C std::_Vector_base< typename _Tp, typename _Alloc > [external] C std::vector< T > [external] C Fiber::MultiArraySTLVector< N, T > A multidimensional array for data that are stored in an STL vector<> C std::vector< char > [external] C Fiber::FiberIO::HDF5::FragmentIDBuffer C std::vector< TensorDeviceState * > [external] C TensorDevicePool Pool of current OpenCL devices C Fiber::AcceptType< T, more > A template helper class to provide an easier syntax for allowing certain field types to be accepted by this fish C Fiber::AcceptType< T > C Fiber::AcceptType< Type... > C Fiber::AcceptType< META::LIST< Type... > > C Wizt::H5Script::Action C Traum::AffineAcceleration< SpaceTime > C Traum::TimeAcceleration< SpaceTime > C MemCore::Ageable [external] C Fiber::FiberMap< RefPtr< FieldID > > C Fiber::Representation A Representation is a set of Field objects, each of them accessed via some FieldID identifier C Fiber::Bundle The main entity holding all information C Fiber::DataRangeBase Base class for ranges that can be attached to Creators C Fiber::DataRange< Type > Class for ranges of types, such as minimum/maximum C Fiber::FiberMap< ID > Base class for fields defined on some base space C Fiber::Field A Field is a collection of CreativeArrayBase reference pointers which are accessed via FragmentID objects C Fiber::ComputationalField< FieldOperator > A field which contains computational operations that are executed on demand per fragment C Fiber::RegularlyFragmentedField< DIMS > A convenience class for optimized handling of fields that are fragmented in a regular manner (n-dimensional tiling) C Fiber::FragmentSelector Abstract base class to select a certain subset from a Field 's collection of fragments C Fiber::GridContainer An abstract base class for a list of Grid objects C Fiber::GridList A sequence of Grid objects with identifiers C Wizt::TextureBase [external] C Wizt::GLTextureBase [external] C Wizt::TextureID< 1 > [external] C Wizt::GLTexture< 2, 1 > [external] C Wizt::GLTexture2DBase [external] C Wizt::GLTexture2D [external] C Wizt::Iris::PointShape Control structure of shapes imposed on a point sprite C Wizt::VBO::Renderer [external] C GL::ElementRenderer Base class to draw a selection of elements as OpenGL points C Wizt::SplatRenderObject::Renderer A Vertex Buffer Render object for making splats C GL::LineSetRenderer Renderer for sets of Lines stored in a grid, as managed by class LineSet (gridtypes library) C Wizt::VStateCreatorBase::State [external] C Wizt::Vitreous::VolumeState C Wizt::VishSaver [external] C VScriptH5Snapshot The VScriptH5Snapshot that takes a snapshot of the current state of the Vish network, assuming that there is an open HDF5 file derives from VishSaver Dimokritos Stamatakis Brandeis University July, 2016 C VishScriptH5Saver The VScriptH5Saver that saves the Vish network in an HDF5 file derives from VishSaver Dimokritos Stamatakis Brandeis University April, 2016 C Wizt::FishSaver C Wizt::FishSaver C Wizt::AnemoneCreatorContext [external] C Wizt::AnemoneRenderFields::CreationContext C Wizt::GridAnemoneCreationContext The context of creating a RenderAnemone C Wizt::AnemoneParameters Special properties that are available optionally in shader code C Fiber::Curve::ArcLength Compute the arc length of a curve C Arithmetic< ArrayType > C std::array< Type, 2 > [external] C Fiber::DataRange< Type > Class for ranges of types, such as minimum/maximum C Fiber::ArrayCollector< Array2D > C Fiber::ArrayList< T, S > C Fiber::ArrayRef< T, N > An array reference class, which is a convenience class for reference pointers to multidimensional memory arrays C FieldLines::AtomicDataBase C FieldLines::AtomicIntegrator< FieldType, FrontGeodesics, InterpolType > C FieldLines::AtomicIntegrator< tvector, FrontStreamline, InterpolType > C FieldLines::AtomicIntegrator< tvector, Pathline, InterpolType > C FieldLines::AtomicIntegrator< FieldType, LineType, InterpolType > C FieldLines::AtomicPathlineData C attr_data C MemCore::Attributes [external] C Fiber::Bundle The main entity holding all information C Fiber::SaveableAttributes Attributes with an age that allows to keep track when the attributes had been saved last C Fiber::CreativeArrayBase Base class for multidimensional arrays that employ deferred storage, i.e C Fiber::OnDemandCreator< SliceExtractor< Converter, InputTypes > > C Fiber::OnDemandCreator< ComputeVertexNormals > C Fiber::OnDemandCreator< Computer, Rank, result_value_type > A Creator object that allows to create data on demand, when they are used and accessed C Fiber::Field A Field is a collection of CreativeArrayBase reference pointers which are accessed via FragmentID objects C Fiber::Grid A Grid is a set of Skeleton objects, each of them accessed via some unique SkeletonID object C Fiber::Skeleton A Skeleton is a set of Representation object, each of them accessed by an Representer object C Fiber::Slice Information per time slice, mainly a set of Grid objects that are accessed via GridID objects C MemCore::LoaderBase [external] C MemCore::Loader< Bundle > [external] C Fiber::FSLoader< Bundle > C Fiber::HDF5Loader< Bundle > Loader implementation for Bundle objects via HDF5 C Fiber::ImageSequenceLoader C Fiber::XMLLoader< Bundle > C Fiber::myHDF5Loader C MemCore::Auto< T > [external] C Wizt::VFilter< AcceptList< InputType >, FunctionObject, OutputType > [external] C Wizt::VPipeline< Fiber::Field, FunctionObject, OutputType > Implements a data filter for Fields to output types C Wizt::VPipeline< Fiber::Field, FunctionObject, void > Implements a data sink for Fields C Wizt::VPipeline< Fiber::Grid, GridFunctionObject, OutputObject > C Wizt::VPipeline< Fiber::Grid, GridFunctionObject, void > C Wizt::VPipeline< void, FunctionObject, Fiber::Field > Implements a data source for Fields C Wizt::VFilter< Fiber::Grid, GridFunctionObject, void > [external] C Wizt::VPipeline< Fiber::Grid, GridFunctionObject, void > C Wizt::VFilter< Fiber::Field, FunctionObject, OutputType > Implements a data filter for Fields to Fields C Wizt::VPipeline< Fiber::Field, FunctionObject, OutputType > Implements a data filter for Fields to output types C Wizt::VFilter< Fiber::Grid, GridFunctionObject, OutputObject > C Wizt::VPipeline< Fiber::Grid, GridFunctionObject, OutputObject > C Wizt::VSink< Fiber::Field, FunctionObject > Implements a data filter for Fields to Fields C Wizt::VPipeline< Fiber::Field, FunctionObject, void > Implements a data sink for Fields C Wizt::VSink< Fiber::Grid, GridFunctionObject > Specialization of the VSink<> Creator template for objects operating on Grids C Wizt::VSource< FunctionObject, Fiber::Field > Implements a data source for objects providing Fields C Wizt::VPipeline< void, FunctionObject, Fiber::Field > Implements a data source for Fields C Wizt::IntegralFace::AutoEmitterData C Fiber::AverageField< T > C META::BaseClass< Fiber::Cell< DIMS, Elements, IndexType > > C META::BaseClass< Fiber::RegularCell< Dims, IndexType, NamingConvention > > C META::BaseClass< Fiber::SimplexCell< Dims, IndexType, NamingConvention > > C std::basic_string< typename _CharT, typename _Traits, typename _Alloc > [external]STL class C std::string STL class C H5Identifier::CaptureErrors C H5Object::CaptureErrors C Fiber::LocalFromWorldPoint::BBSelectorMemoryTree Select fragment candidates out of all the candidates by doing a query into the KDTree and provide a method to step through the candidates C Fiber::bgr C Wizt::BillboardBase Convenience class for drawing billboards using a Geometry Shader C Wizt::Billboard Convenience class for drawing Billboards C Wizt::HeightDots C Wizt::HeightDotsMultiView C Wizt::WhiteDots C Fiber::BinaryOperator< Operator, PrimaryValueType, SecondaryValueType, ResultValueType > Implementing a binary operation on two fields with on-demand computation per fragment and discarding data when memory is tight C Wizt::BufferID [external] C Wizt::BufferArray [external] C Wizt::TypedBufferArrayBase< Type > [external] C Wizt::TypedBufferArray< Type > [external] C Wizt::TypedVertexBufferArray< Type > [external] C Wizt::RGBAArray< Type > C Wizt::TensorArray< Type > Xx 0 xy yy 1 2 xz yz zz 3 4 5 C Wizt::TypedVertexBufferArray< class Type > [external] C Wizt::RGBAArray< Eagle::rgba_float_t > C Wizt::TensorArray< Eagle::metric33 > C Fiber::BundleProperty Convenient abstract base class for inspecting and evaluating properties of Bundles C Fiber::BundleProperty::Anything A bundle property which accepts anything C Fiber::GridProperty An abstract bundle property which returns true if a Grid with the property query as implemented in this subclass will return true C Fiber::SkeletonExistence A concrete Grid Property which looks for the existence of a Skeleton of the specified dimension and index depth C Fiber::hasCartesianCoordinates Checks if the given Grid has a representation in cartesian coordinates C Fiber::hasExplicitCartesianCoordinates Checks if the given Grid has a explicit cartesian coordinates, i.e, no procedural coordinates such as a direct product C Fiber::hasSkeletonOfGridType< GridType > C Fiber::isCurvilinearGrid Checks if the given Grid is a Curvilinear Grid C Fiber::isFragmentedUniformCartesianGrid Checks if the given Grid is uniform in cartesian coordinates, possibly in multiple fragments C Fiber::isRegularGrid< Dimensions > Checks if the given Grid is regular C Fiber::isUniformCartesianGrid Checks if the given Grid is uniform in cartesian coordinates C Fiber::StrongPtr< class Object, class ObjectBase >::Call C Fiber::StrongPtr< class Object, class ObjectBase >::Call< StrongPtr< ReturnType, typename ReturnType::reference_domain_t > > C Cartesian4Dd C Traum::NumericalSpacetime< MultiArray< 4, Cartesian4Dd::Metric, Cartesian4Dd::Metric * >, Cartesian4Dd > C Traum::NumericalSpacetime< TensorField, Cartesian4Dd > C Fiber::CatMullRomSpline< T > Catmull-Rom cubic spline interpolation C Cell< Dims,(1<< Dims), uint32_t > C Fiber::RegularCell< 2, uint32_t > C Fiber::RegularCell< 3, uint32_t > C Cell< Dims,(1<< Dims), uint64_t > C Fiber::RegularCell< 2, uint64_t > C Fiber::RegularCell< 3, uint64_t > C Fiber::CellCluster< CellDims, ClusterDepth > A set of cells stored on a Grid C Fiber::CellCluster< 2, 2 > C Fiber::TriangleSet A set of triangles stored on a Grid C Fiber::CellDirectionsFixed Creator for a vector field pointing from the cell centers of the strong neighbors to the center of the cell of interest stored as a vector field in the cells as cells topology C Fiber::CellDirectionsVariable Creator for a vector field pointing from the cell centers of the weak neighbors to the center of the cell of interest stored as a vector field in the cells as cells topology C Fiber::CellNeighborhoodFixed Creator for computing strong neighbors and stores them as a fixed array of cell indices per cells in a cells as cells topology (positions field, 2D Memarray) C Fiber::CellNeighborhoodVariable Creator for computing weak neighbors and stores them as a std::vector of cell indices per cells in a cells as cells topology (positions field, vlen) C Fiber::CellSearch C Chart C Traum::Schwarzschild Implementation of the Schwarzschild spacetime in polar coordinates C Fiber::ChartRegistry< ChartType > C Fiber::CheckType C Fiber::ChildrenProperties C Fiber::ChunkBase C FieldLines::CoarseIntegrator< FieldType, LineType, InterpolType > C Fiber::Collector< T > C Wizt::Colorizer [external] C VectorViz::VectorSpeckle Render a vector field as points with normal vector according to the vector values, simple and fast C Wizt::CarpetAnemone The CarpetAnemone handles a colormap attached to an Anemone C Wizt::HeightDots C Wizt::ColorizedFloatSliceRenderer Base class for a common properties of render objects rendering a 2D slice of a 3D scalar field C Wizt::VolumeRender Volume renderer for scalar fields on uniform grids C Fiber::CompareEdges CompareEdges Input: Two edges (E0 & E1), each consists of two point indices, eg: 3,4 and 7,3 C Fiber::CompareFragmentIDs C Fiber::CompareFragmentIDsNumerically C Fiber::ComputeCellField< T > C Fiber::ComputePartialDerivative< EvalDimension > Compute the partial derivative of a multidimensional array in the given index direction C Fiber::ComputePartialDerivative< Dims_t(-1)> Stop the recursion of computing the partial derivatives over all dimensions C Fiber::ComputeRange< Type > A class to compute the range of fields or field