| Nboost | |
| Npcl | |
| NProfilerDummy | |
| Nstl_reader | |
| ▼Nug | |
| ►Nbridge | |
| NAlgebraCommon | |
| NEvaluate | |
| NLoadBalancing | |
| Nlua | |
| NLuaUserData | |
| NOutput | |
| NperiodicBoundary | |
| ►NSuperLUBridge | |
| CFunctionality | |
| Cfunc_traits< xp::xproperty< V, M > O::* > | General version |
| Cxproperty_traits | |
| NConnectionViewer | |
| ►NConvectionDiffusionPlugin | |
| Ccd_line_sss_data | |
| Ccd_point_sss_data | |
| Ccd_sss_data | Class for data for all the CD plugin sources and sinks |
| CCDSingularSourcesAndSinks | |
| CConvectionDiffusionBase | Discretization for the Convection-Diffusion Equation |
| ►CConvectionDiffusionFE | Discretization for the Convection-Diffusion Equation |
| CShapeValues | Struct holding values of shape functions in IPs |
| ►CConvectionDiffusionFractFV1 | Discretization for the Convection-Diffusion Equation in fractures |
| CRegisterLocalDiscr | Auxiliary class for registering functions |
| CConvectionDiffusionFV | Discretization for the Convection-Diffusion Equation |
| ►CConvectionDiffusionFV1 | FV Discretization for the Convection-Diffusion Equation |
| CRegisterLocalDiscr | |
| CShapeValues | Struct holding values of shape functions in IPs |
| CConvectionDiffusionFVCR | Discretization for the Convection-Diffusion Equation |
| CConvectionDiffusionStabFE | Discretization for the Convection-Diffusion Equation |
| CFunctionality | |
| CFunctionality2d3d | |
| ►Cline_sss_marker | |
| Ct_fract_elem | Special structure to identify the element and its corner in a fracture |
| Cpoint_sss_marker | |
| ►NDemoPlugin | |
| CDemoClass | A basic class used to demonstrate registration of classes for scripting |
| Ndetail | |
| ►NDocuGen | App for generating documentation of registered classes and methods |
| NDoxygen | Organization unit for Doxygen commands |
| CClassHierarchyProvider | |
| CCppGenerator | Generator to produce valid but dummy C++ files from registered classes and functions |
| CUGDocuClassDescription | |
| CUGRegistryGroup | |
| ►NElectromagnetism | |
| CCalcVolPowerElemHelperClass | Helper class for the integration of the power |
| CCalcVolPowerHelperClass | Helper class for the computation of the power of the electromagnetic field |
| CComPol_MemCopy | |
| CComPol_MemOp | |
| CComputeElemFluxHelper | Helper class for computation of the flux in elements. (Helper for ComputeFlux.) |
| CComputeElemFluxHelper< TGridFunc, RegularEdge > | Helper class for computation of the flux in elements. (Helper for ComputeFlux.) |
| CComputeFluxHelper | Helper class for the loop over all the elements in the computation of the flux. (Helper for ComputeFlux.) |
| ►CEddyCurrent_E_Nedelec | FE-discretization of the time-harmonic E-based formulation of the eddy current model |
| CRegisterLocalDiscr | |
| CtGeneratorCurrent | Class for a generator current (source) in a subdomain |
| CEddyCurrentCurlEDependentCmpUserData | |
| CEddyCurrentHeat | |
| CEddyCurrentImBofEUserData | |
| CEddyCurrentReBofEUserData | |
| CEddyCurrentTraits | Auxiliary class defining some important constants |
| ►CEMaterial | Class for subdomain-dependent data for the E-based formulated problems |
| CTSubdomData | Data item type |
| CEMDirichlet | Common interface to get the Dirichlet boundary conditions |
| CFunctionality | |
| CNedelecCurlData | |
| ►CNedelecDirichletBC | Dirichlet BC for a rot-rot operator |
| CTConstBC | Structure for the Dirichlet BC that is constant over a patch |
| CTUserDataBC | Structure for the Dirichlet BC that are given by a function |
| CNedelecGridFunctionData | |
| CNedelecInterpolation | Interpolation of the Nedelec dofs and their curls |
| CNedelecInterpolation< TDomain, 2, 2 > | A specialization of NedelecInterpolation for 2d, |
| CNedelecInterpolation< TDomain, 3, 3 > | A specialization of NedelecInterpolation for 3d, |
| ►CNedelecLoopCurrent | Class for computation of loop currents |
| ►CAuxLaplaceLocAss | Class for local assembling of the auxiliary Laplace operator |
