  Hermes | |
  Hermes2D | Namespace containing definitions specific for Hermes2D |
  Mixins | Namespace for mixin classes. These classes always serve one particular purpose that multiple classes of the Hermes2D library could use - setting of spaces, output of linear algebraic structures, .. |
  SettableSpaces | |
| StateQueryable | |
| XMLParsing | |
 MatrixRhsOutput | |
| RefinementSelectors | Namespace which encapsulates all refinement selectors |
| Selector | A parent of all refinement selectors. Abstract class |
| HOnlySelector | A selector that selects H-refinements only |
| POnlySelector | A selector that increases order (i.e., it selects P-refinements only) |
| OptimumSelector | A selector that chooses an optimal candidates based on a score |
| Cand | A candidate |
| CandsInfo | Information about candidates |
| Range | Range of values |
| ShapeInx | A shape index |
| ProjBasedSelector | A general projection-based selector |
| ElemGIP | Integration points in the reference domain of an element of a candidate |
| ElemProj | Projection of an element of a candidate |
| ElemSubShapeFunc | A shape function on subdomain of an element |
| ElemSubTrf | A transformation from a reference domain of a subdomain to a reference domain of an element of a candidate |
| TrfShapeExp | A transform shaped function expansions |
| ValueCacheItem | An item of a value cache |
| L2ProjBasedSelector | A projection-based selector for L2 space |
| H1ProjBasedSelector | A projection-based selector for H1 space |
| HcurlProjBasedSelector | A projection-based selector for Hcurl space |
| OrderPermutator | Hermes::Order permutator. Generates all permutations of orders from a set defined by a range of orders |
| Views | Namespace containing Views classes, Linearizer classes, and support for these |
| BaseView | Visualizes the basis functions of a space |
| VectorBaseView | |
| Linearizer | |
| Quad2DLin | |
| LinearizerBase | Base class for Linearizer, Orderizer, Vectorizer |
| MeshView | Displays a mesh |
| ObjInfo | |
| OrderView | Displays the polynomial degrees of elements |
| Orderizer | |
| ScalarView | Visualizes a Scalar PDE solution |
| ElementInfo | < element info structure |
| GLVertex2 | < OpenGL vertex. Used to cache vertices prior rendering |
| VertexNodeInfo | Information about a vertex node |
| StreamView | Visualizes streamlines of a vector PDE solution |
| Node | |
| VectorView | Visualizes a vector PDE solution |
| Vectorizer | "Vectorizer" is a Linearizer for vector solutions. The only difference is that linearized vertices are vector-valued. Also, regularization of the resulting mesh is not attempted. The class can handle different meshes in both X and Y components |
| WinGeom | |
| View | Represents a simple visualization window |
| ViewMonitor | < A monitor used to synchronize thread in views |
| BitmapFileHeader | |
| BitmapInfoHeader | |
| ThreadInfo | |
| ViewParams | |
| RemoveParams | |
| TitleParams | |
| WeakFormsElasticity | |
| DefaultJacobianElasticity_0_0 | |
| DefaultJacobianElasticity_0_1 | |
| DefaultResidualElasticity_0_0 | |
| DefaultResidualElasticity_0_1 | |
| DefaultResidualElasticity_1_0 | |
| DefaultResidualElasticity_1_1 | |
| DefaultJacobianElasticity_1_1 | |
| WeakFormsH1 | |
| DefaultMatrixFormVol | |
| DefaultJacobianDiffusion | |
| DefaultMatrixFormDiffusion | |
| DefaultJacobianAdvection | |
| DefaultVectorFormVol | |
| DefaultResidualVol | |
| DefaultResidualDiffusion | |
| DefaultResidualAdvection | |
| DefaultMatrixFormSurf | |
| DefaultJacobianFormSurf | |
| DefaultVectorFormSurf | |
| DefaultResidualSurf | |
| DefaultWeakFormLaplace | |
| DefaultWeakFormPoisson | |
| WeakFormsHcurl | |
| DefaultMatrixFormVol | |
| DefaultJacobianCurlCurl | |
| DefaultVectorFormVol | |
| DefaultResidualVol | |
| DefaultResidualCurlCurl | |
| DefaultMatrixFormSurf | |
| DefaultVectorFormSurf | |
| DefaultResidualSurf | |
| WeakFormsMaxwell | |
| DefaultJacobianMagnetostatics | |