fragments C Fiber::ComputeUnitVector C Fiber::ComputeVertexNormals C Fiber::FiberIO::HDF5::list< typename _Tp, typename _Alloc >::const_iterator STL iterator class C Fiber::FiberIO::HDF5::string::const_iterator STL iterator class C Fiber::list< typename _Tp, typename _Alloc >::const_iterator STL iterator class C Fiber::map< typename _Key, typename _Tp, typename _Compare, typename _Alloc >::const_iterator STL iterator class C Fiber::set< typename _Key, typename _Compare, typename _Alloc >::const_iterator STL iterator class C Fiber::string::const_iterator STL iterator class C Fiber::unordered_set< typename _Value, typename _Hash, typename _Pred, typename _Alloc >::const_iterator STL iterator class C Fiber::vector< typename _Tp, typename _Alloc >::const_iterator STL iterator class C GL::vector< typename _Tp, typename _Alloc >::const_iterator STL iterator class C Fiber::const_ranged_for_iterator< T > C Fiber::FiberIO::HDF5::list< typename _Tp, typename _Alloc >::const_reverse_iterator STL iterator class C Fiber::FiberIO::HDF5::string::const_reverse_iterator STL iterator class C Fiber::list< typename _Tp, typename _Alloc >::const_reverse_iterator STL iterator class C Fiber::map< typename _Key, typename _Tp, typename _Compare, typename _Alloc >::const_reverse_iterator STL iterator class C Fiber::set< typename _Key, typename _Compare, typename _Alloc >::const_reverse_iterator STL iterator class C Fiber::string::const_reverse_iterator STL iterator class C Fiber::unordered_set< typename _Value, typename _Hash, typename _Pred, typename _Alloc >::const_reverse_iterator STL iterator class C Fiber::vector< typename _Tp, typename _Alloc >::const_reverse_iterator STL iterator class C GL::vector< typename _Tp, typename _Alloc >::const_reverse_iterator STL iterator class C Fiber::RepresentationMap::ConstIterator Constant Iterator base class to inspect all representations in a given RepresentationMap C Fiber::ComputeVertexNormals::Constructor_t C Fiber::ConstSkeletonIterator Base class for constant iterators over a sequence of skeletons C Fiber::CopySkeletons This Skeleton iterator takes a new Grid as an input and copies topological related information to the new Grid C GridConv::IterateSkeleton C ContainerBase C Fiber::Ownable< Domain, ContainerBase >::Container Base class for objects that may own domain-specific objects C Context C ParseContext C Eagle::Context [external] C Eagle::ParserContext [external] C Fiber::AccessibleParserContext C Fiber::GridEvaluator::Context C Wizt::ContourLines C Wizt::HeightDots C Fiber::CoordinateAxisArray< T, Category > C CoordinateSystem C Traum::NumericalSpacetime< MetricArray, CoordinateSystem > It conformes to the concept of an Acceleration C Fiber::CopyMemArrayIterator< Dims > C Fiber::CopyMemArraySourceTypeIterator< SrcMemArrayType > C H5Group::Create C Fiber::CreateFromLinear A helper class to be used for multilinear index construction C Fiber::CreateTexture< TextureStorageType, TextureFormat > Template class to load OpenGL textures of a specified type from Memory Arrays C Fiber::CreativeArrayBaseContainerBase This class will be "injected" into the owning class, which means the Field class will be derived from this one C MemCore::CreatorBase< Domain > [external] C MemCore::Creator< MemBase, CreativeArrayBase > [external] C Fiber::CreativeArray A helper class that keeps objects in memory all time C Fiber::HDF5VLenCreator Deferred creation of MemBase objects that contain vectors of data per element from an HDF5 file C Fiber::TypedHDF5VLenCreator< Type > C Fiber::HDF5stringCreator Deferred creation of MemBase objects that contain vectors of data per element from an HDF5 file C MemCore::Creator< RefType, MyCreatorBase > [external] C MemCore::AlzheimerCreator< MemBase, CreativeArrayBase > [external] C Fiber::AsynchronCreator A Creator object that generates its content on demand C AnalyticCreator< KerrMetric > C AnalyticCreator< Formula > A Fiber Creator that computes a data array on request in a thread C Fiber::TypedAsynchronCreator< Type > C Fiber::HDF5CreatorBase Deferred creation of MemBase objects from an HDF5 file C Fiber::HDF5Creator Deferred creation of MemBase objects from an HDF5 file C Fiber::RawFileCreator C Fiber::RawImageBufferCreator Https://www.libraw.org/docs C Fiber::RawImageCreator There is one common RawImageBufferCreator for many RawImageCreator C MemCore::AlzheimerCreator< Fiber::MemBase, CreativeArrayBase > [external] C Fiber::FunctionalCreatorBase C Fiber::FunctionalCreator C Fiber::LeaftletCreator Http://b.tile.openstreetmap.org/0/0/0.png C MemCore::CreatorBase< MemBase > [external] C Fiber::CreativeArrayBase Base class for multidimensional arrays that employ deferred storage, i.e C Fiber::CubicIpol< T > Cubic interpolation using Hermite polynoms C Wizt::Cursor3D [external] C Wizt::HeightDots C CurvedSpaceIntegrator C Fiber::Curve::CurveOperatorData C Fiber::CurvilinearSearch< PointType > C Fiber::CurvilinearSearch< Eagle::PhysicalSpace::point > C D12 C Fiber::DataCreator< T > C Fiber::DataCreator< double > C SliceProvider C Wizt::DataField< Dims, T > C MemCore::DeferredInitializationTrait< Fiber::MemBase > C MemCore::DeferredInitializationTrait< Fiber::OwnerOf< Fiber::Slice >::reference_domain_t > C Fiber::Derivative< dT > C Fiber::DerivativeOperatorData C Fiber::DeriveArray< Interpol, DerivativeDimension, Delimiter > Compute the partial derivative of a multidimensional array C Fiber::DeriveArray< Interpol, -1, Delimiter > C Fiber::DeviatoricRadius C Fiber::DeviatoricStress C icl::Device C DirectInterpolate C Fiber::DirectProductMemArrayCreateBaseArray C Wizt::DisplayShader C Wizt::TypedDisplayShader< PrimaryType > C Wizt::VertexFieldShader< DisplayShader, RenderCategory > Apply a Shader object on a vertex field C Wizt::DistinctiveElement C Fiber::DoebyGDAL C Fiber::DoebyKml C Fiber::DoebyLas C Fiber::DoebyTiff C Fiber::H5ID::Domain< ChartDomain > C Eagle::DomainFunctions< Domain, VectorType > [external] C Eagle::DomainVector< Vector< double, 3 >, RGB > [external] C Fiber::RGBOperator::rgb_real C RGBOperator::rgb_real C Fiber::CopyMemArraySourceTypeIterator< SrcMemArrayType >::exec< T >::DstStorage< Storage > C Fiber::DynamicSize