| CRegisterLocalDiscr | |
| CGetFluxOfPotential | Helper class for computation of the flux of potential over the cut |
| CLocLaplaceA | Helper class for assembling the local stiffness matrix of Laplacian in various routines |
| CMarkSourceEdges | Helper class for marking the edges in the source |
| ►COutOfSource | Constraint that sets the problem to 0-identity out of the source |
| CMarkSourceVertices | Helper class for marking the vertices in the closure of the source subdomain |
| CTSrcData | Structure for keeping electric current data |
| CZeroAverage | Postprocessor to eliminate the kernel parts in the solution |
| ►CNedelecProject | Projection procedure class |
| ►CAuxLaplaceLocAss | Class for local assembling of the auxiliary Laplace operator |
| CRegisterLocalDiscr | |
| ►CAuxLaplaceRHS | Constraint that assembles the rhs und the bc for the auxiliary problems |
| CSetIdentityOnSubset | Helper class for 'set_value_on_subset' |
| CSetValueOnSubset | Helper class for 'set_value_on_subset' |
| CClearDivInConductors | Helper class for assembling the weak divergence operator |
| CIntegrateDivDVF | Helper class for computation of the charges of the DVFs |
| CLocLaplaceA | Helper class for assembling the local stiffness matrix of Laplacian in various routines |
| CMarkCondVert | Helper class for setting the base conductor indices to vertices |
| CWeakDiv | Helper class for the computation the weak divergence |
| CNedelecProlongationMatrixHelper | |
| CNedelecProlongationMatrixHelper< TDomain, TAlgebra, RegularEdge > | |
| CNedelecSigmaEData | |
| CNedelecT1_LDisc | Tool kit for the Whitney-1 (Nedelec) based FE discretization of the rot-rot operators |
| CNedelecT1_LDisc< TDomain, Tetrahedron > | Specialization of NedelecT1_LDisc for tetrahedra |
| CNedelecT1_LDisc< TDomain, Triangle > | Specialization of NedelecT1_LDisc for triangles |
| CNedelecT1_LDisc_forSimplex | Helper class for the specialization of NedelecT1_LDisc for simplices (triangles and tetrahedrons) |
| ►CNedelecTransfer | Class of the prolongation and the restriction of the Nedelec DoFs |
| CAssembleProlongationMatrix | Helper class to call all the type-dependent assembling functions |
| ►CTimeHarmonicNedelecHybridSmoother | The hybrid smoother by R. Hiptmair |
| Ct_red_op_and | "and" reduction operation class for the conductivity condition |
| Ct_red_op_or | "or" reduction operation class for the conductivity condition |
| CtEdgeInfo | Structure of the storage for the information about the edge-vertex interconnections |
| Ngrid_intersection_impl | |
| Ngrid_unit_tests | |
| Nhex_rules | |
| Nimpl | |
| ►NJSONToolkit | |
| Ccustom_error_handler | |
| CFunctionality | |
| CJSONSchemaValidator | |
| CJSONTool | |
| CParameterSet | |
| CParameterValue | |
| ►NJupyter | |
| CFunctionality | |
| CXWidgetRegistryFacade | |
| ►NLimex | |
| CFunctionality | |
| ►Nluashell | |
| CLuaShell | |
| ►NNavierStokes | |
| CCompressibleNavierStokesBase | Finite Volume Element Discretization for the compressible Navier-Stokes Equation |
| CCompressibleNavierStokesFV1 | Finite Volume Element Discretization for the compressible Navier-Stokes Equation |
| CConstantBoxFilter | |
| CCRDynamicTurbViscData | |
| CCRNavierStokesSymBC | |
| CCRSmagorinskyTurbViscData | |
| CElementBoxFilter | |
| CFilterBaseClass | |
| CFilterImplBaseClass | |
| CFunctionality | |
| CFunctionalityComp | |
| CFunctionalityCompFV1 | |
| CFunctionalityFE | |
| CFunctionalityFV | |
| CFunctionalityFV1 | |
| CFunctionalityFVCR | |
| CFunctionalityIncomp | |
| CFV1BoxFilter | |
| CFV1DynamicTurbViscData | |
| CFV1SmagorinskyTurbViscData | |
| CFVCRBoxFilter | |
| CINavierStokesFV1Stabilization | |
| CINavierStokesSRFV1Stabilization | |
| CINavierStokesUpwind | |
| CIncompressibleNavierStokesBase | Finite Volume Element Discretization for the incompressible Navier-Stokes Equation |
| CNavierStokesBase | Finite Volume Element Discretization for the incompressible Navier-Stokes Equation |
