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NuTo
Numerics Tool
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NuTo
Numerics Tool
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| CNuTo::AdaptiveSolve | |
| CNuTo::Average | Calculates the cumulative moving average |
| CNuTo::Visualize::AverageGeometry | Geometry description of one cell for the AverageHandler |
| CTruss1D2N.BoundaryCondition | |
| CNuTo::GmshWriter::Box2D | Simple 2D box geometry |
| CNuTo::GmshWriter::Box3D | Simple 3D box geometry |
| CNuTo::Visualize::Cell | Class for storing visualization cells |
| CNuTo::CellData | Extracts 'cell data' like nodal values from the cell |
| CNuTo::CellIds | Named pair for cellId and ipId to make the argument list shorter and avoid accidental mixup of both |
| CCellInfos | Collection of DataArrays for the return type of ExtractCellInfos() |
| ►CNuTo::CellInterface | |
| CNuTo::CellIpData | Similar to NuTo::CellData |
| CNuTo::CellStorage | Stores and creates integration cells |
| ►CNuTo::CollidableBase | Base class for all collidables |
| CNuTo::CollisionHandler | Runs the simulation |
| CNuTo::CompareDofType | |
| CNuTo::CompareVector< TVector > | |
| CNuTo::NonlocalInteraction::Constant | Results in the model used by Peerlings et al |
| CNuTo::ConstrainedSystemSolver | |
| CNuTo::Constraint::Constraints | Stores constraint equations, separated by their dof type |
| CCreepHistoryData | Structure that holds the history data of the creep law |
| CNuTo::GmshWriter::Cylinder | Simple 3D cylinder geometry |
| ►CNuTo::Constitutive::DamageLaw | Interface for common damage laws |
| CNuTo::Visualize::DataArray< TDataType > | Collects data for a vtk <DataArray> and writes it in ascii or raw binary appended format |
| CNuTo::Visualize::DataArray< uint8_t > | |
| CNuTo::Visualize::DataArray< unsigned > | |
| CNuTo::NonlocalInteraction::Decreasing | Results in the model used by Poh & Sun 2017, IJNME and limits the nonlocal parameter |
| CDelaunayVoronoi | |
| CNuTo::DofContainer< T > | |
| CNuTo::DofContainer< Eigen::MatrixXd > | |
| CNuTo::DofContainer< Equations > | |
| CNuTo::DofContainer< int > | |
| CNuTo::DofContainer< NuTo::Group< NuTo::NodeSimple > > | |
| CNuTo::DofContainer< std::vector< Eigen::VectorXd > > | |
| CNuTo::DofContainer< TElement > | |
| CNuTo::DofInfo | |
| CNuTo::DofMatrixContainer< T > | Dof container that is also capable of performing calculations |
| CNuTo::DofMatrixContainer< double > | |
| CNuTo::DofMatrixContainer< std::vector< Eigen::Triplet< double > > > | |
| CNuTo::DofVector< T > | |
| CNuTo::DofVector< double > | |
| CSubBoxes< T >::Domain | |
| CNuTo::NewtonRaphson::DoubleSolver | "Solver" for scalar values |
| CEdge | |
| CNuTo::EigenIO | Collection of helper functions for Eigen matrices |
| CNuTo::EigenSparseSolver | Solver usable by NewtonRaphson::Solve(...) |
| ►CNuTo::ElementCollection | Interface for all the cell operations, simply forwarding the corresponding element interfaces |
| ►CNuTo::ElementInterface | |
| CNuToTest::ElementUniaxialTest | |
| CNuTo::Constraint::Equation | Stores a constraint equation |
| CNuTo::Event | Class for storing events |
| CNuTo::EventListHandler | Class for event list operations |
| CNuTo::Laws::EvolutionImplicit< TDim > | Explicit evolution equation for the NuTo::LocalIsotropicDamageLaw that implements \[ \kappa(\boldsymbol \varepsilon) = \max \left(\kappa, \varepsilon_\text{eq}(\boldsymbol \varepsilon) \right) \] |
| CFixNode< TDim > | |
| CTruss1D2N.Geometry | |
| CNuTo::GeometryConcrete | |
| CNuTo::Tools::GlobalFractureEnergyIntegrator | Class that helps with the evaluation of global load displacement curves |
