Evolving surface finite element method  v0.3.0-14-g3598512
Numerical experiments for my papers
Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 12]
 C AnalyticalCoordFunction
 CAnalyticalCoordFunction
 CEsfem::SecOrd_op::Brusselator
 CEsfem::Brusselator_schemeImplementation of the Elliott and Styles full discretization of the tumor problem
 CEsfem::Grid::Deformation::Data
 CBrusselator_op::Data
 CEsfem::SecOrd_op::Identity::Data
 CEsfem::SecOrd_op::Init_data::DataData members of Init_data
 CEsfem::Grid::Grid_and_time::Data
 CEsfem::SecOrd_op::Exact_velocity::DataData members of Exact_velocity
 CEsfem::SecOrd_op::Init_data_u::Data
 CEsfem::SecOrd_op::Init_data_w::Data
 CEsfem::SecOrd_op::Linear_heat::Data
 CEsfem::SecOrd_op::Rhs::DataData details of Rhs
 CEsfem::SecOrd_op::Vec_rhs::DataData details of Vec_rhs
 CEsfem::Io::Dgf::Handler::Data
 CEsfem::SecOrd_op::Rhs_u::Data
 CEsfem::SecOrd_op::Rhs_w::Data
 CEsfem::SecOrd_op::Solution_driven::Data
 CEsfem::Io::L2H1_calculator::DataData members of L2H1_calculator
 CDune::Fem::Parameter::Data
 CEsfem::Io::Paraview::Data
 CEsfem::SecOrd_op::Brusselator::Data
 CDifferentiableOperator
 Cstd::std::equal_to< array< int, Esfem::Grid::world_dim()> >Operator==() for Domain points
 Cstd::std::equal_to< Esfem::Grid::Deformation::Domain >Operator==() for Domain points
 CEsfem::Io::Error_streamWrapper class for a std::stream
 Cevolution
 CEsfem::Impl::Evolving_gridEvolution via a hash map
 CEsfem::SecOrd_op::Exact_velocityAnalytically given velocity
 CEsfem::Brusselator_scheme::FefShortens Brusselator_scheme()
 CEsfem::Grid::FEfun_set< FEfun >Minimal set of finite element functions to perform higher order BDF-ESFEM with input output helper functions
 CfempairNodelist with corresponding elemlist
 CFunction
 CFunction
 CFunction
 CEsfem::Impl::hash::gridEvolution via a hash map
 CEsfem::Grid::Grid_and_timeFE grid, FE space, function space
 CEsfem::Io::Dgf::Handler
 Cstd::std::hash< array< int, Esfem::Grid::world_dim()> >Hash map for an array of integers
 Cstd::std::hash< Esfem::Grid::Deformation::Domain >Hash map for Domain points
 CEsfem::SecOrd_op::IdentityInterface for the identity function
 CEsfem::SecOrd_op::Init_dataInitial data for scalar ESFEM experiments
 CEsfem::Brusselator_scheme::Init_dataInitial data respectively exact solution for numerical experiments
 CEsfem::SecOrd_op::Init_data_u
 CEsfem::SecOrd_op::Init_data_w
 CEsfem::Brusselator_scheme::IoShortens Brusselator_scheme()
 CEsfem::Io::L2H1_calculatorWrapper class for dune $L^2$- and $H^1$-norms
 CEsfem::SecOrd_op::Linear_heat
 CLocalParameter
 COperator
 CEsfem::Io::Parameter
 CEsfem::Io::Paraview
 CEsfem::Pattern_helperImplementation details for Brusselator_scheme::pattern_loop()
 CEsfem::PreLoop_helperCalculates the error norm for u
 CEsfem::PrePattern_helperImplementation details for Brusselator_scheme::prePattern_loop()
 CEsfem::Grid::r3fef3-dim. vector valued finite element functions
 CEsfem::RhsFor the EOC experiments
 CEsfem::SecOrd_op::RhsLoad vector for scalar valued PDE
 CEsfem::SecOrd_op::Rhs_u
 CEsfem::SecOrd_op::Rhs_w
 CEsfem::RhsAndSolve_helperImplementation details for Brusselator_scheme::rhs_and_solve_SPDE()
 Cruntime_error
 CEsfem::Grid::Scal_FEfun
 CEsfem::Scalar_solver
 CEsfem::SecOrd_op::sIdataScalar valued initial data
 CEsfem::SecOrd_op::Solution_drivenSolve the surface partial differential equation for solution driven paper
 CEsfem::SecOrd_op::sRhsAbstract scalar valued load vector base class
 CEsfem::Grid::Tiny_FEfun_set< FEfun >A smaller version of FEfun_set. This is the minimal set of functions to prepare the right-hand side of the PDE
 CEsfem::Grid::Vec_FEfun
 CEsfem::SecOrd_op::Vec_rhsLoad vector for vector valued PDE
 Cvector
 CEsfem::SecOrd_op::vIdataVector valued initial data
 CEsfem::SecOrd_op::vRhsAbstract vector valued load vector base class