A class describing an n-dimensional space at runtime C Fiber::SizeInterface An interface telling size and dimensionality of a dataset, a refcounted version of DynamicSize C Fiber::FragmentedSizeInterface C MemCore::DynPtr< Object, ObjectBase > [external] C MemCore::WeakPtr< Object, ObjectBase > [external] C Eagle::StrongPtr< Object, ObjectBase > [external] C Fiber::BundlePtr Convenience class that implements a pointer to a Bundle object but adds some useful member funtions that lets the pointer resemble the same properties as the Bundle object itself C Fiber::RegularGrid3D C Fiber::CurvilinearGrid3D C Fiber::UniformGrid3D C Fiber::SlicePtr Convenience shortcut for pointers to Slices C Fiber::TriangularSurface A triangular surface stored on a Grid C Fiber::TriangularSurfaceWithEdges A triangular surface stored on a Grid , containing vertices, edges, triangles C Fiber::TypedGrid Base class for grid types C Fiber::FragmentTopology C Fiber::RegularFragmentTopology< Dims > C Fiber::GridWithCartesianVertices C Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 > C Fiber::FragmentedUniformGrid3D C Fiber::FragmentedUniformGrid3DPoints C Fiber::RegularlyFragmentedClusteredPointCloudGrid Grid type for a fragmented point cloud proving a cell look into presorted vertices C Fiber::RegularlyFragmentedCurvilinearGrid3D C Fiber::MDHistory A convenience grid type for molecules C Fiber::RegularlyFragmentedGridWithCartesianVertices< VertexDims > C Fiber::RegularlyFragmentedGridBase C Fiber::RegularlyFragmentedGrid< VertexDims > C Fiber::RegularlyFragmentedGridWithCartesianVertices< 3 > C Fiber::RegularlyFragmentedGridWithCartesianVertices< VertexDims > C Fiber::RelativeRepresentation A relative representation from one Skeleton to another Skeleton where elements of one Skeleton are related to the other one C Fiber::RefinedFragmentSkeleton A relative representation from the fragments of one one Skeleton to the fragments of another Skeleton C MemCore::StrongPtr< Object, ObjectBase > [external] C Eagle::Ref< VInputCreator< Fiber::Field, VCreator< FunctionObject > > > [external] C Wizt::VSource< FunctionObject, Fiber::Field > Implements a data source for objects providing Fields C Eagle::Ref< TypedFieldInputCreator< FunctionObject, FunctionObject::GridInspector, OutputType > > [external] C Wizt::VFilter< Fiber::Field, FunctionObject, OutputType > Implements a data filter for Fields to Fields C Eagle::Ref< TypedFieldInputCreator< FunctionObject > > [external] C Wizt::VSink< Fiber::Field, FunctionObject > Implements a data filter for Fields to Fields C Wizt::TypedSlot< FieldSelector > [external] C Wizt::TypedSlot< Fiber::Field > An input slot for retrieving fields on a Fiber::Grid C Wizt::VSlotContainer::in< Fiber::Field, VSlotContainer::InvalidExpertLevel, void > C Wizt::TypedSlot< VFragmentSelector > [external] C Wizt::TypedSlot< Fiber::FragmentSelector > C Wizt::TypedSlot< GridSelector > [external] C Wizt::TypedSlot< Fiber::Grid > The input fish scale for grids C Wizt::VSlotContainer::in< Fiber::Grid, VSlotContainer::InvalidExpertLevel, void > C Wizt::TypedSlot< Fiber::Field > An input slot for retrieving fields on a Fiber::Grid C Wizt::TypedSlot< Fiber::FragmentSelector > C Wizt::TypedSlot< Fiber::Grid > The input fish scale for grids C Wizt::VOutput< FieldSelector > [external] C Wizt::VOutput< Fiber::Field > The output fish scale for fields, used whenever an VObject provides a field C Wizt::VOutput< VFragmentSelector > [external] C Wizt::VOutput< Fiber::FragmentSelector > C Wizt::VOutput< GridSelector > [external] C Wizt::VOutput< Fiber::Grid > The output fish scale for grids, used whenever an VObject provides a grid C Wizt::VSlotContainer::out< Fiber::Grid, void > C Wizt::VOutput< Fiber::Field > The output fish scale for fields, used whenever an VObject provides a field C Wizt::VOutput< Fiber::FragmentSelector > C Wizt::VOutput< Fiber::Grid > The output fish scale for grids, used whenever an VObject provides a grid C MemCore::StrongPtr< Object, StrongPtr< Object >::ObjectBase_t > [external] C MemCore::OmegaPtr< RefCountable > [external] C MemCore::OmegaRef< VInputCreator< OutputObject, GridActor< GridFunctionObject > > > [external] C Wizt::VFilter< Fiber::Grid, GridFunctionObject, OutputObject > C MemCore::OmegaRef< GridActor< GridFunctionObject > > [external] C Wizt::VSink< Fiber::Grid, GridFunctionObject > Specialization of the VSink<> Creator template for objects operating on Grids C Fiber::Edges Identify the edges on a skeleton within a Grid C Fiber::LineSetWithEdges C Fiber::MDHistory A convenience grid type for molecules C Fiber::TriangularSurfaceWithEdges A triangular surface stored on a Grid , containing vertices, edges, triangles C Fiber::EigenFields C Fiber::EigenValueArrays Contains typed arrays to EigenValues and EigenVectors C Fiber::EigenArrays Contains typed arrays to EigenValues and EigenVectors C Fiber::EigenValueIterators Contains iterators to eigenvalues C Fiber::EigenIterators Contains iterators to eigenvalues and eigenvectors C Fiber::EigenVectorFlipper C Fiber::ElementProxy< Iterator > A proxy for Iterators, such that an Iterator 's element looks like an Iterator 's element (!), even though it isn't (the internal storage layout may be different) C Fiber::ElementryArrayTrait< Type > C Wizt::IntegralFace::EmitterFieldData C Wizt::EnableTexture [external] C Wizt::GLTexture2D [external] C Wizt::myNotifier::Entry C Traum::EquatorialPlane Construction of radial-inverse polar coordinates on an arbitrarily oriented plane C Fiber::EuclideanMetric A namespace-like class implementing operations that are required from a metric field that implements the Euclidean metric in 3D C Fiber::CurveDerivative< Type, Metric, ValueOperator > An operator for OnDemandCreators to be used on LineSet 's C Fiber::EvalFragment::eval< data_t > C Traum::EvalChristoffel< g > C Traum::EvalChristoffelElement< i, j, k, g > C Traum::EvalChristoffelI< I, g, dims > C Traum::EvalChristoffelI< 0, g, dims > C Traum::EvalChristoffelIJ< I, J, g, dims > C Traum::EvalChristoffelIJ< I, 0, g, dims > C Traum::EvalChristoffelIJK< I, J, K, g, dims > C Traum::EvalChristoffelIJK< I, J, 0, g, dims > C