| Neigs | |
| Nelasticity_rhs | |
| Ngenerate_mooney_rivlin | |
| Ngenerate_rotation_mtx | |
| Nipc | |
| ▼NJIXIE | Copyright (c) 2016 Theodore Gast, Chuyuan Fu, Chenfanfu Jiang, Joseph Teran |
| ►NINTERNAL | |
| CScalarTypeHelper | |
| CScalarTypeHelper< T, enable_if_t< is_arithmetic< T >::value > > | |
| NMATH_TOOLS | |
| CGivensRotation | Class for givens rotation |
| ▼Np_bases | |
| CLagrange | |
| CReferenceSimplex | |
| ▼Npolyfem | |
| ►Nassembler | Used for test only |
| CAdiabaticProcess | |
| CAllElasticMaterials | Utility to create a map of all elastic materials |
| CAMIPSEnergy | |
| CAMIPSEnergyAutodiff | |
| CAssembler | Abstract class |
| CAssemblerUtils | |
| CAssemblyValsCache | Caches basis evaluation and geometric mapping at every element |
| CAssemblyValues | Stores per local bases evaluations |
| CBilaplacianAux | |
| CBilaplacianMain | |
| CBilaplacianMixed | |
| CDensity | |
| CElasticityAssembler | |
| CElasticityNLAssembler | |
| CElasticityTensor | |
| CElectrostatics | |
| CElementAssemblyValues | Stores per element basis values at given quadrature points and geometric mapping |
| CFiberDirection | |
| CFixedCorotational | |
| CGenericElastic | |
| CGenericFiber | |
| CGenericMatParam | |
| CGenericMatParams | |
| CGenericScalarProblem | |
| CGenericTensorProblem | |
| CHelmholtz | |
| CHGOFiber | |
| CHookeLinearElasticity | |
| CIncompressibleLinearElasticityDispacement | |
| CIncompressibleLinearElasticityMixed | |
| CIncompressibleLinearElasticityPressure | |
| CIncompressibleOgdenElasticity | |
| CIsochoricNeoHookean | |
| CIsothermalProcess | |
| CLameParameters | |
| CLaplacian | |
| CLinearAssembler | Assemble matrix based on the local assembler local assembler is eg Laplace, LinearElasticity etc |
| CLinearAssemblerData | |
| CLinearElasticity | |
| CMacroStrainValue | |
| CMass | |
| CMassMatrixAssembler | |
| CMixedAssembler | |
| CMixedAssemblerData | |
| CMooneyRivlin3ParamElasticity | |
| CMooneyRivlin3ParamSymbolic | |
| CMooneyRivlinElasticity | |
| CMultiModel | |
| CNavierStokesVelocity | |
| CNeoHookeanAutodiff | |
| CNeoHookeanElasticity | |
| CNLAssembler | |
| CNoDensity | |
| CNonLinearAssemblerData | |
| COperatorSplitting | |
| COptAssemblerData | |
| COutputData | |
| CPressureAssembler | |
| CProblem | |
| CRhsAssembler | |
| CSaintVenantElasticity | |
| CScalarBCValue | |
| CStokesMixed | |
| CStokesPressure | |
| CStokesVelocity | |
| CSumModel | |
| CTensorBCValue | |
| CThermodynamicProcess | |
| CUnconstrainedOgdenElasticity | |
| CViscousDamping | |
| CViscousDampingPrev | |
| CVolumePenalty | |
| Nautogen | |
| ►Nbasis | |
| CBarycentricBasis2d | |
| CBasis | Represents one basis function and its gradient |
| CElementBases | Stores the basis functions for a given element in a mesh (facet in 2d, cell in 3d) |
| CInterfaceData | |
| CLagrangeBasis2d | |
| CLagrangeBasis3d | |
| CLocal2Global | Represents a virtual node of the FEM mesh as a weighted sum of real (unknown) nodes |
| CMVPolygonalBasis2d | |
| CPolygonalBasis2d | |
| CPolygonalBasis3d | |
| CQuadraticBSpline | |
| CQuadraticBSpline2d | |
| CQuadraticBSpline3d | |
| CRBFWithLinear | |
| CRBFWithQuadratic | |
| CRBFWithQuadraticLagrange | |
