Class List
Here are the classes, structs, unions and interfaces with brief descriptions:| AbsoluteError< VectorType, FixupType, FlagType, dim > | Computes the absolute error |
| AMRAccumulation< DataType, dim > | Accumulate post-processing data on a scalar grid function |
| AMRBase< VectorType, dim > | Generic base for PDE classes |
| AMRCoupledGFMSolver< VectorType, FixupType, FlagType, dim > | Derived AMRSolver class for implementing ghost fluid schemes with coupling to other solvers |
| AMRELCGFMSolver< VectorType, FixupType, FlagType, dim > | Derived AMRSolver class for implementing ghost fluid schemes with Eulerian-Lagrangian coupling |
| AMRFixup< VectorType, FixupType, dim > | Generic class for flux-correction at hanging nodes |
| AMRFlagging< VectorType, FixupType, FlagType, dim > | Generic base-class for flagging |
| AMRGFMInterpolation< VectorType, FixupType, FlagType, dim > | Interpolation/extrapolation of point values from GridFunction for ghost fluid methods |
| AMRGFMSolver< VectorType, FixupType, FlagType, dim > | Derived AMRSolver class for implementing ghost fluid schemes |
| AMRGridAccumulation< DataType, dim > | Accumulate post-processing data on a fixed uniform grid |
| AMRInterpolation< VectorType, dim > | Interpolation of point values from GridFunction |
| AMRPreAdaptSolver< VectorType, FixupType, FlagType, dim > | An adaptive solver with a predefined adaption |
| AMRSolver< VectorType, FixupType, FlagType, dim > | Generic implementation of the Berger-Oliger method |
| AMRSolverBase< VectorType, FixupType, FlagType, dim > | Generic base-class for an adaptive method |
| AMRStatistics< VectorType, InterpolationType, OutputType, dim > | |
| AMRTimeStep | |
| BCSide< DataType > | |
| BoundaryConditions< VectorType, dim > | Generic base-class for boundary-conditions |
| BrepOutOps | |
| BrepOutOps< VectorType, 2 > | |
| BrepOutOps< VectorType, 3 > | |
| BrepOutput< VectorType, dim > | |
| ByValue< VectorType, FlagType, dim > | Trivial flagging above or below a certain value |
| controlable | |
| CPTLevelSet< DataType, dim > | Transformation of an externally maintained complex boundary with the closest-point-transform into a level set function |
| Criterion< VectorType, FlagType, dim > | Generic base-class for a flagging criterion |
| ExactSolution< VectorType, dim > | Generic base-class to compare the numerical solution with an exact one |
| F77AbsoluteError< VectorType, Fixup, FlagType, dim > | Computes the absolute error for derived quantities using a transformation function in Fortran-77 |
| F77BoundaryConditions< VectorType, dim > | Call a dimension-dependent boundary routine in Fortran-77 |
| F77BrepOutput< VectorType, dim > | A variable output for breps |
| F77ByValue< VectorType, FlagType, dim > | Trivial flagging above or below a certain value for derived quantities using a transformation function in Fortran-77 |
| F77ELCGFMBoundary< VectorType, dim > | |
| F77ExactBase< VectorType, dim > | |
| F77ExactSolution< VectorType, dim > | Generic interface to function returning the exact solution |
| F77FileExactSolution< VectorType, dim > | Application of initial conditions |
| F77FileInitialCondition< VectorType, dim > | Application of initial conditions |
| F77FileInput< VectorType, dim > | A variable input for arbitrary equations |
| F77FileOutput< VectorType, dim > | A variable output for arbitrary equations |
| F77GFMBoundary< VectorType, dim > | Application of internal boundary conditions with Fortran-77 routines |
| F77GFMExactSolution< VectorType, FixupType, FlagType, dim > | Generic interface to function returning the exact solution for ghost fluid method |
| F77GFMFileOutput< VectorType, FixupType, FlagType, dim > | A variable output for arbitrary equations using a transformation function in Fortran-77 for the ghost fluid method |
| F77GFMInterpolation< VectorType, dim > | Call a dimension-dependent Cartesian interpolation routine in Fortran-77 |
| F77GFMLevelSet< DataType, dim > | Set a level set function to be used in a ghost fluid method in Fortran-77 |
| F77InBase< VectorType, dim > | |
| F77InitialCondition< VectorType, dim > | Application of initial conditions |
