| CComPWA::Data::Ascii::AsciiHeader | Representation of data contained in an ASCII header |
| CBoolTranslator | |
| CChiOneD | Simple  -Estimator |
| CComPWA::Physics::Dynamics::Coupling | |
| CComPWA::Tools::Plotting::DalitzHisto | Simple class to create and fill Dalitz plots |
| CComPWA::Tools::Plotting::DalitzPlot | |
| CComPWA::Physics::IntensityBuilderXML::DataContainer | |
| CComPWA::Data::DataSet | |
| CComPWA::Tools::FitFractions::DerivativeData | |
| ▼CComPWA::Efficiency | Base class for efficiency description over the phase space |
| ►CComPWA::Data::Root::RootEfficiency | Efficiency provided by a histogram |
| CComPWA::Data::Root::RootAngleEfficiency | Uses also TEfficiency object, but the variables are one invariant mass and the corresponding helicity angle |
| CComPWA::UnitEfficiency | Efficiency object with unit efficiency all over the phase space |
| ▼Cenable_shared_from_this | |
| CComPWA::FunctionTree::TreeNode | TreeNode is the basic building block of the FunctionTree |
| CEnergyParameters | |
| CComPWA::Event | Data structure containing all kinematic information of a physics event |
| CComPWA::EventCollection | |
| ▼CEvtRandomEngine | |
| CComPWA::Data::EvtGen::EvtGenStdRandomEngine | |
| ▼Cexception | |
| ►CComPWA::Exception | ComPWA Exceptions base class |
| CComPWA::BadConfig | Config is not complete |
| CComPWA::BadIndex | Index out of range |
| CComPWA::BadParameter | Parameter not existing |
| CComPWA::BeyondPhsp | Data beyond phasespace requested |
| CComPWA::CorruptFile | Input data file is corrupt or incomplete |
| CComPWA::ParameterFixed | Parameter cannot be changed |
| CComPWA::ParameterOutOfBound | Parameter out of bound |
| CComPWA::TreeBuildError | Error in tree at construction |
| CComPWA::WrongParType | Parameter of wrong type |
| CComPWA::WrongVariableID | Variable not found |
| CComPWA::Tools::FitFraction | |
| CComPWA::Tools::FitFractions | |
| CComPWA::FitParameter< T > | |
| CComPWA::FitParameter< double > | |
| ▼CComPWA::FitResult | Data structure which resembles a general fit result |
| CComPWA::Optimizer::Geneva::GenevaResult | |
| CComPWA::Optimizer::Minuit2::MinuitResult | |
| ▼CComPWA::Physics::Dynamics::FormFactor | Defines 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::BlattWeisskopfFormFactor | Blatt-Weisskopf form factors with normalization F(x=mR) = 1 |
| CComPWA::Physics::Dynamics::CrystalBarrelFormFactor | Form factor for a0(980) used by Crystal Barrel (Phys.Rev.D78-074023) |
| CComPWA::Physics::Dynamics::NoFormFactor | |
| CComPWA::FourMomentum | ComPWA 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::Estimator::ChiOneD::ChiOneD | |
| CComPWA::Estimator::MinLogLH | Negative Log Likelihood-Estimator |
| CComPWA::Estimator::SumMinLogLH | Calculates the combined likelihood of multiple MinLogLH |
| CComPWA::FunctionTree::FunctionTreeEstimator | |
| ▼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 |
| CGenevaIF | Wrapper of the Geneva Optimizer library |
| ▼CComPWA::Physics::Dynamics::InputInfo | |
| CComPWA::Physics::Dynamics::Flatte::InputInfo | |
| ►CComPWA::Physics::Dynamics::RelativisticBreitWigner::InputInfo | |
| CComPWA::Physics::Dynamics::Voigtian::InputInfo | |
| CComPWA::Physics::IntensityBuilderXML | |
| CComPWA::FunctionTree::KahanSummation | |
| CComPWA::Tools::KahanSummation | |
| ▼CComPWA::Kinematics | The Kinematics interface defines the conversion of Events to a DataSet |
| CComPWA::Physics::EvtGen::DalitzKinematics | Implementation of the ComPWA::Kinematics interface for amplitude models using the helicity formalism |
| CComPWA::Physics::HelicityFormalism::HelicityKinematics | Implementation of the ComPWA::Kinematics interface for amplitude models using the helicity formalism |
| CComPWA::Logging | Logging 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::MinuitIF | Wrapper of the Minuit2 Optimizer library |
| CComPWA::Parameter | |
| ▼CComPWA::FunctionTree::Parameter | Base class for internal parameter |
| CComPWA::FunctionTree::FitParameter | |
| CComPWA::FunctionTree::Value< T > | |
| CComPWA::FunctionTree::ParameterList | This class provides a list of parameters and values of different types |
| ▼CComPWA::FunctionTree::ParObserver | ParObserver Base class parameter observer |
| CComPWA::FunctionTree::TreeNode | TreeNode is the basic building block of the FunctionTree |
| CComPWA::ParticleProperties | |
| CComPWA::Physics::ParticleStateTransitionKinematicsInfo | |
| ▼CComPWA::PhaseSpaceEventGenerator | Interface class for PHSP event generators |
| CComPWA::Data::EvtGen::EvtGenGenerator | |
| CComPWA::Data::Root::RootGenerator | |
| CComPWA::ProgressBar | |
| ▼CComPWA::Resolution | |
| CComPWA::ZeroResolution | |
| CComPWA::Tools::Plotting::RootPlotData | Allows output of a data sample and an Intensity (and optionally its components) into a ROOT file via TTrees |
| ▼CComPWA::FunctionTree::Strategy | Virtual base class for operations of FunctionTree nodes |
| CComPWA::FunctionTree::AbsSquare | |
| CComPWA::FunctionTree::AddAll | Calculates the square root of input double values and double parameters |
| CComPWA::FunctionTree::ComplexConjugate | |
| CComPWA::FunctionTree::Complexify | |
| CComPWA::FunctionTree::Exp | |
| CComPWA::FunctionTree::Inverse | Calculates the inverse of input double values and double parameters |
| CComPWA::FunctionTree::LogOf | |
| CComPWA::FunctionTree::MultAll | |
| CComPWA::FunctionTree::Pow | |
| CComPWA::FunctionTree::SquareRoot | Calculates 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::SubSystem | Definition of a two-body decay node within a sequential decay tree |
| CComPWA::TableFormatter | |
| CComPWA::Physics::TwoBodyDecayInfo | |
| CUniformRealDistribution | Interface class for generating random doubles in the range [0,1) |
| ▼CComPWA::UniformRealNumberGenerator | |
| CComPWA::Data::Root::RootUniformRealGenerator | |
| CComPWA::StdUniformRealGenerator | |
| ▼Cvector | |
| CComPWA::Physics::IntegrationSample | |
1.8.13 
