ComPWA
Common Partial-Wave-Analysis Framework
Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123]
 CComPWA::Data::Ascii::AsciiHeaderRepresentation of data contained in an ASCII header
 CBoolTranslator
 CChiOneDSimple $\chi^{2}$-Estimator
 CComPWA::Physics::Dynamics::Coupling
 CComPWA::Tools::Plotting::DalitzHistoSimple class to create and fill Dalitz plots
 CComPWA::Tools::Plotting::DalitzPlot
 CComPWA::Physics::IntensityBuilderXML::DataContainer
 CComPWA::Data::DataSet
 CComPWA::Tools::FitFractions::DerivativeData
 ▼CComPWA::EfficiencyBase class for efficiency description over the phase space
 ►CComPWA::Data::Root::RootEfficiencyEfficiency provided by a histogram
 CComPWA::UnitEfficiencyEfficiency object with unit efficiency all over the phase space
 ▼Cenable_shared_from_this
 CComPWA::FunctionTree::TreeNodeTreeNode is the basic building block of the FunctionTree
 CEnergyParameters
 CComPWA::EventData structure containing all kinematic information of a physics event
 CComPWA::EventCollection
 ▼CEvtRandomEngine
 CComPWA::Data::EvtGen::EvtGenStdRandomEngine
 ▼Cexception
 ►CComPWA::ExceptionComPWA Exceptions base class
 CComPWA::Tools::FitFraction
 CComPWA::Tools::FitFractions
 CComPWA::FitParameter< T >
 CComPWA::FitParameter< double >
 ▼CComPWA::FitResultData structure which resembles a general fit result
 CComPWA::Optimizer::Geneva::GenevaResult
 CComPWA::Optimizer::Minuit2::MinuitResult
 ▼CComPWA::Physics::Dynamics::FormFactorDefines interface for form factors It should be noted that when exchanging various form factor implementations in the code, no correctness of the mathematical description is guaranteed
 CComPWA::Physics::Dynamics::BlattWeisskopfFormFactorBlatt-Weisskopf form factors with normalization F(x=mR) = 1
 CComPWA::Physics::Dynamics::CrystalBarrelFormFactorForm factor for a0(980) used by Crystal Barrel (Phys.Rev.D78-074023)
 CComPWA::Physics::Dynamics::NoFormFactor
 CComPWA::FourMomentumComPWA four momentum class
 ▼CComPWA::Function< OutputType, InputTypes >Interface template for a general Function of the form OutputType Function(InputTypes) The concept closely follows the mathematical definition of a function/mapping
 CComPWA::FunctionTree::FunctionTreeIntensity
 CComPWA::Physics::EvtGen::EvtGenIF
 ▼CComPWA::Function< double >
 ►CComPWA::Estimator::Estimator< double >
 ▼CComPWA::Function< OutputType >
 CComPWA::Estimator::Estimator< OutputType >This class template provides the interface to implementations, which estimate the "closeness" of a Function to a data set, with respect to the parameters of the Function
 CGenevaIFWrapper of the Geneva Optimizer library
 ▼CComPWA::Physics::Dynamics::InputInfo
 CComPWA::Physics::Dynamics::Flatte::InputInfo
 ►CComPWA::Physics::Dynamics::RelativisticBreitWigner::InputInfo
 CComPWA::Physics::IntensityBuilderXML
 CComPWA::FunctionTree::KahanSummation
 CComPWA::Tools::KahanSummation
 ▼CComPWA::KinematicsThe Kinematics interface defines the conversion of Events to a DataSet
 CComPWA::Physics::EvtGen::DalitzKinematicsImplementation of the ComPWA::Kinematics interface for amplitude models using the helicity formalism
 CComPWA::Physics::HelicityFormalism::HelicityKinematicsImplementation of the ComPWA::Kinematics interface for amplitude models using the helicity formalism
 CComPWA::LoggingLogging class provides an interface for logging all over the framework
 CComPWA::Optimizer::Optimizer< FitResultType, EstimatorType >This class template provides the interface to optimization libraries
 ▼CComPWA::Optimizer::Optimizer< GenevaResult >
 CComPWA::Optimizer::Geneva::GenevaIF
 ▼CComPWA::Optimizer::Optimizer< MinuitResult >
 CComPWA::Optimizer::Minuit2::MinuitIFWrapper of the Minuit2 Optimizer library
 CComPWA::Parameter
 ▼CComPWA::FunctionTree::ParameterBase class for internal parameter
 CComPWA::FunctionTree::FitParameter
 CComPWA::FunctionTree::Value< T >
 CComPWA::FunctionTree::ParameterListThis class provides a list of parameters and values of different types
 ▼CComPWA::FunctionTree::ParObserverParObserver Base class parameter observer
 CComPWA::FunctionTree::TreeNodeTreeNode is the basic building block of the FunctionTree
 CComPWA::ParticleProperties
 CComPWA::Physics::ParticleStateTransitionKinematicsInfo
 ▼CComPWA::PhaseSpaceEventGeneratorInterface class for PHSP event generators
 CComPWA::Data::EvtGen::EvtGenGenerator
 CComPWA::Data::Root::RootGenerator
 CComPWA::ProgressBar
 ▼CComPWA::Resolution
 CComPWA::ZeroResolution
 CComPWA::Tools::Plotting::RootPlotDataAllows output of a data sample and an Intensity (and optionally its components) into a ROOT file via TTrees
 ▼CComPWA::FunctionTree::StrategyVirtual base class for operations of FunctionTree nodes
 CComPWA::FunctionTree::AbsSquare
 CComPWA::FunctionTree::AddAllCalculates the square root of input double values and double parameters
 CComPWA::FunctionTree::ComplexConjugate
 CComPWA::FunctionTree::Complexify
 CComPWA::FunctionTree::Exp
 CComPWA::FunctionTree::InverseCalculates the inverse of input double values and double parameters
 CComPWA::FunctionTree::LogOf
 CComPWA::FunctionTree::MultAll
 CComPWA::FunctionTree::Pow
 CComPWA::FunctionTree::SquareRootCalculates the square root of input double values and double parameters
 CComPWA::Physics::Dynamics::BreitWignerStrategy
 CComPWA::Physics::Dynamics::FlatteStrategy
 CComPWA::Physics::Dynamics::FormFactorStrategy
 CComPWA::Physics::Dynamics::VoigtianStrategy
 CComPWA::Physics::HelicityFormalism::WignerDStrategy
 CComPWA::Physics::SubSystemDefinition of a two-body decay node within a sequential decay tree
 CComPWA::TableFormatter
 CComPWA::Physics::TwoBodyDecayInfo
 CUniformRealDistributionInterface class for generating random doubles in the range [0,1)
 ▼CComPWA::UniformRealNumberGenerator
 CComPWA::Data::Root::RootUniformRealGenerator
 CComPWA::StdUniformRealGenerator
 ▼Cvector
 CComPWA::Physics::IntegrationSample