| F77Interpolation< VectorType, dim > | Call a dimension-dependent Cartesian interpolation routine in Fortran-77 |
| F77LevelSetInitialCondition< VectorType, dim > | Application of initial conditions based on a static level set |
| F77LevelTransfer< VectorType, dim > | Call a dimension-dependent prolongation and restriction routines in Fortran-77 |
| F77LimiterType< VectorType, FlagType, dim > | Computes a slope-limiter-like refinement criterion for derived quantities using a transformation function in Fortran-77 |
| F77MRPrediction< VectorType, FlagType, dim > | Computes the MR prediction for derived quantities using a transformation function in Fortran-77 |
| F77OutBase< VectorType, dim > | |
| F77RelativeError< VectorType, Fixup, FlagType, dim > | Computes the relative error for derived quantities using a transformation function in Fortran-77 |
| F77ScaledGradient< VectorType, FlagType, dim > | Computes the scaled gradient for derived quantities using a transformation function in Fortran-77 |
| F77UpdateLevelTransfer< VectorType, dim > | Call a dimension-dependent update routine after prolongation and restriction in Fortran-77 |
| FileInput< VectorType, dim > | Generic base-class for reading data from a file into a grid function |
| FileOutput< VectorType, dim > | Generic base-class for dumping a grid function into a file |
| Fixup | |
| Fixup< VectorType, FixupType, 1 > | Dimensional specialization of FixupBase |
| Fixup< VectorType, FixupType, 2 > | Dimensional specialization of FixupBase |
| Fixup< VectorType, FixupType, 3 > | Dimensional specialization of FixupBase |
| FixupBase< VectorType, FixupType, dim > | Generic base-class for the conservative correction |
| FixupOps | |
| FixupOps< VectorType, FixupType, 1 > | Dimensional spezialization of GridData-operations for implementation of conservative correction |
| FixupOps< VectorType, FixupType, 2 > | Dimensional spezialization of GridData-operations for implementation of conservative correction |
| FixupOps< VectorType, FixupType, 3 > | Dimensional spezialization of GridData-operations for implementation of conservative correction |
| Flagging< VectorType, FlagType, dim > | Generic base-class for flagging |
| FlagRegions< VectorType, FlagType, dim > | Flagging of rectangular regions |
| Geom< DataType, dim > | Geometric operations for list of points needed for point-wise interpolation |
| GFMBoundary | |
| GFMBoundary< VectorType, 2 > | Two-dimensional specification of ghost fluid method base class |
| GFMBoundary< VectorType, 3 > | Three-dimensional specification of ghost fluid method base class |
| GFMBoundaryBase< VectorType, dim > | Generic base-class to set internal boundary conditions based on a scalar level set |
| GFMExactSolution< VectorType, FixupType, FlagType, dim > | Generic base-class for GFM to compare the numerical solution with an exact one |
| GFMFileOutput< VectorType, FixupType, FlagType, dim > | Generic base-class for dumping a grid function into a file |
| GFMGeom | |
| GFMGeom< DataType, 2 > | Two-dimensional specification of geometric operations for level set methods |
| GFMGeom< DataType, 3 > | Three-dimensional specification of geometric operations for level set methods |
| GFMGeomBase< DataType, dim > | Geometric operations for list of points needed for level set methods |
| GFMLevelSet< DataType, dim > | Generic base-class to set a scalar level set function |
| GhostFluidMethod< VectorType, dim > | Generic base-class for ghost-fluid schemes |
| InitialCondition< VectorType, dim > | Generic base-class for initial conditions |
| Integrator< VectorType, dim > | Generic base-class for application of the numerical method |
| Interpolation< VectorType, dim > | Generic base class for point interpolation on a single grid |
| LevelTransfer< VectorType, dim > | Generic base-class for prolongation/restriction operations |
| LimiterCriterion | |
| LimiterCriterion< VectorType, FlagType, 1 > | One-dimensional routine to compute a slope-limiter-like refinement criterion |
| LimiterCriterion< VectorType, FlagType, 2 > | Two-dimensional routine to compute a slope-limiter-like refinement criterion |