Eagle::Evaluator [external] C Fiber::FieldEvaluator< Dims > C Fiber::EvolutionIterator< Field > C Fiber::EvolutionIterator< Grid > Callback iterator functor for iterating over the grids of a bundle C FieldLines::GridIterator C Fiber::EvolutionIterator< Skeleton > Callback iterator functor for iterating over the grid skeletons of a bundle C Fiber::EvolutionIterator< Slice > Iterator for Slices C Fiber::Collector< Bundle > C Fiber::FiberIO::HDF5::HDF5Saver< Slice > C Fiber::Iterator< Slice > C Fiber::SaveImage C MyIterator C SliceIterator C Fiber::SliceSaver C Fiber::fsSliceSaver C SliceIterator C SliceIterator C SliceIterator C MemCore::CreatorBase< MemBase >::Exception C Fiber::OnDemandCreator< Computer, Rank, result_value_type >::Exception Associated Exception class C MemCore::Exception [external] C Wizt::RenderException [external] C Wizt::GLError [external] C Wizt::VertexField::Error Exception class C std::exception [external]STL class C Fiber::DataRangeBase::NoDataRange C Fiber::FragmentSkeleton::exception C Fiber::FragmentSkeleton::NoVertices C Fiber::IsoException C Fiber::PointSearch::exception C Fiber::PointSearch::NoVertices C Fiber::RangeException C Fiber::RangeFailureAction< 0 > C Fiber::RangeFailureAction< 1 > C Fiber::RangeFailureAction< 2 > C Fiber::RangeFailureAction< 3 > C Fiber::TangentialVectorsAndCurveParameter::Exception C Fiber::TangentialVectorsAndCurveParameter::NoEdges C Fiber::TangentialVectorsAndCurveParameter::NoEdgePositions C Fiber::TangentialVectorsAndCurveParameter::NoEdgesAsVertices C Fiber::TangentialVectorsAndCurveParameter::NoVertexField C Fiber::TangentialVectorsAndCurveParameter::NoVertices C Fiber::TangentialVectorsAndCurveParameter::NoVertexFieldCreator C Fiber::TangentialVectorsAndCurveParameter::NoVertexFieldData C Fiber::CheckType::exec< T > C Fiber::CopyMemArrayIterator< Dims >::exec< T > C Fiber::CopyMemArraySourceTypeIterator< SrcMemArrayType >::exec< T > C FieldOperator::ScalarFieldLinearCombine::CombineOverTypes::exec< T > C Wizt::FieldInputCreator< FieldVObject, TypeList, GridInspector, NumberOfInputFields, OutputType >::MakeString::exec< T > C Wizt::TypeInspector::exec< T > C Fiber::ExplicitCoordinateAxisArray C Fiber::ExplodeTensor C Fiber::ExpRemap< Type > C Fiber::Expression< Operator > C Fiber::ExtractSlice< Operator, Array3D > C Fiber::ExtractSlice< Operator, META::LIST< Array3D, NEXT > > C Fiber::ExtractSlice< Operator, META::NIL > C F5BundleIterator C F5Fragment C Fiber::HDF5CreatorBase Deferred creation of MemBase objects from an HDF5 file C Fiber::FiberIO::HDF5::F5FragmentAttributes C Fiber::FastCubicIpol< T > Fast cubic interpolation which requires the same number of sampling points as the linear interpolation, but provides a smooth derivative at the cost that this derivative is always zero at the samplint points C Fiber::FEM C Fiber::FEMOperatorData C Fiber::FiberTypeIndex C Fiber::FiberTypeBase Abstract procedural description of a data element which may be used to construct arrays and fields C Fiber::FiberType< Type > C Fiber::FiberType< T > Description of types, which is meta-information like what is the number of elements of some array-like type C GL::FieldBuffer< ArrayType, ThrowExceptionOnTypeMismatch > Templated static member function to load data from MemArray s into vertex arrays C GL::FieldBufferAttribute A named vertex attribute array, to be used for shaders C GL::FieldBufferNormalArray C GL::FieldBufferTexCoordArray C GL::FieldBufferVertexArray C FieldLines::FieldCollectionDataBase1D C FieldLines::FieldCollection< FieldType, FrontGeodesics > C FieldLines::FieldCollection< tvector, FrontStreamline > C FieldLines::FieldCollection< tvector, Pathline > C Fiber::FieldExplorer< ArrayType > C Fiber::FieldExplorer< MultiArray< Dims, ValueType > > C Wizt::GridAnemone::FieldInfo C Wizt::FieldInputCreatorBaseTrait< FieldVObject, OutputType > Template meta-program to compute the right base class for FieldInputCreators (objects that take Field objects as input), depending on whether they provide some output or not C Wizt::FieldInputCreatorBaseTrait< FieldVObject, void > C Fiber::FieldInterpolatorBase C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::ANALYTIC > C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::CUBIC > C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::LINEAR > C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::RECTILINEAR > C Fiber::FieldInterpolator< tvector, CoordType, FieldInterpolatorBase::EIGENCUBIC > C Fiber::FieldInterpolator< tvector, CoordType, FieldInterpolatorBase::EIGENLINEAR > C Fiber::FieldInterpolator< FieldType, CoordType, InterpolType > The FieldInterpolation class provides a function to do data interpolation on a data field C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::ANALYTIC > C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::CUBIC > C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::LINEAR > C Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::RECTILINEAR > C Fiber::FieldInterpolator< tvector, CoordType, FieldInterpolatorBase::EIGENCUBIC > C Fiber::FieldInterpolator< tvector, CoordType, FieldInterpolatorBase::EIGENLINEAR > C Fiber::FieldIterator Class for iterating over fields, in particular those contained in a Representation object C Fiber::FEM::AverageToVertexFields C Fiber::FEM::ComputeToVertexCellFields C Fiber::FEM::FindPossibleDisplacementField C Fiber::FEM::FindPossibleStressField C Fiber::FEM::GetFirstFieldSize C Fiber::FEM::SetupDerivedFields C Fiber::FieldSaver C Fiber::Iterator< Field > C IterateFields C IterateFields C MyIterator C Fiber::SaveImage C Fiber::fsFieldSaver C SelectionGridExtractor::FieldIt C SelectionGridExtractor::FieldIteratorData C FieldOperator C Fiber::ComputationalField< FieldOperator > A field which contains computational operations that are executed on demand per fragment C Fiber::FieldProxy A proxy object that looks like a RefPtr<Field> but equips fields with a FieldCreator and a FragmentIDCollection on assignment C Fiber::FieldRef Context information for creating a field and inserting data C Fiber::FieldEvaluator< Dims >::FieldSet C Fiber::EvalExpression< Dims, NodeType > C Fiber::Transformator::FieldTransformator