperationsVV.h.

References utl::Vector::GetMag().

Referenced by otoa::FOVCalculator::CalculateFOVBoundaries(), evt::ShowerFRecData::CalculatePointOnShower(), FdProfileConstrainedGeometryFit::ApertureLight::CalculateShowerGeometryData(), FdProfileConstrainedGeometryFitPG::ApertureLight::CalculateShowerGeometryData(), FdApertureLightFinderKG::FdApertureLightFinder::CalculateShowerGeometryData(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateTelescopeData(), otoa::FD2ADST::FillCloudCameraDataBrief(), otoa::FD2ADST::FillFdRecStations(), LDFFinderOG::LDFFinder::FixCore(), LDFFinderKG::LDFFinder::FixCore(), fevt::Telescope::GenerateMirrorEventBorderPixels(), RdHASLDFFitter::LDFFitFunction::GeomagneticEmissionFactor(), FdProfileConstrainedGeometryFitPG::ApertureLight::IsNearBorder(), FdProfileConstrainedGeometryFit::ApertureLight::IsNearBorder(), FdApertureLightFinderKG::FdApertureLightFinder::IsNearBorder(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), and TestSMatrixSVector::TestSVectorAngle().

template<typename T , typename U >

double utl::CosAngle	(	const SVector< 3, T > &	l,
		const SVector< 3, U > &	r
	)

inline

Definition at line 275 of file SVector.h.

References utl::SVector< n, T >::GetMag().

AxialVector utl::Cross	(	const Vector &	l,
		const Vector &	r
	)

inline

Definition at line 25 of file OperationsAV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

Referenced by FdProfileConstrainedGeometryFit::PCGFitter::AdjustGeometry(), FdProfileConstrainedGeometryFitPG::PCGFitter::AdjustGeometry(), SdEventSelectorOG::SdEventSelector::BottomUpSelection(), otoa::FOVCalculator::CalculateFOVBoundaries(), cross(), RdBeamFormer::RdConicalWaveModel::delay(), RdBeamFormer::RdHyperbolicWaveModel::delay(), Distance(), otoa::FD2ADST::FillEyeSim(), otoa::FD2ADST::FillFdRecStations(), otoa::FD2ADST::FillHybridStations(), FdAxisFinderOG::FdAxisFinder::FillPoints(), otoa::FD2ADST::FillRecPixel(), otoa::FD2ADST::FillSDEye(), TelescopeSimulatorKG2::Filter::Filter(), FdPulseFinderOG::FdPulseFinder::FindAdditionalPulse(), FindTimeOffset::FindTimeOffset::FindOffset(), MdLDFFinderAG::MdLDFFinder::FixBetaFlag(), EventGeneratorOG::EventGenerator::GenerateArrayCentricRandomizedCoreAroundRandomStation(), EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), RdHASLDFFitter::LDFFitFunction::GeomagneticEmissionFactor(), utl::RadioGeometryUtilities::GetAngleToEFieldExpectation2D(), otoa::LongitudinalXmaxScanner::GetChangedDepth(), FdProfileConstrainedGeometryFitPG::FdProfileConstrainedGeometryFit::GetDataFromPreviousFit(), utl::RadioGeometryUtilities::GetLorentzVector(), RdPolarizationReconstructor::RdPolarizationReconstructor::GetRotatedPolarizationTraces(), Intersection(), SdEventPosteriorSelectorOG::IsAlongside(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), FdAxisFinderOG::FdAxisFinder::MinuitFitFuncLaser(), otoa::err::CalculateFdCorePosition::operator()(), otoa::err::CalculateFdArrivalDirection::operator()(), FdEnergyDepositFinderKG::FdEnergyDepositFinder::PrepareEyeCopy(), SdEventPosteriorSelectorOG::ProjectPointAlongAxisToTriangle(), utl::RadioGeometryUtilities::RadioGeometryUtilities(), GeometryExampleNS::GeometryExample::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), FdProfileConstrainedGeometryFitPG::PCGFitter::Underground(), vectorsine(), and vectorsine_oriented().

AxialVector utl::cross	(	const Vector &	l,
		const Vector &	r
	)

inline

vector cross product

Definition at line 32 of file OperationsAV.h.

References Cross().

template<typename T , typename U >

SVector< 3, typename boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, T, U >::type > utl::Cross	(	const SVector< 3, T > &	a,
		const SVector< 3, U > &	b
	)

inline

Definition at line 255 of file SVector.h.

References U.

template<typename T , class D >

bool utl::DeepEqual	(	const LameShadowPtr< T, D > &	s1,
		const LameShadowPtr< T, D > &	s2
	)

inline

Definition at line 91 of file LameShadowPtr.h.

Referenced by ns2::Bar::operator==().

template<typename T , class D >

bool utl::DeepEqual	(	const ShadowPtr< T, D > &	s1,
		const ShadowPtr< T, D > &	s2
	)

inline

Definition at line 238 of file ShadowPtr.h.

utl::Triple utl::Diff	(	const utl::Triple &	lhs,
		const utl::Triple &	rhs
	)

inline

Definition at line 205 of file Test.h.

Referenced by tst::Verify().

double utl::Distance	(	const Point &	p1,
		const Point &	p2
	)

inline

Definition at line 58 of file GeometryUtilities.h.

double utl::ElectronsAboveCut ( double enCut )

Fraction of electrons above energy cutoff enCut (in MeV) at age = 1.

This function returns the fraction of electrons above energy cutoff enCut at s = 1.

extrapolation to other cutoffs with function from Nerling et al, Proc 28th ICRC (figure 4)

Input: electron energy cutoff

Definition at line 210 of file PhysicalFunctions.cc.

References MeV, and WARNING.

Referenced by EnergyDeposit().

double utl::Energy ( const double beta )

inline

Calculate the electron energy for a relativistic beta.

Definition at line 49 of file PhysicalFunctions.h.

References kElectronMass, Sqr(), and sqrt().

Referenced by SdSimMuonNumberFitterNS::SdSimMuonNumberFitter::Run(), and testPhysicalFunctions::testEnergy().

double utl::EnergyDeposit	(	const double	depthX,
		const double	xMax,
		const double	enCut
	)

inline

Parametrization for the average energy deposit per particle.

Definition at line 120 of file PhysicalFunctions.h.

References EnergyDeposit(), and ShowerAge().

double utl::EnergyDeposit	(	const double	age,
		const double	enCut
	)

Parametrization for the average energy deposit per particle.

This function returns the average energy deposit in eV

based on CORSIKA parameterization at 1 MeV see F. Nerling et al., Astropart. Phys. 24 (2006) 421-437.

Input: age and electron energy cutoff

Output: energy deposit per particle

Definition at line 235 of file PhysicalFunctions.cc.

References cm2, ElectronsAboveCut(), g, MeV, G4StationSimulatorOG::p, and std::pow().

Referenced by FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateMeanEnergyDeposit(), FdEnergyDepositFinderKG::ProfileCalculator::CalculateProfile(), FdProfileReconstructorKG::FdProfileReconstructor::CalculateProfiles(), EnergyDeposit(), FdProfileReconstructorKG::EnergyFitter::FillProfilesAtAperture(), FdEnergyFinderOG::FdEnergyFinder::FindEmEnergy(), FdProfileFinderOG::FdProfileFinder::LightAtApertureToSize(), io::CorsikaShowerFile::ReadProfile(), ProfileSimulatorOG::ProfileSimulator::Run(), FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH(), and testPhysicalFunctions::testEnergyDeposit().

double utl::ErfSigmoid	(	const double	x,
		const double	delta
	)

inline

Definition at line 105 of file Tools/CIC/utl/Math.h.

template<typename T >

double utl::EvalPoly	(	const T &	a,
		const double	x
	)

inline

Simple polynomial evaluator.

EvalPoly Implements numerically stable Horner evaluation.

const double y = EvalPoly({1, -1, 3}, x);

Gives you y = 1 - x + 3 x^2

Author: Darko Veberic and Lukas Nellen

Date: 15 Jul 2018

Definition at line 144 of file Utilities/Math/Math.h.

Referenced by EvalPoly(), utl::Polynomial::operator()(), utl::MuonArrivalTime::SetTheta(), MathTest::TestEvalPoly(), and utl::wcd::TriggerProbability().

template<typename T >

double utl::EvalPoly	(	const std::initializer_list< T > &	a,
		const double	x
	)

inline

Definition at line 153 of file Utilities/Math/Math.h.

References EvalPoly().

double utl::Fermi ( const double x )

inline

Definition at line 52 of file Tools/CIC/utl/Math.h.

Referenced by LDFFinderOG::LDFFinder::EstimateNStationsInFit(), LDFFinderOG::LDFFinder::LDFFitChi2Fnc(), LDFFinderKG::LDFChi2Function::operator()(), and utl::wcd::TriggerProbability().

std::string utl::FileExtension ( const boost::filesystem::path & path )

Return the extension of the path.

std::string utl::FileExtension ( const fs::path & thePath )

Definition at line 58 of file FileName.cc.

Referenced by testFileName::testFileExtension().

constexpr int utl::FloorDiv	(	const int	num,
		const int	den
	)

inline

Definition at line 94 of file Utilities/Math/Math.h.

Referenced by sdet::StationTriggerAlgorithm::Run(), and sdet::UUBDownsampleFilter().

double utl::GaisserHillas	(	const double	x,
		const double	x0,
		const double	xMax,
		const double	nMax,
		const double	lambda
	)

Calculate the Gaisser-Hillas function.

Definition at line 41 of file PhysicalFunctions.cc.

References NormalizedGaisserHillas().

Referenced by FdProfileReconstructorKG::EnergyFitter::dEdXFitFunction(), FdProfileReconstructorKG::EnergyFitter::FillProfilesAtAperture(), FdEnergyFinderOG::FdEnergyFinder::FindEmEnergy(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasChi2(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasLogLike(), FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov(), ProfileSimulatorOG::ProfileSimulator::Run(), testPhysicalFunctions::testGaisserHillas(), and FdProfileReconstructorKG::RootCFMatrixOutput::WriteLateral().

template<int side>

double utl::GaisserHillasInverse	(	const double	n,
		const double	x0,
		const double	xMax,
		const double	nMax,
		const double	lambda
	)

Inverse of the Gaisser-Hillas function branch can be either -1 or +1

Parameters

n,:	the target particle number
x0,:	slant depth of first interaction
xMax,:	slant depth of shower maximum
nMax,:	particle number at shower maximum
lambda,:	radiation length

Returns: the X where GH(X) == n

Definition at line 36 of file PhysicalFunctions.h.

References LambertW(), and std::pow().

TimeStamp utl::GetCurrentSystemTime ( )

get current time as reported by system

Definition at line 46 of file TimeStamp.cc.

References utl::UTCDateTime::GetTimeStamp().

Referenced by RdStationPositionCorrectionOG::RdStationPositionCorrection::Init(), SdStationPositionCorrectionOG::SdStationPositionCorrection::Init(), MuonCounterViewerAG::MuonCounterViewer::Init(), ShowerMaker::ShowerMaker::Run(), StationListCreatorModuleNS::StationListCreatorModule::Run(), and RdCOREASSimulationCreator::RdCOREASSimulationCreator::Run().

TRandom3* utl::GetRandom3 ( )

inline

Definition at line 13 of file Tools/CIC/utl/Math.cc.

double utl::GoraAParameter ( const double age )

inline

parameter a of D. Gora et al., Astropart. Phys. 24 (2006), 484

Definition at line 935 of file PhysicalFunctions.cc.

Referenced by GoraCDF(), GoraPDF(), and InverseGoraCDF().

double utl::GoraBParameter ( const double age )

inline

parameter b of D. Gora et al., Astropart. Phys. 24 (2006), 484

Definition at line 944 of file PhysicalFunctions.cc.

Referenced by GoraCDF(), GoraPDF(), and InverseGoraCDF().

double utl::GoraCDF	(	const double	rStar,
		const double	age
	)

CDF of lateral light distribution from Gora et al., APP24 (2006), 484 input: distance to shower axis in units of moliere radii and shower age

Definition at line 951 of file PhysicalFunctions.cc.

References RdGeoCeLDFFitter::a, RdGeoCeLDFFitter::b, GoraAParameter(), GoraBParameter(), and std::pow().

Referenced by FdEnergyDepositFinderKG::LateralLightCalculator::FluoLightFraction(), and FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GoraFraction().

double utl::GoraPDF	(	const double	rStar,
		const double	age
	)

PDF of lateral light distribution from Gora et al., APP24 (2006), 484 input: distance to shower axis in units of moliere radii and shower age

Definition at line 969 of file PhysicalFunctions.cc.

References RdGeoCeLDFFitter::a, RdGeoCeLDFFitter::b, GoraAParameter(), GoraBParameter(), and std::pow().

Referenced by FluorescenceFunctor::operator()().

const HLine utl::hline ( '-' )

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ApplyCITIROCTransfer(), MdCounterSimulatorAG::MdCounterSimulator::ApplyCITIROCTransfer(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ApplyTransferBlock(), MdCounterSimulatorAG::MdCounterSimulator::ApplyTransferBlock(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ApplyTransferBlocks(), MdCounterSimulatorAG::MdCounterSimulator::ApplyTransferBlocks(), SdEventSelectorOG::SdEventSelector::BottomUpSelection(), CentralTriggerEventBuilderNS::CentralTriggerEventBuilder::BuildEvent(), SdSimulationCalibratorOG::SdSimulationCalibrator::Finish(), fwk::RunController::FinishBranch(), FdLightCollectionEfficiencyKG::SubModule::FinishTimingPrintout(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::GetPulseTimeSpan(), MdCounterSimulatorAG::MdCounterSimulator::GetPulseTimeSpan(), utl::Deprecator::GetReport(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::OutputStats(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::OutputStats(), CachedShowerRegeneratorOG::CachedShowerRegenerator::OutputStats(), FdProfileReconstructorKG::OpticalHalo::PrintFractions(), utl::CountedObjectRegistry::PrintStatistics(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), DummyCentralTriggerNS::DummyCentralTrigger::Run(), RPCElectronicsSimulatorLX::RPCElectronicsSimulator::Run(), MdPileUpCorrecterAG::MdPileUpCorrecter::Run(), EdepSimulatorAG::EdepSimulator::Run(), io::CorsikaShowerFile::SetRunHeader(), MdCounterSimulatorAG::MdCounterSimulator::SimulatePulses(), TestTabularStream::TestB(), TestTabularStream::TestTooManyColumns(), and FdLightCollectionEfficiencyKG::SubModule::TimingHeader().

template<typename T >

void utl::Ignore ( const T & )

inline

Definition at line 8 of file Ignore.h.

constexpr double utl::Interpolate	(	const double	dx,
		const double	dy,
		const double	x
	)

inline

Definition at line 114 of file Tools/CIC/utl/Math.h.

Referenced by utl::Equidistant::GetBinCenter(), utl::Equidistant::GetBinLowerEdge(), utl::Equidistant::GetBinUpperEdge(), and Interpolate().

ComplexLgAmpPhase utl::Interpolate	(	double	x1,
		const ComplexLgAmpPhase &	y1,
		double	x2,
		const ComplexLgAmpPhase &	y2,
		double	x
	)

inline

Do linear interpolation of two ComplexLgAmpPhases in log10(amplitude) and phase.

Definition at line 120 of file ComplexLgAmpPhase.h.

References utl::ComplexLgAmpPhase::GetLgAmplitude(), and utl::ComplexLgAmpPhase::GetPhase().

constexpr double utl::Interpolate	(	const double	x1,
		const double	y1,
		const double	x2,
		const double	y2,
		const double	x
	)

inline

Definition at line 124 of file Tools/CIC/utl/Math.h.

References Interpolate().

double utl::InverseGoraCDF	(	const double	fraction,
		const double	age
	)

inverse CDF of lateral light distribution from Gora et al., APP24 (2006), 484 input: light fraction [0, 1], output: rStar

Definition at line 960 of file PhysicalFunctions.cc.

References RdGeoCeLDFFitter::a, RdGeoCeLDFFitter::b, GoraAParameter(), GoraBParameter(), and std::pow().

Referenced by ShowerPhotonGeneratorOG::ShowerPhotonGenerator::GoraFunction(), and FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc().

template double utl::InverseMoyal<+1 >	(	const double	y,
		const double	eps
	)

Referenced by SdSignalRecoveryKLT::SignalRecovery::ComputeAmplitude(), and SdSignalRecoveryKLT::SignalRecovery::SaturationFitFnc().

template double utl::InverseMoyal<-1 >	(	const double	y,
		const double	eps
	)

Referenced by SdSignalRecoveryKLT::SignalRecovery::ComputeAmplitude(), and SdSignalRecoveryKLT::SignalRecovery::SaturationFitFnc().

double utl::InverseNormalCDF	(	const double	p,
		const double	sigma
	)

inline

Definition at line 94 of file NormalDistribution.h.

References InverseNormalCDF().

double utl::InverseNormalCDF	(	const double	p,
		const double	mean,
		const double	sigma
	)

inline

Definition at line 98 of file NormalDistribution.h.

References InverseNormalCDF().

bool utl::Invert3x3 ( double a[3][3] )

Definition at line 257 of file PhysicalFunctions.cc.

References RdGeoCeLDFFitter::b, and ERROR.

Referenced by Solve3x3().

template<typename AMatrix >

void utl::InvertMatrix	(	const size_t	n,
		AMatrix &	a
	)

Invert A in place with Gauss-Jordan elimination and full pivoting.

Definition at line 14 of file EquationSolver.h.

References std::swap().

Referenced by Spline::Solver< ADimension, AKnotVector, ABasisFunction >::Configure(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::GetExternalGeometry(), and SdHorizontalReconstructionNS::ShowerSizeFunction::ShowerSizeFunction().

template<typename T >

IsProxy<T> utl::Is ( const T & x )

inline

Definition at line 46 of file Is.h.

Referenced by otoa::SD2ADST::AddStations(), SdBaselineFinderKG::SdBaselineFinderKG::ComputeBaselineEstimates(), evt::ConvertIoSdToEvent(), LDFFinderKG::GetShapeLabel(), SdGainRatioCorrectorKG::GainRatioCorrectionLine::if(), TriggerTimeCorrection::TriggerTimeCorrection::Init(), SdTraceCalibratorOG::SdTraceCalibrator::IsTestStation(), SdCalibratorOG::SdCalibrator::IsTestStation(), otoa::MD2ADST::MakeSimCounter(), SdMonteCarloPropagatorKVI::SdMonteCarloPropagator::Run(), and CentralTriggerSimulatorXb::CentralTriggerSimulator::Run().

oss<< "0b"; oss << ((x >> i) & 1); return oss.str(); } template<class S, class V> std::string utl::Join	(	const S &	sep,
		const V &	v
	)

Definition at line 60 of file String.h.

Referenced by MeanNpeFillerKG::MeanNpeFiller::Init(), SdHistogramFitterKG::SdHistogramFitter::Init(), SdTraceCalibratorOG::SdTraceCalibrator::Init(), SdCalibratorOG::SdCalibrator::Init(), and SdBadStationRejectorKG::SdBadStationRejector::Run().

double utl::KolmogorovProbability	(	const double	effectiveN,
		const double	kolmogorovDistance
	)

Definition at line 10 of file Kolmogorov.cc.

References Sqr(), and sqrt().

Referenced by KolmogorovProbability(), and MathTest::TestKolmogorovProbability().

double utl::KolmogorovProbability	(	const int	n1,
		const int	n2,
		const double	kolmogorovDistance
	)

Definition at line 41 of file Kolmogorov.cc.

References KolmogorovProbability().

template<>

double utl::LambertW< 0 > ( const double x )

Definition at line 559 of file LambertW.cc.

References utl::LambertWDetail::kInvE, and LambertWApproximation< 0 >().

Referenced by evt::GaisserHillas4Parameter::Inverse(), and MathTest::TestLambertW().

template<>

double utl::LambertW<-1 > ( const double x )

Definition at line 573 of file LambertW.cc.

References utl::LambertWDetail::kInvE, LambertWApproximation(), and LambertWApproximation<-1 >().

Referenced by MathTest::TestLambertW().

template double utl::LambertWApproximation< 0 > ( const double x )

Referenced by LambertW< 0 >().

template double utl::LambertWApproximation<-1 > ( const double x )

Referenced by LambertW<-1 >().

constexpr double utl::LinearSigmoid	(	const double	x,
		const double	delta
	)

inline

Definition at line 70 of file Tools/CIC/utl/Math.h.

template<class T1 , class T2 >

void utl::LoadConfig	(	const utl::Branch &	b,
		const std::string &	tag,
		T1 &	var,
		const T2 &	defaultValue
	)

inline

Helper method to load a particular configuration parameter.

Parameters

b	The main branch from which the parameters should be loaded.
tag	The node tag for the configuration parameter desired.
t	Datum where the configured value should be written.
def	Default value to use if no configuration in `b`.

Note the usage of two template parameters: gives more freedom to the compiler to resolve the call. For instance, if we have

unsigned int value;

LoadConfig(b, tag, value, 1000);

The 1000 literal needs to be casted to unsigned int in order to match the prototype.

This method could be, in fact, be added to branch, or (better) as an standalone function in utl namespace: seems to much...well, at last I put it as a free function.

Author: Rodolfo Federico Gamarra

Date: 21 Sep 2009

Definition at line 35 of file ConfigUtils.h.

References RdGeoCeLDFFitter::c, utl::Branch::GetChild(), and utl::Branch::GetData().

Referenced by utl::UnitsConfig::Configure(), MdCornerClippingCorrecterAG::MdCornerClippingCorrecter::Init(), MdBiasCorrecterAG::MdBiasCorrecter::Init(), MdADCCalibrationAG::MdADCCalibration::Init(), MdMuonIntegratorAG::MdMuonIntegrator::Init(), MdEventSelectorAG::MdEventSelector::Init(), MdShowerRegeneratorAG::MdShowerRegenerator::Init(), MdPileUpCorrecterAG::MdPileUpCorrecter::Init(), MdPatternFinderAG::MdPatternFinder::Init(), UnderGrdInjectorAG::UnderGrdInjector::Init(), MdMuonEstimatorAG::MdMuonEstimator::Init(), MdMuonCounterAG::MdMuonCounter::Init(), EdepSimulatorAG::EdepSimulator::Init(), MdLDFFinderAG::MdLDFFinder::Init(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::Init(), MdCounterSimulatorAG::MdCounterSimulator::Init(), utl::MessageLoggerConfig::LoadConfiguration(), and EdepSimulatorAG::ScintillatorConstruction::ScintillatorConstruction().

double utl::LogarithmOfErfc ( const double x )

inline

Definition at line 41 of file NormalDistribution.h.

References Sqr().

Referenced by LogarithmOfNormalComplementCDF().

double utl::LogarithmOfNormalCDF ( const double x )

inline

Definition at line 75 of file NormalDistribution.h.

References LogarithmOfNormalComplementCDF().

Referenced by LogarithmOfNormalCDF().

double utl::LogarithmOfNormalCDF	(	const double	x,
		const double	sigma
	)

inline

Definition at line 79 of file NormalDistribution.h.

References LogarithmOfNormalCDF().

double utl::LogarithmOfNormalCDF	(	const double	x,
		const double	mean,
		const double	sigma
	)

inline

Definition at line 83 of file NormalDistribution.h.

