Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

• namespace Plugins
• namespace ae108
  • namespace assembly Assemble local data.
    • class Assembler A cpppetsc-Mesh-based assembler.
      • class AnnotatedElement
    • class AssemblerGroup Groups a list of single element assemblers and inherits all their plugins. When calling a method provided by a plugin, this method is called for all member assemblers that have that plugin.
    • struct ConcatenatePlugins ConcatenatePlugins is a metaprogramming function that concatenatesFeaturePlugins . It contains a "type" typedef of the concatenatedFeaturePlugins .
    • struct ConcatenatePlugins< FeaturePlugins< Plugins... > > Concatenate a single list.
    • struct ConcatenatePlugins< List, Lists... > Concatenate two or more lists.
    • struct ConcatenatePlugins<> Concatenate an empty list.
    • struct DerivePluginsUniquely The struct inherits all the plugins once for the given assembler.
    • struct DerivePluginsUniquely< Assembler, assembly::FeaturePlugins< Plugins... > >
    • struct ElementTypeTrait Deduces the element type corresponding to an Assembler class.
    • struct ElementTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the element type used by Assembler .
    • struct ElementTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the element type corresponding to an Assembler group.
    • class FeaturePlugin
    • struct FeaturePlugins A wrapper around a list of feature plugins.
    • struct FeaturePlugins<> Specialization for no plugins.
    • struct IsGroupTypeTrait Deduces whether the assembler is an assembler group. By default (designed for the nongroup case) the value is false.
    • struct IsGroupTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: AssemblerGroup is an assembler group.
    • struct MatrixTypeTrait Deduces the matrix type corresponding to an Assembler class.
    • struct MatrixTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the matrix type used by Assembler .
    • struct MatrixTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the matrix type corresponding to an Assembler group.
    • struct MeshTypeTrait Deduces the mesh type corresponding to an Assembler class.
    • struct MeshTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the mesh type used by Assembler .
    • struct MeshTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the mesh type corresponding to an Assembler group.
    • struct PluginTypeTrait Deduces the plugin type corresponding to an Assembler class.
    • struct PluginTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the plugin type used by Assembler .
    • struct PolicyTypeTrait Deduces the policy type corresponding to an Assembler class.
    • struct PolicyTypeTrait< Assembler< Element, Plugins, Policy > > Deduces the Policy parameter of Assembler .
    • struct PolicyTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the policy type corresponding to an Assembler group.
    • struct RealTypeTrait Deduces the real type corresponding to an Assembler class.
    • struct RealTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the real type used by Assembler .
    • struct RealTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the value type corresponding to an Assembler group.
    • struct SizeTypeTrait Deduces the size type corresponding to an Assembler class.
    • struct SizeTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the size type used by Assembler .
    • struct SizeTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the size type corresponding to an Assembler group.
    • struct ValueTypeTrait Deduces the value type corresponding to an Assembler class.
    • struct ValueTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the value type used by Assembler .
    • struct ValueTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the value type corresponding to an Assembler group.
    • struct VectorTypeTrait Deduces the vector type corresponding to an Assembler class.
    • struct VectorTypeTrait< Assembler< Element, Plugins, Policy > > Type is an alias for the vector type used by Assembler .
    • struct VectorTypeTrait< AssemblerGroup< SingleElementAssemblers... > > Specialization: Deduces the vector type corresponding to an Assembler group.
    • namespace plugins
    • namespace utilities
      • struct DeriveUniquely Derives each of its template arguments once.
      • struct DeriveUniquely< Arg, Args... >
      • struct DeriveUniquely<>
      • struct HasUniqueTypeTrait This type trait compares "TypeTrait<Assembler>::type" for all types "Assembler" in Assemblers. If they are all the same, then HasUniqueTypeTrait contains a typedef "type" equal to "TypeTrait<Assembler>::type" and inherits from std::true_type. If this is not the case, thenHasUniqueTypeTrait does not contain such a typedef and inherits from std::false_type.
      • struct IsSingleUniqueType Inherits std::true_type if Args contains exactly one type, disregarding duplicates.