C Wizt::FieldTypeAcception< TypeList > C Wizt::FieldTypeAcception< std::any > C Fiber::FiberIO::HDF5::FileDeleter C Fiber::Chunk< class T >::Filler C Fiber::StorageTransformations::FilterContext C Fiber::StorageTransformations::FilterSettings C Fiber::LocalFromWorldPoint::FindCell Base class for finding the cell containing the point in a fragment C Fiber::LocalFromWorldPoint::HexaHedralCellNewton Finds a cell containing a world point by using the UniGridMapper C Fiber::ComputePartialDerivative< EvalDimension >::FiniteDifferenceOperation< Dims, Value, ResultType > C Fiber::FiniteDifferenceTrait< ResultType > Type trait class to assign the partial derivative of some difference type to some result type C Fiber::FiniteDifferenceTrait< double > Special case of assigning partial derivatives of a scalar field to a one-dimensional result type, i.e C FirstProperty C Fiber::AND< FirstProperty, SecondProperty > Combining bundle properties as AND operation C Fiber::OR< FirstProperty, SecondProperty > Combining bundle properties as OR operation C Fish C Waveform::WaveformScalarAnalyze< Waveform::WaveTimeOfMaximum > C Waveform::WaveformScalarAnalyze< Waveform::WaveMaximum > C Waveform::WaveformScalarAnalyze< Waveform::WaveSize > C Waveform::WaveformScalarAnalyze< Waveform::WaveIntegral > C Wizt::Fish< FiberType > The Fish Template provide an interface between the fiber bundle data model and the VISH objects and parameters C Wizt::Fish< Fiber::GridContainer > Abstract virtual base class (a Fish scale) for interfacing slots to Grid objects C Wizt::Fish< Field > C Inverse< metric33 > C ChristoffelQddot< T > C CombineToMetric44 Combine a vector and a scalar field to a C FieldOnGridEvaluator C FieldOperator::ScalarFieldClamp C FieldOperator::ScalarFieldLinearCombine C GeodesicCurvature C Inverse< T > Field Inversion C VOrthoSlice C Vector4ToVector3AndScalar Convert spacetime-vector into a space vector and a time scalar vector C VectorArrows Simple demo to draw some vector arrows C VectorStreamline C Waveform::WaveformExtract Module that extracts a waveform as a chunk of double values from a waveform field C Waveform::WaveformScalarAnalyze< T > C Wizt::IntegralFace C FieldLines::IntegralHeart< FieldType, LineType > C Wizt::Fish< Grid > C ComputeGaussVertices Compute the global cartesian coordinates of the gauss points of the FEMs C DreiBein C GridAdder C GridConv::GridConvolver C GridTransformer Transform Gridvertices C SelectionGridExtractor A module to extract a selected region of interest into a new grid object C SurfaceView C SurfaceViewAR Display a surface using vertex arrays C SurfaceViewDL Display a surface using display lists C VOrthoSlice C Wizt::Fish< Skeleton > C DreiBein C Wizt::OrthoSlice Render a slice of a scalar field given on a grid in uniform cartesian coordinates, supporting mesh refinement C Wizt::Fish< Slice > C ComputeGaussVertices Compute the global cartesian coordinates of the gauss points of the FEMs C DreiBein C GridAdder C GridConv::GridConvolver C GridTransformer Transform Gridvertices C SelectionGridExtractor A module to extract a selected region of interest into a new grid object C SurfaceView C SurfaceViewAR Display a surface using vertex arrays C SurfaceViewDL Display a surface using display lists C Wizt::FishBait Structure describing what information shall be saved to file C Wizt::FishBasin A namespace for the Anemone Fish API to field fragments into textures C Wizt::FishSavable Abstract base class for objects that allow saving of their fiber bundle data C Wizt::FishBundleSavable Convenience class for objects that provide a Bundle that may be saved C Wizt::FishGridSavable Convenience class for objects that provide a Grid that may be saved C FieldOperator::ScalarFieldClamp C RandomPointDistribution Create a randomly distributed points in a cubic volume within a given radius, or within the bounding box of a given grid, or within the bb of a grid AND within a scalar range of a scalar field in the grid (uniform or curvilinear) C SelectionGridExtractor A module to extract a selected region of interest into a new grid object C Wizt::GridProviderObject Common base class for objects that provide Grid objects C Wizt::GridObject Base class for objects that provide Grid objects extracted from Bundle objects C SchwarzschildSpacetime C Wizt::IntegralFace C Fiber::FixedArray< class value, dimension_t N > C Eagle::FixedArray< dop_vars< real >, 2 *N > [external] C Traum::SecondOrderDiffEquationConstantSize< Real, N >::DOPVarsArray_t C Eagle::FixedArray< dop_vars< real >, N > [external] C TangentialDifferentialEquation::DOPVarsArray_t C Eagle::FixedArray< IndexType, Elements > [external] C Fiber::Cell< Dims, Dims+1, IndexType > C Fiber::Base_t< Dims, IndexType, NamingConvention > C Fiber::SimplexCell< 0, IndexType > C Fiber::SimplexCell< 1, IndexType > C Fiber::SimplexCell< 3, IndexType > C Fiber::SimplexCell< 2, IndexType > C Fiber::SimplexCell< Dims, IndexType, NamingConvention > A type describing an n-dimensional simplex cell C Fiber::Cell< 0, 1, IndexType > C Fiber::SimplexCell< 0, IndexType > C Fiber::Cell< Dims,(1<< Dims), IndexType > C Fiber::RegularCell< Dims, IndexType, NamingConvention > C Fiber::Base_t< Dims, IndexType, NamingConvention > C Fiber::RegularCell< 0, IndexType, NamingConvention > C Fiber::RegularCell< 3, IndexType > C Fiber::RegularCell< 2, IndexType > C Fiber::RegularCell< Dims, IndexType, NamingConvention > A type describing an n-dimensional regular cell C Fiber::Cell< 1, 4, IndexType > C Fiber::DihedralCell< IndexType, NamingConvention > C Fiber::Base_t< DIMS, Elements, IndexType > C Fiber::Cell< DIMS, Elements, IndexType > A type describing a cell in a cell complex C Fiber::DihedralCell< uint32_t > C Fiber::DihedralCell< uint64_t > C Fiber::SimplexCell< 1, uint32_t > C Fiber::SimplexCell< 2, uint32_t > C Fiber::SimplexCell< 3, uint32_t > C Fiber::SimplexCell< 1, uint64_t > C Fiber::SimplexCell< 2, uint64_t > C Fiber::SimplexCell< 3, uint64_t > C Eagle::FixedArray< real, 2 *N > [external] C Traum::SecondOrderDiffEquationConstantSize< Real, N >::RealArray_t C Eagle::FixedArray< real, N > [external] C