| CNavierStokesFE | Finite Element Discretization for the incompressible Navier-Stokes Equation |
| CNavierStokesFIELDSStabilization | |
| CNavierStokesFLOWStabilization | |
| CNavierStokesFullUpwind | |
| CNavierStokesFV | |
| CNavierStokesFV1 | Finite Volume Element Discretization for the incompressible Navier-Stokes Equation |
| CNavierStokesFV1WithoutStabilization | |
| CNavierStokesFVCR | |
| CNavierStokesInflowBase | |
| CNavierStokesInflowFE | |
| CNavierStokesInflowFV | |
| CNavierStokesInflowFV1 | |
| CNavierStokesInflowFVCR | |
| CNavierStokesLinearProfileSkewedUpwind | |
| CNavierStokesNoNormalStressOutflowBase | The zero-stress (neutral) outflow boundary condition for the incompressible NS equation |
| CNavierStokesNoNormalStressOutflowFV | The zero-stress (neutral) outflow boundary condition for the incompressible NS equation |
| CNavierStokesNoNormalStressOutflowFV1 | The zero-stress (neutral) outflow boundary condition for the incompressible NS equation |
| CNavierStokesNoNormalStressOutflowFVCR | The zero-stress (neutral) outflow boundary condition for the incompressible NS equation |
| CNavierStokesNoUpwind | |
| CNavierStokesPositiveUpwind | |
| CNavierStokesRegularUpwind | |
| CNavierStokesSkewedUpwind | |
| ►CNavierStokesSymBCFV1 | |
| CRegisterFV1 | |
| CNavierStokesUpwindRegister | |
| CNavierStokesWall | |
| CNavierStokesWSBCFV1 | |
| CRegion | |
| CSeparatedPressureSource | |
| CSeparatedPressureSourceInter | |
| CStdTurbulentViscosityData | |
| CStdTurbulentViscosityDataFV1 | |
| CVariableBoxFilter | |
| CWallObject | |
| Nnode_tree | |
| Noct_rules | |
| ►NPoroelasticity | |
| CBarryMercerData | Dimensional coefficients for Barry-Mercer benchmark |
| CBarryMercerErrorData | Auxiliary class for compution errors as 'StdGlobPosData' |
| CBarryMercerNondimensional | Non-dimensional solution |
| CBarryMercerPointSource | This defines a point source as 'StdGlobPosData' |
| CBarryMercerProblem | Implementation as a Biot problem |
| CBarryMercerRefDispX | Evaluate reference pressure |
| CBarryMercerRefDispY | Evaluate reference pressure |
| CBarryMercerRefPressure | Evaluate reference pressure |
| CBiotDiscConfig | |
| CBiotElemDisc | |
| CBiotElemDiscFactory | This class generates element discretizations |
| CBiotProblem | A Biot problem consists of several element discs plus boundary conditions |
| CBiotSubsetParameters | Class for Biot parameters (per subset) |
| CFunctionality | |
| CFunctionalityFor2D | |
| Nprism_rules | |
| ►Npromesh | |
| ►Ndetail | |
| CProMeshFunction | All functions registered in the ProMeshRegistry are encapsulated in a ProMeshFunction |
| CAnisoElemInfo | |
| CBox | |
| CElementIterator | |
| CMesh | |
| CMeshObject | |
| CProMeshRegistry | Register functions for ug-script and ProMesh through this class |
| Npyra_rules | |
| ►NRichards | |
| CBrooksCoreyFunctions | |
| CConductivityAdapter | Returns conductivities (note: corresponds to relative permeability, iff Ksat=1.0) |
| CExponentialConductivity | |
| CExponentialModel | Implement a simple exponential model |
| CExponentialModelParameters | |
| CExponentialSaturation | |
| CFunctionality | |
| CGardnerConductivity | |
| CGardnerModel | Implements a van Genuchten model |
| CGardnerSaturation | |
| CHaverkampConductivity | |
| CHaverkampModel | Implements a Haverkamp model |
| CHaverkampParameters | |
| CHaverkampSaturation | |
| CIParameterizedModel | Base class for a parameterized model. Provides serialization |
| CIRichardsLinker | This is a 'dummy' base class. It indicates a pressure dependent linker |
| CIRichardsModel | This is the interface for a Richards-type model. All derived classes use CRTP for evaluation |
| COnSurfaceCondition | |
| CRichardsConductivity | |
| CRichardsElemDisc | |
| CRichardsElemDiscFactory | ! Factory for creating elem discs |
| CRichardsLinker | Prototype of a linker. Returns values depending on the Functor class |