      • struct IsSingleUniqueType< A >
      • struct IsSingleUniqueType< A, B, Args... >
      • struct IsSingleUniqueType<>
  • namespace cmdline Read command line parameters.
    • class CommandLineOptionParser
  • namespace cpppetsc Manage a distributed data mesh.
    • class Context
    • struct Exception
    • struct GeneralizedMeshBoundaryCondition Defines a boundary condition that sets the target value (specified by a vertex view and a degree of freedom index) to the sum of scaled source values (specified by a factor, a vertex index and a degree of freedom index).
      • struct Item
      • struct ScaledItem
    • struct InsertionProxy This class is used to provide a "matrix"-like interface (i.e. access elements via operator()) to the Matrix wrapper. PETSc requires that calls to INSERT and ADD are not mixed; therefore specializations of this class only provide one of these methods.
    • struct InsertionProxy< ADD_VALUES > This class redirects calls to += to the internal functor.
    • struct InsertionProxy< INSERT_VALUES > This class redirects calls to = to the internal functor.
    • struct InvalidParametersException
    • class LeastSquaresSolver
    • class LinearSolver This class can be used to solve linear systems Ax = b.
    • struct LinearSolverDivergedException
    • class LocalElementView
    • class LocalVertexView
    • class Matrix
      • class AssemblyView
        • class Inserter Provides element() and elements() access functions to set/add single/multiple elements. These calls can be chained (matrix is a Matrix object):
    • class Mesh
    • struct MeshBoundaryCondition
    • class MeshDataProvider
    • class NonlinearSolver
    • struct NonlinearSolverDivergedException
    • struct ParallelComputePolicy The policies configure the wrapper classes (error handling, communicator).
    • struct SequentialComputePolicy The policies configure the wrapper classes (error handling, communicator).
    • class SharedEntity
    • class TAOSolver
      • struct EqualityConstraints
    • struct TAOSolverDivergedException
    • class TaggedEntity A wrapper that adds a tag to a given class.
    • class Vector
      • class Inserter Provides element() and elements() access functions to set/add single/multiple elements. These calls can be chained (vector is a Vector object)
    • class Viewer
  • namespace cppptest Testing helpers.
  • namespace cppslepc C++ wrapper around the eigenvalue solving functionality of slepc.
    • class Context
    • struct EigenPair
    • struct EigenvalueProblemSolverDivergedException
    • struct InvalidEigenvalueIndexException
    • struct InvalidProblemTypeException
    • class LinearEigenvalueProblemSolver
    • struct NoOperatorsSetException
  • namespace elements Framework to implement elements and material models.
    • struct AutomaticForcesTrait Computes the forces by differentiation of the energy.
    • struct AutomaticStiffnessMatrixTrait Computes the stiffness matrix by differentiation of the forces.
    • struct Bar
    • struct BarProperties
    • struct ComputeConsistentMassMatrixTrait
    • struct ComputeConsistentMassMatrixTrait< CoreElement< MaterialModel_, Integrator_, ValueType_, RealType_ > >
    • struct ComputeEnergyTrait
    • struct ComputeEnergyTrait< Bar< Dimension_, ValueType_, RealType_ > >
    • struct ComputeEnergyTrait< CoreElement< MaterialModel_, Integrator_, ValueType_, RealType_ > >
    • struct ComputeEnergyTrait< ElementWithMass< Element_ > >
    • struct ComputeEnergyTrait< ForceElement< Dimension_, ValueType_, RealType_ > >
    • struct ComputeEnergyTrait< Minimal< Size_, Dimension_, DegreesOfFreedom_ > > Always returns 0.
    • struct ComputeEnergyTrait< TimoshenkoBeamElement< Dimension_, ValueType_, RealType_ > >
    • struct ComputeForcesTrait
    • struct ComputeForcesTrait< Bar< Dimension_, ValueType_, RealType_ > >
    • struct ComputeForcesTrait< CoreElement< MaterialModel_, Integrator_, ValueType_, RealType_ > >
    • struct ComputeForcesTrait< ElementWithMass< Element_ > >
    • struct ComputeForcesTrait< ForceElement< Dimension_, ValueType_, RealType_ > >
    • struct ComputeForcesTrait< Minimal< Size_, Dimension_, DegreesOfFreedom_ > > Computes the forces by differentiating the energy.
