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G+Smo
25.01.0
Geometry + Simulation Modules
|
Directories | |
| expr | |
Files | |
| gsAdaptiveMeshing.h | |
| gsAdaptiveMeshing.hpp | |
| Provides class for adaptive refinement. | |
| gsAdaptiveMeshingCompare.h | |
| gsAdaptiveMeshingUtils.h | |
| gsAdaptiveRefUtils.h | |
| Provides class for adaptive refinement. | |
| gsAssembler.h | |
| Provides generic assembler routines. | |
| gsAssembler.hpp | |
| Provides generic assembler routines. | |
| gsAssemblerOptions.h | |
| Provides assembler and solver options. | |
| gsBiharmonicAssembler.h | |
| Provides assembler for a homogeneous Biharmonic equation. | |
| gsBiharmonicAssembler.hpp | |
| Provides assembler for a homogenius Biharmonic equation. | |
| gsBiharmonicExprAssembler.h | |
| Provides assembler for a (planar) Biharmonic equation. | |
| gsBiharmonicExprAssembler.hpp | |
| gsCDRAssembler.h | |
| Provides assembler and solver for the Poisson equation, incl. adaptive refinement. | |
| gsCDRAssembler.hpp | |
| Provides assembler and solver for the Poisson equation, incl. adaptive refinement. | |
| gsCPPInterface.h | |
| Provides a mapping between the corresponding sides of two patches sharing an interface, by means of a Closest Point Projection. | |
| gsCPPInterface.hpp | |
| gsDirichletValues.h | |
| The functions compute Dirichlet degrees of freedom using various methods. | |
| gsExprAssembler.h | |
| Generic expressions matrix assembly. | |
| gsExpressions.h | |
| Defines different expressions. | |
| gsExprEvaluator.h | |
| Generic expressions evaluator. | |
| gsExprHelper.h | |
| Generic expressions helper. | |
| gsGaussRule.h | |
| Provides the Gauss-Legendre quadrature rule. | |
| gsGaussRule.hpp | |
| Provides implementation of the Gauss-Legendre quadrature rule. | |
| gsGenericAssembler.h | |
| Provides an assembler for common IGA matrices. | |
| gsGenericAssembler.hpp | |
| gsHeatEquation.h | |
| Provides assembler for the heat equation. | |
| gsLobattoRule.h | |
| Provides the Gauss-Lobatto quadrature rule. | |
| gsLobattoRule.hpp | |
| Provides implementation of the Gauss-Lobatto quadrature rule. | |
| gsNewtonCotesRule.h | |
| Provides the Newton-Cotes quadrature rule. | |
| gsNewtonCotesRule.hpp | |
| Provides implementation of the Newton-Cotes quadrature rule. | |
| gsOverIntegrateRule.h | |
| Over-integrates a Gauss-Legendre or Gauss-Lobatto rule. | |
| gsPatchRule.h | |
| Provides patch-wise quadrature rule. | |
| gsPatchRule.hpp | |
| Provides implementation of the Gauss-Legendre quadrature rule. | |
| gsPoissonAssembler.h | |
| Provides assembler for the Poisson equation. | |
| gsPoissonAssembler.hpp | |
| Provides assembler implementation for the Poisson equation. | |
| gsQuadrature.h | |
| Creates a variety of quadrature rules. | |
| gsQuadRule.h | |
| Provides a base class for a quadrature rule. | |
| gsQuadRule.hpp | |
| Provides implementation of base class for a quadrature rule. | |
| gsRemapInterface.h | |
| Provides a mapping between the corresponding sides of two patches sharing an interface. | |
| gsRemapInterface.hpp | |
| gsSparseSystem.h | |
| Class representing a sparse linear system (with dense right-hand side(s)), indexed by sets of degrees of freedom. | |
| gsVisitorBiharmonic.h | |
| Visitor for a simple Biharmonic equation. | |
| gsVisitorCDR.h | |
| Visitor for the convection-diffusion-reaction equation. | |
| gsVisitorDg.h | |
| Visitor for adding the interface conditions for the interior penalty methods of the Poisson problem. | |
| gsVisitorGradGrad.h | |
| Stiffness (grad-grad) Visitor. | |
| gsVisitorMass.h | |
| Mass visitor for assembling element mass matrix. | |
| gsVisitorMoments.h | |
| Element visitor for moment vector. | |
| gsVisitorNeumann.h | |
| Neumann conditions visitor for elliptic problems. | |
| gsVisitorNeumannBiharmonic.h | |
| Neumann conditions visitor for 4th order problems. | |
| gsVisitorNitsche.h | |
| Weak (Nitsche-type) imposition of the Dirichlet boundary conditions. | |
| gsVisitorNitscheBiharmonic.h | |
| First-type Nitsche BC imposition visitor for the biharmonic problem. | |
| gsVisitorPoisson.h | |
| Poisson equation element visitor. | |