| CSplineBasis2d | |
| CSplineBasis3d | |
| CWSPolygonalBasis2d | |
| ►Nio | |
| CEnergyCSVWriter | |
| CEvaluator | |
| CMshReader | |
| CMshWriter | |
| COBJReader | |
| COBJWriter | |
| ►COutGeometryData | Utilies related to export of geometry |
| CExportOptions | Different export flags |
| COutRuntimeData | Stores all runtime data |
| COutStatsData | All stats from polyfem |
| CRuntimeStatsCSVWriter | |
| ►Nmesh | |
| NMeshProcessing3D | |
| ►NNavigation | |
| CIndex | |
| ►NNavigation3D | |
| CIndex | |
| NPolygons | |
| CCMesh2D | |
| CCMesh3D | |
| CEdge | |
| CElement | |
| CFace | |
| CLocalBoundary | Boundary primitive IDs for a single element |
| CLocalMesh | |
| CLocalRelaxationData | |
| ►CMesh | Abstract mesh class to capture 2d/3d conforming and non-conforming meshes |
| CCellNodes | Class to store the high-order cells nodes |
| CEdgeNodes | Class to store the high-order edge nodes |
| CFaceNodes | Class to store the high-order face nodes |
| CMesh2D | |
| CMesh3D | |
| CMesh3DStorage | |
| CMesh_Quality | |
| CMeshNodes | |
| ►CNCMesh2D | |
| CArrayHasher2D | |
| Cfollower_edge | |
| Cfollower_face | |
| CncBoundary | |
| CncElem | |
| CncVert | |
| ►CNCMesh3D | |
| CArrayHasher2D | |
| CArrayHasher3D | |
| Cfollower_edge | |
| Cfollower_face | |
| CncBoundary | |
| CncElem | |
| CncVert | |
| ►CObstacle | |
| CPlane | |
| CPhysicsRemesher | |
| CPhysicsTetRemesher | |
| CPhysicsTriRemesher | |
| ►CRemesher | |
| CGlobalProjectionCache | |
| CSizingFieldRemesher | |
| CTetOperationCache | |
| CTriOperationCache | |
| CVertex | |
| ►CWildRemesher | |
| CBoundaryAttributes | |
| CEdgeAttributes | |
| CElementAttributes | |
| CVertexAttributes | |
| ►Nproblem | |
| CAirfoil | |
| CBilaplacianProblemWithSolution | |
| CCompressionElasticProblemExact | |
| CConstantVelocity | |
| CCornerFlow | |
| CCubicProblem | |
| CDoubleTorsionElasticProblem | |
| CDrivenCavity | |
| CDrivenCavityC0 | |
| CDrivenCavitySmooth | |
| CElasticCantileverExact | |
| CElasticProblem | |
| CElasticProblemExact | |
| CElasticProblemZeroBC | |
| CFlow | |
| CFlowWithObstacle | |
| CFrankeProblem | |
| CFrankeProblemOld | |
| CGenericScalarProblemExact | |
| CGravityProblem | |
| CKernelProblem | |
| CKovnaszy | |
| CLinearElasticProblemExact | |
| CLinearProblem | |
| CLshape | |
| CMinSurfProblem | |
| CNodeProblem | |
| CNodeValues | |
| ►CPointBasedTensorProblem | |
| CBCValue | |
| CProblemFactory | |
| CProblemWithSolution | |
| CQuadraticElasticProblemExact | |
| CQuadraticProblem | |
| CSimpleStokeProblemExact | |
| CSineProblem | |
| CSineStokeProblemExact | |
| CStokesLawProblem | |
| CTaylorGreenVortexProblem | |
| CTestProblem | |
| CTimeDependentProblem | |
| CTimeDepentendStokesProblem | |
| CTorsionElasticProblem | |
| CTransientStokeProblemExact | |
| CTwoSpheres | |
| CUnitFlowWithObstacle | |
| CWalkProblem | |
| CZeroBCProblem | |
| ►Nquadrature | |
| CHexQuadrature | |
| CLineQuadrature | |
| CPolygonQuadrature | |
| CPolyhedronQuadrature | |
| CPrismQuadrature | |
| CQuadQuadrature | |
| CQuadrature | |
| CTetQuadrature | |
| CTriQuadrature | |
| ►Nrefinement | |
| CAPriori | Class for a priori refinement, see 'Decoupling .. ' paper for details |