    • struct ComputeForcesTrait< TimoshenkoBeamElement< Dimension_, ValueType_, RealType_ > >
    • struct ComputeLumpedMassMatrixTrait
    • struct ComputeLumpedMassMatrixTrait< CoreElement< MaterialModel_, Integrator_, ValueType_, RealType_ > >
    • struct ComputeMassMatrixTrait
    • struct ComputeMassMatrixTrait< ElementWithMass< Element_ > >
    • struct ComputeStiffnessMatrixTrait
    • struct ComputeStiffnessMatrixTrait< Bar< Dimension_, ValueType_, RealType_ > >
    • struct ComputeStiffnessMatrixTrait< CoreElement< MaterialModel_, Integrator_, ValueType_, RealType_ > >
    • struct ComputeStiffnessMatrixTrait< ElementWithMass< Element_ > >
    • struct ComputeStiffnessMatrixTrait< ForceElement< Dimension_, ValueType_, RealType_ > >
    • struct ComputeStiffnessMatrixTrait< Minimal< Size_, Dimension_, DegreesOfFreedom_ > > Computes the stiffness matrix by differentiating the forces.
    • struct ComputeStiffnessMatrixTrait< TimoshenkoBeamElement< Dimension_, ValueType_, RealType_ > >
    • struct CoreElement An element that computes energy, forces, and stiffness matrix using a material model and an integrator.
    • struct ElementBase
    • struct ElementWithMass Extends a given element to also store a mass matrix.
    • struct ForceElement A single-vertex element that applies a force at that vertex.
    • struct Minimal A minimal example of an element. Note that only the energy is defined.
    • struct TimoshenkoBeamElement Implementation of the closed-form Timoshenko beam element as presented in Cook et. al (2002), "Concepts and applications of Finite Element Analysis", 4th ed., pp.24-32.
    • struct TimoshenkoBeamProperties
    • struct TimoshenkoBeamProperties< RealType_, 2 >
    • struct TimoshenkoBeamProperties< RealType_, 3 >
    • namespace embedding Embed a point in reference space into physical space.
      • struct AutomaticJacobianTrait
      • struct EmbedTrait
      • struct EmbedTrait< IsoparametricEmbedding< Shape > >
      • struct EmbeddingBase
      • class IsoparametricEmbedding An isoparametric embedding based on shape functions: x(xi) = P * N(xi). Here, P is the matrix of points p_j where N_i(p_j) = delta_ij and N is the vector of shape functions.
      • struct JacobianTrait
      • struct JacobianTrait< IsoparametricEmbedding< Shape > >
    • namespace integrator Integrate an entity over an element.
      • struct ComputeVolumeTrait
      • struct ComputeVolumeTrait< IsoparametricIntegrator< Shape_, Quadrature_, ValueType_, RealType_ > >
      • struct IntegrateShapeTrait
      • struct IntegrateShapeTrait< IsoparametricIntegrator< Shape_, Quadrature_, ValueType_, RealType_ > >
      • struct IntegrateTrait
      • struct IntegrateTrait< IsoparametricIntegrator< Shape_, Quadrature_, ValueType_, RealType_ > >
      • struct IntegratorBase
      • class IsoparametricIntegrator
    • namespace materialmodels Compute energy, stress, strain, and tangent matrix of material models.
      • struct AutomaticStressTrait Computes the stress by differentiation of the energy.
      • struct AutomaticTangentMatrixTrait Computes the forces by differentiation of the stresses.
      • struct ComputeEnergyTrait
      • struct ComputeEnergyTrait< Hookean< Dimension_, ValueType_, RealType_ > >
      • struct ComputeEnergyTrait< Minimal< Dimension_ > > Always returns 0.