References LogarithmOfNormalCDF().

double utl::LogarithmOfNormalComplementCDF ( const double x )

inline

Definition at line 63 of file NormalDistribution.h.

References LogarithmOfErfc().

Referenced by MdLDFFinderAG::Likelihood::CalculateCandidateLikelihood(), LDFFinderOG::LDFFinder::LDFFitMaxLikeFnc(), LogarithmOfNormalCDF(), LogarithmOfNormalComplementCDF(), and LDFFinderKG::LDFLikelihoodFunction::operator()().

double utl::LogarithmOfNormalComplementCDF	(	const double	x,
		const double	sigma
	)

inline

Definition at line 67 of file NormalDistribution.h.

References LogarithmOfNormalComplementCDF().

double utl::LogarithmOfNormalComplementCDF	(	const double	x,
		const double	mean,
		const double	sigma
	)

inline

Definition at line 71 of file NormalDistribution.h.

References LogarithmOfNormalComplementCDF().

double utl::LogarithmOfNormalPDF ( const double x )

inline

Definition at line 27 of file NormalDistribution.h.

References kSqrt2Pi, and Sqr().

Referenced by LDFFinderOG::LDFFinder::LDFFitMaxLikeFnc(), LogarithmOfNormalPDF(), LDFFinderKG::LDFLikelihoodFunction::operator()(), ScintillatorLDFFinderKG::LDFLikelihoodFunction::operator()(), and UnivFitterKG::WCDFitFunction::operator()().

double utl::LogarithmOfNormalPDF	(	const double	x,
		const double	sigma
	)

inline

Definition at line 31 of file NormalDistribution.h.

References LogarithmOfNormalPDF().

double utl::LogarithmOfNormalPDF	(	const double	x,
		const double	mean,
		const double	sigma
	)

inline

Definition at line 35 of file NormalDistribution.h.

References LogarithmOfNormalPDF().

double utl::LogPoissonPDF	(	const ulong	k,
		const double	x
	)

inline

Definition at line 12 of file PoissonDistribution.h.

References LogGamma().

Referenced by PoissonPDF().

template<class istream >

split<istream> utl::make_split ( istream & is )

inline

Definition at line 82 of file split.h.

References is().

template<class Histogram , typename T >

ExponentialFitter<Histogram> utl::MakeExponentialFitter	(	const Histogram &	histogram,
		const T &	start,
		const T &	stop
	)

inline

Definition at line 144 of file ExponentialFitter.h.

Referenced by SdHistogramFitterKG::SdHistogramFitter::CalculatePeakAndCharge(), SdHistogramFitterOG::SdHistogramFitter::CalculatePeakAndCharge(), and SdCalibratorOG::SdCalibrator::CalculatePeakAndCharge().

template<class Histogram , typename T >

ExponentialFitter<Histogram> utl::MakeExponentialFitter	(	const Histogram &	histogram,
		const std::pair< T, T > &	startStop
	)

inline

Definition at line 154 of file ExponentialFitter.h.

template<class Functor >

Integrator<Functor> utl::MakeIntegrator ( Functor & f )

inline

convenience factory

Definition at line 236 of file Integrator.h.

Referenced by RdHASLDFFitter::LDFFitFunctionPoly3::GetNormalization(), RdHASLDFFitter::LDFFitFunctionGaussSigmoid::GetNormalization(), IntegratorTest::testCancellation(), IntegratorTest::testFactory(), IntegratorTest::testFunction(), and IntegratorTest::testZero().

template<class Histogram , class ErrorPolicy >

QuadraticFitter<Histogram, ErrorPolicy> utl::MakeQuadraticFitter	(	const Histogram &	h,
		const ErrorPolicy
	)

inline

Definition at line 232 of file QuadraticFitter.h.

Referenced by SdHistogramFitterKG::SdHistogramFitter::CalculatePeakAndCharge(), SdHistogramFitterOG::SdHistogramFitter::CalculatePeakAndCharge(), SdCalibratorOG::SdCalibrator::CalculatePeakAndCharge(), TestQuadraticFitter::testFitRange(), TestQuadraticFitter::testHistogramExactFit(), and TestQuadraticFitter::testHistogramSemiRandomFit().

template<class Histogram >

QuadraticFitter<Histogram> utl::MakeQuadraticFitter ( const Histogram & h )

inline

Definition at line 240 of file QuadraticFitter.h.

template<class Histogram , typename Type , class ErrorPolicy >

QuadraticFitter<Histogram, ErrorPolicy> utl::MakeQuadraticFitter	(	const Histogram &	h,
		const Type	xStart,
		const Type	xStop,
		[[maybe_unused] ] const ErrorPolicy	ep
	)

inline

Definition at line 249 of file QuadraticFitter.h.

template<class Histogram , typename Type >

QuadraticFitter<Histogram> utl::MakeQuadraticFitter	(	const Histogram &	h,
		const Type	xStart,
		const Type	xStop
	)

inline

Definition at line 259 of file QuadraticFitter.h.

std::string utl::Md5Signature	(	const TabulatedFunction &	tf,
		const unsigned int	precision
	)

Definition at line 11 of file Md5Signature.cc.

References utl::TabulatedFunction::XBegin(), utl::TabulatedFunction::XEnd(), utl::TabulatedFunction::YBegin(), and utl::TabulatedFunction::YEnd().

std::string utl::Md5Signature	(	const double	d,
		const unsigned int	precision
	)

Definition at line 26 of file Md5Signature.cc.

std::string utl::Md5Signature ( const bool b )

inline

Definition at line 31 of file Md5Signature.h.

std::string utl::Md5Signature ( const int i )

inline

Definition at line 34 of file Md5Signature.h.

double utl::ModifiedJulianDate ( const time_t unixSecond )

inline

Definition at line 9 of file ModifiedJulianDate.cc.

Referenced by otoa::FillCelestialCoordinates(), otoa::Offline2ADST::FillGlobalInfo(), otoa::Offline2ADST::FillSim(), utl::MoonCycle::GetLunation(), ModifiedJulianDate(), RdStationNoiseAnalyser::Run(), otoa::TimeStamp2GMST(), and otoa::TimeStamp2MoonCycle().

double utl::ModifiedJulianDate ( const UTCDateTime & time )

Definition at line 26 of file ModifiedJulianDate.cc.

References utl::UTCDateTime::GetUnixSecond(), and ModifiedJulianDate().

double utl::MoliereRadius	(	double	temperature,
		double	pressure,
		const double	cosTheta
	)

The Moliere Radius (2 radiation length above obs-level, GAP-1998-002)

Definition at line 173 of file PhysicalFunctions.cc.

References kelvin, kgEarth, kRadiationLength, galactic::meter, millibar, and std::pow().

Referenced by FdEnergyDepositFinderKG::LateralLightCalculator::FluoLightFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GoraFraction(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), LDFTestKG::LDFTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), and ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run().

utl::MULTIOBJECT_INST	(	TimeDistribution< int >	,
		LabeledTimeDistribution< int >
	)

utl::MULTIOBJECT_INST	(	utl::TabulatedFunction	,
		utl::LabeledTabulatedFunction
	)

utl::MULTIOBJECT_INST	(	utl::TabulatedFunctionErrors	,
		utl::LabeledTabulatedFunctionErrors
	)

utl::MULTIOBJECT_INST	(	TimeDistribution< double >	,
		LabeledTimeDistribution< double >
	)

utl::MULTIOBJECT_INST	(	Trace< int >	,
		LabeledTrace< int >
	)

utl::MULTIOBJECT_INST	(	Trace< double >	,
		LabeledTrace< double >
	)

template<class Map >

Map::mapped_type& utl::MustFind	(	Map &	map,
		const typename Map::key_type &	key,
		const std::string &	failMessage = `"key not found"`
	)

inline

Definition at line 13 of file MustFind.h.

References ERROR.

template<class Map >

const Map::mapped_type& utl::MustFind	(	const Map &	map,
		const typename Map::key_type &	key,
		const std::string &	failMessage = `"key not found"`
	)

inline

Definition at line 26 of file MustFind.h.

References ERROR.

template<class Map >

Map::mapped_type& utl::MustFind	(	Map *const	map,
		const typename Map::key_type &	key,
		const std::string &	failMessage = `"key not found"`
	)

inline

Definition at line 39 of file MustFind.h.

References ERROR.

template<class Map >

const Map::mapped_type& utl::MustFind	(	const Map *const	map,
		const typename Map::key_type &	key,
		const std::string &	failMessage = `"key not found"`
	)

inline

Definition at line 54 of file MustFind.h.

References ERROR.

double utl::NemesLnGamma ( const double z )

inline

Definition at line 224 of file Tools/CIC/utl/Math.h.

double utl::NormalCDF ( const double x )

inline

Definition at line 51 of file NormalDistribution.h.

Referenced by USCInterTankResponseNS::TankResponse::CDF(), AachenTankResponseNS::TankResponse::CDF(), SimpleTankResponseNS::TankResponse::CDF(), TabularTankResponseNS::TankResponse::CDF(), InverseNormalCDF(), NormalCDF(), LDFFinderOG::LDFFinder::Run(), LDFFinderKG::LDFFinder::Run(), TabularTankResponseNS::TankResponse::TankResponse(), and TruncatedNormalPDF().

double utl::NormalCDF	(	const double	x,
		const double	sigma
	)

inline

Definition at line 55 of file NormalDistribution.h.

References NormalCDF().

double utl::NormalCDF	(	const double	x,
		const double	mean,
		const double	sigma
	)

inline

Definition at line 59 of file NormalDistribution.h.

References NormalCDF().

double utl::NormalizeAngleMinusPiPi ( const double x )

inline

Normalize angle to lie between -pi and pi (-180 and 180 deg)

Definition at line 64 of file Utilities/Math/Math.h.

References kTwoPi.

Referenced by RdZHAireSSimPreparator::RdZHAireSSimPreparator::AugerAzimuthToZHAireS(), UnivTimeKG::GammaTimeModel::CalculateModel(), io::Corsika::CorsikaAzimuthToAuger(), utl::RadioGeometryUtilities::GetAngleToEFieldExpectation2D(), UnivTimeKG::TimeModel::interpolateParameters(), UnivFitterKG::WCDFitFunction::operator()(), RdPreWaveFitter::RdPreWaveFitter::PlaneWaveFit(), UnivFitterKG::Fitter::printResults(), CachedDirectInjectorOG::CachedDirectInjector::Run(), UniversalityFitter::UniversalityFitter::SetRecData(), testGeometryUtilities::testNormalizeAngleMinusPiPi(), UniversalityFitter::UniversalityFitter::WriteRecParameters(), and io::ZHAireSFile::ZHAireSAzimuthToAuger().

double utl::NormalizeAngleZero2Pi ( const double x )

inline

Normalize angle to lie between 0 and 2pi (0 and 360 deg)

Definition at line 74 of file Utilities/Math/Math.h.

References kTwoPi.

Referenced by RdREASSimPreparatorNG::RdREASSimPreparatorNG::CreateCoREASContent(), and RdREASSimPreparatorNG::RdREASSimPreparatorNG::CreateCORSIKAContent().

AxialVector utl::Normalized ( const AxialVector & v )

inline

Definition at line 81 of file AxialVector.h.

References utl::AxialVector::Normalize().

Referenced by FdProfileConstrainedGeometryFit::PCGFitter::AdjustGeometry(), FdProfileConstrainedGeometryFitPG::PCGFitter::AdjustGeometry(), atm::AnalyticalCherenkovModel::AsymmCorrection(), SdEventSelectorOG::SdEventSelector::BottomUpSelection(), otoa::FOVCalculator::CalculateFOVBoundaries(), FdEnergyDepositFinderKG::LateralLightCalculator::DirCherLightFraction(), atm::AnalyticalCherenkovModel::EvaluateDirectCherenkovProbability(), otoa::FD2ADST::FillEyeSim(), otoa::FD2ADST::FillFdRecStations(), otoa::FD2ADST::FillHybridStations(), otoa::FD2ADST::FillRecPixel(), otoa::FD2ADST::FillSDEye(), FindTimeOffset::FindTimeOffset::FindOffset(), EventGeneratorOG::EventGenerator::GenerateArrayCentricRandomizedCoreAroundRandomStation(), EventGeneratorOG::EventGenerator::GenerateSphereCentricCore(), RdLDFFitter::RdLDFFitter::GetAnglesToEFieldExpectation(), RdLDFFitter::RdLDFFitter::GetAnglesToLorentzVector(), utl::RadioGeometryUtilities::GetAngleToEFieldExpectation2D(), otoa::LongitudinalXmaxScanner::GetChangedDepth(), utl::RadioGeometryUtilities::GetChargeExcessVector(), FdProfileConstrainedGeometryFitPG::FdProfileConstrainedGeometryFit::GetDataFromPreviousFit(), utl::RadioGeometryUtilities::GetLorentzVector(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), otoa::err::CalculateFdCorePosition::operator()(), otoa::err::CalculateFdArrivalDirection::operator()(), RdEventPostSelector::RdEventPostSelector::passesCoincidenceCheck(), RdLDFFitter::RdLDFFitter::PlotGoodnessOfFit(), FdEnergyDepositFinderKG::FdEnergyDepositFinder::PrepareEyeCopy(), utl::RadioGeometryUtilities::RadioGeometryUtilities(), RdStationEFieldVectorCalculator::RdStationEFieldVectorCalculator::Run(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run(), utl::Particle::SetMomentum(), testAtmLowLevelAtmInterface::testGOESDB(), TelescopeSimulatorKG2::Camera::Trace(), and FdProfileConstrainedGeometryFitPG::PCGFitter::Underground().

Vector utl::Normalized ( const Vector & v )

inline

Definition at line 102 of file Vector.h.

References utl::Vector::Normalize().

double utl::NormalizedGaisserHillas	(	const double	x,
		const double	xMax
	)

inline

Canonical form of the Gaisser-Hillas function x = (X - X0) / lambda xMax = (XMax - X0) / lambda

Definition at line 34 of file PhysicalFunctions.cc.

References std::pow().

Referenced by GaisserHillas().

double utl::NormalPDF ( const double x )

inline

Definition at line 12 of file NormalDistribution.h.

References kSqrt2Pi, and Sqr().

Referenced by NormalPDF(), AachenTable::OpenFile(), AachenTankResponseNS::TankResponse::PDF(), USCInterTankResponseNS::TankResponse::PDF(), SimpleTankResponseNS::TankResponse::PDF(), TabularTankResponseNS::TankResponse::PDF(), and TruncatedNormalPDF().

double utl::NormalPDF	(	const double	x,
		const double	sigma
	)

inline

Definition at line 16 of file NormalDistribution.h.

References NormalPDF().

double utl::NormalPDF	(	const double	x,
		const double	mean,
		const double	sigma
	)

inline

Definition at line 20 of file NormalDistribution.h.

References NormalPDF().

bool utl::operator!=	(	const TimeStamp &	ts,
		const TimeRange &	tr
	)

inline

Definition at line 100 of file TimeRange.h.

Vector utl::operator*	(	const double	d,
		const Vector &	v
	)

inline

Definition at line 38 of file OperationsVV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

Vector utl::operator*	(	const Vector &	v,
		const double	d
	)

inline

Definition at line 46 of file OperationsVV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

template<unsigned int n, unsigned int m, typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, utl::SMatrix<n, m, T>, utl::SVector<m, U> >::type utl::operator*	(	const SMatrix< n, m, T > &	a,
		const SVector< m, U > &	x
	)

inline

Definition at line 56 of file SMatrixSVectorOp.h.

References m.

template<typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, SparseMatrix<T>, SparseVector<U> >::type utl::operator*	(	const SparseMatrix< T > &	m,
		const SparseVector< U > &	v
	)

Definition at line 58 of file SparseMatrixVectorOp.h.

References utl::SparseVector< T >::Find(), result, utl::SparseMatrix< T >::SparseBegin(), utl::SparseVector< T >::SparseEnd(), and utl::SparseMatrix< T >::SparseEnd().

double utl::operator*	(	const Vector &	l,
		const Vector &	r
	)

inline

Definition at line 62 of file OperationsVV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

template<unsigned int n, unsigned int m, typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, SMatrix<n, m, T>, SMatrix<m, n, U> >::type utl::operator*	(	const SMatrix< n, m, T > &	a,
		const SMatrix< m, n, U > &	b
	)

inline

Definition at line 167 of file SMatrix.h.

References m.

template<std::size_t n, typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, SVector<n, T>, SVector<n, U> >::type utl::operator*	(	const SVector< n, T > &	a,
		const SVector< n, U > &	b
	)

inline

dot product

Definition at line 232 of file SVector.h.

References U.

template<typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, SparseVector<T>, SparseVector<U> >::type utl::operator*	(	const SparseVector< T > &	a,
		const SparseVector< U > &	b
	)

dot product (scalar product of vectors)

Definition at line 240 of file SparseVector.h.

References utl::SparseVector< T >::IteratorTransformer< IteratorType, ValueType >::GetIndex(), utl::SparseVector< T >::SparseBegin(), and utl::SparseVector< T >::SparseEnd().

template<typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda::multiply_action>, SparseMatrix<T>, SparseMatrix<U> >::type utl::operator*	(	const SparseMatrix< T > &	a,
		const SparseMatrix< U > &	b
	)

general matrix multiplication In case matrix elements are not simple scalar values, the corresponding operator* will be used. For example, imagine matrix elements are vectors and the element * element multiplication is equal to scalar product. The required dot product functor is then used.

Definition at line 295 of file SparseMatrix.h.

References RdGeoCeLDFFitter::c, utl::SparseMatrix< T >::SparseBegin(), and utl::SparseMatrix< T >::SparseEnd().

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator*	(	const utl::Trace< _T1_ > &	trace,
		const _T2_	value
	)

Definition at line 350 of file Trace.h.

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator*	(	const _T2_	value,
		const utl::Trace< _T1_ > &	trace
	)

Definition at line 351 of file Trace.h.

Point utl::operator+	(	const Point &	l,
		const Vector &	r
	)

inline

Definition at line 19 of file OperationsPV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

Vector utl::operator+	(	const Vector &	l,
		const Vector &	r
	)

inline

Definition at line 20 of file OperationsVV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

Point utl::operator+	(	const Vector &	l,
		const Point &	r
	)

inline

Definition at line 28 of file OperationsPV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

boost::filesystem::path utl::operator+	(	const boost::filesystem::path &	path,
		const std::string &	extra
	)

Add string (e.g. an extension) to a path.

fs::path utl::operator+	(	const fs::path &	thePath,
		const string &	extra
	)

Definition at line 73 of file FileName.cc.

template<std::size_t n, typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda:: plus_action >, SVector<n, T>, SVector<n, U> >::type utl::operator+	(	const SVector< n, T > &	a,
		const SVector< n, U > &	b
	)

inline

Definition at line 326 of file SVector.h.

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator+	(	const utl::Trace< _T1_ > &	trace,
		const _T2_	value
	)

Definition at line 346 of file Trace.h.

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator+	(	const _T2_	value,
		const utl::Trace< _T1_ > &	trace
	)

Definition at line 347 of file Trace.h.

Point& utl::operator+=	(	Point &	p,
		const Vector &	v
	)

inline

Definition at line 55 of file OperationsPV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, utl::BasicVector< HepVector >::fVector, and G4StationSimulatorOG::p.

Vector utl::operator-	(	const Vector &	l,
		const Vector &	r
	)

inline

Definition at line 29 of file OperationsVV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

Point utl::operator-	(	const Point &	l,
		const Vector &	r
	)

inline

Definition at line 37 of file OperationsPV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

Vector utl::operator-	(	const Point &	l,
		const Point &	r
	)

inline

Definition at line 46 of file OperationsPV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

template<std::size_t n, typename T , typename U >

boost::lambda::return_type_2< boost::lambda::arithmetic_action<boost::lambda:: minus_action >, SVector<n, T>, SVector<n, U> >::type utl::operator-	(	const SVector< n, T > &	a,
		const SVector< n, U > &	b
	)

inline

Definition at line 327 of file SVector.h.

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator-	(	const utl::Trace< _T1_ > &	trace,
		const _T2_	value
	)

Definition at line 348 of file Trace.h.

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator-	(	const _T2_	value,
		const utl::Trace< _T1_ > &	trace
	)

Definition at line 349 of file Trace.h.

Point& utl::operator-=	(	Point &	p,
		const Vector &	v
	)

inline

Definition at line 65 of file OperationsPV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, utl::BasicVector< HepVector >::fVector, and G4StationSimulatorOG::p.

Vector utl::operator/	(	const Vector &	v,
		const double	d
	)

inline

Definition at line 54 of file OperationsVV.h.

References utl::BasicVector< HepVector >::fCoordinateSystem, and utl::BasicVector< HepVector >::fVector.

template<typename _T1_ , typename _T2_ >

utl::Trace<_T2_> utl::operator/	(	const utl::Trace< _T1_ > &	trace,
		const _T2_	value
	)

Definition at line 352 of file Trace.h.

bool utl::operator<	(	const TimeStamp &	ts,
		const TimeRange &	tr
	)

inline

Definition at line 103 of file TimeRange.h.

template<typename T >

ostream& utl::operator<<	(	ostream &	os,
		const vector< T > &	v
	)

Definition at line 22 of file Polynomial.cc.

ostream& utl::operator<<	(	ostream &	os,
		const Polynomial &	p
	)

Definition at line 41 of file Polynomial.cc.

References utl::Polynomial::GetCoefficients().

std::ostream& utl::operator<<	(	std::ostream &	is,
		const Polynomial &	p
	)

ostream& utl::operator<<	(	ostream &	os,
		const TimeStamp &	ts
	)

Definition at line 65 of file TimeStamp.cc.

References utl::TimeStamp::GetGPSNanoSecond(), utl::TimeStamp::GetGPSSecond(), and ns.

template<class Stream , unsigned int n, unsigned int m, typename T >

Stream& utl::operator<<	(	Stream &	s,
		const SMatrix< n, m, T > &	a
	)

Definition at line 78 of file SMatrixSVectorOp.h.

References RdGeoCeLDFFitter::a, and s.

std::ostream& utl::operator<<	(	std::ostream &	os,
		const UTCDateTime &	utc
	)

inline

Definition at line 89 of file UTCDateTime.h.

References utl::UTCDateTime::GetInXMLFormat().

template<class Stream >

Stream& utl::operator<<	(	Stream &	s,
		MessageLoggerConfig &	mlc
	)

inline

Applies the configuration to the given stream.

Allow usage of the config as a manipulator. This basically because utl::TabularStream applies a manipulator only to the current column, and so when the column changes then any setting is lost.

So, if desired, then before each call to operator<< a call to this is needed.

Definition at line 120 of file MessageLoggerConfig.h.

References s.

std::ostream& utl::operator<<	(	std::ostream &	os,
		const UTCDate &	date
	)

inline

output in XML schema type "Date" (UTC) compliant format

Definition at line 119 of file UTCDate.h.

References utl::UTCDate::GetInXMLFormat().

std::ostream & utl::operator<<	(	std::ostream &	s,
		const TransformationMatrix &	m
	)

Stream transformation matrix

Definition at line 182 of file TransformationMatrix.cc.