| CGmshElement | |
| CGmshFileContent | |
| CGmshHeader | |
| CGmshNode | |
| CGmshPhysicalNames | |
| CNuTo::GmshWriter | Writes a mesoscale concrete geometry, consisting of a matrix, several aggregates and interfaces around them |
| CNuTo::Integrands::GradientDamage< TDim, TInteraction, TDamageLaw > | Implicit gradient enhanced damage model Peerlings RHJ et al |
| CNuTo::Group< T > | Ordered container class for elements, nodes and the like |
| CNuTo::Group< CellInterface > | |
| CNuTo::Group< NuTo::CellInterface > | |
| ►CNuTo::Visualize::HandlerInterface | Interface for a handler class that visualizes a single cell |
| CHardCodeElement8N | |
| ►CHeatConduction.HeatConductionXd | |
| CHistoryDataContiguousMemory< T > | Standard history data management object |
| ►CHistoryDataContiguousMemory< CreepHistoryData > | |
| CNuTo::InputReader | |
| CNuTo::Integrand< TDim > | |
| ►CNuTo::IntegrationTypeBase | Standard abstract class for all integration types |
| CIntegrationTypeQuad | |
| ►CNuTo::Nabla::Interface | |
| ►CNuTo::Math::Interpolation | |
| ►CNuTo::InterpolationSimple | Base class for the interpolation. The derived classes provide information about the actual interpolation |
| CNuTo::Jacobian | |
| CNuTo::Constraint::JKNumbering | Numbering where first the independent dofs are consecutively numbered leaving out the dependent ones and then the dependent dof numbers are appended |
| CNuTo::Laws::LinearElasticDamage< TDim > | Applies an isotropic damage variable to the linear elastic hookes law |
| CNuTo::NewtonRaphson::LineSearchImplementation< TInfo > | Performs the line search algorithm based on the results of a single newton iteration step |
| CLobatto | |
| CLocalDamageTruss | |
| CNuTo::Log | Set of predefined global loggers |
| CNuTo::Logger | Logger class for redirecting output to different locations/files |
| CMassMatrixIntegration.MassMatrix | |
| CTruss1D2N.Material | |
| CEigen::Matrix< T, TRows, TCols, TOptions, TMaxRows, TMaxCols > | |
| CEigen::Matrix< double, Eigen::Dynamic, 1, Eigen::ColMajor, 3, 1 > | |
| CEigen::Matrix< double, Eigen::Dynamic, 1, Eigen::ColMajor, NuTo::maxDim, 1 > | |
| CEigen::Matrix< double, Eigen::Dynamic, Eigen::Dynamic, Eigen::ColMajor, 3, 3 > | |
| CEigen::Matrix< double, TDim, 1 > | |
| ►CEigen::Matrix< double, Voigt::Dim(TDim), 1 > | |
| CEigen::Matrix< TDim > | |
| CNuTo::MatrixAssembler | Assembles an internal NuTo::DofMatrixSparse<double> from arbitrary contributions and provides access to it |
| CMechanicsControl | |
| ►CNuTo::Laws::MechanicsInterface< TDim > | |
| ►CNuTo::Laws::MechanicsInterface< 1 > | |
| CNuTo::MeshFem | Nodes, elements and interpolations for a classic finite element mesh |
| CNuTo::MeshGmsh | Reads a gmsh msh-file and converts it to a MeshFEM |
| CNuTo::Constitutive::ModifiedMisesStrainNorm< TDim > | Equivalent strain (strain norm) based on the modified mises norm |
| CMoistureTransportControl | |
| ►CNuTo::Integrands::MomentumBalance< TDim > | |
| CNuTo::Integrands::MomentumBalance< 1 > | |
| CNuTo::Integrands::MomentumBalance< 3 > | |
| CNuTo::MortonOrder | Class for sorting in Morton order (z-order as space filling curve) |
| CNaturalCoordianteToId< TRaster > | Transforms a vector of natural node coordinates to a reasonable id |
| CNaturalCoordinateMemoizer< TResult, TNaturalCoords, TIdHash > | Memoization of the a std::function<TResult(TNaturalCoords)>, mainly used for element shape functions and their derivatives |
| CNuTo::NaturalCoordinateMemoizerMap< TResult, TNaturalCoords, TCompare > | |
| CNaturalCoordinateMemoizerUnorderedMap< TResult, TNaturalCoords, THash, TEqual > | |
| CNuTo::Integrands::NeumannBc< TDim > | Applies a neumann boundary condition |