      • struct ComputeStrainTrait
      • struct ComputeStrainTrait< Hookean< Dimension_, ValueType_, RealType_ > >
      • struct ComputeStressTrait
      • struct ComputeStressTrait< Hookean< Dimension_, ValueType_, RealType_ > >
      • struct ComputeStressTrait< Minimal< Dimension_ > > Computes the stress by differentiating the energy.
      • struct ComputeTangentMatrixTrait
      • struct ComputeTangentMatrixTrait< Hookean< Dimension_, ValueType_, RealType_ > >
      • struct ComputeTangentMatrixTrait< Minimal< Dimension_ > > Computes the tangent matrix by differentiating the stress.
      • struct Hookean A material model for linear elastic isotropic materials.
      • struct MaterialModelBase
      • struct Minimal A minimal example of a material model. Note that only the energy is defined.
    • namespace quadrature Integrate a function over a reference element.
      • struct IntegrateTrait
      • struct IntegrateTrait< Quadrature< Type_, Dimension_, Order_ > >
      • struct Quadrature Contains a static member "data" that contains the points and weights.
      • struct Quadrature< QuadratureType::Cube, 1, 1 >
      • struct Quadrature< QuadratureType::Cube, 1, 3 >
      • struct Quadrature< QuadratureType::Cube, 1, 5 >
      • struct Quadrature< QuadratureType::Cube, 1, 7 >
      • struct Quadrature< QuadratureType::Cube, 1, 9 >
      • struct Quadrature< QuadratureType::Cube, 2, 1 >
      • struct Quadrature< QuadratureType::Cube, 2, 3 >
      • struct Quadrature< QuadratureType::Cube, 2, 5 >
      • struct Quadrature< QuadratureType::Cube, 2, 7 >
      • struct Quadrature< QuadratureType::Cube, 2, 9 >
      • struct Quadrature< QuadratureType::Cube, 3, 1 >
      • struct Quadrature< QuadratureType::Cube, 3, 3 >
      • struct Quadrature< QuadratureType::Cube, 3, 5 >
      • struct Quadrature< QuadratureType::Cube, 3, 7 >
      • struct Quadrature< QuadratureType::Cube, 3, 9 >
      • struct Quadrature< QuadratureType::Simplex, 2, 1 >
      • struct Quadrature< QuadratureType::Simplex, 2, 2 >
      • struct Quadrature< QuadratureType::Simplex, 2, 3 >
      • struct Quadrature< QuadratureType::Simplex, 3, 1 >
      • struct Quadrature< QuadratureType::Simplex, 3, 2 >
      • struct Quadrature< QuadratureType::Simplex, 3, 3 >
      • struct Quadrature< QuadratureType::Simplex, 3, 4 >
      • struct QuadratureBase
        • struct Data
    • namespace shape Compute the values, gradients, and support points of a set of shape functions.
      • struct AutomaticGradientTrait
      • struct GradientTrait
      • struct Hexa8
      • struct PointTrait Contains a member value that defines the points of the shape.
      • struct Quad4
      • struct Seg2
      • class ShapeBase
      • struct Tet10
      • struct Tet4
      • struct Tri3
      • struct Tri6
      • struct ValueTrait
  • namespace meshing Create / manipulate mesh geometries.
    • struct BoundaryRepresentation
    • struct BoundingBox
    • struct MeshGeometry Very light weight mesh class.
    • namespace cppgmsh
      • class Context
      • struct Node
  • namespace solve Minimize the total energy.
    • struct AffineTransform
    • class DynamicSolver
    • class GeneralizedNonlinearSolver
    • class GeneralizedTAOSolver
      • struct BoundaryConditionContainer
    • struct InconsistentBoundaryConditionsException
    • struct InvalidVertexException
    • class LeastSquaresSolver
    • class NonlinearSolver
    • class TAOSolver
    • class TransformingSolver
    • namespace dynamics
      • struct DampingParameters
      • struct DynamicState
      • struct NewmarkParameters
  • namespace tensor Multi dimensional arrays based on std::array.
• namespace detail