References utl::TransformationMatrix::fTransform, and utl::TransformationMatrix::kDimension.

std::ostream& utl::operator<<	(	std::ostream &	os,
		const TimeStamp &	ts
	)

ostream& utl::operator<<	(	ostream &	os,
		const Branch &	b
	)

Definition at line 226 of file Reader.cc.

References utl::Branch::String().

std::ostream& utl::operator<<	(	std::ostream &	os,
		TabularStream &	ts
	)

inline

Definition at line 285 of file TabularStream.h.

References utl::TabularStream::Str().

std::ostream & utl::operator<<	(	std::ostream &	s,
		const UTMPoint &	p
	)

Streamer for UTM points.

Definition at line 327 of file UTMPoint.cc.

References utl::UTMPoint::GetCoordinates(), and s.

template<class Stream , typename T >

Stream& utl::operator<<	(	Stream &	s,
		const SparseMatrix< T > &	m
	)

Definition at line 327 of file SparseMatrix.h.

References utl::SparseMatrix< T >::IteratorTransformer< IteratorType, ValueType >::GetColumn(), utl::SparseMatrix< T >::IteratorTransformer< IteratorType, ValueType >::GetRow(), s, utl::SparseMatrix< T >::SparseBegin(), and utl::SparseMatrix< T >::SparseEnd().

template<std::size_t n, typename T >

std::ostream& utl::operator<<	(	std::ostream &	os,
		const SVector< n, T > &	v
	)

Definition at line 334 of file SVector.h.

bool utl::operator==	(	const TimeStamp &	ts,
		const TimeRange &	tr
	)

inline

Definition at line 97 of file TimeRange.h.

Referenced by ns1::Foo::operator!=(), tst::Validatrix::Unpack::operator!=(), and ns2::Bar::operator!=().

bool utl::operator>	(	const TimeStamp &	ts,
		const TimeRange &	tr
	)

inline

Definition at line 106 of file TimeRange.h.

template<typename T >

istream& utl::operator>>	(	istream &	is,
		vector< T > &	v
	)

Definition at line 12 of file Polynomial.cc.

References is().

istream& utl::operator>>	(	istream &	is,
		Polynomial &	p
	)

Definition at line 30 of file Polynomial.cc.

References RdGeoCeLDFFitter::c, and is().

std::istream& utl::operator>>	(	std::istream &	is,
		Polynomial &	p
	)

std::istream& utl::operator>>	(	std::istream &	is,
		UTCDateTime &	utc
	)

inline

Definition at line 93 of file UTCDateTime.h.

References utl::UTCDateTime::Parse().

std::istream& utl::operator>>	(	std::istream &	is,
		UTCDate &	date
	)

inline

read from XML schema type "Date" (any timezone) compliant format

Definition at line 124 of file UTCDate.h.

References utl::UTCDate::Parse().

template<std::size_t n, typename T >

std::istream& utl::operator>>	(	std::istream &	is,
		SVector< n, T > &	v
	)

Definition at line 346 of file SVector.h.

References is().

template<class Stream , typename T >

Stream& utl::Output	(	Stream &	s,
		const SparseVector< T > &	v,
		const unsigned int	size,
		const char	separator = `' '`
	)

Definition at line 280 of file SparseVector.h.

References utl::SparseVector< T >::IsEmpty(), and s.

template<class Stream , typename T >

Stream& utl::Output	(	Stream &	s,
		const SparseMatrix< T > &	m,
		const typename SparseMatrix< T >::IndexType	rows,
		const typename SparseMatrix< T >::IndexType	columns,
		const char	separator = `' '`
	)

inline

Definition at line 386 of file SparseMatrix.h.

References utl::SparseMatrix< T >::GetInitializer(), and OutputSparse().

template<class Stream , typename T , typename SparseType >

Stream& utl::OutputSparse	(	Stream &	s,
		const SparseMatrix< T > &	m,
		const typename SparseMatrix< T >::IndexType	rows,
		const typename SparseMatrix< T >::IndexType	columns,
		const char	separator,
		const SparseType &	sparse
	)

Definition at line 346 of file SparseMatrix.h.

References utl::SparseMatrix< T >::IsEmpty(), and s.

Referenced by Output(), OutputSparse(), and TestSparseMatrix::TestAccess().

template<class Stream , typename T >

Stream& utl::OutputSparse	(	Stream &	s,
		const SparseMatrix< T > &	m,
		const typename SparseMatrix< T >::IndexType	rows,
		const typename SparseMatrix< T >::IndexType	columns
	)

inline

Definition at line 374 of file SparseMatrix.h.

References OutputSparse().

double utl::PoissonDeviance	(	const double	mean,
		const double	n
	)

inline

Definition at line 198 of file Tools/CIC/utl/Math.h.

Referenced by PoissonProbability().

double utl::PoissonPDF	(	const ulong	k,
		const double	x
	)

inline

Definition at line 15 of file PoissonDistribution.h.

References LogPoissonPDF().

Referenced by tls::VTankResponse::PoissonConvolvedCDF(), tls::VTankResponse::PoissonConvolvedMeanAndStDev(), and tls::VTankResponse::PoissonConvolvedPDF().

double utl::PoissonProbability	(	const double	mean,
		const double	n
	)

inline

Definition at line 211 of file Tools/CIC/utl/Math.h.

References PoissonDeviance().

double utl::PositiveNormalPDF	(	double	x,
		double	mu,
		double	sigma
	)

inline

Truncated normal distribution with xmin = 0 and xmax = infinity.

Definition at line 112 of file NormalDistribution.h.

References TruncatedNormalPDF().

template<typename T >

void utl::Print	(	ostream &	os,
		const TimeDistribution< T > &	td
	)

Definition at line 18 of file TimeDistribution.cc.

References utl::TimeDistribution< T >::GetBinning(), utl::TimeDistribution< T >::SparseBegin(), and utl::TimeDistribution< T >::SparseEnd().

template void utl::Print	(	ostream &	os,
		const TimeDistributionI &	td
	)

template void utl::Print	(	ostream &	os,
		const TimeDistributionD &	td
	)

template<typename T >

void utl::Print	(	std::ostream &	os,
		const TimeDistribution< T > &	td
	)

void utl::PropagateAxisErrors	(	const utl::Vector::Triple &	u_v_w,
		const utl::Vector::Triple &	sigma_u2_uv_v2,
		double &	thetaError,
		double &	phiError,
		double &	thetaPhiCorrelation
	)

Propagate axis error into theta and phi

Definition at line 229 of file Utilities/Math/Math.cc.

References std::pow(), and sqrt().

Referenced by MdGeometryFitterAG::GeometryFitter::GetPhiError(), MdGeometryFitterAG::GeometryFitter::GetThetaError(), MdGeometryFitterAG::GeometryFitter::GetThetaPhiCorrelation(), RdPlaneFit::RdPlaneFit::Run(), sevt::PlaneFrontRecData::SetAngleErrors(), and evt::ShowerSRecData::SetAngleErrors().

void utl::PropagateAxisErrors	(	const utl::Vector::Triple &	u_v_w,
		const utl::Vector::Triple &	sigma_u2_uv_v2,
		double &	thetaError,
		double &	phiError,
		double &	thetaPhiCorrelation
	)

Propagate axis error into theta and phi

Definition at line 229 of file Utilities/Math/Math.cc.

References std::pow(), and sqrt().

Referenced by MdGeometryFitterAG::GeometryFitter::GetPhiError(), MdGeometryFitterAG::GeometryFitter::GetThetaError(), MdGeometryFitterAG::GeometryFitter::GetThetaPhiCorrelation(), RdPlaneFit::RdPlaneFit::Run(), sevt::PlaneFrontRecData::SetAngleErrors(), and evt::ShowerSRecData::SetAngleErrors().

bool utl::QuadraticMaximumInterpolation	(	const std::vector< double > &	x,
		const std::vector< double > &	y,
		double &	xMax,
		double &	yMax
	)

Finds the maximum value y_i and quadratically interpolates around it y_i-1 to y_i+1 (Used e.g. for definition of Shower maximum in CONEX)

Parameters

x-vector	(slant depth)
y-vector	(energy deposit)
xMax	set to position of maximum
yMax	set to value of maximum

Returns: bool, true if result could be determined

Definition at line 324 of file PhysicalFunctions.cc.

References RdGeoCeLDFFitter::a, ERROR, m, Solve3x3(), and Sqr().

Referenced by otoa::Offline2ADST::FillSim().

double utl::QuadraticSigmoid	(	const double	x,
		const double	delta
	)

inline

Definition at line 82 of file Tools/CIC/utl/Math.h.

References Sqr().

double utl::SaturationVaporPressure ( const double temperature )

Evaluate the saturation vapor pressure over ice or water.

Definition at line 131 of file PhysicalFunctions.cc.

References kelvin, pascal, std::pow(), and sqrt().

Referenced by atm::MonthlyAvgDBProfileModel::CheckForUpdates(), atm::GDASProfileModel::CheckForUpdates(), atm::RadiosondeDBProfileModel::CheckForUpdates(), atm::USStdADBProfileModel::FillTables(), and atm::SimShowerProfileModel::LazyInit().

double utl::ShowerAge	(	const double	slantDepth,
		const double	showerMax
	)

inline

General definition of shower age.

Definition at line 86 of file PhysicalFunctions.h.

Referenced by FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateCherenkovAtTrack(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDiagonalParameters(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateDirectCherenkovMatrix(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateDirectCherenkovMatrix(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateFluorescenceMatrix(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::CalculateMieAndRayScattCherenkovMatrix(), FdCherenkovFinderOG::FdCherenkovFinder::CherenkovFinderAtAperture(), ShowerLightSimulatorKG::ShowerLightSimulator::CherenkovLight(), EnergyDeposit(), otoa::FD2ADST::FillFdRecStations(), FdEnergyDepositFinderKG::LateralLightCalculator::FluoLightFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GillerFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GoraFraction(), FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::LateralDistributionScatteredCherenkov(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), LDFTestKG::LDFTest::Run(), SdSimpleSimKG::SdSimpleSim::Run(), LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), FdEnergyDepositFinderKG::LateralLightCalculator::ScattCherLightFraction(), FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH(), testPhysicalFunctions::testEnergyDeposit(), testPhysicalFunctions::testShowerAge(), and FdProfileReconstructorKG::RootCFMatrixOutput::WriteLateral().

template<typename T >

constexpr int utl::Sign	(	const T	x,
		const boost::integral_constant< bool, false >
	)

inline

Definition at line 32 of file Utilities/Math/Math.h.

Referenced by Sign(), and MathTest::TestSign().

template<typename T >

constexpr int utl::Sign	(	const T	x,
		const boost::integral_constant< bool, true >
	)

inline

Definition at line 42 of file Utilities/Math/Math.h.

template<typename T >

constexpr int utl::Sign ( const T x )

inline

Definition at line 52 of file Utilities/Math/Math.h.

References Sign().

double utl::Sin2 ( const double x )

inline

Definition at line 33 of file Tools/CIC/utl/Math.h.

References Sqr().

Referenced by cic::ResampleWithErrors(), and Sin2Deg().

double utl::Sin2Deg ( const double x )

inline

Definition at line 41 of file Tools/CIC/utl/Math.h.

References degree, and Sin2().

bool utl::Solve3x3	(	const double	y[3],
		double	a[3][3],
		double	x[3]
	)

Definition at line 311 of file PhysicalFunctions.cc.

References Invert3x3().

Referenced by QuadraticMaximumInterpolation().

std::pair<double, double> utl::SolveQuadraticEquation	(	const double	a,
		const double	b,
		const double	c
	)

inline

Accurate solution to quadratic equation a x^2 + b y + c = 0 For real solutions test return value for nan, ie !std::isnan(x.first)

Definition at line 260 of file Utilities/Math/Math.h.

References RdGeoCeLDFFitter::a, RdGeoCeLDFFitter::b, RdGeoCeLDFFitter::c, and sqrt().

template<typename T >

constexpr T utl::Sqr ( const T x )

inline

Definition at line 22 of file Utilities/Math/Math.h.

template<typename T >

constexpr T utl::Sqr ( const T & x )

inline

Definition at line 25 of file Tools/CIC/utl/Math.h.

constexpr double utl::StepFunction ( const double x )

inline

Definition at line 61 of file Tools/CIC/utl/Math.h.

template<class Predicate >

bool utl::StringEquivalent	(	const std::string &	a,
		const std::string &	b,
		Predicate	p
	)

inline

Utility to compare strings for equivalence. It takes a predicate to determine the equivalence of individual characters.

Definition at line 38 of file StringCompare.h.

References G4StationSimulatorOG::p.

Referenced by fwk::RunController::DoNextInSequence(), fwk::CentralConfig::FillMap(), atm::AGOESSQLManager::GetDBResFundamental(), atm::ALidarSQLManager::GetDBResFundamental(), atm::ACloudSQLManager::GetDBResFundamental(), atm::AOverallQualitySQLManager::GetDBResFundamental(), atm::AAerosolSQLManager::GetDBResFundamental(), atm::AMolecularSQLManager::GetDBResFundamental(), atm::AMolecularSQLManager::GetDBResVector(), utl::ReferenceEllipsoid::GetEllipsoidIDFromString(), utl::Branch::GetListOfVariables(), utl::Branch::GetUnit(), fdet::FCalibSQLManager::GetWorkingCalibId(), RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Init(), SdFilterFADCSimulatorMTU::SdFilterFADCSimulator::Init(), ParticleInjectorNEU::ParticleInjector::Init(), RdChannelNoiseGenerator::RdChannelNoiseGenerator::Init(), SdFilterFADCSimulatorASCII::SdFilterFADCSimulator::Init(), RdStationInterpolator::RdStationInterpolator::Init(), RdMonitoring::RdMonitoring::Init(), RdStationSignalInterpolator::RdStationSignalInterpolator::Init(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::Init(), SdCompParam::SdCompositionParameters::Init(), ParticleInjectorNEU::ParticleInjector::InjectParticles(), StringEquivalent(), testStringCompare::testEqual(), testStringCompare::testEqualPred(), testStringCompare::testNotEqual(), and testStringCompare::testNotEqualPred().

bool utl::StringEquivalent	(	const std::string &	a,
		const std::string &	b
	)

inline

Utility to compare strings for equivalence. The two-argument variant internally uses the predicate CharEqualNoCase, which implements case-insensitive equivalence.

Definition at line 50 of file StringCompare.h.

References StringEquivalent().

template<typename T , class D >

void utl::swap	(	LameShadowPtr< T, D > &	a,
		LameShadowPtr< T, D > &	b
	)

inline

this helps LameShadowPtr in STL containers

Definition at line 97 of file LameShadowPtr.h.

References utl::LameShadowPtr< T, DereferenceCheck >::Swap().

void utl::swap	(	utl::TabulatedFunction &	t1,
		utl::TabulatedFunction &	t2
	)

inline

Definition at line 237 of file TabulatedFunction.h.

References utl::TabulatedFunction::Swap().

Referenced by utl::TimeDistribution< T >::Clear(), sevt::StationSimData::ClearParticleList(), atm::ParametricXMLMieModel::EvaluateMieAttenuation(), atm::NonParametricXMLMieModel::EvaluateMieAttenuation(), utl::TraceAlgorithm::Median(), utl::TabulatedFunction::Swap(), and testShadowPtr::testContainerOps().

template<typename T , class D >

void utl::swap	(	ShadowPtr< T, D > &	a,
		ShadowPtr< T, D > &	b
	)

inline

this helps ShadowPtr in STL containers

Definition at line 244 of file ShadowPtr.h.

References utl::ShadowPtr< T, DereferenceCheck >::Swap().

void utl::System	(	const char *const	command,
		const bool	throwOnError,
		const bool	notify
	)

void utl::System	(	const std::string &	command,
		const bool	throwOnError = `false`,
		const bool	notify = `false`
	)

inline

Definition at line 13 of file System.h.

References System().

void utl::System	(	const std::ostringstream &	command,
		const bool	throwOnError = `false`,
		const bool	notify = `false`
	)

inline

Definition at line 17 of file System.h.

References System().

void utl::System	(	const std::stringstream &	command,
		const bool	throwOnError = `false`,
		const bool	notify = `false`
	)

inline

Definition at line 21 of file System.h.

References System().

template<class Predicate , typename T >

bool utl::Test	(	const Predicate &	pred,
		const T &	lhs,
		const T &	rhs
	)

inline

Test condition by evaluating a predicate.

If the predicate evaluates to false, we print a failure message with the values of the left- and right-hand side and the name of the predicate. This information is normally not available when using the CPPUNIT_ASSERT macro.

Definition at line 220 of file Test.h.

Referenced by Test().

template<class Predicate , typename T >

bool utl::Test	(	const T &	lhs,
		const T &	rhs
	)

inline

Main test function.

Definition at line 226 of file Test.h.

References Test().

template<class Predicate , typename T , typename U >

bool utl::Test	(	const T &	lhs,
		const T &	rhs,
		const U &	eps
	)

inline

Test function for predicates that take an option.

Definition at line 232 of file Test.h.

References Test().

double utl::TruncatedNormalPDF	(	const double	x,
		const double	mu,
		const double	sigma,
		const double	xmin,
		const double	xmax
	)

Definition at line 95 of file NormalDistribution.cc.

References NormalCDF(), and NormalPDF().

Referenced by PositiveNormalPDF().

double utl::TruncatedNormalPDF	(	const double	x,
		const double	mu,
		const double	sigma,
		const double	xmin
	)

Definition at line 106 of file NormalDistribution.cc.

References NormalCDF(), and NormalPDF().

double utl::UniformAndersonDarling	(	const vector< pair< double, double >> &	wcdf,
		double	wtot
	)

Definition at line 70 of file Tools/CIC/utl/Math.cc.

References RdGeoCeLDFFitter::a, RdGeoCeLDFFitter::b, and Sqr().

Referenced by cic::ConstIntCut::GetAndersonDarling(), cic::ConstIntCut::GetAndersonDarling2D(), and UniformAndersonDarling().

double utl::UniformAndersonDarling	(	const std::vector< std::pair< double, double >> &	wcdf,
		const double	totalWeight = `0`
	)

double utl::UniformAndersonDarling ( const std::vector< std::vector< std::pair< double, double >>> & wcdf )

inline

Definition at line 146 of file Tools/CIC/utl/Math.h.

References UniformAndersonDarling().

template<typename T >

double utl::UniformChi2Ndof	(	const std::vector< T > &	counts,
		double	nTot = `0`
	)

Definition at line 158 of file Tools/CIC/utl/Math.h.

References RdGeoCeLDFFitter::c, and Sqr().

Referenced by cic::ConstIntCut::GetChi2Ndof().

template<typename T >

double utl::UniformChi2Ndof ( const std::vector< std::vector< T >> & counts )

Definition at line 176 of file Tools/CIC/utl/Math.h.

References Sqr().

double utl::UniformKolmogorovSmirnov	(	const vector< pair< double, double >> &	wcdf,
		double	wtot
	)

Definition at line 44 of file Tools/CIC/utl/Math.cc.

References utl::Accumulator::Max< T >::GetMax(), and sqrt().

Referenced by cic::ConstIntCut::GetKS().

double utl::UniformKolmogorovSmirnov ( const std::vector< double > & cdf )

double utl::UniformKolmogorovSmirnov	(	const std::vector< std::pair< double, double >> &	wcdf,
		const double	totalWeight = `0`
	)

template<typename T >

double utl::UniformPoissonChi2	(	const std::vector< T > &	counts,
		double	nTot = `0`
	)

Definition at line 232 of file Tools/CIC/utl/Math.h.

References RdGeoCeLDFFitter::c.

Referenced by cic::ConstIntCut::GetPoissonChi2(), cic::ConstIntCut::GetPoissonChi22D(), and UniformPoissonChi2().

template<typename T >

double utl::UniformPoissonChi2 ( const std::vector< std::vector< T >> & counts )

inline

Definition at line 252 of file Tools/CIC/utl/Math.h.

References UniformPoissonChi2().

Variable Documentation

constexpr double utl::ampere = coulomb/second

Definition at line 221 of file AugerUnits.h.

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::Init(), MdCounterSimulatorAG::MdCounterSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::angstrom = 1e-10*meter

Definition at line 103 of file AugerUnits.h.

Referenced by atm::Keilhauer2008FluorescenceModel::Init().

constexpr double utl::atmosphere = 101325*pascal

Definition at line 215 of file AugerUnits.h.

Referenced by RdAirplane::Ads_bEvent::Ads_bEvent(), atm::MonthlyAvgDBProfileModel::CheckForUpdates(), TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), G4StationSimulatorOG::G4StationConstruction::CreateR134A(), atm::USStdADBProfileModel::FillTables(), atm::ParametricXMLRayleighModel::GDistance(), atm::InclinedAtmosphericProfile::InclinedAtmosphericProfile(), atm::ParametricXMLProfileModel::Init(), atm::InclinedAtmosphericProfile::IntegratedGrammage(), and atm::SimShowerProfileModel::LazyInit().

constexpr double utl::atto = 1e-18

Definition at line 61 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::bar = 100000*pascal

Definition at line 213 of file AugerUnits.h.

Referenced by RdAirplane::Ads_bEvent::_getAltitudeFromPressure(), otoa::Detector2ADST::FillDetector(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), testShadowPtr::testALot(), testShadowPtr::testDereferenceZeroThrow(), testShadowPtr::testNoThrow(), and TestSMatrixSVector::TestSMatrixCtor().

constexpr double utl::barn = 1e-28*meter2

Definition at line 106 of file AugerUnits.h.

constexpr double utl::becquerel = 1/second

Definition at line 265 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::candela = 1

Definition at line 272 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), ReaderTest::testEvaluatorUnits(), AugerUnitParserTest::testParsing(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::centi = 1e-2

Definition at line 67 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::centimeter = centi*meter

Definition at line 89 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), io::SELFASFile::Read(), and CoordinateSystemRegistryTest::testPampaAmarilla().

constexpr double utl::centimeter2 = centimeter*centimeter

Definition at line 90 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::centimeter3 = centimeter*centimeter*centimeter

Definition at line 91 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::cm = centimeter

Definition at line 117 of file AugerUnits.h.

constexpr double utl::cm2 = centimeter2

Definition at line 118 of file AugerUnits.h.

constexpr double utl::cm3 = centimeter3

Definition at line 119 of file AugerUnits.h.

constexpr int utl::CorsToAiresTab[77]

static

Definition at line 11 of file CorsikaConst.h.

constexpr double utl::coulomb = eplus/eSI

Definition at line 169 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), RPCSimulatorLX::RPCChargeGenerator::GetCharge(), RPCElectronicsSimulatorLX::RPCElectronicsSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), RPCElectronicsSimulatorLX::RPCElectronicsSimulator::Run(), RPCSimulatorLX::RPCSimulator::Run(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::curie = 3.7e+10 * becquerel

Definition at line 266 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::day = 24*hour

Definition at line 151 of file AugerUnits.h.

