AMROC Main     Blockstructured Adaptive Mesh Refinement in object-oriented C++

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AMROC - Compound List

Here are the classes, structs, unions and interfaces with brief descriptions:
AMRDQFlagging< VectorType, FixupType, FlagType >Generic class for flagging by derived quantities
AMRDQFlaggingRel< VectorType, FixupType, FlagType >Generic class for flagging by discontinuities and relative errors of derived quantities
AMRFixup< VectorType, FixupType >Generic class for flux-correction at hanging nodes
AMRFixupInterface< VectorType, FixupType >Generic interface-class for AMRFixup
AMRFlagging< VectorType, FixupType, FlagType >Computes the scaled gradient and absolute errors on GridData< VectorType >
AMRFlaggingBase< VectorType, FixupType, FlagType >Generic base-class for flagging using asolute criteria
AMRFlaggingBaseInterface< VectorType, FlagType >Generic interface-class for flagging
AMRFlaggingRel< VectorType, FixupType, FlagType >Recognizes discontinuities and computes relative errors on GridData < VectorType >
AMRFlaggingRelBase< VectorType, FixupType, FlagType >Generic base-class for flagging with relative criteria
AMRFlaggingRelBaseInterface< VectorType, FlagType >Generic interface-class for AMRFlaggingRelBase
AMRPreAdaptSolver< VectorType, FixupType, FlagType >An adaptive solver with a predefined adaption
AMRSolver< VectorType, FixupType, FlagType >Generic implementation of the Berger-Oliger method
AMRSolverControl< VectorType, FixupType, FlagType >SolverControl specialized for Euler equations
AMRSolverInterface< VectorType >Generic interface-class for AMRSolver
AMRVarSolverControl< VectorType, FixupType, FlagType >A Variable SolverControl for arbitrary equations
BoundaryConditions< VectorType >Generic base-class for boundary-conditions
BoundaryConditionsInterface< VectorType >Generic interface-class for BoundaryConditions
ExactSolution< VectorType >Generic base-class to compare the numerical solution with an exact one
ExactSolutionInterface< VectorType >Generic interface-class for ExactSolution
Fixup< VectorType, FixupType >Dimensional specialization of FixupBase
FixupBase< VectorType, FixupType >Generic base-class for the conservative correction
FixupBaseInterface< VectorType, FixupType >Generic inteface-class for FixupBase
FixupOps< VectorType, FixupType >Dimensional spezialization of GridData-operations for implementation of conservative correction
Flagging< VectorType, FixupType, FlagType >Generic base-class for flagging
FlaggingInterface< VectorType, FlagType >Generic interface-class for Flagging
GridDataFunction< VectorType >Generic object for functions on GridData< VectorType >
GridDataFunctionInterface< VectorType >Generic interface-object for GridDataFunction
InitialCondition< VectorType >Generic base-class for initial conditions
InitialConditionInterface< VectorType >Generic interface-class for InitialCondition
Integrator< VectorType >Generic base-class for application of the numerical method
IntegratorInterface< VectorType >Generic interface-class for Integrator
ODEIntegrator< VectorType >Generic object for an ODE-solver in C++ for source term integration
ODEIntegratorInterface< VectorType >Generic interface-object for ODEIntegrator
Solver< VectorType, FixupType, FlagType >Generic base-class for an adaptive method
SolverControl< VectorType, FixupType, FlagType >Controls a generic adaptive solver
SolverControlInterface< VectorType >Generic interface-class for SolverControl
SolverInterface< VectorType >Generic interface-class for Solver
TimingStatic members store time-values used in benchmarks
TSSrcIntegrator< VectorType >Generic base-class for the application of a source term within a fractional-step method
TSSrcIntegratorInterface< VectorType >Generic interface-class for TSSrcIntegrator
Vector< DataType >Vector implementation

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last update: 06/01/04