| DefaultResidualMagnetostatics | |
| WeakFormsNeutronics | |
| Monoenergetic | |
| Diffusion | |
| DefaultWeakFormFixedSource | |
| Multigroup | |
| CompleteWeakForms | |
| Diffusion | |
| DefaultWeakFormFixedSource | |
| DefaultWeakFormSourceIteration | |
| ElementaryForms | |
| Diffusion | |
| GenericForm | |
| VacuumBoundaryCondition | |
| Jacobian | |
| Residual | |
| DiffusionReaction | |
| Jacobian | |
| Residual | |
| FissionYield | |
| Jacobian | |
| OuterIterationForm | |
| Residual | |
| Scattering | |
| Jacobian | |
| Residual | |
| ExternalSources | |
| LinearForm | |
| MaterialProperties | |
| Common | |
| NDArrayMapOp | |
| MaterialPropertyMaps | |
| Diffusion | |
| MaterialPropertyMaps | |
| ValidationFunctors | |
| ensure_trivial | |
| ensure_size | |
| material_property_map | |
| MultiArray | |
| SupportClasses | |
| SourceFilter | |
| Global | Class for global functions |
| Adapt | Evaluation of an error between a (coarse) solution and a reference solution and adaptivity |
| ElementReference | A reference to an element |
| MatrixFormVolError | Matrix forms for error calculation |
| InterfaceEstimatorScalingFunction | Functor representing the interface estimator scaling function |
| ScaleByElementDiameter | Pre-defined function used for scaling interface error estimates (see the KellyTypeAdapt constructor) |
| KellyTypeAdapt | A framework for explicit aposteriori error estimators |
| ErrorEstimatorForm | |
| BasicKellyAdapt | Simple Kelly-estimator based adaptivity for elliptic problems |
| ErrorEstimatorFormKelly | |
| Space | Represents a finite element space over a domain |
| BaseComponent | |
| ElementData | |
| NodeData | |
| ReferenceSpaceCreator | Class for creating reference space |
| Solution | Represents the solution of a PDE.
|
| Api2D | API Class containing settings for the whole Hermes2D |
| Parameter | |
| AsmList | |
| ExactSolutionScalar | |
| ExactSolutionVector | |
| EssentialBCs | |
| EssentialBoundaryCondition | |
| DefaultEssentialBCConst | Class representing constant essential boundary condition |
| DefaultEssentialBCNonConst | |
| DefaultEssentialBCNonConstHcurl | |
| CalculationContinuityException | Own exception class to catch all potential exceptions that might occur in saving / loading entities using the subsequent classes |
| IOCalculationContinuityException | A derived exception for I/O |
| CalculationContinuity | |
| Record | One record of the calculation. Stores every information to resume a calculation from this one point |
| NeighborNode | |
| DiscreteProblem | |
| CacheRecordPerElement | Caching |
| CacheRecordPerSubIdx | |
| DiscreteProblemLinear | |
| OGProjection | Class for (global) orthogonal projecting. If the projection is not necessary (if a solution belongs to the space), then its solution vector is used |
| ProjectionMatrixFormVol | Jacobian matrix (same as stiffness matrix since projections are linear) |
| ProjectionVectorFormVol | Residual |
| Func | |
| DiscontinuousFunc | This class represents a function with jump discontinuity on an interface of two elements |
| Geom | |
| InterfaceGeom | |
| ExactSolution | Represents an exact solution of a PDE |
| ConstantSolution | |
| ZeroSolution | |
| ConstantSolutionVector | |
| ZeroSolutionVector | |
| Filter | |
| SimpleFilter | |
| ComplexFilter | |
| DXDYFilter | |
| DXFilter | Calculates the magnitude of a vector function |
| MagFilter | Calculates the magnitude of a vector function |
| TopValFilter | |
| BottomValFilter | |
| ValFilter | |
| DiffFilter | |
| SumFilter | |
| SquareFilter | |
| AbsFilter | |
| RealFilter | |
| ImagFilter | |
| ComplexAbsFilter | |
| AngleFilter | |
| VonMisesFilter | Calculates the Von Mises stress |
| LinearFilter | |
| Function | Represents an arbitrary function defined on an element |
| Node | |
| MeshFunction | Represents a function defined on a mesh |
| Trf | 2D transformation |
| Transformable | |
| WeakForm | Represents the weak formulation of a PDE problem |