Referenced by FdCalibratorOG::FdCalibrator::CorrectFDTime(), utl::UTCDate::GetUnixSecond(), RdGalacticDatasetMaker::RdGalacticDatasetMaker::GPSSecToLSTHourAuger(), RdChannelGalacticConstantsGenerator::RdChannelGalacticConstantsGenerator::GPSSecToLSTHourAuger(), RdChannelNoisePowerAnalyser::RdChannelNoisePowerAnalyser::GPSSecToLSTHourAuger(), fwk::MagneticFieldModel::ModelForTime(), utl::UTCDate::Parse(), Parser::ReadStrToTime(), utl::UTCDate::Set(), and sdet::QualityCuts::Update().

constexpr double utl::deci = 1e-1

Definition at line 68 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::deg = degree

Definition at line 140 of file AugerUnits.h.

constexpr double utl::degree = M_PI / 180

Definition at line 18 of file Tools/CIC/utl/Math.h.

constexpr double utl::deka = 1e+1

Definition at line 69 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

const DeleteRow utl::delr = DeleteRow()

Definition at line 121 of file TabularStream.h.

Referenced by SdEventSelectorOG::SdEventSelector::BottomUpSelection(), CentralTriggerEventBuilderNS::CentralTriggerEventBuilder::BuildEvent(), SdSimulationCalibratorOG::SdSimulationCalibrator::Finish(), fwk::RunController::FinishBranch(), utl::Deprecator::GetReport(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::OutputStats(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::OutputStats(), CachedShowerRegeneratorOG::CachedShowerRegenerator::OutputStats(), DummyCentralTriggerNS::DummyCentralTrigger::Run(), io::CorsikaShowerFile::SetRunHeader(), and TestTabularStream::TestStupidities().

constexpr double utl::EeV = exaelectronvolt

Definition at line 190 of file AugerUnits.h.

Referenced by RdLDFFitter::RdLDFFitter::PlotScan(), RdHASLDFFitter::RdHASLDFFitter::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), and AugerUnitParserTest::testParsing().

constexpr double utl::electronvolt = 1

Definition at line 172 of file AugerUnits.h.

Referenced by RdEVASimPreparator::RdEVASimPreparator::EVAFileWriter(), utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), io::SELFASFile::Read(), io::EVAFile::ReadBaseFileQuantities(), and RdREASSimPreparator::RdREASSimPreparator::REASFileWriter().

const EndColumn utl::endc = EndColumn()

Definition at line 102 of file TabularStream.h.

Referenced by MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ApplyCITIROCTransfer(), MdCounterSimulatorAG::MdCounterSimulator::ApplyCITIROCTransfer(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ApplyTransferBlock(), MdCounterSimulatorAG::MdCounterSimulator::ApplyTransferBlock(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ApplyTransferBlocks(), MdCounterSimulatorAG::MdCounterSimulator::ApplyTransferBlocks(), SdEventSelectorOG::SdEventSelector::BottomUpSelection(), CentralTriggerEventBuilderNS::CentralTriggerEventBuilder::BuildEvent(), EventCheckerOG::EventChecker::Finish(), MCShowerCheckerOG::MCShowerChecker::Finish(), SdSimulationCalibratorOG::SdSimulationCalibrator::Finish(), fwk::RunController::FinishBranch(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::GetPulseTimeSpan(), MdCounterSimulatorAG::MdCounterSimulator::GetPulseTimeSpan(), utl::Deprecator::GetReport(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::GetTriggerTimeFromSD(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::OutputStats(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::OutputStats(), CachedShowerRegeneratorOG::CachedShowerRegenerator::OutputStats(), FdProfileReconstructorKG::OpticalHalo::PrintFractions(), utl::CountedObjectRegistry::PrintStatistics(), FdLightCollectionEfficiencyKG::SubModule::PrintTiming(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), DummyCentralTriggerNS::DummyCentralTrigger::Run(), RPCElectronicsSimulatorLX::RPCElectronicsSimulator::Run(), TankTriggerSimulatorOG::TankTriggerSimulator::Run(), MdPileUpCorrecterAG::MdPileUpCorrecter::Run(), EdepSimulatorAG::EdepSimulator::Run(), io::CorsikaShowerFile::SetRunHeader(), MdCounterSimulatorAG::MdCounterSimulator::SimulatePulses(), TestTabularStream::TestA(), TestTabularStream::TestB(), TestTabularStream::TestC(), TestTabularStream::TestTooManyColumns(), and FdLightCollectionEfficiencyKG::SubModule::TimingHeader().

const EndRow utl::endr = EndRow()

Definition at line 110 of file TabularStream.h.

constexpr double utl::eplus = 1

Definition at line 167 of file AugerUnits.h.

constexpr double utl::eSI = 1.602176462e-19

Definition at line 168 of file AugerUnits.h.

constexpr double utl::eV = electronvolt

Definition at line 185 of file AugerUnits.h.

Referenced by RdREASSimPreparatorNG::RdREASSimPreparatorNG::FillGenericRandomInput(), EdepSimulatorAG::PrimaryGenerator::GeneratePrimaries(), GroundPropagatorAG::PrimaryGenerator::GeneratePrimaries(), G4XTankSimulatorAG::G4XTankPrimaryGenerator::GeneratePrimaries(), G4StationSimulatorOG::G4StationPrimaryGenerator::GeneratePrimaries(), G4TankSimulatorASCII::G4TankPrimaryGenerator::GeneratePrimaries(), G4TankSimulatorOG::G4TankPrimaryGenerator::GeneratePrimaries(), G4StationSimulatorOG::G4TankFastCerenkov::GetDataFromConstruction(), G4StationSimulatorOG::G4StationFastCerenkov::GetDataFromConstruction(), RdLDFFitter::RdLDFFitter::GetEnergy(), RdGeoCeLDFFitter::GetXmaxGumble(), G4StationSimulatorOG::G4StationSimulator::Init(), utl::GumbelXmax::Lambda(), utl::XmaxParam::Mean(), utl::GumbelXmax::Mu(), G4StationSimulatorOG::G4UMDScintStripAction::ProcessHits(), G4StationSimulatorOG::G4ScintillatorAction::ProcessHits(), RdEventPreSelector::RdEventPreSelector::Run(), RdStationAssociator::RdStationAssociator::Run(), RdZHAireSSimPreparator::RdZHAireSSimPreparator::Run(), TelescopeSimulatorLX::TelescopeSimulator::Run(), USCMuonProfileNS::USCMuonProfile::SetProfile(), utl::GumbelXmax::Sigma(), utl::XmaxParam::StandardDeviation(), and AugerUnitParserTest::testParsing().

constexpr double utl::exa = 1e+18

Definition at line 76 of file AugerUnits.h.

Referenced by RdEVASimPreparator::RdEVASimPreparator::EVAFileWriter(), utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), io::SELFASFile::Read(), and io::EVAFile::ReadBaseFileQuantities().

constexpr double utl::exaelectronvolt = exa*electronvolt

Definition at line 178 of file AugerUnits.h.

Referenced by testShowerImpl::CheckShowerRecDataValues(), testShowerImpl::CheckShowerSimDataValues(), utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), testShowerImpl::SetShowerRecDataValues(), testShowerImpl::SetShowerSimDataValues(), and utl::UnitsConfig::UnitsConfig().

const phoenix::function<F_cos_Impl> utl::F_cos = F_cos_Impl()

Definition at line 55 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

const phoenix::function<F_exp_Impl> utl::F_exp = F_exp_Impl()

Definition at line 50 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

const phoenix::function<F_log_Impl> utl::F_log = F_log_Impl()

Definition at line 52 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

const phoenix::function<F_log10_Impl> utl::F_log10 = F_log10_Impl()

Definition at line 51 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

const phoenix::function<F_sin_Impl> utl::F_sin = F_sin_Impl()

Definition at line 53 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

const phoenix::function<F_tan_Impl> utl::F_tan = F_tan_Impl()

Definition at line 54 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

constexpr double utl::farad = coulomb/volt

Definition at line 239 of file AugerUnits.h.

constexpr double utl::femto = 1e-15

Definition at line 62 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::fermi = femto*meter

Definition at line 104 of file AugerUnits.h.

constexpr double utl::fraction = 1

Definition at line 281 of file AugerUnits.h.

Referenced by FdProfileReconstructorKG::CherenkovFluorescenceMatrix::ExponentialFraction(), utl::AugerUnits::FillMap(), FdEnergyDepositFinderKG::LateralLightCalculator::FluoLightFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::GillerFraction(), utl::AugerUnitParser::MakeSymbolTable(), FdEnergyDepositFinderKG::CFMatrixCalculator::MultipleScatteringFraction(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::RobertsFraction(), and FdEnergyDepositFinderKG::LateralLightCalculator::ScattCherLightFraction().

constexpr double utl::g = gram

Definition at line 200 of file AugerUnits.h.

constexpr double utl::gauss = 1e-4*tesla

Definition at line 252 of file AugerUnits.h.

constexpr double utl::GeV = gigaelectronvolt

Definition at line 187 of file AugerUnits.h.

Referenced by tls::DummyProcessAtRest::AtRestDoIt(), RdREASSimPreparator::RdREASSimPreparator::CorsikaInpFileWriter(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::CreateCORSIKAContent(), USCMuonProfileNS::USCMuonProfile::EnergyMuon(), atm::AnalyticalCherenkovModel::EvaluateCherenkovPhotons(), ParametricMuonProfileNS::ParametricMuonProfile::EvaluateProfile(), io::FillInteractionData(), io::FillShowerProfileDataFromConex(), SdSimulationCalibratorOG::SdSimulationCalibrator::Finish(), SdSimpleSimKG::SdSimpleSim::FitDecay(), ParticleInjectorOG::ParticleInjector::GetEnergy(), io::AiresShowerFileParticleIterator::GetOneParticle(), ShowerInventorNS::ShowerInventor::GetOneParticle(), io::CorsikaShowerFileParticleIterator::GetOneParticle(), AnalyzerNS::Analyzer::Init(), SdAccidentalInjectorKG::SdAccidentalInjector::Init(), ParticleInjectorOG::ParticleInjector::Init(), ParticleInjectorNEU::ParticleInjector::InjectParticles(), io::AiresShowerFile::Open(), io::ZHAireSFile::Read(), io::AiresShowerFile::Read(), io::SenecaShowerFile::Read(), io::CorsikaShowerFile::ReadProfile(), io::CorsikaShowerFile::ReadSteerFile(), SdAccidentalInjectorKG::SdAccidentalInjector::Run(), ConexShowerGeneratorKG::ConexShowerGenerator::Run(), RdCOREASSimulationCreator::RdCOREASSimulationCreator::Run(), FdEnergyFinderOG::FdEnergyFinder::Run(), LEInjectorOG::LEInjector::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), io::SenecaShowerFileParticleIterator::SenecaToDPAParticle(), io::CorsikaShowerFile::SetHeaderTrailer(), MuonProductionDepthFinderGL::MuonProductionDepthFinder::SetMuonProductionDepthHist(), TabulatedTankSimulatorNS::TabulatedTankSimulator::SimulateStation(), ReaderTest::testAttributes(), testCorsikaShowerFile::testCherenkovShower(), testAiresShowerFile::testdEdX(), testParticle::testMomentum(), AugerUnitParserTest::testParsing(), and testAiresShowerFile::testSingleShowerdEdX().

constexpr double utl::giga = 1e+9

Definition at line 73 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), utl::NoiseCCIR670::NoiseCCIR670(), and RDetectorTest::testAntennaType().

constexpr double utl::gigaelectronvolt = giga*electronvolt

Definition at line 175 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

const std::function<double(double, double)> utl::gQuad

Initial value:

=

[](const double x, const double d) { return QuadraticSigmoid(x, d); }

utl::QuadraticSigmoid

double QuadraticSigmoid(const double x, const double delta)

Definition: Tools/CIC/utl/Math.h:82

Definition at line 99 of file Tools/CIC/utl/Math.h.

constexpr double utl::gram = milli*kilogram

Definition at line 195 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), UnivFitterKG::Fitter::Fitter(), FitterUtil::getX0(), UniversalityFitter::UniversalityFitter::InitBarilocheReconstruction(), utl::AugerUnitParser::MakeSymbolTable(), UnivFitterKG::WCDFitFunction::operator()(), MuonProfileBuilder::MuonProfileBuilder::Run(), UnivParamNSTester::UnivParamNSTester::Run(), UnivTimeKGTester::UnivTimeKGTester::Run(), ValidationNS::Validation::Run(), ReadMolecularLLNS::ReadMolecularLL::Run(), UniversalityFitter::UniversalityFitter::Run(), un2::SimpleReco(), testParametricXMLProfileModel::testEvaluateDepth(), testRadiosondeDBProfileModel::testEvaluateDepthVsHeight(), testUSStdADBProfileModel::testEvaluateDepthVsHeight(), testParametricXMLProfileModel::testEvaluateHeight(), testUSStdADBProfileModel::testEvaluateHeightVsDepth(), and testRadiosondeDBProfileModel::testEvaluateHeightVsDepth().

TRandom3 *const utl::gRandom3 = GetRandom3()

Definition at line 20 of file Tools/CIC/utl/Math.cc.

Referenced by cic::Bootstrap(), and cic::ResampleWithErrors().

constexpr double utl::gray = joule/kilogram

Definition at line 269 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), TelescopeSimulatorLX::FDsimG4Filter::MakeFrame(), utl::AugerUnitParser::MakeSymbolTable(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::hecto = 1e+2

Definition at line 70 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::henry = weber/ampere

Definition at line 256 of file AugerUnits.h.

Referenced by utl::UnitsConfig::UnitsConfig().

constexpr double utl::hertz = 1/second

Definition at line 153 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), RdStationInterpolator::RdStationInterpolator::Init(), RdStationInterpolatorStarShape::RdStationInterpolatorStarShape::Init(), utl::AugerUnitParser::MakeSymbolTable(), SdSimpleSimKG::SdSimpleSim::Noise(), utl::NoiseCCIR670::NoiseCCIR670(), RdChannelVoltageToADCConverter::RdChannelVoltageToADCConverter::Run(), RdChannelADCToVoltageConverter::RdChannelADCToVoltageConverter::Run(), RdChannelBeaconSimulator::RdChannelBeaconSimulator::Run(), RDetectorTest::testAntennaType(), AugerUnitParserTest::testParsing(), and utl::RectangleFilter::TransmissivityAtFrequency().

constexpr double utl::hour = 60*minute

Definition at line 150 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::UTCDate::GetUnixSecond(), RdGalacticDatasetMaker::RdGalacticDatasetMaker::GPSSecToLSTHourAuger(), RdChannelGalacticConstantsGenerator::RdChannelGalacticConstantsGenerator::GPSSecToLSTHourAuger(), RdChannelNoisePowerAnalyser::RdChannelNoisePowerAnalyser::GPSSecToLSTHourAuger(), utl::AugerUnitParser::MakeSymbolTable(), utl::UTCDateTime::Parse(), Parser::ReadStrToTime(), utl::UTCDateTime::SetHMS(), AugerUnitParserTest::testParsing(), and utl::UTCDateTime::UTCDateTime().

constexpr double utl::hPa = hecto*pascal

Definition at line 218 of file AugerUnits.h.

Referenced by evt::ConvertIoSdToEvent(), utl::AugerUnits::FillMap(), otoa::SD2ADST::FillSEvent(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::Hz = hertz

Definition at line 157 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::joule = electronvolt/eSI

Definition at line 181 of file AugerUnits.h.

Referenced by utl::RefractionIndex::Ciddor95(), utl::AugerUnits::FillMap(), LaserGeneratorNA::LaserGenerator::Init(), utl::AugerUnitParser::MakeSymbolTable(), LaserGeneratorNA::LaserGenerator::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), FdEventLoggerGS::FdEventLogger::Run(), and AugerUnitParserTest::testParsing().

constexpr double utl::kAirDensitySeaLevel = 1.24036 * kg/m3

Definition at line 27 of file PhysicalConstants.h.

constexpr double utl::kAlpha

Initial value:

= (eSI*eSI) /

(4*kPi * kEpsilonZeroSI * kPlanckReducedSI * kSpeedOfLightSI)

utl::kSpeedOfLightSI

constexpr double kSpeedOfLightSI

Definition: PhysicalConstants.h:58

utl::kPi

constexpr double kPi

Definition: MathConstants.h:24

utl::eSI

constexpr double eSI

Definition: AugerUnits.h:168

utl::kEpsilonZeroSI

constexpr double kEpsilonZeroSI

Definition: PhysicalConstants.h:142

utl::kPlanckReducedSI

constexpr double kPlanckReducedSI

Definition: PhysicalConstants.h:62

Definition at line 143 of file PhysicalConstants.h.

constexpr double utl::kArAirFraction = 9340 * perMillion

Definition at line 46 of file PhysicalConstants.h.

Referenced by atm::HumidAirRayleighModel::KingFactor().

constexpr double utl::kArMolarMass = 39.9481 * gram/mole

Definition at line 40 of file PhysicalConstants.h.

constexpr double utl::kAvogadro = 6.022142e23 / mole

Definition at line 34 of file PhysicalConstants.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), and atm::ParametricXMLRayleighModel::GetAttenuationLength().

constexpr double utl::kBoltzmann = kMolarGasConstant / kAvogadro

Definition at line 35 of file PhysicalConstants.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::HumidAirRayleighModel::EvaluateRayleighAttenuation(), atm::HumidAirRayleighModel::GetAttenuationLength(), atm::HumidAirRayleighModel::RayleighCrossSection(), and utl::Noise::SpectralFieldAmplitudeOfNoiseTemperature().

constexpr double utl::kCO2AirFraction = 380 * perMillion

Definition at line 47 of file PhysicalConstants.h.

Referenced by utl::RefractionIndex::Ciddor95(), and atm::HumidAirRayleighModel::KingFactor().

constexpr double utl::kCO2MolarMass = 44.0096 * gram/mole

Definition at line 41 of file PhysicalConstants.h.

constexpr double utl::kConversionRadioSignalToEnergyFluence = 1 / second * kSpeedOfLightSI * kEpsilonZeroSI / eSI

Definition at line 156 of file PhysicalConstants.h.

Referenced by RdStationSimPulseFinder::RdStationSimPulseFinder::Run(), RdStationAssociator::RdStationAssociator::Run(), and RdStationSignalReconstructor::RdStationSignalReconstructor::Run().

constexpr double utl::kDeltaMass = 1.232 * MeV

Definition at line 95 of file PhysicalConstants.h.

constexpr double utl::kDeuteronMass = 1875.612762 * MeV

Definition at line 117 of file PhysicalConstants.h.

constexpr double utl::kDeuteronMassSI = kDeuteronMass*kMassConversionSI

Definition at line 118 of file PhysicalConstants.h.

constexpr double utl::kDryAirMolarMass = 28.97 * gram/mole

Definition at line 37 of file PhysicalConstants.h.

Referenced by utl::RefractionIndex::Ciddor95(), atm::ParametricXMLRayleighModel::GetAttenuationLength(), atm::SimShowerProfileModel::LazyInit(), and UniversalityFitter::UniversalityFitter::Run().

constexpr double utl::kE = 2.71828182845904523536028747135266249775724709369995957496696762772407663035354759457138217852516642742746639193

Definition at line 28 of file MathConstants.h.

Referenced by FdEnergyDepositFinderKG::ProfileFitter::GaisserHillasChi2(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasChi2(), FdEnergyDepositFinderKG::ProfileFitter::GaisserHillasLogLike(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasLogLike(), FdEnergyDepositFinderKG::ProfileFitter::GaisserHillasLogLikeConvoluted(), evt::GaisserHillas4Parameter::Inverse(), and MathTest::TestLambertW().

constexpr double utl::kEarthRadius = 6371.0*km

Definition at line 20 of file PhysicalConstants.h.

constexpr double utl::kElectronMass = 0.510998902 * MeV

Definition at line 72 of file PhysicalConstants.h.

Referenced by Beta(), FastTankSimulatorOG::FastTankSimulator::CalculateIntegratedCerenkovRate(), CherenkovThreshold(), atm::AnalyticalCherenkovModel::DeltaPhotons(), Energy(), FastTankSimulatorOG::FastTankSimulator::SimulateComptonScattering(), FastTankSimulatorOG::FastTankSimulator::SimulatePairProduction(), testParticlePropertiesFactory::testCreate(), and testParticle::testProperties().

constexpr double utl::kElectronMassSI = kElectronMass * kMassConversionSI

Definition at line 73 of file PhysicalConstants.h.

constexpr double utl::kElectronRadiusSI

Initial value:

= (eSI*eSI) /

(4*kPi * kEpsilonZeroSI * kElectronMassSI * kSpeedOfLightSI * kSpeedOfLightSI)

utl::kSpeedOfLightSI

constexpr double kSpeedOfLightSI

Definition: PhysicalConstants.h:58

utl::kElectronMassSI

constexpr double kElectronMassSI

Definition: PhysicalConstants.h:73

utl::kPi

constexpr double kPi

Definition: MathConstants.h:24

utl::eSI

constexpr double eSI

Definition: AugerUnits.h:168

utl::kEpsilonZeroSI

constexpr double kEpsilonZeroSI

Definition: PhysicalConstants.h:142

Definition at line 145 of file PhysicalConstants.h.

constexpr double utl::kelvin = 1

Definition at line 259 of file AugerUnits.h.

Referenced by utl::RefractionIndex::Ciddor95(), TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), G4StationSimulatorOG::G4StationConstruction::CreateR134A(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::VProfileModel::ExtendProfilesTo100km(), utl::AugerUnits::FillMap(), G4StationSimulatorOG::G4StationFastCerenkov::G4StationFastCerenkov(), G4StationSimulatorOG::G4TankFastCerenkov::G4TankFastCerenkov(), G4TankSimulatorASCII::G4TankFastCerenkov::G4TankFastCerenkov(), G4TankSimulatorOG::G4TankFastCerenkov::G4TankFastCerenkov(), G4XTankSimulatorAG::G4XTankFastCerenkov::G4XTankFastCerenkov(), atm::MolecularLayer::GetLayerData(), atm::AirFluorescenceModel::Init(), utl::AugerUnitParser::MakeSymbolTable(), MoliereRadius(), ReadMolecularHLNS::ReadMolecularHL::Run(), ReadMolecularLLNS::ReadMolecularLL::Run(), SaturationVaporPressure(), testMonthlyAvgDBProfileModel::testCheckUpdates(), testParametricXMLProfileModel::testEvaluateTemperature(), testUSStdADBProfileModel::testEvaluateTemperatureVsHeight(), testRadiosondeDBProfileModel::testEvaluateTemperatureVsHeight(), testMonthlyAvgDBProfileModel::testEvaluateTemperatureVsHeight(), ReaderTest::testEvaluatorUnits(), testAtmLowLevelAtmInterface::testMolecularLayer(), AugerUnitParserTest::testParsing(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::kEpsilonZeroSI = 1 / (kMuZeroSI * kSpeedOfLightSI*kSpeedOfLightSI)

Definition at line 142 of file PhysicalConstants.h.

constexpr double utl::kEtaMass = 547.30 * MeV

Definition at line 85 of file PhysicalConstants.h.

constexpr double utl::kEtaMassSI = kEtaMass * kMassConversionSI

Definition at line 86 of file PhysicalConstants.h.

constexpr double utl::kEulerGamma = 0.5772156649015328606065120900824024310421593359399235988057672348848677267776646709369470632917467495

Definition at line 36 of file MathConstants.h.

constexpr double utl::keV = kiloelectronvolt

Definition at line 186 of file AugerUnits.h.

Referenced by G4StationSimulatorOG::G4StationSimulator::Init(), io::ZHAireSFile::Read(), and G4StationSimulatorOG::G4StationConstruction::SetScintPropertyTable().

constexpr double utl::kg = kilogram

Definition at line 199 of file AugerUnits.h.