| ►Nrenderer | |
| CFragmentAttributes | |
| CFrameBufferAttributes | |
| CMaterial | |
| CProgram | |
| CUniformAttributes | |
| CVertexAttributes | |
| ►Nsolver | |
| NAdjointTools | |
| CAccelerationForm | |
| CAdjointForm | |
| CAdjointNLProblem | |
| CAdjointOptUtils | |
| CALSolver | |
| CAMIPSForm | |
| CAugmentedLagrangianForm | Form of the augmented lagrangian |
| CBarrierContactForm | |
| CBarycenterTargetForm | |
| CBCLagrangianForm | Form of the augmented lagrangian for bc constraints |
| CBodyForm | Form representing body forces |
| CBoundarySmoothingForm | |
| CBoundedBiharmonicWeights2Dto3D | |
| CBSplineParametrization1DTo2D | |
| CBSplineParametrization2DTo3D | |
| CCollisionBarrierForm | |
| CComplianceForm | |
| CCompositeForm | |
| CCompositeParametrization | |
| CContactForm | Form representing the contact potential and forces |
| CDampingCoeffientVariableToSimulation | |
| CDeformedCollisionBarrierForm | |
| CDiffCache | |
| CDirichletEnergyForm | |
| CDirichletNodesVariableToSimulation | |
| CDirichletVariableToSimulation | |
| CDivideForm | |
| CElasticEnergyForm | |
| CElasticVariableToSimulation | |
| CENu2LambdaMu | |
| CExponentialMap | |
| CForm | |
| CFrictionCoeffientVariableToSimulation | |
| CFrictionForm | Form of the lagged friction disapative potential and forces |
| CFullNLProblem | |
| CHomoCompositeForm | |
| CInequalityConstraintForm | |
| CInertiaForm | Form of the inertia |
| CInitialConditionVariableToSimulation | |
| CInsertConstantMap | |
| CInversionBarrierForm | |
| CKineticForm | |
| CL2ProjectionForm | |
| CLaggedRegForm | Tikonov regularization form between x and x_lagged |
| CLayerThicknessForm | |
| CLinearFilter | |
| CLogCompositeForm | |
| CMacroStrainLagrangianForm | Form of the lagrangian in augmented lagrangian for homogenization |
| CMatrixLagrangianForm | Form of the lagrangian in augmented lagrangian |
| CMaxStressForm | |
| CMeshTargetForm | |
| CMinJacobianForm | Compute the minimum jacobian of the mesh elements, not differentiable polygon elements not supported! |
| CMinTargetDistForm | |
| CNavierStokesSolver | |
| CNegativeCompositeForm | |
| CNLHomoProblem | |
| CNLProblem | |
| CNodeTargetForm | |
| CNormalAdhesionForm | Form representing the contact potential and forces |
| COperatorSplittingSolver | |
| CParametrization | This parameterize a function f : x -> y and provides the chain rule with respect to previous gradients |
| CParametrizationFactory | |
| CParametrizationForm | |
| CParametrizedProductForm | |
| CPerBody2PerElem | |
| CPerBody2PerNode | |
| CPeriodicContactForm | Form representing the contact potential and forces on a periodic mesh This form has a different input format of [fluctuation, affine], only can be used in NLHomoProblem |
| CPeriodicLagrangianForm | Form of the augmented lagrangian for bc constraints |
| CPeriodicMeshToMesh | |
| CPeriodicShapeVariableToSimulation | |
| CPlusConstCompositeForm | |
| CPositionForm | |
| CPowerForm | |
| CPowerMap | |
| CPressureForm | Form representing body forces |
| CPressureVariableToSimulation | |
| CProxyContactForceForm | |
| CProxyTransientForm | |
| CQuadraticPenaltyForm | Form for quadratic soft constraints |