| Graph | |
| Row | |
| Values | |
| SimpleGraph | |
| MatlabGraph | |
| GnuplotGraph | |
| PNGGraph | |
| MatrixFormVolHCurl | |
| MatrixFormVolL2 | |
| LinearSolver | |
| Nurbs | Represents one NURBS curve |
| CurvMap | |
| ElementToRefine | A refinement record |
| HashTable | Stores and searches node tables |
| Node | Stores one node of a mesh |
| Element | Stores one element of a mesh |
| Mesh | Represents a finite element mesh. Typical usage: Hermes::Hermes2D::Mesh mesh; Hermes::Hermes2D::MeshReaderH2DXML mloader; try { mloader.load("mesh.xml", &mesh); } catch(Exceptions::MeshLoadFailureException& e) { e.print_msg(); return -1; } |
| ReferenceMeshCreator | Class for creating reference mesh |
| MeshData | Class to stored 2d mesh parameters. The MeshData class organizes all the necessary data structures required to store information in the input mesh file. All variables are stored internally as a mapping between strings and a list of strings. Symbolic expressions are not supported for variables. The variables are stored in a vector of strings. This is true for single-valued variables, lists and list of lists. The contents of the variables are thus accessed differently depending on their contents. |
| MeshReader | |
| MeshReaderExodusII | |
| MeshReaderH1DXML | |
| MeshReaderH2D | |
| MeshReaderH2DXML | |
| RefMap | Represents the reference mapping |
| SurfPos | Determines the position on an element surface (edge in 2D and Face in 3D) |
| UniData | |
| Rect | |
| Traverse | |
| NeighborSearch | This class characterizes a neighborhood of a given edge in terms of adjacent elements and provides methods for getting limit values of discontinuous functions from both sides of the edge |
| ExtendedShapeset | |
| NeighborEdgeInfo | Structure containing all the needed information about the active edge from the neighbor's side |
| Transformations | Transformations of an element to one of its neighbors |
| NewtonSolver | |
| PicardSolver | |
| LocalProjection | |
| Quad1D | |
| Quad2D | |
| Quad1DStd | 1D quadrature points on the standard reference domain (-1,1) |
| Quad2DStd | 2D quadrature points on the standard reference domains (-1,1)^2 |
| PrecalcShapeset | Caches precalculated shape function values |
| Shapeset | Defines a set of shape functions |
| H1ShapesetOrtho | |
| H1ShapesetJacobi | |
| HcurlShapesetLegendre | |
| HcurlShapesetGradLeg | |
| HdivShapesetLegendre | |
| L2ShapesetLegendre | |
| L2Space | |
| L2Data | |
| H1Space | |
| EdgeInfo | |
| FixedVertex | |
| HcurlSpace | |
| EdgeInfo | |
| HdivSpace | |
| EdgeInfo | |
| CubicSpline | |
| RungeKutta | |
| Form | Abstract, base class for any form - i.e. integral in the weak formulation of (a system of) PDE
By default, the form is initialized with the following natural attributes:
|
| MatrixFormVol | Abstract, base class for matrix Volumetric form - i.e. MatrixForm, where the integration is with respect to 2D-Lebesgue measure (elements) |
| VectorFormVol | Abstract, base class for vector Volumetric form - i.e. VectorForm, where the integration is with respect to 2D-Lebesgue measure (elements) |
| MatrixFormSurf | Abstract, base class for matrix Surface form - i.e. MatrixForm, where the integration is with respect to 1D-Lebesgue measure (element domain-boundary edges) |
| VectorFormSurf | Abstract, base class for vector Surface form - i.e. VectorForm, where the integration is with respect to 1D-Lebesgue measure (element domain-boundary edges) |
| MatrixFormDG | Abstract, base class for matrix DG form - i.e. MatrixForm, where the integration is with respect to 1D-Lebesgue measure (element inner-domain edges) |
| VectorFormDG | Abstract, base class for vector DG form - i.e. VectorForm, where the integration is with respect to 1D-Lebesgue measure (element inner-domain edges) |
| MatrixForm | Abstract, base class for matrix form - i.e. a single integral in the bilinear form on the left hand side of the variational formulation of a (system of) PDE.