Referenced by atm::AnalyticalCherenkovModel::AsymmCorrection(), atm::AnalyticalCherenkovModel::AsymmCorrectionOld(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::CherenkovRadius(), utl::RefractionIndex::Ciddor95(), atm::VProfileModel::ExtendProfilesTo100km(), atm::MolecularLayer::GetLayerData(), RdHASLDFFitter::RdHASLDFFitter::Run(), testMonthlyAvgDBProfileModel::testEvaluateDensityVsHeight(), testAtmLowLevelAtmInterface::testMolecularLayer(), and AugerUnitParserTest::testParsing().

constexpr double utl::kgEarth = 9.81 * m/(s*s)

Definition at line 19 of file PhysicalConstants.h.

Referenced by MoliereRadius(), and ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF().

constexpr double utl::kH2OFreezingPoint = 273.15 * kelvin

Definition at line 49 of file PhysicalConstants.h.

Referenced by utl::RefractionIndex::Ciddor95().

constexpr double utl::kH2OMolarMass = 18.0153 * gram/mole

Definition at line 42 of file PhysicalConstants.h.

Referenced by utl::RefractionIndex::Ciddor95(), and atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield().

constexpr double utl::kHalfPi = kPiOnTwo

Definition at line 26 of file MathConstants.h.

Referenced by FindTimeOffset::FindTimeOffset::FindOffset().

constexpr double utl::kHz = kilohertz

Definition at line 158 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::kilo = 1e+3

Definition at line 71 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::kiloelectronvolt = kilo*electronvolt

Definition at line 174 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::kilogauss = deci*tesla

Definition at line 253 of file AugerUnits.h.

constexpr double utl::kilogram = joule*second*second/(meter*meter)

Definition at line 194 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), ReaderTest::testEvaluatorUnits(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::kilohertz = kilo*hertz

Definition at line 154 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::kilometer = kilo*meter

Definition at line 93 of file AugerUnits.h.

Referenced by MultipleScatterer::AddPhotons(), SdRecPlotterOG::SdRecPlotter::DrawEvent(), utl::AugerUnits::FillMap(), LDFFinderKG::LDFFinder::FitCurvature(), LDFFinderOG::LDFFinder::FitCurvatureDriver(), LDFFinderKG::LDFFinder::FitGlobal(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::FitShowerSize(), LDFFinderOG::LDFFinder::FixCore(), LDFFinderKG::LDFFinder::FixCore(), ShowerInventorNS::ShowerInventor::GetOneParticle(), fwk::ParametricGeoMagneticField::GetXYZ(), RdEventPostSelector::RdEventPostSelector::Init(), sdet::Station::IsHit(), utl::AugerUnitParser::MakeSymbolTable(), EventGeneratorOG::EventGenerator::MaximumRp(), LDFFinderOG::LDFFinder::ParameterizedRc(), LDFFinderKG::LDFFinder::ParameterizedRc(), RdEventPostSelector::RdEventPostSelector::passesCoincidenceCheck(), HdRecValidationNS::HdRecValidation::Run(), ShowerInventorNS::ShowerInventor::Run(), LDFFinderOG::LDFFinder::Run(), LDFFinderKG::LDFFinder::Run(), FdProfileConstrainedGeometryFit::PCGFitter::ScanChi0(), FdProfileConstrainedGeometryFitPG::PCGFitter::ScanChi0(), ScintillatorLDFFinderKG::ScintillatorLDFFinder::SetRecData(), LDFFinderOG::LDFFinder::SetRecData(), LDFFinderKG::LDFFinder::SetRecData(), CentralConfigTest::testParameterOverride(), and AugerUnitParserTest::testParsing().

constexpr double utl::kilometer2 = kilometer*kilometer

Definition at line 94 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::kilometer3 = kilometer*kilometer*kilometer

Definition at line 95 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::kiloParsec = kilo * parsec

Definition at line 98 of file AugerUnits.h.

constexpr double utl::kilovolt = milli*megavolt

Definition at line 228 of file AugerUnits.h.

const double utl::kJ2000NewMoonMJD = 51549.59757

Definition at line 8 of file MoonCycle.cc.

Referenced by utl::MoonCycle::GetLunation().

constexpr double utl::kKaonChargedLifetime = 1.2384e-8 * s

Definition at line 138 of file PhysicalConstants.h.

constexpr double utl::kKaonChargedMass = 493.677 * MeV

Definition at line 91 of file PhysicalConstants.h.

constexpr double utl::kKaonChargedMassSI = kKaonChargedMass * kMassConversionSI

Definition at line 92 of file PhysicalConstants.h.

constexpr double utl::kKaonStarChargedMass = 0.89166 * GeV

Definition at line 93 of file PhysicalConstants.h.

constexpr double utl::kKaonStarZeroMass = 0.89594 * GeV

Definition at line 90 of file PhysicalConstants.h.

constexpr double utl::kKaonZeroLongLifetime = 5.17e-8 * s

Definition at line 137 of file PhysicalConstants.h.

constexpr double utl::kKaonZeroMass = 497.672 * MeV

Definition at line 88 of file PhysicalConstants.h.

constexpr double utl::kKaonZeroMassSI = kKaonZeroMass * kMassConversionSI

Definition at line 89 of file PhysicalConstants.h.

constexpr double utl::kKaonZeroShortLifetime = 0.8934e-10 * s

Definition at line 136 of file PhysicalConstants.h.

constexpr double utl::kLambdacMass = 2286.46 * MeV

Definition at line 114 of file PhysicalConstants.h.

constexpr double utl::kLambdacMassSI = kLambdacMass * kMassConversionSI

Definition at line 115 of file PhysicalConstants.h.

constexpr double utl::kLambdaGH = 70 * g/cm2

Definition at line 54 of file PhysicalConstants.h.

Referenced by ProfileSimulatorOG::ProfileSimulator::CalculateNMax(), otoa::FD2ADST::FillGaisserHillas(), FdEnergyFinderOG::FdEnergyFinder::FindEmEnergy(), FdCherenkovFinderOG::FdCherenkovFinder::InitialCherenkov(), FdEnergyFinderOG::FdEnergyFinder::MinuitFitFunction(), ProfileSimulatorOG::ProfileSimulator::Run(), FdEnergyFinderOG::FdEnergyFinder::Run(), and testPhysicalFunctions::testGaisserHillas().

constexpr double utl::kLambdaLifetime = 2.632e-10 * s

Definition at line 126 of file PhysicalConstants.h.

constexpr double utl::kLambdaMass = 1115.683 * MeV

Definition at line 100 of file PhysicalConstants.h.

constexpr double utl::kLambdaMassSI = kLambdaMass * kMassConversionSI

Definition at line 101 of file PhysicalConstants.h.

constexpr double utl::kLn10 = 2.30258509299404568401799145468436420760110148862877297603332790096757260967735248023599720508959829834196778404

Definition at line 29 of file MathConstants.h.

Referenced by atm::MonthlyAvgDBProfileModel::CheckForUpdates(), atm::GDASProfileModel::CheckForUpdates(), atm::RadiosondeDBProfileModel::CheckForUpdates(), atm::ParametricXMLMieModel::EvaluateMieAttenuation(), atm::NonParametricXMLMieModel::EvaluateMieAttenuation(), atm::MeasuredDBMieModel::EvaluateMieAttenuation(), atm::VProfileModel::ExtendProfilesTo100km(), atm::USStdADBProfileModel::FillTables(), evt::GaisserHillas4Parameter::GetIntegral(), evt::GaisserHillas4Parameter::GetIntegralError(), atm::ParametricXMLProfileModel::Init(), and atm::SimShowerProfileModel::LazyInit().

constexpr double utl::km = kilometer

Definition at line 125 of file AugerUnits.h.

Referenced by testAugerCoordinateSystem::checkOnePoint(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::ExpectedCurvatureRadius(), atm::CherenkovModel::GDistance(), GroundPropagatorAG::PrimaryGenerator::GeneratePrimaries(), atm::NonParametricXMLMieModel::GetVerticalAerosolOpticalDepth(), RdStationAssociator::RdStationAssociator::Init(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::PekalaFraction(), PlotGOESNS::PlotGOES::Run(), and AugerUnitParserTest::testParsing().

constexpr double utl::km2 = kilometer2

Definition at line 126 of file AugerUnits.h.

Referenced by ReaderTest::testAttributes(), and AugerUnitParserTest::testParsing().

constexpr double utl::km3 = kilometer3

Definition at line 127 of file AugerUnits.h.

constexpr double utl::kMassConversionSI = eSI / (kSpeedOfLightSI*kSpeedOfLightSI)

Definition at line 70 of file PhysicalConstants.h.

const double utl::kMeanSynodicMonth = 29.530589

Definition at line 11 of file MoonCycle.cc.

Referenced by utl::MoonCycle::GetLunation().

constexpr double utl::kMolarGasConstant = 8.3145 * joule/(mole*kelvin)

Definition at line 33 of file PhysicalConstants.h.

Referenced by utl::RefractionIndex::Ciddor95(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::SimShowerProfileModel::LazyInit(), and UniversalityFitter::UniversalityFitter::Run().

constexpr double utl::kMuonLifetime = 2.19703e-6 * s

Definition at line 122 of file PhysicalConstants.h.

Referenced by SdSimpleSimKG::SdSimpleSim::Run().

constexpr double utl::kMuonMass = 105.658357 * MeV

Definition at line 74 of file PhysicalConstants.h.

Referenced by FastTankSimulatorOG::FastTankSimulator::CalculateIntegratedCerenkovRate(), and SdAccidentalInjectorKG::SdAccidentalInjector::Run().

constexpr double utl::kMuonMassSI = kMuonMass * kMassConversionSI

Definition at line 75 of file PhysicalConstants.h.

constexpr double utl::kMuZero = kMuZeroSI*newton/(ampere*ampere)

Definition at line 66 of file PhysicalConstants.h.

Referenced by utl::Noise::SpectralFieldAmplitudeOfNoiseTemperature().

constexpr double utl::kMuZeroSI = 4*kPi * 1e-7

Definition at line 65 of file PhysicalConstants.h.

constexpr double utl::kN2AirFraction = 780840 * perMillion

Definition at line 44 of file PhysicalConstants.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), and atm::HumidAirRayleighModel::KingFactor().

constexpr double utl::kN2MolarMass = 28.0134 * gram/mole

Definition at line 38 of file PhysicalConstants.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield().

constexpr double utl::kNeutronLifetime = 885.7 * s

Definition at line 124 of file PhysicalConstants.h.

constexpr double utl::kNeutronMass = 939.56533 * MeV

Definition at line 96 of file PhysicalConstants.h.

Referenced by testParticlePropertiesFactory::testCreate().

constexpr double utl::kNeutronMassSI = kNeutronMass * kMassConversionSI

Definition at line 97 of file PhysicalConstants.h.

constexpr double utl::kO2AirFraction = 209460 * perMillion

Definition at line 45 of file PhysicalConstants.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), and atm::HumidAirRayleighModel::KingFactor().

constexpr double utl::kO2MolarMass = 31.9989 * gram/mole

Definition at line 39 of file PhysicalConstants.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield().

constexpr double utl::kOmegaMesonMass = 782.65 * MeV

Definition at line 87 of file PhysicalConstants.h.

constexpr double utl::kOmegaMinusLifetime = 0.821e-10 * s

Definition at line 132 of file PhysicalConstants.h.

constexpr double utl::kOmegaMinusMass = 1672.45 * MeV

Definition at line 112 of file PhysicalConstants.h.

constexpr double utl::kOmegaMinusMassSI = kOmegaMinusMass * kMassConversionSI

Definition at line 113 of file PhysicalConstants.h.

constexpr double utl::kOverburdenSeaLevel = 1033 * g/cm2

Definition at line 24 of file PhysicalConstants.h.

Referenced by atm::MonthlyAvgDBProfileModel::CheckForUpdates(), atm::USStdADBProfileModel::FillTables(), atm::ParametricXMLProfileModel::Init(), atm::SimShowerProfileModel::LazyInit(), and utl::RefractionIndex::LorentzLorentz().

constexpr double utl::kPhiMass = 1.01946 * GeV

Definition at line 94 of file PhysicalConstants.h.

constexpr double utl::kPi = 3.14159265358979323846264338327950288419716939937510582097494459230781640628620899862803482534211706798214808651

Definition at line 24 of file MathConstants.h.

constexpr double utl::kPiChargedLifetime = 2.6033e-8 * s

Definition at line 135 of file PhysicalConstants.h.

constexpr double utl::kPiChargedMass = 139.57018 * MeV

Definition at line 82 of file PhysicalConstants.h.

constexpr double utl::kPiChargedMassSI = kPiChargedMass * kMassConversionSI

Definition at line 83 of file PhysicalConstants.h.

constexpr double utl::kPiOnTwo = 0.5*kPi

Definition at line 25 of file MathConstants.h.

Referenced by atm::AnalyticalCherenkovModel::AngularCDF(), atm::AnalyticalCherenkovModel::AngularPDF(), HybridGeometryFinderWG::HybridGeometryFinder::CalculateAxisForTel(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateTelescopeData(), otoa::FD2ADST::FillCloudCameraDataBrief(), HybridGeometryFinderWG::HybridGeometryFinder::GetDataFromPreviousFit(), main(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), HybridGeometryFinderWG::HybridGeometryFinder::MinuitFitFuncAxis(), StereoGeometryFinderOG::StereoGeometryFinder::MinuitFitFuncStereo(), StereoGeometryFinderOG::StereoGeometryFinder::MinuitFitFuncStereoHybrid(), RdPolarizationReconstructor::StokesParameters::NoiseAdditionCovariancePolarizationAngleHelper(), HybridGeometryFinderWG::AxisParameterCalculator::operator()(), RdEVASimPreparator::RdEVASimPreparator::RdEVASimPreparator(), HybridGeometryFinderWG::HybridGeometryFinder::ReadmitPixel(), HybridGeometryFinderWG::HybridGeometryFinder::RecalculateChiSquare(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::Run(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::Run(), CachedShowerRegeneratorOG::CachedShowerRegenerator::Run(), HybridGeometryFinderWG::HybridGeometryFinder::SelectPixels(), UseMcGeometryOG::UseMcGeometry::SetTimeFit(), atm::Arbeletche2021CherenkovAngularModel::UnnormalizedIntegralRight(), and atm::Arbeletche2021CherenkovAngularModel::UnnormalizedIntegralSineRight().

constexpr double utl::kPiZeroLifetime = 8.4e-17 * s

Definition at line 134 of file PhysicalConstants.h.

constexpr double utl::kPiZeroMass = 134.9766 * MeV

Definition at line 79 of file PhysicalConstants.h.

constexpr double utl::kPiZeroMassSI = kPiZeroMass * kMassConversionSI

Definition at line 80 of file PhysicalConstants.h.

constexpr double utl::kPlanck = kPlanckSI * joule*s

Definition at line 63 of file PhysicalConstants.h.

Referenced by LightAtDiaphragmSimulatorKG::LightAtDiaphragmSimulator::EvaluateDirectCherenkovHits(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), io::CorsikaShowerFileParticleIterator::GetOneParticle(), FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::Run(), and TelescopeSimulatorLX::TelescopeSimulator::Run().

constexpr double utl::kPlanckReduced = kPlanckReducedSI * joule*s

Definition at line 64 of file PhysicalConstants.h.

constexpr double utl::kPlanckReducedSI = kPlanckSI / (2*kPi)

Definition at line 62 of file PhysicalConstants.h.

constexpr double utl::kPlanckSI = 6.62606876e-34

Definition at line 61 of file PhysicalConstants.h.

Referenced by LaserLightSimulatorNA::LaserLightSimulator::Run().

constexpr double utl::kProtonMass = 938.271998 * MeV

Definition at line 98 of file PhysicalConstants.h.

Referenced by utl::NucleusProperties::GetMass(), testParticlePropertiesFactory::testCreate(), and testParticle::testMomentum().

constexpr double utl::kProtonMassSI = kProtonMass * kMassConversionSI

Definition at line 99 of file PhysicalConstants.h.

constexpr double utl::kRadiationLength = 37 * g/cm2

Definition at line 21 of file PhysicalConstants.h.

Referenced by MoliereRadius().

constexpr double utl::kRefractiveIndexSeaLevel = 1.000292

Definition at line 29 of file PhysicalConstants.h.

Referenced by atm::VProfileModel::GetVerticalTimeOfFlight(), atm::SimShowerProfileModel::LazyInit(), and utl::RefractionIndex::LorentzLorentz().

constexpr double utl::kRhoChargedMass = 775.11 * MeV

Definition at line 84 of file PhysicalConstants.h.

constexpr double utl::kRhoZeroMass = 775.49 * MeV

Definition at line 81 of file PhysicalConstants.h.

constexpr double utl::kSigmaMinusLifetime = 1.479e-10 * s

Definition at line 129 of file PhysicalConstants.h.

constexpr double utl::kSigmaMinusMass = 1197.449 * MeV

Definition at line 106 of file PhysicalConstants.h.

constexpr double utl::kSigmaMinusMassSI = kSigmaMinusMass * kMassConversionSI

Definition at line 107 of file PhysicalConstants.h.

constexpr double utl::kSigmaPlusLifetime = 0.8018e-10 * s

Definition at line 128 of file PhysicalConstants.h.

constexpr double utl::kSigmaPlusMass = 1189.37 * MeV

Definition at line 102 of file PhysicalConstants.h.

constexpr double utl::kSigmaPlusMassSI = kSigmaPlusMass * kMassConversionSI

Definition at line 103 of file PhysicalConstants.h.

constexpr double utl::kSigmaZeroLifetime = 7.4e-20 * s

Definition at line 127 of file PhysicalConstants.h.

constexpr double utl::kSigmaZeroMass = 1192.642 * MeV

Definition at line 104 of file PhysicalConstants.h.

constexpr double utl::kSigmaZeroMassSI = kSigmaZeroMass * kMassConversionSI

Definition at line 105 of file PhysicalConstants.h.

constexpr double utl::kSpeedOfLight = kSpeedOfLightSI * m/s

Definition at line 59 of file PhysicalConstants.h.

constexpr double utl::kSpeedOfLight2 = kSpeedOfLight * kSpeedOfLight

Definition at line 60 of file PhysicalConstants.h.

Referenced by FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::CalculateLaserBeamPosition(), SdPlaneFitOG::SdPlaneFit::PlaneFit3DFnc(), RdPlaneFit::RdPlaneFit::PlaneFit3DFnc(), RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DFnc(), RdPlaneFit::RdPlaneFit::PlaneFit3DHorizonFnc(), and RdScintPlaneFit::RdScintPlaneFit::PlaneFit3DHorizonFnc().

constexpr double utl::kSpeedOfLightSI = 299792458

Definition at line 58 of file PhysicalConstants.h.

Referenced by LaserLightSimulatorNA::LaserLightSimulator::Run().

constexpr double utl::kSqrt2 = 1.41421356237309504880168872420969807856967187537694807317667973799073247846210703885038753432764157273501384623

Definition at line 30 of file MathConstants.h.

Referenced by un2::LogNormalMuFromTimeQuantileAndSigma(), un2::LogNormalTimeQuantileFromMuAndSigma(), and MathTest::TestInverseNormalCDF().

constexpr double utl::kSqrt2Pi = 2.50662827463100050241576528481104525300698674060993831662992357634229365460784197494659583837805726611600997267

Definition at line 32 of file MathConstants.h.

Referenced by un2::Gaussian(), LogarithmOfNormalPDF(), un2::LogNormalPDF(), and NormalPDF().

constexpr double utl::kSqrt3 = 1.73205080756887729352744634150587236694280525381038062805580697945193301690880003708114618675724857567562614142

Definition at line 31 of file MathConstants.h.

Referenced by FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateTelescopeData(), TelescopeSimulatorKG2::Camera::Camera(), TelescopeSimulatorKG::Camera::FindPixelId(), TelescopeSimulatorKG2::Camera::FindPixelId(), fdet::Telescope::GetCameraPixelDirection(), TelescopeSimulatorKG2::Camera::Hexagon(), TelescopeSimulatorKG::Camera::Hexagon(), FdEnergyDepositFinderKG::ZetaPixel::IsInside(), and TelescopeSimulatorKG::Camera::SetMercedesParameter().

constexpr double utl::kSqrtPi = 1.77245385090551602729816748334114518279754945612238712821380778985291128459103218137495065673854466541622682362

Definition at line 33 of file MathConstants.h.

constexpr double utl::kTauMass = 1776.99 * MeV

Definition at line 76 of file PhysicalConstants.h.

constexpr double utl::kTauMassSI = kTauMass * kMassConversionSI

Definition at line 77 of file PhysicalConstants.h.

constexpr double utl::kThomsonCrossSectionSI

Initial value:

=

8*kPi * kElectronRadiusSI * kElectronRadiusSI / 3

utl::kPi

constexpr double kPi

Definition: MathConstants.h:24

utl::kElectronRadiusSI

constexpr double kElectronRadiusSI

Definition: PhysicalConstants.h:145

Definition at line 147 of file PhysicalConstants.h.

constexpr double utl::kTwoPi = 2*kPi

Definition at line 27 of file MathConstants.h.

Referenced by FdProfileReconstructorKG::CherenkovFluorescenceMatrix::AngularCherenkovCDFWithCone(), CalcBeaconRefPhase::CalcBeaconRefPhase::calculateReferencePhases(), mdet::ChannelSiPM::ComputeTransfer(), mdet::BackEndSiPM::ComputeTransferSimplifiedLG(), atm::AnalyticalCherenkovModel::DeltaPhotons(), atm::AnalyticalCherenkovModel::EvaluateDirectCherenkovProbability(), otoa::Offline2ADST::FillDetectorGeometryIncremental(), CalcBeaconRefPhase::CalcBeaconRefPhase::Finish(), ParticleInjectorNEU::ParticleInjector::GeneratePosition(), RdHASLDFFitter::LDFFitFunctionPoly3::GetNormalization(), RdHASLDFFitter::LDFFitFunctionGaussSigmoid::GetNormalization(), CachedShowerRegeneratorOG::StationInfo::if(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::LateralDistributionGora(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::LateralDistributionNKG(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::LateralDistributionScatteredCherenkov(), mdet::Pixel::MakeSPEAt(), un2::NKG(), NormalizeAngleMinusPiPi(), NormalizeAngleZero2Pi(), FdEnergyDepositFinderKG::ProfileFitter::PrepareTimeConvolution(), FdElectronicsSimulatorOG::FdElectronicsSimulator::PrepareTimeConvolution(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), RdChannelBeaconSimulator::RdChannelBeaconSimulator::Run(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::Run(), LEInjectorOG::LEInjector::Run(), CachedXShowerRegeneratorAG::CachedXShowerRegenerator::Run(), CachedShowerRegeneratorASCII::CachedShowerRegenerator::Run(), CachedShowerRegeneratorOG::CachedShowerRegenerator::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), utl::FFTDataContainerAlgorithm::ShiftTimeSeries(), FastTankSimulatorOG::FastTankSimulator::SimulateComptonScattering(), and RdStationBeamFormer::RdStationBeamFormer::timeShift().

constexpr double utl::kXiMinusLifetime = 1.639e-10 * s

Definition at line 131 of file PhysicalConstants.h.

constexpr double utl::kXiMinusMass = 1321.31 * MeV

Definition at line 110 of file PhysicalConstants.h.

constexpr double utl::kXiMinusMassSI = kXiMinusMass * kMassConversionSI

Definition at line 111 of file PhysicalConstants.h.

constexpr double utl::kXiZeroLifetime = 2.9e-10 * s

Definition at line 130 of file PhysicalConstants.h.

constexpr double utl::kXiZeroMass = 1314.83 * MeV

Definition at line 108 of file PhysicalConstants.h.

constexpr double utl::kXiZeroMassSI = kXiZeroMass * kMassConversionSI

Definition at line 109 of file PhysicalConstants.h.

constexpr double utl::lumen = candela*steradian

Definition at line 275 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::lux = lumen/meter2

Definition at line 278 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::m = meter

Definition at line 121 of file AugerUnits.h.