Fiber::TangentialDifferentialEquationAnalytic::RealArray_t C FieldLines::GeodesicDifferentialEquation< T >::RealArray_t C TangentialDifferentialEquation::RealArray_t C Eagle::FixedArray< Traum::dop_vars< real >, N > [external] C Fiber::TangentialDifferentialEquationAnalytic::DOPVarsArray_t C FieldLines::GeodesicDifferentialEquation< T >::DOPVarsArray_t C Fiber::FixedArrayTrait< T, C > C Fiber::FixedArrayTrait< T, 1 > C Fiber::FlatMap< Key, Value > C Wizt::FloatingOriginShaderFunctions C Wizt::Lanternfish::Fragment C Fiber::ComputationalField< FieldOperator >::FragmentComputationParameters Internal helper class to pass parameters from the computational field class to the on-demand creators per fragment C Fiber::ComputationalField< FieldOperator >::FragmentComputer< Dims > Internal helper class which calls the computeFragment() member function of the associated FieldOperator C Fiber::Grid::FragmentFilter< index_type > Filter callback functions per fragment C Fiber::FragmentIDCollectionProvider Convenience base class C Fiber::Field A Field is a collection of CreativeArrayBase reference pointers which are accessed via FragmentID objects C Fiber::Representation A Representation is a set of Field objects, each of them accessed via some FieldID identifier C Fiber::RepresentationMap A map that associates Representer objects with Representation instances C Fiber::Skeleton A Skeleton is a set of Representation object, each of them accessed by an Representer object C Fiber::FragmentIDContainer C Fiber::FragmentIndexIterator C Fiber::UniformLookupBuilder C Fiber::FiberIO::HDF5::FragmentInterfaces< N > Load and save attributes on fragments C Fiber::FragmentIterator Base class for iterators over the fragments of a field C Fiber::CreativeFieldResampler< 3 > C Fiber::CreativeResampleUniformCartesian3DIterator A resample class specifically for uniform arrays C FragIt C FragIt C FragIt C FragIt C FragIterator C FragIt C Fiber::CollectVertexFieldStartIndizes C Fiber::CreativeFieldResampler< Dims > Base class for resampling n-dimensional fields C Fiber::CreativeResampleFragmentIterator< Dims, DestType, SrcType, Converter > Strategy: Iterate over the source grid, creating a fragments in the new Grid as specified by the resampling parameters C Fiber::EvalFragment C Fiber::EvaluateResampleFragmentIterator< Dims, DestType, SrcType, Converter > C Fiber::FieldFragmentSaver C Fiber::FragmentCluster A collection of field fragments, as retrieved by a FieldCollection , and possibly stored over many refinement levels C Wizt::Fish< Fiber::FragmentCluster >::ClusterState The state object, all others in derived classes must be derived from this one C Fiber::FragmentFunctor< T > C Fiber::FragmentIsoSurfacer C Fiber::FragmentSlicer< Converter, InputTypes > Extract 2D slices from a regular 3D data field along a given coordinate C Fiber::Iterator< FragmentID > C FragIterator C FragIterator C FragIterator C Fiber::LineSet::FunctorFragmentIterator< T > C Fiber::LineSet::NumberOfLinesIterator C Fiber::LineSet::SetupStandardFieldIterator C Fiber::SelectionExtractor Fragment iterator to extract a selection (fragment) from a field C Fiber::fsFieldFragmentSaver C FragIt C SelectionGridExtractor::FragIt C ShapeFactorsFromPointCloudFragmentIterator C Wizt::FieldFunctor< Operation, GridInspectorType >::Op Operator instance: The template argument as Operation paired with an Iteration over a Field 's fragment C Wizt::SortedFragmentIterator An iterator over field fragments that traverses the fragments in back-to-front order as seen from the given Camera C Wizt::Vitreous::FragmentRenderer C SelectionGridExtractor::FragmentIteratorData C Wizt::EditField::FragmentModification C Fiber::FragmentSearchBase C Fiber::FragmentSearch< PointType > C Fiber::FragmentSkeleton Fragment Skeleton : Each fragment of a field is assigned some value in the form of a field defined on the fragment skeleton C Fiber::FragmentCoordinates< Eagle::PhysicalSpace::point > C Fiber::CartesianFragments C Fiber::FragmentCoordinates< Coordinates > C Fiber::RegularlyFragmentedClusteredPointCloudGrid::FragmentWorker Class which can be used, when working with one explicit fragment only, providing all required data arrays for the vertex cluster C FieldLines::FrontGeodesics C FieldLines::FrontStreamline C Fiber::FS C Fiber::FSFieldSaverInit< MemArrayStorageType > C Fiber::FSFieldSaverStorageIterator< Dims, Type > C Fiber::FSLoader< FiberStructure > C Fiber::FSSaver< FiberStructure > C Fiber::FSSaverCreator< FiberStructure > C Fiber::LineSet::FunctorPerFrag< T > C Fiber::LineSet::FunctorPerFrag< LineSet::TComputeScalarDerivative > C Fiber::LineSet::FunctorPerFrag< LineSet::TComputeTVectorDerivative > C Fiber::LineSet::FunctorPerFrag< LineSet::TComputeUnitTVectorDerivative > C GaiaRecord C Fiber::GammaRemap< Type > C Fiber::GDALGlobals A data structure to bundle all global static variables into one object with precisely defined construction/destruction order C FieldLines::Geodesic C Traum::Geodesic< Acceleration > C Traum::GeodesicIntegratorBase C Traum::GeodesicIntegrator< TangentialSpace_t > C Traum::GeodesicIntegrator< Acceleration::TangentialSpace_t > C Traum::IntegrateGeodesic< Acceleration > Implementation of a coordinate-specific integration of geodesics in a certain coordinate system, based on known generic integrators which can be selected at runtime C Traum::GeodesicIntegrator< TangentialSpaceType > Abstract interface for computing geodesics in a certain coordinate system C FieldLines::GeodesicSpatial C Wizt::GetSkeletonOperator Virtual base class of skeleton operators C Wizt::SkeletonOperator< Fiber::Edges > C Wizt::EdgeRenderer Base class for objects that render information given on the edges of a Grid C Wizt::FloatingProgrammableEdgeRenderer Edge renderer with floating origin stabilization and shader support C Wizt::EdgeShader Edge renderer with lighting, shader conditionals, floating origin and shader support C Wizt::SkeletonOperator< Fiber::LineSet > C Wizt::LineSetRenderer Common base class for objects that render information given on line sets, merely for grouping purposes C Wizt::SkeletonOperator< Fiber::TriangularSurface > C Wizt::TriangleRenderer Base class