| LimiterCriterion< VectorType, FlagType, 3 > | Three-dimensional routine to compute a slope-limiter-like refinement criterion |
| LimiterType< VectorType, FlagType, dim > | Compute a slope-limiter-like refinement criterion |
| minus_1< 1 > | |
| minus_1< 2 > | |
| minus_1< 3 > | |
| MRPrediction< VectorType, FlagType, dim > | Evaluates MR prediction operator |
| MRVectorPrediction< VectorType, FlagType, dim > | Evaluates vector-valued MR prediction operator |
| MultiCPTLevelSet< DataType, dim > | Transformation of a static complex boundaries with the closest-point-transform into a level set function |
| MultiStatCPTLevelSet< DataType, dim > | Transformation of a static complex boundaries with the closest-point-transform into a level set function |
| Patch< dim > | |
| PhiCriterion< VectorType, FlagType, 1 > | One-dimensional routines to detect an underresolved level-set function |
| PhiCriterion< VectorType, FlagType, 2 > | Two-dimensional routines to detect an underresolved level-set function |
| PhiCriterion< VectorType, FlagType, 3 > | Three-dimensional routines to detect an underresolved level-set function |
| RefinePhi< VectorType, Fixup, FlagType, dim > | Flag cells where level set function changes sign |
| RelativeError< VectorType, FixupType, FlagType, dim > | Computes the relative error |
| ResolvePhi< VectorType, Fixup, FlagType, dim > | Flagging based on underresolved level-set functions |
| ScaledGradient< VectorType, FlagType, dim > | Computes the scaled gradient |
| SchemeAbsoluteError< SchemeType, Fixup, FlagType, dim > | Computes the absolute error for derived quantities using a transformation function |
| SchemeBase< vector_type, dim > | Basic class for derivation of Cartesian schemes |
| SchemeBoundaryConditions< SchemeType, dim > | Boundary conditions based on SchemeType |
| SchemeBrepOutput< SchemeType, dim > | A variable output for breps |
| SchemeByValue< SchemeType, FlagType, dim > | Trivial flagging above or below a certain value for derived quantities using a transformation function |
| SchemeExactSolution< SchemeType, dim > | Exact solution based on SchemeType |
| SchemeFileInput< SchemeType, dim > | A variable input for arbitrary equations |
| SchemeFileOutput< SchemeType, dim > | A variable output for arbitrary equations |
| SchemeGFMBoundary< SchemeType, dim > | Internal boundary conditions based on SchemeType |
| SchemeGFMFileOutput< SchemeType, FixupType, FlagType, dim > | A variable output for SchemeType with ghost fluid method |
| SchemeInBase< SchemeType, dim > | |
| SchemeInitialCondition< SchemeType, dim > | Initial conditions based on SchemeType |
| SchemeIntegrator< SchemeType, dim > | Class for calling a Cartesian scheme during the update step |
| SchemeLimiterType< SchemeType, FlagType, dim > | Computes a slope-limiter-like refinement criterion for derived quantities using a transformation function |
| SchemeOutBase< SchemeType, dim > | |
| SchemeRelativeError< SchemeType, Fixup, FlagType, dim > | Computes the relative error for derived quantities using a transformation function |
| SchemeScaledGradient< SchemeType, FlagType, dim > | Computes the scaled gradient for derived quantities using a transformation function |
| Solver | Interface-class for instationary methods |
| SolverControl | Controls a generic instationary solver |
| StatCPTLevelSet< DataType, dim > | Transformation of a static complex boundary with the closest-point-transform into a level set function |
| StdCriterion | |
| StdCriterion< VectorType, FlagType, 1 > | One-dimensional routines to compute the scaled gradient and flag above a threshold |
| StdCriterion< VectorType, FlagType, 2 > | Two-dimensional routines to compute the scaled gradient and flag above a threshold |
| StdCriterion< VectorType, FlagType, 3 > | Three-dimensional routines to compute the scaled gradient and flag above a threshold |
| StepControl | |
| UnflagPhi< VectorType, Fixup, FlagType, dim > | Flag cells where level set function changes sign |
| UnflagRegions< VectorType, FlagType, dim > | Unflagging of rectangular regions |
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