| CNuTo::NodalValueMerger | Performs our good old "NodeMerge" and should be replaced by any solution from issue #141 PDE nodal values |
| CNuTo::NodeSimple | Store node values and its dof |
| CNuTo::NewtonRaphson::NoLineSearch | Just a normal continuation of the newton scheme without using line search while keeping the interface of NuTo::LineSearch |
| CNuTo::Nurbs< TDimParameter > | Class for NURBS curves, with IGA specific functions. NURBS specific algorithms taken from Piegl, Tiller 'The NURBS book' 1996 |
| CObserver | |
| CNuTo::GmshWriter::Options | Gmsh options that are defaulted to well working parameters |
| CParameters | |
| CParametersGeometry2D | |
| CParametersGeometry3D | |
| CParametersMaterial | |
| CParametersTimeIntegration | |
| CNuTo::ParticleCreator | |
| CNuTo::ParticleHandler | Handles the particle list |
| ►CQuad2DPatchTest.PatchTestCase | |
| CNuTo::Test::PlateWithHoleAnalytical | |
| CNuTo::Visualize::Point | Point for visualization |
| CPolygon | |
| CNuTo::PolynomialLeastSquaresFitting | |
| CNuTo::Visualize::PostProcess | Allows you do define multiple visualizers with various visualization objects and writes them at once (including a *pvd file) |
| CNuTo::NewtonRaphson::Problem< TR, TDR, TNorm, TTol, TInfo > | Problem definition |
| CProperties | |
| CNuTo::QuasistaticSolver | |
| ►Cruntime_error | |
| ►CNuTo::SerializeStreamBase | Base class for the NuTo SerializeStream Used for the serialization of data values only |
| ►CNuTo::Shape | |
| CNuTo::SimpleAssembler | |
| CSimpleMesh1D | |
| CSimpleMesh2D | |
| CNuTo::Material::Softening | Common material parameters for softening materials |
| CNuTo::Specimen | Class for Specimen |
| CSteel | |
| CNuTo::SubBox | Class for sub box handing -> improves the performance without changing the physics |
| CSubBoxes< T > | Container that performs O(1) addition and O(1) lookup based on subboxes |
| CNuTo::SubBoxHandler | Builds and handles sub boxes |
| CNuTo::SupportPoints | Stores the support points |
| CNuTo::Constraint::Term | Stores constraint equation terms |
| ►CTestCase | |
| CTestCells | Mesh with num x num quad elements, linear dof interpolation and 4 integration points per cell |
| CTestMatrix | |
| CTestStructure | |
| CTimeControl | |
| CNuTo::TimeDependentProblem | Equation system that contains R(u, u') + M u'' = 0 with R = Gradient dR/du = Hessian0 dR/du' = Hessian1 M = Hessian2 |
| CNuTo::Timer | Prints the lifetime of a Timer object on destruction |
| CTriangle | |
| CTrussStructure | |
| CNuTo::UniqueId< T > | This class provides a unique id (beginning at 0 and incrementing for each object) |
| ►CNuTo::UniqueId< DofType > | |
| CNuTo::Visualize::UnstructuredGrid | Visualization of unstructured grids |
| CUnstructuredGridCheck | |
| CNuTo::ValueVector< T > | Container that stores values of T and keeps references to these values valid |
| CNuTo::ValueVector< NuTo::ElementCollectionImpl > | |
| CNuTo::ValueVector< NuTo::NodeSimple > | |
| ►CVector3d | |
| Cboost::numeric::odeint::vector_space_norm_inf< Eigen::MatrixBase< Derivative > > | |
| CNuTo::VectorAssembler | Assembles an internal NuTo::DofVector<double> from arbitrary contributions and provides access to it |
| CVectorEqual< TVector > | |
| CVectorHash< TVector > | |
| CVibratingTruss | |
| CVibrations | |
| CNuTo::Visualize::Visualizer | Class to write visualization files of DOF values and cell data |
| CNuTo::Test::VisualizeTestStructure | |
| CNuTo::NewtonRaphson::VoidInfo | Takes any argument and does nothing.. |
| CNuTo::Voigt | |
| CNuTo::Visualize::VoronoiCell | |
| CNuTo::Visualize::VoronoiGeometry | |
| CNuTo::Visualize::XMLWriter |
1.8.11