Referenced by RdAirplane::Ads_bDataBase::_addAirplanesFromLogFile(), RdAirplane::Ads_bEvent::_getAltitudeFromPressure(), otoa::RdFiller::AddRadioDetector(), otoa::RdFiller::AddRadioDetectorGeometry(), otoa::SD2ADST::AddStations(), RdAirplane::Ads_bEvent::Ads_bEvent(), atm::AerosolZone::AerosolZone(), utl::String::AsHumanReadable(), G4TankSimulatorOG::G4TankConstruction::AssembleTank(), G4TankSimulatorASCII::G4TankConstruction::AssembleTank(), G4XTankSimulatorAG::G4XTankConstruction::AssembleTank(), utl::SMatrix< n, m, T >::Assign(), FdAxisFinderOG::FdAxisFinder::AxisFirstGuess(), BetaCF(), MuonCounterViewerAG::ScintBuilder::Box(), RdGeoCeLDFFitter::BSpline(), ParametricMuonProfileNS::ParametricMuonProfile::BuildLocalModel(), un2::CalcDXCorsikaAtm(), LDFTestKG::LDFTest::CalculateTankSignal(), SdSimpleSimKG::SdSimpleSim::CalculateTankSignal(), AachenTable::CDF(), AachenTankResponseNS::TankResponse::CDF(), SimpleTankResponseNS::TankResponse::CDF(), TabularTankResponseNS::TankResponse::CDF(), testAugerCoordinateSystem::checkOnePoint(), testShowerImpl::CheckShowerSimDataValues(), cmpEvent(), FdProfileConstrainedGeometryFit::PCGFitter::CombinedChi2(), FdProfileConstrainedGeometryFitPG::PCGFitter::CombinedChi2(), computeMagnitudeVector(), GroundPropagatorAG::SoilConstruction::Construct(), EdepSimulatorAG::ScintillatorConstruction::Construct(), tls::GlobalGeometry::Construct(), evt::ConvertErToEvent(), evt::ConvertEsToEvent(), evt::ConvertEventToEc(), evt::ConvertEventToEr(), evt::ConvertEventToEs(), G4TankSimulatorOG::G4TankConstruction::CreateAir(), G4TankSimulatorASCII::G4TankConstruction::CreateAir(), G4XTankSimulatorAG::G4XTankConstruction::CreateAir(), G4StationSimulatorOG::G4StationConstruction::CreateAir(), RdZHAireSSimPreparator::RdZHAireSSimPreparator::CreateFiles(), G4TankSimulatorOG::G4TankConstruction::CreatePrimitives(), G4TankSimulatorASCII::G4TankConstruction::CreatePrimitives(), G4XTankSimulatorAG::G4XTankConstruction::CreatePrimitives(), G4StationSimulatorOG::G4StationConstruction::CreateWLS(), TelescopeSimulatorKG::Lens::Curvature(), TelescopeSimulatorKG2::Lens::CurvaturePrototype(), decodeCPR(), decodeCPRrelative(), RdPreWaveFitter::Chi2ForPlaneWaveFit::DoEval(), Chi2ForPlaneWaveFit::DoEval(), Chi2ForConicalWaveFit::DoEval(), G4StationSimulatorOG::G4UMDPixelHit::Draw(), TelescopeSimulatorKG::Mirror::Draw(), TelescopeSimulatorKG2::Camera::Draw(), TelescopeSimulatorKG::Camera::Draw(), USCMuonProfileNS::USCMuonProfile::EnergyMuon(), atm::ParametricXMLMieModel::EvaluateMieAttenuation(), atm::NonParametricXMLMieModel::EvaluateMieAttenuation(), atm::MeasuredDBMieModel::EvaluateMieAttenuation(), atm::HumidAirRayleighModel::EvaluateRayleighAttenuation(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::ExponentialFraction(), TelescopeSimulatorLX::FDsimG4CameraFoot::FDsimG4CameraFoot(), MdCornerClippingCorrecterAG::MdCornerClippingCorrecter::FillCornerClippingProbability(), otoa::Detector2ADST::FillDetector(), otoa::Offline2ADST::FillDetectorGeometryIncremental(), otoa::FD2ADST::FillFdRecStations(), otoa::FD2ADST::FillGaisserHillas(), io::FillInteractionData(), otoa::LongitudinalXmaxScanner::FillLightFactors(), MdLDFFinderAG::MdLDFFinder::FillTabulatedFunction(), TelescopeSimulatorKG::Filter::Filter(), FindTimeOffset::FindTimeOffset::FindOffset(), otoa::Offline2ADST::FinishDetectorAndFileInfo(), HybridGeometryFinderWG::HybridGeometryFinder::FitAxis(), LDFFinderKG::LDFFinder::FitCurvature(), Risetime1000::Risetime1000LLL::FitEventRiseTime(), SdCompParam::SdCompositionParameters::FitEventRiseTime(), LDFFinderKG::LDFFinder::FitGlobal(), ScintillatorLDFFinderKG::ScintillatorLDFFinder::FitLDF(), LDFFinderKG::LDFFinder::FitLDF(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::FitShowerFront(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::FitShowerSize(), UnivFitterKG::Fitter::Fitter(), FdProfileConstrainedGeometryFit::FdProfileConstrainedGeometryFit::FitTimingOfGivenGeometry(), MdLDFFinderAG::MdLDFFinder::FixBetaFlag(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasChi2(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasLogLike(), atm::ParametricXMLRayleighModel::GDistance(), EdepSimulatorAG::PrimaryGenerator::GeneratePrimaries(), GroundPropagatorAG::PrimaryGenerator::GeneratePrimaries(), G4TankSimulatorASCII::G4TankPrimaryGenerator::GeneratePrimaries(), G4TankSimulatorOG::G4TankPrimaryGenerator::GeneratePrimaries(), G4XTankSimulatorAG::G4XTankPrimaryGenerator::GeneratePrimaries(), rdet::RDetector::GetBadStationReason(), fdet::Telescope::GetConfigSignatureStr(), utl::RadioGeometryUtilities::GetCoreAtObservationLevel(), G4TankSimulatorASCII::G4TankFastCerenkov::GetDataFromConstruction(), G4XTankSimulatorAG::G4XTankFastCerenkov::GetDataFromConstruction(), G4TankSimulatorOG::G4TankFastCerenkov::GetDataFromConstruction(), HybridGeometryFinderWG::HybridGeometryFinder::GetDataFromPreviousFit(), atm::VFluorescenceModel::GetDeExcitationTime(), sdet::Station::GetFADCTraceLength(), AachenTable::GetFittedMean(), AachenTable::GetFittedSigma(), UnivParamTimeNS::UnivParamTime::GetFraction(), GetLocalCS(), TimeModelTestKG::TimeModelTest::GetLogZdist(), SdSimpleSimKG::SdSimpleSim::GetLogZdist(), MdLDFFinderAG::ProfLike::GetMLE(), fwk::RunController::GetModule(), atm::Atmosphere::GetMolecularDB(), utl::Particle::GetMomentum(), sdet::Scintillator::GetNBars(), utl::SMatrix< n, m, T >::GetNColumns(), io::AiresShowerFileParticleIterator::GetOneParticle(), atm::GOESDB::GetPixelCenter(), sdet::PMT::GetPMTData(), MultipleScatterer::GetRandomZeta(), fwk::RunController::GetRegisteredModuleNames(), rdet::Channel::GetResponseMap(), LDFFinderKG::ROptFitter::GetResult(), RdEVASimPreparator::GetRodrigoCS(), RdPolarizationReconstructor::GetRodrigoCS(), UnivParamTimeNS::UnivParamTime::GetTime(), MdLDFFinderAG::ProfLike::GetTotalSegmentsOn(), atm::ParametricXMLMieModel::GetVerticalAerosolOpticalDepth(), atm::VProfileModel::GetVerticalTimeOfFlight(), fwk::ParametricGeoMagneticField::GetXYZ(), MdLDFFinderAG::ProfLike::GlobalMin(), fwk::RunController::HasModule(), HugeShower(), atm::InclinedAtmosphericProfile::InclinedAtmosphericProfile(), ConexShowerGeneratorKG::ConexShowerGenerator::Init(), fdDoubleBumpFinder::FdDoubleBumpFinder::Init(), SValidStore::Init(), EventGeneratorOG::EventGenerator::Init(), HybridGeometryFinderOG::HybridGeometryFinder::Init(), RdAirplane::RdTransformAds_bLogFile::Init(), G4XTankSimulatorAG::G4XTankSimulator::Init(), MdLDFFinderAG::MdLDFFinder::Init(), SpotPhotonGeneratorOG::SpotPhotonGenerator::Init(), TelescopeSimulatorLX::FDsimG4DetectorConstruction::Init(), SdSimpleSimKG::SdSimpleSim::Init(), Risetime1000::Risetime1000LLL::Init(), G4StationSimulatorOG::G4StationSimulator::Init(), DrumPhotonGeneratorOG::DrumPhotonGenerator::Init(), RecDataWriterNG::RecDataWriter::Init(), atm::ParametricXMLRayleighModel::Init(), SdCompParam::SdCompositionParameters::Init(), utl::ReferenceEllipsoid::InitWithECEF(), FdSimEventCheckerOG::FdSimEventChecker::InterpolatePCGFAcceptanceMap(), utl::TabulatedFunction::InterpolateY(), LeadingInteractionsParticleData::LeadingInteractionsParticleData(), main(), otoa::MD2ADST::MakeCounter(), sevt::PMTSimData::MakeFADCTrace(), io::CorsikaShowerFileGeometryProducer::MakeGroundParticleCoordinateSystem(), otoa::MD2ADST::MakeModule(), otoa::MD2ADST::MakeSimCounter(), SimpleTankResponseNS::TankResponse::Mean(), cic::AttenuationFit::CICFitter< CIC >::Minimize(), HdAxisFinderUU::HdAxisFinder::MinuitFitFunc(), FdProfileConstrainedGeometryFitPG::ChiZeroRegression::MinuitFitFunc(), HybridGeometryFinderWG::HybridGeometryFinder::MinuitFitFuncAxis(), un2::MIPtoMIPpersqm(), io::Module_ROOT::Module_ROOT(), AachenTable::Moment(), FdEnergyDepositFinderKG::CFMatrixCalculator::MultipleScatteringFraction(), io::AiresShowerFile::Open(), MdLDFFinderAG::ProfLike::operator()(), MdLDFFinderAG::LikeFCN::operator()(), testErrorPropagation::TestFunctor::operator()(), Spline::Solver< ADimension, AKnotVector, ABasisFunction >::operator()(), operator*(), utl::SMatrix< n, m, T >::operator==(), io::Counter_ROOT::operator>>(), AachenTable::PDF(), AachenTankResponseNS::TankResponse::PDF(), SimpleTankResponseNS::TankResponse::PDF(), TabularTankResponseNS::TankResponse::PDF(), UnivRecNS::UnivRec::PlaneFit(), RdWaveFit::RdWaveFit::PlaneWaveFit(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::PlotLDF(), RdLDFFitter::RdLDFFitter::PlotScan(), PolynomialInterpolation(), ShowerLightSimulatorKG::ShowerLightSimulator::PrimaryCherenkovLight(), G4StationSimulatorOG::G4UMDScintStripAction::ProcessHits(), G4TankSimulatorASCII::G4ASCIIAction::ProcessHits(), TelescopeSimulatorKG::Lens::Profile(), QuadraticMaximumInterpolation(), Rd2dLDFFitter::Rd2dLDFFitter::Quantile(), io::ZHAireSFile::Read(), TelescopeSimulatorLX::FDsimG4PrimaryGeneratorAction::ReadFDSimulatorEvent(), utl::ResponseMap::ResponseMap(), FdProfileReconstructorKG::CherenkovFluorescenceMatrix::RobertsFraction(), RdHASLDFFitter::RdHASLDFFitter::Run(), RdTopDownStationSelector::RdTopDownStationSelector::Run(), ShowerMaker::ShowerMaker::Run(), ReadAerosolHLNS::ReadAerosolHL::Run(), ReadLidarLLNS::ReadLidarLL::Run(), ReadMolecularLLNS::ReadMolecularLL::Run(), ReadAerosolLLNS::ReadAerosolLL::Run(), ReadMolecularHLNS::ReadMolecularHL::Run(), AtmosphericProfileNS::AtmosphericProfile::Run(), ClearParticleLists::ClearParticleLists::Run(), ProfileSimulatorOG::ProfileSimulator::Run(), GeometryExampleNS::GeometryExample::Run(), ShowerInventorAnalyzerNS::ShowerInventorAnalyzer::Run(), Rd2dLDFFitter::Rd2dLDFFitter::Run(), RdCOREASSimulationCreator::RdCOREASSimulationCreator::Run(), LaserLightSimulatorNA::LaserLightSimulator::Run(), FieldOfViewCalculatorKG::FieldOfViewCalculator::Run(), MdShowerRegeneratorAG::MdShowerRegenerator::Run(), EventGeneratorOG::EventGenerator::Run(), HybridGeometryFinderOG::HybridGeometryFinder::Run(), ShowerLightSimulatorKG::ShowerLightSimulator::Run(), GroundPropagatorAG::GroundPropagator::Run(), UnderGrdInjectorAG::UnderGrdInjector::Run(), LDFTestKG::LDFTest::Run(), TimeModelTestKG::TimeModelTest::Run(), EdepSimulatorAG::EdepSimulator::Run(), TestTorusKG::TestTorus::Run(), TelescopeSimulatorLX::TelescopeSimulator::Run(), RdBeamTimeOptimizer::RdBeamTimeOptimizer::Run(), SdSimpleSimKG::SdSimpleSim::Run(), Risetime1000::Risetime1000LLL::Run(), RdLDFFitter::RdLDFFitter::Run(), MuonCounterViewerAG::MuonCounterViewer::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), SdCompParam::SdCompositionParameters::Run(), ShowerPhotonGeneratorOG::ShowerPhotonGenerator::Run(), RdWaveFit::RdWaveFit::Run(), G4XTankSimulatorAG::G4XTankSimulator::RunFast(), G4XTankSimulatorAG::G4XTankSimulator::RunFull(), FdEnergyDepositFinderKG::LateralLightCalculator::ScattCherLightFraction(), EdepSimulatorAG::ScintillatorConstruction::ScintillatorConstruction(), io::SenecaShowerFileParticleIterator::SenecaToDPAParticle(), Chi2ForSphericalWaveFitVarC::Set(), G4TankSimulatorOG::G4TankConstruction::SetDetectorParameters(), G4TankSimulatorASCII::G4TankConstruction::SetDetectorParameters(), G4XTankSimulatorAG::G4XTankConstruction::SetDetectorParameters(), io::CorsikaShowerFile::SetHeaderTrailer(), G4StationSimulatorOG::G4StationConstruction::SetMARTAParameters(), fevt::PixelTriggerData::SetMean(), mevt::ModuleRecData::SetMeanMuons(), FdEnergyDepositFinderKG::CFMatrixCalculator::SetMethod(), mdet::MTimeVariance::SetModel(), fdet::FTimeFitModel::SetModel(), sdet::STimeVariance::SetModel(), utl::Particle::SetMomentum(), mevt::ModuleRecData::SetNumberOfEstimatedMuons(), mevt::ModuleRecData::SetNumberOfEstimatedMuonsADCHG(), mevt::ModuleRecData::SetNumberOfEstimatedMuonsADCLG(), TelescopeSimulatorLX::FDsimG4CorrectorRingLowerLimit::SetProfileParameters(), TelescopeSimulatorLX::FDsimG4CorrectorRingUpperLimit::SetProfileParameters(), TelescopeSimulatorLX::FDsimG4CorrectorRingKG::SetProfileParameters(), LDFFinderKG::LDFFinder::SetRecData(), G4TankSimulatorOG::G4TankConstruction::SetRequiredParameters(), G4XTankSimulatorAG::G4XTankConstruction::SetRequiredParameters(), G4TankSimulatorASCII::G4TankConstruction::SetRequiredParameters(), G4StationSimulatorOG::G4StationConstruction::SetRequiredParameters(), testShowerImpl::SetShowerSimDataValues(), RdEventInitializer::RdEventInitializer::SetSignalSearchWindowFromExternal(), RdEventInitializer::RdEventInitializer::SetSignalSearchWindowFromSD(), UseMcGeometryOG::UseMcGeometry::SetTimeFit(), G4StationSimulatorOG::G4StationConstruction::SetUMDParameters(), G4TankSimulatorOG::G4TankConstruction::SetXMLParameters(), G4TankSimulatorASCII::G4TankConstruction::SetXMLParameters(), G4XTankSimulatorAG::G4XTankConstruction::SetXMLParameters(), tls::SimpleEMComponent::SignalRatio(), un2::SimpleReco(), TestStationTriggerAlgorithm::SimpleToT(), GroundPropagatorAG::SoilConstruction::SoilConstruction(), AachenTankResponseNS::TankResponse::StDev(), SimpleTankResponseNS::TankResponse::StDev(), HybridGeometryFinderWG::HybridGeometryFinder::StoreData(), TabularTankResponseNS::TankResponse::TankResponse(), TestSparseMatrix::TestAccess(), TestODEIntegrator::TestAdaptiveRK5(), testParametricXMLMieModel::testAttenuation(), testMeasuredDBMieModel::testAttenuation(), testAtmLowLevelAtmInterface::testAttSlice(), SDetectorTest::testBasic(), MDetectorTest::testBasic(), SDenseDetectorTestBasic::testBasic1(), SDenseDetectorTestAzimuth::testBasicAzimuth(), SDenseDetectorTestZenith::testBasicZenith(), MathTest::TestBinomialCoefficients(), LocalCoordinateSystemTest::testCreate(), TestSparseMatrixVectorSMatrixSVector::TestCrossCtor(), testAugerCoordinateSystem::testCS(), testParametricXMLRayleighModel::testEvaluateAttenuation(), testParametricXMLProfileModel::testEvaluateDepth(), testRadiosondeDBProfileModel::testEvaluateDepthVsHeight(), testMonthlyAvgDBProfileModel::testEvaluateDepthVsHeight(), testParametricXMLRayleighModel::testEvaluateScattering(), testParametricXMLProfileModel::testEvaluateTemperature(), testParametricXMLMieModel::testExpertMode(), testSuperMieModel::testGetAttFromDB(), testSuperMieModel::testGetAttFromXML(), testSuperMieModel::testGetScatFromDB(), testSuperMieModel::testGetScatFromXML(), testAtmLowLevelAtmInterface::testGOESDB(), TestSparseMatrix::TestIterators(), testMeasuredDBMieModel::testLambdaDependence(), TestBit::TestMask(), testAtmLowLevelAtmInterface::testMolecularLayer(), TestSparseMatrixVectorOp::TestMultiply(), TestSparseMatrixVectorOp::TestMultiply2(), TestSparseMatrix::TestNonSquareMultiplication2(), TestSparseMatrix::TestOperators(), CoordinateSystemRegistryTest::testPampaAmarilla(), AugerUnitParserTest::testParsing(), FdTriggerSimulatorOG::FdTriggerSimulator::TestPattern(), testAtmLowLevelAtmInterface::testPFSlice(), testAiresShowerFile::testRead(), TestODEIntegrator::TestRK4(), TestODEIntegrator::TestRK4SVector(), TestODEIntegrator::TestRK5(), TestODEIntegrator::TestRK5SVector(), testParametricXMLMieModel::testScattering(), testMeasuredDBMieModel::testScattering(), testShowerImpl::testShowerSimDataNoGeometry(), testAugerCoordinateSystem::testSiteCS(), TestSMatrixSVector::TestSMatrixCtor(), TestSMatrixSVector::TestSMatrixListAssignment(), TestSMatrixSVector::TestSMatrixOp(), SDetectorTest::testSModelsXMLManager(), TestSMatrixSVector::TestSVectorListAssignment(), TestCoordinateSystem::TestTransformationChaining(), testMeasuredDBMieModel::testUncertainty(), testSuperMieModel::testUncertaintyDB(), testSuperMieModel::testUncertaintyXML(), testUTMPoint::testUTMConversions(), testMeasuredDBMieModel::testZoneSelection(), UnivParamTimeNS::UnivParamTime::tFirstPDF(), UnivParamTimeNS::UnivParamTime::tQuantilePDF(), TelescopeSimulatorKG2::Camera::TraceMerc(), TelescopeSimulatorKG2::Camera::TraceShadow(), fftwpp::Transpose::Transpose(), UniformFill(), mdet::MDetector::Update(), sdet::UUBDownsampleFilter(), un2::VEMtoVEMpersqm(), UniversalityFitter::UniversalityFitter::WriteRecParameters(), XbAlgoFindCluster(), XbAlgoT2Process(), and RdGlobalFit::RdGlobalFit::XmaxFromRmax().

constexpr double utl::m2 = meter2

Definition at line 122 of file AugerUnits.h.

Referenced by BetaCF(), detectModeA(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), MyPyModuleNS::MyPyModule::Run(), RdStationAssociator::RdStationAssociator::Run(), TelescopeSimulatorLX::FDsimG4CorrectorRingUpperLimit::SetProfileParameters(), TelescopeSimulatorLX::FDsimG4CorrectorRingLowerLimit::SetProfileParameters(), GroundPropagatorAG::SoilConstruction::SoilConstruction(), ReaderTest::testAttributes(), testAtmLowLevelAtmInterface::testMolecularDB(), AugerUnitParserTest::testParsing(), TestSMatrixSVector::TestSMatrixCtor(), TestSMatrixSVector::TestSMatrixOp(), and sdet::UUBDownsampleFilter().

constexpr double utl::m3 = meter3

Definition at line 123 of file AugerUnits.h.