| CRayleighDampingForm | Tikonov regularization form between x and x_lagged |
| CScalarVelocityParametrization | |
| CScaling | |
| CSDFTargetForm | |
| CShapeVariableToSimulation | |
| CSliceMap | |
| CSmoothContactForceForm | |
| CSmoothContactForm | |
| CSolveData | Class to store time stepping data |
| CSpatialIntegralForm | |
| CStaticBoundaryNLProblem | |
| CStaticForm | |
| CStressForm | |
| CStressNormForm | |
| CSumCompositeForm | |
| CTangentialAdhesionForm | Form of the lagged tangential adhesion disapative potential and forces |
| CTargetForm | |
| CTransientForm | |
| CTransientNavierStokesSolver | |
| CVariableToBoundaryNodes | |
| CVariableToBoundaryNodesExclusive | |
| CVariableToInteriorNodes | |
| CVariableToNodes | |
| CVariableToSimulation | Maps the optimization variable to the state variable |
| CVariableToSimulationGroup | A collection of VariableToSimulation |
| CVolumeForm | |
| CWeightedVolumeForm | Computes the dot product of the input x (after parametrization) and the volume of each element on the mesh |
| ►Ntime_integrator | |
| CBDF | Backward Differential Formulas |
| CImplicitEuler | Implicit Euler time integrator of a second order ODE (equivently a system of coupled first order ODEs) |
| CImplicitNewmark | Implicit Newmark-beta method |
| CImplicitTimeIntegrator | Implicit time integrator of a second order ODE (equivently a system of coupled first order ODEs) |
| ►Nutils | |
| NStringUtils | |
| CAutoFlipSVD | |
| CAxisPlaneSelection | |
| CBoundarySampler | |
| CBoxSelection | |
| CBoxSideSelection | |
| CCylinderSelection | |
| CDenseMatrixCache | |
| CEdgeSampler | |
| CEqualUnorderedArray | |
| CExpressionValue | |
| CFileSelection | |
| CGeogramUtils | |
| CHashMatrix | |
| CHashPair | |
| CHashUnorderedArray | Hash function for an array where the order does not matter |
| CHashVector | |
| CInterpolatedFunction2d | |
| CInterpolation | |
| CLinearInterpolation | |
| CLinearRamp | |
| CMatrixCache | Abstract class used for caching |
| CNoInterpolation | |
| CNThread | |
| CPeriodicBoundary | |
| CPiecewiseConstantInterpolation | |
| CPiecewiseCubicInterpolation | |
| CPiecewiseInterpolation | |
| CPiecewiseLinearInterpolation | |
| CPlaneSelection | |
| CPolygonClipping | |
| CRBFInterpolation | |
| CRefElementSampler | |
| CSelection | |
| CSparseMatrixCache | |
| CSpecifiedSelection | |
| CSphereSelection | |
| CTetrahedronClipping | |
| CTimer | |
| CTiming | |
| CTree | |
| CTriangleClipping | |
| CUniformSelection | |
| CAutoDiffAllocator | |
| CAutoDiffAllocator< double > | |
| CBSplineParametrization | |
| CBSplineParametrization2D | |
| CBSplineParametrization3D | |
| CCubicHermiteSplineParametrization | |
| ►CIntegrableFunctional | |
| CParameterType | Parameters for the functional evaluation |
| CLazyCubicInterpolator | |
| COptState | Main class that contains the polyfem adjoint solver and all its state |
| CState | Main class that contains the polyfem solver and all its state |
| CUnits | |
| ▼Npolysolve | |
| Nlinear | |
| Nnonlinear | |
| Npretty_print | |
| ▼Nq_bases | |
| CLagrange | |
| CReferenceSimplex | |
| ▼Nspdlog | |
| Nlevel | |
| Ntetrahedron | |
| Ntriangle | |
1.9.8