| CRichardsSaturation | Van Genuchten classes. (ideally, those could be type-def'ed as well..) |
| CSaturationAdapter | Returns saturations |
| CUserDataFactory | Factory class. This constructs appropriate "UserData" from suitable models |
| CVanGenuchtenFunctions | |
| CVanGenuchtenModel | Implements a van Genuchten-Mualem model |
| CVanGenuchtenParameters | |
| Nscript | |
| Nshared_rules | |
| ►NSmallStrainMechanics | |
| CContactSmallStrainMechanics | Contact conditions for small strain mechanical applications |
| Ccontrained_dim_traits | |
| Ccontrained_dim_traits< 2 > | |
| Ccontrained_dim_traits< 3 > | |
| CDamageFunctionUpdater | |
| CDamageLaw | Material Law: |
| Cface_type_traits | |
| Cface_type_traits< 1 > | |
| Cface_type_traits< 2 > | |
| Cface_type_traits< 3 > | |
| CFunctionality | |
| CHookeLaw | |
| CIMaterialLaw | |
| CIScaledHookeLaw | |
| CMechOutputWriter | |
| ►CPrandtlReuss | |
| CElemData | |
| CInternalVars | Attached ElemData |
| CMaterialConstants | |
| CRelativeDensityUpdater | |
| CSkinMaterialLaw | |
| CSmallStrainMechanicsElemDisc | |
| CTopologyOptimLaw | Material Law: |
| CVoigtianMatrix | |
| Nsupport | |
| Nswc_types | |
| ►NTemplatePlugin | |
| CFunctionality | |
| CTemplateSampleClass | Sample class that is used to show how class-groups can be registered |
| Ntet_rules | |
| Ntools | |
| Nutil | |
| ►NUtil | |
| Naux | |
| CFunctionality | |
| Nvrl | |
| CAitkenNevilleTimex | |
| CCompareDeg | |
| CCompositeGridFunctionEstimator | Evaluate difference between two functions (w.r.t various norms) |
| CConnectionViewerOutputObserver | Sample class for integration observer: Output to VTK |
| CConstStepLinearTimeIntegrator | Integrate over a given time interval (for a linear problem) |
| CCRILUTPreconditioner | CRILUTPreconditioner class |
| CDeltaSquareIntegrand | |
| CDiscConstraintFVCR | |
| CDiscontinuityIntegrator | This class integrates (t0, t1] with stops at intermediate points tk |
| CGridFunctionEstimator | Evaluate using continuous norms |
| CILimexCostStrategy | Abstract class for the cost of a limex stage |
| CILimexRefiner | |
| CILinearTimeIntegrator | Integration of linear systems |
| CINonlinearTimeIntegrator | Integration of non-linear systems (with bounds on dt) |
| ►CIntegrationOutputObserver | Integration observer: Output using Lua callback |
| CIntegralSpecs | |
| CISubDiagErrorEst | Interface for sub-diagonal error estimator (w.r.t time in Aitken-Neville scheme) |
| CITimeDiscDependentObject | ITimeDiscDependentObject |
| CITimeIntegrator | Integrates over a given time interval [a,b] with step size dt |
| CLimexDefaultCost | Cost is identical to (summation over) number of steps |
| CLimexNewtonSolver | Newton solver for assembling-based discretizations solved using Limex |
| CLimexNonlinearCost | For |
| ►CLimexTimeIntegrator | Base class for LIMEX time integrator |
| CThreadData | Contains all data for parallel execution of time steps |
| CLimexTimeIntegratorConfig | |
| CLinearImplicitEuler | |
| CLinearTimeIntegrator | Integrate over a given time interval (for a linear problem) |
| CNorm2Estimator | Evaluate using (algebraic) L2 norm |
| CNormInfEstimator | Evaluate using (algebraic) infinity norm |
| CNormRelEstimator | Evaluate using (algebraic) L2 norm |
| CPCRILUTPreconditioner | PCRILUTPreconditioner class |
| CPlotRefOutputObserver | |
| CScaledGridFunctionEstimator | Evaluate difference between two functions (w.r.t various norms) |
| CSimpleTimeIntegrator | Integrate (a non-linear problem) over a given time interval |
| CSuperLUConfiguration | |
| CSuperLUImplementation | |
| CSuperLUSolver | |
| CSupErrorEvaluator | |
| CTimeIntegratorLinearAdaptive | Integrate over a given time interval (for a linear problem) |
| CTimeStepBounds | |
| CUserDataSpace | Evaluate the difference for a (dependent) UserData type induced by different grid functions |
| CVTKOutputObserver | Sample class for integration observer: Output to VTK |
1.9.1