By default, the matrix form is initialized with the following natural attribute:
|
| VectorForm | Abstract, base class for vector form - i.e. a single integral in the linear form on the right hand side of the variational formulation of a (system of) PDE |
| Vertex | |
| VCompare | |
| xml_schema | C++ namespace for the http://www.w3.org/2001/XMLSchema schema namespace |
| dom | DOM interaction |
| XMLMesh | C++ namespace for the XMLMesh schema namespace |
| variables_type | Class corresponding to the variables_type schema type |
| vertices_type | Class corresponding to the vertices_type schema type |
| elements_type | Class corresponding to the elements_type schema type |
| el_t | Class corresponding to the el_t schema type |
| t_t | Class corresponding to the t_t schema type |
| q_t | Class corresponding to the q_t schema type |
| edges_type | Class corresponding to the edges_type schema type |
| curves_type | Class corresponding to the curves_type schema type |
| refinements_type | Class corresponding to the refinements_type schema type |
| mesh | Class corresponding to the mesh schema type |
| var | Class corresponding to the var schema type |
| v | Class corresponding to the v schema type |
| ed | Class corresponding to the ed schema type |
| arc | Class corresponding to the arc schema type |
| NURBS | Class corresponding to the NURBS schema type |
| ref | Class corresponding to the ref schema type |
| inner_point | Class corresponding to the inner_point schema type |
| knot | Class corresponding to the knot schema type |
| XMLMesh1D | C++ namespace for the XMLMesh1D schema namespace |
| variables_type | Class corresponding to the variables_type schema type |
| mesh | Class corresponding to the mesh schema type |
| var | Class corresponding to the var schema type |
| v | Class corresponding to the v schema type |
| XMLSolution | C++ namespace for the XMLSolution schema namespace |
| solution | Class corresponding to the solution schema type |
| mono_coeffs | Class corresponding to the mono_coeffs schema type |
| elem_orders | Class corresponding to the elem_orders schema type |
| component | Class corresponding to the component schema type |
| elem_coeffs | Class corresponding to the elem_coeffs schema type |
| XMLSpace | C++ namespace for the XMLSpace schema namespace |
| space | Class corresponding to the space schema type |
| element_data | Class corresponding to the element_data schema type |
 XMLSubdomains | C++ namespace for the XMLSubdomains schema namespace |
| elements_type | Class corresponding to the elements_type schema type |
| el_t | Class corresponding to the el_t schema type |
| t_t | Class corresponding to the t_t schema type |
| q_t | Class corresponding to the q_t schema type |
| edges_type | Class corresponding to the edges_type schema type |
| domain | Class corresponding to the domain schema type |
| ed | Class corresponding to the ed schema type |
| subdomains | Class corresponding to the subdomains schema type |
| subdomain | Class corresponding to the subdomain schema type |
| vertices | Class corresponding to the vertices schema type |
| elements | Class corresponding to the elements schema type |
| boundary_edges | Class corresponding to the boundary_edges schema type |
| inner_edges | Class corresponding to the inner_edges schema type |
