Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

Chummingbird::AngularQuadratureSet	Wrapper class that owns an angular QuadratureBase<Ordinate> of the type corresponding to the given AngularQuadSet
Chummingbird::AngularTreatmentParams	Parameters from the "angular_treatment" section of the input file
Chummingbird::BankBase< T >	Base class for banks that store objects of type T by integer ID and look them up by the name given in the JSON input file
Chummingbird::BankBase< BC >
Chummingbird::BCBank	Bank holding the boundary conditions defined in the input file
Chummingbird::BankBase< Material >
Chummingbird::MaterialBank	Bank holding the materials defined in the input file
Chummingbird::BankBase< std::unique_ptr< SourceBase > >
Chummingbird::SourceBank	Bank holding the volumetric sources defined in the input file
Chummingbird::Element	Defines a subset of the domain (an "element")
Chummingbird::Segment	1D line element defined by two boundary nodes, with interior nodes placed at Gauss-Lobatto-Legendre points
Chummingbird::GlobalForcingData	Convenience struct for hold the contribution for an entry in a single element to the global forcing vector
Chummingbird::GlobalMatrixData	Convenience struct for holding the contribution for an entry in a single element to the global matrix
Chummingbird::Mesh::GmshReadState	Intermediate state accumulated while reading a gmsh file, shared across the section subroutines below
Chummingbird::InputParams	All parameters parsed from the input file
Chummingbird::Material	Defines a monoenergetic, constant-properties material
Chummingbird::Mesh	Class defing a mesh
Chummingbird::MeshParams	Parameters from the "mesh" section of the input file
Chummingbird::Node	A point in the mesh holding its coordinates, boundary info, and flux solution values
Chummingbird::Ordinate	Defines a solid angle, or ordinate, in spherical geometry
Chummingbird::ProblemBase	Base class defining a formulation of the transport equation to be solved
Chummingbird::CGProblem	Class defining a Continuous Galerkin formulation of the SAAF transport equation
Chummingbird::ProblemParams	Parameters from the "problem" section of the input file
Chummingbird::QuadratureBase< T >	Base class for defining a quadrature set
Chummingbird::QuadratureBase< double >
Chummingbird::GaussChebyshev	Class defines a Gauss-Chebyshev quadrature set, which approximates the integral of the form:
Chummingbird::GaussLegendre	Defines a Gauss-Legendre quadrature set on the interval [-1,1]
Chummingbird::GaussLobattoLegendre	Class defining a 1D Gauss-Legendre-Lobatto quadrature set on [-1,1]. The quadrature set approximates the integral using a set of weights ( \(w_k\)) and abscissas ( \(\xi_k\)):
Chummingbird::QuadratureBase< Ordinate >
Chummingbird::GaussLegendreChebyshev	Class defines a Gauss-Legendre-Chebyshev quadrature set on the unit sphere, where a Gauss-Legendre quadrature set is used along the polar direction, and a Gauss-Chebyshev quadrature set is used along the azimuthal direction
Chummingbird::GaussLegendreTrapezoid	Class defines a Gauss-Legendre-Trapezoid rule on the unit sphere, where a Gauss-Legendre rule is used on the polar coordinate, and a trapezoid rule is used on the azimuthal
Chummingbird::QuadraturePair	Simple struct holding a function value evaluated at the supplied abscissa value
Chummingbird::Results	Exports simulation results to a file
Chummingbird::SEMProblem	Wrapper class that owns a ProblemBase of the type corresponding to the given FEFormulation
Chummingbird::Simulation	Tracks the running state of a simulation across source iterations
Chummingbird::SourceBase	Base class for independent sources
Chummingbird::ConstantVolumetricSource	Defines a constant-value, isotropic volumetric source
Chummingbird::ParsedVolumetricSource	Defines a volumetric source defined by a parsed function passed by the user
Chummingbird::SourceIterationParams	Parameters from the "source_iteration" section of the input file
Chummingbird::SpectralElementParams	Parameters from the "spectral_elements" section of the input file
Cte_parser::state
Cte_expr	A compiled expression
Cte_fun_traits< FuncType >
Cte_fun_traits< ReturnType(*)(Args...)>
Cte_fun_traits< ReturnType(Args...)>
Cte_is_closure< FuncType >
Cte_is_closure< ReturnType(*)(const te_expr *, Args...)>
Cte_is_closure< ReturnType(const te_expr *, Args...)>
Cte_is_closure< te_arg_confun >
Cte_parser	Math formula parser
Cte_string_less
Cte_variable	Custom variable or function that can be added to a te_parser