Referenced by atm::AnalyticalCherenkovModel::AsymmCorrection(), atm::AnalyticalCherenkovModel::AsymmCorrectionOld(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::CherenkovRadius(), detectModeA(), atm::VProfileModel::ExtendProfilesTo100km(), G4StationSimulatorOG::G4StationFastCerenkov::G4StationFastCerenkov(), G4StationSimulatorOG::G4TankFastCerenkov::G4TankFastCerenkov(), G4TankSimulatorASCII::G4TankFastCerenkov::G4TankFastCerenkov(), G4TankSimulatorOG::G4TankFastCerenkov::G4TankFastCerenkov(), G4XTankSimulatorAG::G4XTankFastCerenkov::G4XTankFastCerenkov(), atm::MolecularLayer::GetLayerData(), RdHASLDFFitter::RdHASLDFFitter::Run(), TelescopeSimulatorLX::FDsimG4CorrectorRingUpperLimit::SetProfileParameters(), TelescopeSimulatorLX::FDsimG4CorrectorRingLowerLimit::SetProfileParameters(), testMonthlyAvgDBProfileModel::testEvaluateDensityVsHeight(), testAtmLowLevelAtmInterface::testMolecularDB(), testAtmLowLevelAtmInterface::testMolecularLayer(), AugerUnitParserTest::testParsing(), and TestSMatrixSVector::TestSMatrixOp().

constexpr double utl::mega = 1e+6

Definition at line 72 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), RdChannelVoltageToADCConverter::RdChannelVoltageToADCConverter::Run(), and RdChannelADCToVoltageConverter::RdChannelADCToVoltageConverter::Run().

constexpr double utl::megaelectronvolt = mega*electronvolt

Definition at line 173 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::megahertz = mega*hertz

Definition at line 155 of file AugerUnits.h.

Referenced by RdStationNoiseAnalyser::ConvertChannelToStation(), utl::AugerUnits::FillMap(), otoa::RdFiller::FillRadioChannels(), otoa::RdFiller::FillRadioStations(), CalcBeaconRefPhase::CalcBeaconRefPhase::Finish(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::getReferencePhases(), RdChannelBandpassFilter::RdChannelBandpassFilter::Init(), RdStationBandpassFilter::RdStationBandpassFilter::Init(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::Init(), MdCounterSimulatorAG::MdCounterSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), RdChannelMedianFilter::RdChannelMedianFilter::MedianFilter(), io::RadioFileAERA::Read(), io::IoAugerEventFile::Read(), io::RadioFileAERAroot::Read(), RdStationDebugWriter::RdStationDebugWriter::Run(), RdChannelBeaconSimulator::RdChannelBeaconSimulator::Run(), RdChannelBeaconSuppressor::RdChannelBeaconSuppressor::Run(), RdChannelBeaconTimingCalibrator::RdChannelBeaconTimingCalibrator::Run(), RdStationNoiseAnalyser::Run(), CalcBeaconRefPhase::CalcBeaconRefPhase::Run(), RdChannelBeaconSignalExtractor::RdChannelBeaconSignalExtractor::Run(), RdMonitoring::RdMonitoring::Run(), RDetectorTest::testAntennaType(), testFFTDataContainer::testChannelFFTs(), AugerUnitParserTest::testParsing(), testAnalyticFilters::testRectangleFilter(), RDetectorTest::testRModel(), testFFTDataContainer::testStationFFTs(), RdChannelDebugWriter::RdChannelDebugWriter::writeAsciiSpectrum(), RdBeamTimeOptimizer::RdBeamTimeOptimizer::WriteASCIISpectrum(), CalcBeaconRefPhase::CalcBeaconRefPhase::writeReferencePhasesFile(), and RdChannelDebugWriter::RdChannelDebugWriter::writeRootOutput().

constexpr double utl::megaParsec = mega * parsec

Definition at line 99 of file AugerUnits.h.

constexpr double utl::megavolt = megaelectronvolt/eplus

Definition at line 227 of file AugerUnits.h.

constexpr double utl::meter = 1

Definition at line 81 of file AugerUnits.h.

Referenced by otoa::RdFiller::FillRadioShower(), otoa::RdFiller::FillRadioStations(), FindTimeOffset::FindTimeOffset::FindOffset(), G4StationSimulatorOG::G4StationPrimaryGenerator::GeneratePrimaries(), G4StationSimulatorOG::G4StationFastCerenkov::GetDataFromConstruction(), G4StationSimulatorOG::G4TankFastCerenkov::GetDataFromConstruction(), RdLDFFitter::RdLDFFitter::GetEnergy(), USCInterTankResponseNS::TankResponse::GetRadiusMax(), USCInterTankResponseNS::TankResponse::GetRadiusMin(), LDFFinderKG::ROptFitter::GetResult(), LocalMuonAngle(), utl::AugerUnitParser::MakeSymbolTable(), sdet::MeanT50(), G4StationSimulatorOG::G4UMDScintStripAction::ProcessHits(), G4StationSimulatorOG::G4ScintillatorAction::ProcessHits(), io::REASH5File::Read(), MdGeometryFitterAG::MdGeometryFitter::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), G4StationSimulatorOG::G4StationPhysicsList::SetCuts(), testMagneticFieldModel::testIGRFValues(), AugerUnitParserTest::testParsing(), RDetectorTest::testRModel(), MdGeometryFitterAG::ToString(), TelescopeSimulatorKG::RayTracer::Trace(), TelescopeSimulatorKG2::RayTracer::Trace(), utl::UnitsConfig::UnitsConfig(), and G4StationSimulatorOG::G4StationSteppingAction::UserSteppingAction().

constexpr double utl::meter2 = meter*meter

Definition at line 82 of file AugerUnits.h.

Referenced by utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::meter3 = meter*meter*meter

Definition at line 83 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::MeV = megaelectronvolt

Definition at line 184 of file AugerUnits.h.

Referenced by atm::AnalyticalCherenkovModel::AnalyticalCherenkovModel(), atm::AnalyticalCherenkovModel::AngularCDF(), atm::AnalyticalCherenkovModel::AngularPDF(), ProfileSimulatorOG::ProfileSimulator::CalculatedEdX(), otoa::LongitudinalXmaxScanner::CalculateLightFactor(), LDFTestKG::LDFTest::CalculateTankSignal(), SdSimpleSimKG::SdSimpleSim::CalculateTankSignal(), atm::AnalyticalCherenkovModel::CherenkovIntegral(), atm::AnalyticalCherenkovModel::CherenkovTrackLength(), G4TankSimulatorASCII::G4TankStackingAction::ClassifyNewTrack(), G4TankSimulatorOG::G4TankStackingAction::ClassifyNewTrack(), G4XTankSimulatorAG::G4XTankStackingAction::ClassifyNewTrack(), G4StationSimulatorOG::G4StationStackingAction::ClassifyNewTrack(), ElectronsAboveCut(), EnergyDeposit(), atm::AnalyticalCherenkovModel::EvaluateCherenkovPhotons(), FdEnergyFinderOG::FdEnergyFinder::FindEmEnergy(), G4StationSimulatorOG::G4StationFastCerenkov::G4StationFastCerenkov(), G4StationSimulatorOG::G4TankFastCerenkov::G4TankFastCerenkov(), G4TankSimulatorASCII::G4TankFastCerenkov::G4TankFastCerenkov(), G4TankSimulatorOG::G4TankFastCerenkov::G4TankFastCerenkov(), G4XTankSimulatorAG::G4XTankFastCerenkov::G4XTankFastCerenkov(), RdGeoCeLDFFitter::LDFLikelihoodFunction::GetChi2FullEnergyFluence(), atm::Keilhauer2008FluorescenceModel::GetdEdX0(), atm::ConstantFluorescenceModel::GetdEdX0(), atm::Nagano2004FluorescenceModel::GetdEdX0(), atm::Kakimoto1996FluorescenceModel::GetdEdX0(), HillasAngle(), atm::AirFluorescenceModel::Init(), EdepSimulatorAG::EdepSimulator::Init(), FdProfileReconstructorKG::FdProfileReconstructor::Init(), NerlingAngle(), RdGeoCeLDFFitter::LDFLikelihoodFunction::operator()(), G4StationSimulatorOG::G4UMDScintStripAction::ProcessHits(), G4TankSimulatorASCII::G4ASCIIAction::ProcessHits(), G4StationSimulatorOG::G4TankPMTAction::ProcessHits(), io::ZHAireSFile::Read(), io::CorsikaShowerFile::ReadProfile(), RdHASLDFFitter::RdHASLDFFitter::Run(), FdEnergyFinderOG::FdEnergyFinder::Run(), GroundPropagatorAG::GroundPropagator::Run(), EdepSimulatorAG::EdepSimulator::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), G4XTankSimulatorAG::G4XTankSimulator::RunFast(), G4XTankSimulatorAG::G4XTankSimulator::RunFull(), LDFTestKG::LDFTest::SampleEnergy(), SdSimpleSimKG::SdSimpleSim::SampleEnergy(), EdepSimulatorAG::ScintillatorConstruction::ScintillatorConstruction(), atm::AnalyticalCherenkovModel::SetEnergyCutoff(), FdLightCollectionEfficiencyKG::SimMockEvent::SetLongitudinalProfilesFromGH(), MuonProductionDepthFinderGL::MuonProductionDepthFinder::SetMuonProductionDepthHist(), ReaderTest::testAttributes(), testPhysicalFunctions::testBeta(), testPhysicalFunctions::testEnergy(), testPhysicalFunctions::testEnergyDeposit(), testParticle::testMomentum(), AugerUnitParserTest::testParsing(), and G4StationSimulatorOG::G4StationSteppingAction::UserSteppingAction().

constexpr double utl::mg = milligram

Definition at line 201 of file AugerUnits.h.

Referenced by GroundPropagatorAG::SoilConstruction::CreateMaterials(), and EdepSimulatorAG::ScintillatorConstruction::CreateMaterials().

constexpr double utl::MHz = megahertz

Definition at line 159 of file AugerUnits.h.

Referenced by rdet::AntennaType::BufferAntennaPattern(), RdEventPreSelector::RdEventPreSelector::CountStationWithPulse(), RdChannelBandstopFilter::RdChannelBandstopFilter::CutNoiseFrequencies(), utl::AugerUnits::FillMap(), RdStationSignalReconstructor::RdStationSignalReconstructor::FitAnalyticSignal(), rdet::AntennaType::GetElectricFieldResponse_LinearInterpolation(), RdStationSimPulseFinder::RdStationSimPulseFinder::Init(), RdChannelNoisePowerAnalyser::RdChannelNoisePowerAnalyser::Init(), utl::AugerUnitParser::MakeSymbolTable(), RdStationSignalReconstructor::SignalObjectiveFunction::operator()(), RdAntennaChannelToStationConverter::RdAntennaChannelToStationConverter::Run(), RdChannelGalacticCalibrator::RdChannelGalacticCalibrator::Run(), RdChannelBandstopFilter::RdChannelBandstopFilter::Run(), RdChannelSineWaveSuppressor::RdChannelSineWaveSuppressor::Run(), RdChannelGalacticBackgroundCalibrator::RdChannelGalacticBackgroundCalibrator::Run(), RdChannelBeaconSuppressor::RdChannelBeaconSuppressor::Run(), RdChannelGalacticConstantsGenerator::RdChannelGalacticConstantsGenerator::Run(), RdChannelNoisePowerAnalyser::RdChannelNoisePowerAnalyser::Run(), and AugerUnitParserTest::testParsing().

constexpr double utl::micro = 1e-6

Definition at line 65 of file AugerUnits.h.

Referenced by io::REASH5File::AddObserver(), RdREASSimPreparator::RdREASSimPreparator::CorsikaInpFileWriter(), RdREASSimPreparatorNG::RdREASSimPreparatorNG::CreateCORSIKAContent(), RdEVASimPreparator::RdEVASimPreparator::EVAFileWriter(), utl::AugerUnits::FillMap(), otoa::RdFiller::FillRadioChannels(), otoa::RdFiller::FillRadioStations(), RdLDFFitter::RdLDFFitter::GetEnergy(), utl::AugerUnitParser::MakeSymbolTable(), RdScintSignalReconstructor::RdScintSignalReconstructor::PulseFixedWindowIntegrator(), RdStationSignalReconstructor::RdStationSignalReconstructor::PulseSlidingWindowIntegrator(), io::REASFile::Read(), io::EVAFile::ReadBaseFileQuantities(), io::CorsikaShowerFile::ReadSteerFile(), io::EVAFile::ReadSubfileLine(), io::EVAFile::ReadSubfileList(), RdStationDebugWriter::RdStationDebugWriter::Run(), RdStationNoiseAnalyser::Run(), io::CorsikaShowerFile::SetHeaderTrailer(), testEVAFile::testRead(), RdChannelDebugWriter::RdChannelDebugWriter::writeAsciiSpectrum(), RdBeamTimeOptimizer::RdBeamTimeOptimizer::WriteASCIISpectrum(), RdChannelDebugWriter::RdChannelDebugWriter::writeAsciiTrace(), and RdChannelDebugWriter::RdChannelDebugWriter::writeRootOutput().

constexpr double utl::microampere = micro*ampere

Definition at line 223 of file AugerUnits.h.

constexpr double utl::microbarn = micro*barn

Definition at line 108 of file AugerUnits.h.

constexpr double utl::microfarad = micro*farad

Definition at line 241 of file AugerUnits.h.

constexpr double utl::micrometer = micro*meter

Definition at line 101 of file AugerUnits.h.

Referenced by testAugerCoordinateSystem::checkOnePoint(), utl::RefractionIndex::Ciddor95(), atm::HumidAirRayleighModel::KingFactor(), and RefractiveIndex().

constexpr double utl::microsecond = micro*second

Definition at line 147 of file AugerUnits.h.

Referenced by CentralTriggerEventBuilderNS::CentralTriggerEventBuilder::BuildEvent(), utl::AugerUnits::FillMap(), FdProfileConstrainedGeometryFit::PCGFitter::FillParams(), FdProfileConstrainedGeometryFitPG::PCGFitter::FillParams(), SdSimpleSimKG::SdSimpleSim::GetCDASTriggerTimeWindow(), utl::RealTimeStopwatch::GetTime(), DummyCentralTriggerNS::DummyCentralTrigger::Init(), CentralTriggerEventBuilderNS::CentralTriggerEventBuilder::Init(), CentralTriggerSimulatorXb::CentralTriggerSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), SdSimpleSimKG::SdSimpleSim::Noise(), FdLightCollectionEfficiencyKG::SimMockEvent::PrepareEvent(), io::IoAugerEventFile::Read(), io::CDASEventFile::Read(), FdProfileConstrainedGeometryFit::PCGFitter::Run(), FdProfileConstrainedGeometryFitPG::PCGFitter::Run(), CentralTriggerSimulatorXb::CentralTriggerSimulator::Run(), SdSimpleSimKG::SdSimpleSim::Run(), FdProfileConstrainedGeometryFit::PCGFitter::ScanChi0(), FdProfileConstrainedGeometryFitPG::PCGFitter::ScanChi0(), utl::RealTimeStopwatch::Stop(), AugerUnitParserTest::testParsing(), and testSEventImpl::testSEventSimData().

constexpr double utl::microtesla = micro*tesla

Definition at line 250 of file AugerUnits.h.

Referenced by atm::AnalyticalCherenkovModel::AsymmCorrectionOld(), utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and RdCOREASSimulationCreator::RdCOREASSimulationCreator::Run().

constexpr double utl::microvolt = micro*volt

Definition at line 231 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), RdStationAssociator::RdStationAssociator::Run(), and RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::Run().

constexpr double utl::milli = 1e-3

Definition at line 66 of file AugerUnits.h.

Referenced by RdAirplane::Ads_bEvent::_getAltitudeFromPressure(), utl::AugerUnits::FillMap(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::Init(), MdCounterSimulatorAG::MdCounterSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::milliampere = milli*ampere

Definition at line 222 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::millibar = milli*bar

Definition at line 214 of file AugerUnits.h.

Referenced by MoliereRadius().

constexpr double utl::millibarn = milli*barn

Definition at line 107 of file AugerUnits.h.

constexpr double utl::millifarad = milli*farad

Definition at line 240 of file AugerUnits.h.

Referenced by utl::UnitsConfig::UnitsConfig().

constexpr double utl::milligram = milli*gram

Definition at line 196 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::millimeter = milli*meter

Definition at line 85 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and FdLaserEnergyReconstructorKG::FdLaserEnergyReconstructor::Run().

constexpr double utl::millimeter2 = millimeter*millimeter

Definition at line 86 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::millimeter3 = millimeter*millimeter*millimeter

Definition at line 87 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::milliradian = milli*radian

Definition at line 131 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::millisecond = milli*second

Definition at line 146 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::millivolt = milli*volt

Definition at line 230 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::minute = 60*second

Definition at line 149 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), RdChannelNoiseImporter_AERA::RdChannelNoiseImporter_AERA::GetNoiseEventNumber(), utl::UTCDate::GetUnixSecond(), rdet::MonitoringSQLManager::InternalGetData(), utl::AugerUnitParser::MakeSymbolTable(), utl::UTCDateTime::Parse(), Parser::ReadStrToTime(), RdEventPreSelector::RdEventPreSelector::Run(), RdVirtualStationNoiseImporter::RdVirtualStationNoiseImporter::Run(), RdChannelNoiseImporter_AERA::RdChannelNoiseImporter_AERA::Run(), utl::UTCDateTime::SetHMS(), and utl::UTCDateTime::UTCDateTime().

constexpr double utl::mm = millimeter

Definition at line 113 of file AugerUnits.h.

constexpr double utl::mm2 = millimeter2

Definition at line 114 of file AugerUnits.h.

constexpr double utl::mm3 = millimeter3

Definition at line 115 of file AugerUnits.h.

constexpr double utl::mole = 1

Definition at line 262 of file AugerUnits.h.

Referenced by utl::RefractionIndex::Ciddor95(), TelescopeSimulatorLX::FDsimG4Materials::ConstructTableOfMaterials(), G4TankSimulatorOG::G4TankConstruction::CreateAluminium(), G4TankSimulatorASCII::G4TankConstruction::CreateAluminium(), G4XTankSimulatorAG::G4XTankConstruction::CreateAluminium(), G4StationSimulatorOG::G4StationConstruction::CreateAluminium(), G4TankSimulatorOG::G4TankConstruction::CreateElements(), G4TankSimulatorASCII::G4TankConstruction::CreateElements(), G4XTankSimulatorAG::G4XTankConstruction::CreateElements(), G4StationSimulatorOG::G4StationConstruction::CreateElements(), G4TankSimulatorASCII::G4TankConstruction::CreateIron(), GroundPropagatorAG::SoilConstruction::CreateMaterials(), EdepSimulatorAG::ScintillatorConstruction::CreateMaterials(), G4TankSimulatorOG::G4TankConstruction::CreateVacuum(), G4TankSimulatorASCII::G4TankConstruction::CreateVacuum(), G4XTankSimulatorAG::G4XTankConstruction::CreateVacuum(), G4StationSimulatorOG::G4StationConstruction::CreateVacuum(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::mrad = milliradian

Definition at line 138 of file AugerUnits.h.

constexpr double utl::ms = millisecond

Definition at line 164 of file AugerUnits.h.

Referenced by TelescopeSimulatorKG2::Mirror::Draw(), SdFilterFADCSimulatorMTU::SdFilterFADCSimulator::Init(), RdAirplane::RdAirplaneTiming::Init(), RdAirplane::RdTransformAds_bLogFile::Init(), SdFilterFADCSimulatorASCII::SdFilterFADCSimulator::Init(), sevt::PMTCalibData::SetMuonShapeHisto(), AugerUnitParserTest::testParsing(), and TelescopeSimulatorKG2::Mirror::Trace().

constexpr double utl::nano = 1e-9

Definition at line 64 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), fwk::ParametricGeoMagneticField::GetXYZ(), utl::AugerUnitParser::MakeSymbolTable(), RdEVASimPreparator::RdEVASimPreparator::RdEVASimPreparator(), testMagneticFieldModel::testIGRFValues(), and testEVAFile::testRead().

constexpr double utl::nanoampere = nano*ampere

Definition at line 224 of file AugerUnits.h.

constexpr double utl::nanobarn = nano*barn

Definition at line 109 of file AugerUnits.h.

constexpr double utl::nanofarad = nano*farad

Definition at line 242 of file AugerUnits.h.

constexpr double utl::nanometer = nano*meter

Definition at line 102 of file AugerUnits.h.

constexpr double utl::nanosecond = 1

Definition at line 143 of file AugerUnits.h.

constexpr double utl::nanosecond2 = nanosecond*nanosecond

Definition at line 144 of file AugerUnits.h.

Referenced by sdet::STimeVariance::GetTimeSigma2().

constexpr double utl::newton = joule/meter

Definition at line 207 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and utl::UnitsConfig::UnitsConfig().

template<typename T , std::size_t n>

constexpr std::size_t utl::noexcept

inline

Initial value:

{

return n

Definition at line 86 of file Utilities/Math/Math.h.

constexpr double utl::ns = nanosecond

Definition at line 162 of file AugerUnits.h.

Referenced by FdProfileConstrainedGeometryFit::ApertureLight::CalculateShowerGeometryData(), FdProfileConstrainedGeometryFitPG::ApertureLight::CalculateShowerGeometryData(), FdApertureLightFinderKG::FdApertureLightFinder::CalculateShowerGeometryData(), FdEnergyDepositFinderKG::CFMatrixCalculator::CalculateTelescopeData(), FdCalibratorOG::FdCalibrator::CorrectFDTime(), SdCalibPlotterOG::FADCTraceView::Draw(), otoa::FD2ADST::FillCloudCameraDataBrief(), otoa::FD2ADST::FillTelSimData(), TelescopeSimulatorLX::TelescopeSimulator::FillTraces(), FindTimeOffset::FindTimeOffset::FindOffset(), HybridGeometryFinderWG::HybridGeometryFinder::FitAxis(), EdepSimulatorAG::PrimaryGenerator::GeneratePrimaries(), GroundPropagatorAG::PrimaryGenerator::GeneratePrimaries(), HybridGeometryFinderWG::HybridGeometryFinder::GetDataFromPreviousFit(), atm::VFluorescenceModel::GetDeExcitationTime(), MultipleScatterer::GetRandomZeta(), RdStationSignalReconstructorWithBgSubtraction::RdStationSignalReconstructorWithBgSubtraction::GetSignalTimeUncertainty(), RdStationSignalReconstructor::RdStationSignalReconstructor::GetSignalTimeUncertainty(), RdStationAssociator::ExpoTail::GetY(), RdStationSimPulseFinder::RdStationSimPulseFinder::Init(), MdPileUpCorrecterAG::MdPileUpCorrecter::Init(), MdPatternFinderAG::MdPatternFinder::Init(), MdMuonEstimatorAG::MdMuonEstimator::Init(), MdMuonCounterAG::MdMuonCounter::Init(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::Init(), MdCounterSimulatorAG::MdCounterSimulator::Init(), sevt::PMTSimData::MakeBaseSignal(), cevt::PadSimData::MakeChargeTimeDistribution(), sevt::PMTSimData::MakeFilterSignal(), cevt::PadSimData::MakeHitsTimeDistribution(), cevt::PadSimData::MakeParticleTimeDistribution(), sevt::PMTSimData::MakePETimeDistribution(), HybridGeometryFinderWG::HybridGeometryFinder::MinuitFitFuncAxis(), G4StationSimulatorOG::G4UMDScintStripAction::ProcessHits(), G4StationSimulatorOG::G4UMDPixelAction::ProcessHits(), G4StationSimulatorOG::G4ScintillatorAction::ProcessHits(), HybridGeometryFinderWG::HybridGeometryFinder::RecalculateChiSquare(), RdTopDownStationSelector::RdTopDownStationSelector::Run(), RdStationSimPulseFinder::RdStationSimPulseFinder::Run(), RdTimeJitterAdder::RdTimeJitterAdder::Run(), RdStationAssociator::RdStationAssociator::Run(), GroundPropagatorAG::GroundPropagator::Run(), UnderGrdInjectorAG::UnderGrdInjector::Run(), EdepSimulatorAG::EdepSimulator::Run(), TelescopeSimulatorLX::TelescopeSimulator::Run(), CachedDirectInjectorOG::CachedDirectInjector::Run(), G4XTankSimulatorAG::G4XTankSimulator::RunFast(), MdCounterSimulatorAG::MdCounterSimulator::RunFromMEventScintillatorSimulated(), G4XTankSimulatorAG::G4XTankSimulator::RunFull(), HybridGeometryFinderWG::HybridGeometryFinder::StoreData(), TestTime::TestArithmetic(), AugerUnitParserTest::testParsing(), utl::UnitsConfig::UnitsConfig(), and G4StationSimulatorOG::G4StationSteppingAction::UserSteppingAction().

constexpr double utl::ohm = volt/ampere

Definition at line 236 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), RdChannelNoisePowerAnalyser::RdChannelNoisePowerAnalyser::Run(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::parsec = 3.0856775807e+16 * meter

Definition at line 97 of file AugerUnits.h.

constexpr double utl::pascal = newton/m2

Definition at line 212 of file AugerUnits.h.

Referenced by utl::RefractionIndex::Ciddor95(), atm::AirflyFluorescenceModel::EvaluateFluorescenceYield(), atm::VProfileModel::ExtendProfilesTo100km(), utl::AugerUnits::FillMap(), atm::MolecularLayer::GetLayerData(), atm::AirFluorescenceModel::Init(), utl::AugerUnitParser::MakeSymbolTable(), ReadMolecularLLNS::ReadMolecularLL::Run(), SaturationVaporPressure(), testAtmLowLevelAtmInterface::testMolecularLayer(), AugerUnitParserTest::testParsing(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::perCent = 0.01

Definition at line 282 of file AugerUnits.h.

Referenced by G4TankSimulatorOG::G4TankConstruction::CreateDirt(), G4TankSimulatorASCII::G4TankConstruction::CreateDirt(), G4StationSimulatorOG::G4StationConstruction::CreateDirt(), G4XTankSimulatorAG::G4XTankConstruction::CreateGround(), GroundPropagatorAG::SoilConstruction::CreateMaterials(), EdepSimulatorAG::ScintillatorConstruction::CreateMaterials(), G4StationSimulatorOG::G4StationConstruction::CreateScintillator(), utl::AugerUnits::FillMap(), LaserGeneratorNA::LaserGenerator::Init(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::percent = perCent

Definition at line 283 of file AugerUnits.h.

Referenced by atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), atm::MolecularLayer::GetLayerData(), atm::SimShowerProfileModel::LazyInit(), HdRecValidationNS::HdRecValidation::Run(), ReadLidarLLNS::ReadLidarLL::Run(), DenseValidationNS::DenseValidation::Run(), and testAtmLowLevelAtmInterface::testMolecularLayer().

constexpr double utl::permil = perThousand

Definition at line 285 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::perMillion = 0.000001

Definition at line 286 of file AugerUnits.h.

Referenced by utl::RefractionIndex::Ciddor95().

constexpr double utl::perThousand = 0.001

Definition at line 284 of file AugerUnits.h.

constexpr double utl::peta = 1e+15

Definition at line 75 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::petaelectronvolt = peta*electronvolt

Definition at line 177 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::PeV = petaelectronvolt

Definition at line 189 of file AugerUnits.h.

Referenced by FdProfileReconstructorKG::EnergyFitter::CalculateEnergy(), FdProfileReconstructorKG::EnergyFitter::FillProfilesAtAperture(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasChi2(), FdProfileReconstructorKG::EnergyFitter::GaisserHillasLogLike(), FdProfileReconstructorKG::EnergyFitter::GetdEdXmax(), FdProfileReconstructorKG::EnergyFitter::GetEmEnergy(), and FdProfileReconstructorKG::EnergyFitter::InitializeGHFit().

constexpr double utl::pico = 1e-12

Definition at line 63 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), RPCSimulatorLX::RPCChargeGenerator::GetCharge(), RPCElectronicsSimulatorLX::RPCElectronicsSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), RPCElectronicsSimulatorLX::RPCElectronicsSimulator::Run(), and RPCSimulatorLX::RPCSimulator::Run().

constexpr double utl::picobarn = pico*barn

Definition at line 110 of file AugerUnits.h.

constexpr double utl::picofarad = pico*farad

Definition at line 243 of file AugerUnits.h.

constexpr double utl::picosecond = pico*second

Definition at line 148 of file AugerUnits.h.

const phoenix::function<PowerToImpl> utl::power = PowerToImpl()

Definition at line 47 of file UnitGrammar.h.

Referenced by utl::UnitGrammar::definition< ScannerT >::definition(), utl::ComplexLgAmpPhase::Pow(), and RdBeamFormer::RdBeamFormer::Run().

const phoenix::function<PowerToImpl2> utl::power2 = PowerToImpl2()

Definition at line 64 of file MathExpressionGrammar.h.

Referenced by utl::MathExpressionGrammar::definition< ScannerT >::definition().

constexpr double utl::rad = radian

Definition at line 137 of file AugerUnits.h.

Referenced by MdCornerClippingCorrecterAG::MdCornerClippingCorrecter::FillCornerClippingProbability(), io::ArtificialShowerFileParticleIterator::GenerateParticle(), utl::UTMPoint::GetGeodeticCoordinates(), io::AiresShowerFileParticleIterator::GetOneParticle(), un2::Rad2Deg(), SdSimpleSimKG::SdSimpleSim::Run(), RdGeoCeLDFFitter::RdGeoCeLDFFitter::Run(), utl::UTMPoint::SetFromLatitudeLongitude(), and io::ZHAireSFile::ZHAireSAzimuthToAuger().

constexpr double utl::radian = 1

Definition at line 130 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), MultipleScatterer::IntegralA(), MultipleScatterer::IntegralB(), utl::AugerUnitParser::MakeSymbolTable(), UnivFitterKG::MCEnergyCalibration(), RdStationPolarizationRejector::RdStationPolarizationRejector::Run(), io::CorsikaShowerFile::SetEventHeader(), io::CorsikaShowerFile::SetHeaderTrailer(), AugerUnitParserTest::testParsing(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::s = second

Definition at line 163 of file AugerUnits.h.

Referenced by fwk::CentralConfig::AbortParse(), sevt::T3::AddStation(), anetCreateSocket(), anetTcpGenericConnect(), anetTcpServer(), anetUnixGenericConnect(), anetUnixServer(), atm::AnalyticalCherenkovModel::AngularCDF(), atm::AnalyticalCherenkovModel::AngularPDF(), CentralTriggerSimulatorXb::CentralTriggerSimulator::ArrayInit(), SdEventSelectorOG::SdEventSelector::BottomUpSelection(), det::DetectorComponent< C, ManagerProvider >::BuildLogMessage(), FdProfileReconstructorKG::FdProfileReconstructor::CalculateProfiles(), SdEventPosteriorSelectorOG::SdEventPosteriorSelector::CalculateT5PosteriorTrigger(), SdEventSelectorOG::SdEventSelector::CalculateT5Trigger(), SdPlaneFitOG::SdPlaneFit::CalculateTimeResidual3D(), AachenTankResponseNS::TankResponse::CDF(), SimpleTankResponseNS::TankResponse::CDF(), TabularTankResponseNS::TankResponse::CDF(), io::cevtStation_ROOT::cevtStation_ROOT(), io::cevtStationSimData_ROOT::cevtStationSimData_ROOT(), testSEventImpl::checkSEventIterators(), testSEventImpl::checkStationCalibDataValues(), testSEventImpl::checkStationGPSDataValues(), testSEventImpl::checkStationRecDataValues(), testSEventImpl::checkStationSimDataValues(), testSEventImpl::checkStationValues(), SdHorizontalReconstructionNS::SdHorizontalReconstruction::CleanEvent(), io::SLTData_ROOT::Convert(), evt::ConvertIoSdToEvent(), RdZHAireSSimPreparator::RdZHAireSSimPreparator::CreateFiles(), CachedShowerRegeneratorOG::StationPositionMatrix::CreateMatrix(), diag(), ScintillatorLDFFinderKG::DistanceCut(), SdCalibPlotterOG::FADCTraceView::Draw(), SdCalibPlotterOG::PMTVEMTraceView::Draw(), SdCalibPlotterOG::StationVEMTraceView::Draw(), SdRecPlotterOG::CandidateInfo::DrawArray(), CachedShowerRegeneratorASCII::StationPositionMatrix::DumpStats(), CachedXShowerRegeneratorAG::StationPositionMatrix::DumpStats(), CachedShowerRegeneratorOG::StationPositionMatrix::DumpStats(), sdet::SStationListManager::DumpXML(), atm::Keilhauer2008FluorescenceModel::EvaluateFluorescenceYield(), FdProfileReconstructorKG::EnergyFitter::FillProfilesAtAperture(), otoa::SD2ADST::FillSEvent(), sdet::EventStationPositionsManager::FindStation(), Risetime1000::Risetime1000LLL::FitEventRiseTime(), LDFFinderOG::RoptFit::FitFunction(), ScintillatorLDFFinderKG::ScintillatorLDFFinder::FitLDFSimplified(), LDFFinderKG::LDFFinder::FitLDFSimplified(), ScintillatorLDFFinderKG::ScintillatorLDFFinder::FixBeta(), LDFFinderKG::LDFFinder::FixBeta(), ScintillatorLDFFinderKG::ScintillatorLDFFinder::FixGamma(), LDFFinderKG::LDFFinder::FixGamma(), RdZHAireSSimPreparator::RdZHAireSSimPreparator::GenerateCoreAroundRandomSDStation(), fwk::RandomEngineRegistry::GenerateSeeds(), RdStationInterpolator::RdStationInterpolator::GetAreaOfTriangles(), Sd5T5Tester::Sd5T5Tester::GetCrown(), fdet::FTelescopeListXMLManager::GetData(), utl::Branch::GetData(), UnivParamTimeNS::UnivParamTime::GetFraction(), sdet::SStationListManager::GetFullStationList(), GetGillerAngularParameter(), EventGeneratorOG::EventGenerator::GetInfillCrown(), RdREASSimPreparatorNG::GetInfillCrown(), utl::Branch::GetListOfVariables(), utl::TimeInterval::GetNanoSecond(), RdHASLDFFitter::LDFFitFunction::GetNDF(), mdet::Fiber::GetOnScintillatorLength(), utl::TimeInterval::GetSecond(), un2::GetSignal(), sdet::EventStationPositionsManager::GetStationData(), UnivParamTimeNS::UnivParamTime::GetTime(), MdMuonCounterAG::MdMuonCounter::GetTimeCorrection(), MdMuonIntegratorAG::MdMuonIntegrator::GetUncertainties(), CachedDirectInjectorOG::TankGeometry::if(), SdGainRatioCorrectorKG::SdGainRatioCorrector::Init(), SdAccidentalInjectorKG::SdAccidentalInjector::Init(), sdet::SDenseStationListXMLManager::DenseStations::Init(), RdAirplane::Ads_bDataBase::InitSharedDataBaseFromCentralConfig(), is(), UnivFitterKG::Fitter::isCandidateStation(), isDiag(), isEps(), isEpsDiag(), sdet::Station::IsHit(), UnivFitterKG::Fitter::isLDFFitCandidate(), isnot(), isnotDiag(), isRelEpsDiag(), UnivFitterKG::Fitter::isShapeFitCandidate(), UnivFitterKG::Fitter::isStartTimeFitCandidate(), SdPlaneFitOG::SdPlaneFit::LinearFit(), fftwpp::LoadWisdom(), main(), mdet::Pixel::MakeSPEAt(), RdAirplane::Flight::MaxAllowedTimeBetweenADS_BEventsForInterpolation(), SimpleTankResponseNS::TankResponse::Mean(), HybridGeometryFinderWG::HybridGeometryFinder::MinuitFitFuncAxis(), modesInitNet(), modesReadFromClient(), NerlingAngleFactor(), NerlingNormA(), NerlingNormB(), RdSphericalFit::SphericalFitFunction::operator()(), LDFFinderKG::ROptFitter::operator()(), LDFFinderKG::LDFLikelihoodFunction::operator()(), RdHASLDFFitter::LDFFitFunction::operator()(), SdAccidentalInjectorKG::CylinderSurfaceSampler::operator()(), std::operator<<(), operator<<(), sevt::SEvent::operator=(), revt::REvent::operator=(), io::revtChannelRecData_ROOT::operator>>(), io::revtStationRecData_ROOT::operator>>(), io::revtStationSimData_ROOT::operator>>(), io::ShowerRRecData_ROOT::operator>>(), io::TelescopeTriggerData_ROOT::operator>>(), io::REvent_ROOT::operator>>(), io::Module_ROOT::operator>>(), Output(), OutputSparse(), CachedShowerRegeneratorOG::CachedShowerRegenerator::OutputStats(), LDFFinderOG::LDFFinder::ParameterizedRc(), LDFFinderKG::LDFFinder::ParameterizedRc(), io::EventFileChain::Parse(), AachenTankResponseNS::TankResponse::PDF(), SimpleTankResponseNS::TankResponse::PDF(), TabularTankResponseNS::TankResponse::PDF(), SdPlaneFitOG::SdPlaneFit::PlaneFit3DFnc(), UserModule::PlotCamera(), UserModule::PlotCherDirFlux(), UserModule::PlotCherMieFlux(), UserModule::PlotCherRaylFlux(), UserModule::PlotEnergyDeposit(), UserModule::PlotFADCTraces(), UserModule::PlotFluorFlux(), UserModule::PlotLightAtDia(), UserModule::PlotLightFlux(), UserModule::PlotLightOnCamera(), UserModule::PlotLongitudinalProfile(), UserModule::PlotPhotonTraces(), UserModule::PlotTotalCherBeam(), UserModule::PlotTotalFluorLight(), G4StationSimulatorOG::G4TankOpBoundaryProcess::PostStepDoIt(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::ProcessPulses(), MdCounterSimulatorAG::MdCounterSimulator::ProcessPulses(), io::RadioSimulation_ROOT::RadioSimulation_ROOT(), io::RadioFileAERA::Read(), io::IoAugerEventFile::Read(), io::RadioFileAERAroot::Read(), io::CorsikaShowerFile::ReadProfile(), HybridGeometryFinderWG::HybridGeometryFinder::RecalculateChiSquare(), SdEventSelectorOG::SdEventSelector::RejectLonelyStations(), CachedShowerRegeneratorOG::StationPositionMatrix::Resize(), io::revtStation_ROOT::revtStation_ROOT(), RdHASLDFFitter::RdHASLDFFitter::Run(), HdRecValidationNS::HdRecValidation::Run(), DummyCentralTriggerNS::DummyCentralTrigger::Run(), ReadMolecularLLNS::ReadMolecularLL::Run(), TankValidationNS::TankValidation::Run(), ClearParticleLists::ClearParticleLists::Run(), SdEventPosteriorSelectorOG::SdEventPosteriorSelector::Run(), ClearParticleListInGridStations::ClearParticleListInGridStations::Run(), TriggerTimeCorrection::TriggerTimeCorrection::Run(), EventGeneratorOG::EventGenerator::Run(), SdPlaneFitOG::SdPlaneFit::Run(), CentralTriggerSimulatorXb::CentralTriggerSimulator::Run(), MdPileUpCorrecterAG::MdPileUpCorrecter::Run(), UnderGrdInjectorAG::UnderGrdInjector::Run(), LDFTestKG::LDFTest::Run(), SdEventSelectorOG::SdEventSelector::Run(), SdSimpleSimKG::SdSimpleSim::Run(), MuonCounterViewerAG::MuonCounterViewer::Run(), Validatrix::Validatrix::Run(), G4StationSimulatorOG::G4StationSimulator::RunFast(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::SampleTrace(), MdCounterSimulatorAG::MdCounterSimulator::SampleTrace(), utl::TabulatedFunction::ScaleX(), utl::TabulatedFunction::ScaleY(), io::Scintillator_ROOT::Scintillator_ROOT(), io::ScintillatorSimData_ROOT::ScintillatorSimData_ROOT(), atm::SegmentIntersection(), G4StationSimulatorOG::G4StationSimulator::Setup::Set(), io::StreamerSwitch::SetCDSimRPCParticles(), io::StreamerSwitch::SetFDRaw(), io::StreamerSwitch::SetFDSimPhotonTraces(), io::StreamerSwitch::SetFDSimTelescope(), io::StreamerSwitch::SetRaw(), revt::Station::SetReconstructionStatus(), mevt::Module::SetRecStatus(), utl::Trace< std::complex< double > >::SetScale(), io::StreamerSwitch::SetSDSimPETimeDistribution(), io::StreamerSwitch::SetSDSimPMTBaseTimeDistribution(), io::StreamerSwitch::SetSDSimPMTFilterTimeDistribution(), io::StreamerSwitch::SetSDSimTankParticles(), TSIOValidationObj::SetShowerSize(), fevt::TelescopeTriggerData::SetSLTData(), sevt::SdFootprintData::SetSpeed(), testSEventImpl::setStationCalibDataValues(), testSEventImpl::setStationGPSDataValues(), testSEventImpl::setStationRecDataValues(), testSEventImpl::setStationSimDataValues(), TestSymbols::SetSymbols(), sevt::ScintillatorRecData::SetTotalSignal(), G4StationSimulatorOG::G4StationConstruction::SetUMDParameters(), io::sevtScintillator_ROOT::sevtScintillator_ROOT(), io::ShowerRecData_ROOT::ShowerRecData_ROOT(), io::ShowerSimData_ROOT::ShowerSimData_ROOT(), io::ShowerSRecData_ROOT::ShowerSRecData_ROOT(), TestStationTriggerAlgorithm::SimpleToT(), io::SmallPMTData_ROOT::SmallPMTData_ROOT(), io::Station_ROOT::Station_ROOT(), SdEventSelectorOG::SdEventSelector::StationSelection(), io::StationSimData_ROOT::StationSimData_ROOT(), SimpleTankResponseNS::TankResponse::StDev(), io::TelescopeTriggerData_ROOT::TelescopeTriggerData_ROOT(), ReaderTest::testAttributes(), TestShowerParticleIterator::TestComparison(), testErrorPropagation::TestCorrelationMatrix(), testErrorPropagator::TestCovarianceMatrix(), ReaderTest::testFunction(), testAtmLowLevelAtmInterface::testMolecularLayer(), TestSparseMatrixVectorOp::TestMultiply(), AugerUnitParserTest::testParsing(), testSEventImpl::testSEventIterators(), ReaderTest::testWarning(), UnivParamTimeNS::UnivParamTime::tFirstPDF(), UnivParamTimeNS::UnivParamTime::tQuantilePDF(), TelescopeSimulatorKG2::Mirror::Trace(), atm::CherenkovModel::TrackLengthH(), atm::CherenkovModel::TrackLengthN(), atm::Arbeletche2021CherenkovAngularModel::UnnormalizedIntegralSineRight(), det::ComponentGroup< P, C, Creator, ManagerProvider >::Update(), G4StationSimulatorOG::G4StationSteppingAction::UserSteppingAction(), XbAlgoT2Process(), and revt::REvent::~REvent().

constexpr double utl::second = giga*nanosecond

Definition at line 145 of file AugerUnits.h.

Referenced by rdet::MonitoringSQLManager::BufferTemperature(), utl::Stopwatch::GetCPUTime(), rdet::MonitoringSQLManager::GetTemperature(), utl::RealTimeStopwatch::GetTime(), utl::AugerUnitParser::MakeSymbolTable(), utl::TimeStamp::operator-(), G4TankSimulatorOG::G4TankPMTAction::ProcessHits(), G4XTankSimulatorAG::G4XTankPMTAction::ProcessHits(), G4TankSimulatorASCII::G4TankPMTAction::ProcessHits(), G4TankSimulatorASCII::G4ASCIIAction::ProcessHits(), G4StationSimulatorOG::G4TankPMTAction::ProcessHits(), RdEventPreSelector::RdEventPreSelector::Run(), utl::RealTimeStopwatch::Stop(), TestTime::TestArithmetic(), TestTime::TestConversions3(), AugerUnitParserTest::testParsing(), TestTime::TestRealTimeStopwatch(), TestTime::TestStopwatch(), TestTime::TestTimeIntervalInitialization(), utl::RectangleFilter::TransmissivityAtFrequency(), utl::UnitsConfig::UnitsConfig(), and utl::UTCDateTime::UTCDateTime().

constexpr double utl::sr = steradian

Definition at line 139 of file AugerUnits.h.

Referenced by DrumPhotonGeneratorOG::DrumPhotonGenerator::CalculateCalibrationConstants(), ReaderTest::testAttributes(), and AugerUnitParserTest::testParsing().

constexpr double utl::steradian = 1

Definition at line 134 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), and AugerUnitParserTest::testParsing().

constexpr double utl::tera = 1e+12

Definition at line 74 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::teraelectronvolt = tera*electronvolt

Definition at line 176 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::tesla = volt*second/meter2

Definition at line 249 of file AugerUnits.h.

Referenced by utl::AugerUnitParser::MakeSymbolTable(), testMagneticFieldModel::testIGRFValues(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::TeV = teraelectronvolt

Definition at line 188 of file AugerUnits.h.

Referenced by io::ZHAireSFile::Read(), testSEventImpl::setStationSimDataValues(), and AugerUnitParserTest::testParsing().

constexpr double utl::V = volt

Definition at line 233 of file AugerUnits.h.

Referenced by utl::AugerUnitParser::MakeSymbolTable(), utl::TransformationPolicy::operator*(), utl::NumericalErrorPropagation::Propagate(), and AugerUnitParserTest::testParsing().

constexpr double utl::volt = micro*megavolt

Definition at line 229 of file AugerUnits.h.

Referenced by otoa::RdFiller::FillRadioChannels(), otoa::RdFiller::FillRadioStations(), RdLDFFitter::RdLDFFitter::GetEnergy(), MdOptoElectronicSimulatorAG::MdOptoElectronicSimulator::Init(), MdCounterSimulatorAG::MdCounterSimulator::Init(), utl::AugerUnitParser::MakeSymbolTable(), AugerUnitParserTest::testParsing(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::watt = joule/second

Definition at line 204 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), utl::AugerUnitParser::MakeSymbolTable(), RdChannelNoisePowerAnalyser::RdChannelNoisePowerAnalyser::Run(), and utl::UnitsConfig::UnitsConfig().

constexpr double utl::weber = volt*second

Definition at line 246 of file AugerUnits.h.

Referenced by utl::UnitsConfig::UnitsConfig().

constexpr double utl::yocto = 1e-24

Definition at line 59 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::yotta = 1e+24

Definition at line 78 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::zepto = 1e-21

Definition at line 60 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::zetta = 1e+21

Definition at line 77 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::zettaelectronvolt = zetta*electronvolt

Definition at line 179 of file AugerUnits.h.

Referenced by utl::AugerUnits::FillMap(), and utl::AugerUnitParser::MakeSymbolTable().

constexpr double utl::ZeV = zettaelectronvolt

Definition at line 191 of file AugerUnits.h.

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

Enumeration Type Documentation

Function Documentation

Variable Documentation