for objects that render information given on the triangle of a Grid C Wizt::SurfaceRenderer Base class to render triangular surface using shaders and support for floating origin (i.e., large coordinates) C Wizt::SkeletonOperator< SkeletonProperty > Template base class for Fish modules operating on Grid objects that provide a specific skeleton, such as edges or triangles C Wizt::SkeletonOperatorBase Base class for Fish modules operating on Grid objects concentrating on a specific Skeleton C Wizt::SkeletonRenderer Base class for objects that render information given on the a skeleton of a Grid C Wizt::EdgeRenderer Base class for objects that render information given on the edges of a Grid C Wizt::FloatingSkeletonRenderer Convenience base class for objects that render information given on the a skeleton of a Grid and are safe to deal with numerically large coordinates by using a Shader C Wizt::LineSetRenderer Common base class for objects that render information given on line sets, merely for grouping purposes C Wizt::TriangleRenderer Base class for objects that render information given on the triangle of a Grid C Fiber::Atlas::Globals C Wizt::GlossyLines [external] C DreiBein C glType< Fiber::TriangleCell > C Eagle::GrandMacOsGCCDivisionCalculator< A, B > This is an ugly hackaround class to cure some problem of the gcc 4.0 an 4.2 compiler under MacOS, which gets confused with the division operator when used as a template argument in the VVector class C MTools::GreaterFunc< Eagle::metric33 > C MTools::GreaterFunc< Eagle::PhysicalSpace::point > C MTools::GreaterFunc< Eagle::PhysicalSpace::vector > C Fiber::GridEvaluator Helper class for evaluating Fields given in one Grid on another Grid , used by EvalGrid() C Fiber::GridField A helper class to retrieve fields given on a Grid C Fiber::GridInspector< TheProperty > C Wizt::OldLineSetOperator::GridInspector Object creation: A Grid Inspector to be used as an argument of the GridActor template class C Wizt::SkeletonOperator< SkeletonProperty >::GridInspector C Fiber::GridIterator Iterator callback object for iteration within time slices C Fiber::Collector< Slice > C Fiber::FiberIO::HDF5::HDF5Saver< Grid > C Fiber::GridSaver C Fiber::Iterator< Grid > C IterateGrids C IterateGrids C MyIterator C Fiber::SaveImage C Fiber::fsGridSaver C Fiber::GridLoader C FieldLines::GridOperator< FieldType, LineType > C FieldLines::GridOperator< FieldType, FrontGeodesics > C FieldLines::GridOperator< tvector, FrontStreamline > C FieldLines::GridOperator< tvector, Pathline > C Fiber::GridSelector Context information to select a grid from within a bundle C Fiber::FieldSelector An internal class that stores a couple of textual names C Wizt::GridSelector Context information to select a grid from within a bundle C Fiber::FieldSelector An internal class that stores a couple of textual names C Wizt::H5Script::H5FileInfo C Wizt::H5Script C Wizt::myNotifier::H5String C std::hash< Fiber::Dihedral32_t > C std::hash< Skeleton * > [external] C Fiber::SkeletonPtrHash C Fiber::HDF5 C Fiber::StorageTransformations::HDF5_Tuning Tuning parameters related to HDF5 files C Fiber::HDF5DimensionalFieldSaverStorageIterator< Type, Dims > C Fiber::HDF5DimensionalFieldSaverStorageIterator< Type, 1 > C Fiber::HDF5FieldSaverInit< MemArrayStorageType > C Fiber::HDF5FieldSaverStorageIterator< Dims, Type > C HDF5init C Fiber::HDF5Loader< FiberStructure > C Fiber::HDF5LoadList C Fiber::FiberIO::HDF5::HDF5Saver< FiberStructure > C Fiber::FiberIO::HDF5::HDF5Saver< Attributes > Class to store attributes collected in an fiber/field/Attributes container to an HDF5 location C Fiber::HDF5SaverCreator< FiberStructure > C Fiber::HDF5TypeAction< Type > Convenience class that registers some HDF5 type ID for an intrinsic C++ type C HDF5User C Fiber::H5Globals A data structure to bundle all global static variables into one object with precisely defined construction/destruction order C H5Identifier C H5DataSpace C H5Object Base class for groups, datasets and named datatypes C H5DataType C Fiber::H5ID A database for mapping HDF5 Type ID's to and from FiberType 's C Fiber::H5NativeTypeID C H5DataType C H5Dataset C H5Dataset C H5File C H5File C H5Group A group within an HDF5 file C H5Group A group within an HDF5 file C H5Property Representing an HDF5 property C H5FileAccess C H5FileAccessMulti C H5FileAccessMulti C H5FileAccessNativeWindows C H5FileAccessNativeWindows C H5FileAccessSEC2 C H5FileAccessSEC2 C H5FileAccess C H5GroupCreateProperty C H5LinkAccess C H5DatasetAccess C H5DatasetAccess C H5ExternalLinkAccess C H5GroupAccess An HDF5 property related to accessing groups C H5GroupAccess An HDF5 property related to accessing groups C H5LinkAccess C H5LinkCreateProperty C H5Property Representing an HDF5 property C Fiber::HyperslabParameters A set of integer values which describes how to iterate over a certain set of values C Fiber::ElementIterator< vec3 > C Fiber::IteratorBase< vec3 > C Fiber::Iterator< vec3 > C Fiber::ElementIterator< double > C Fiber::IteratorBase< double > C Fiber::Iterator< double > C Fiber::ElementIterator< T > An iterator which allows to access each component element type of an array of vectors, or a vector of arrays C Fiber::IteratorBase< T > Intermediate base class for generic iterators C Fiber::reference_t< T > C Fiber::Iterator< array_t > C Fiber::Iterator< Eagle::FixedArray< T, C > > Implementation of the Separated Compound field type that may virtually merge many separate arrays as one C Fiber::Iterator< Field > C Fiber::Iterator< FragmentID > C Fiber::Iterator< Grid > C Fiber::Iterator< Representation > C MyIterator C RepresentationIterator C Fiber::RepresentationSaver C Fiber::fsRepresentationSaver C RepresentationIterator C Fiber::Iterator< Skeleton > C IterateSkeletons C IterateSkeletons C MyIterator C Fiber::Iterator< SkeletonID > C Fiber::Iterator< Slice > C Fiber::Iterator< T > Implementation of an Iterator to a sequence of elements, which might be contiguous or a projection of a component from an array of vectors C Fiber::CreativeIterator< T > An iterator with an optional DataCreator , which is just a class to intercept creation of data along a subset C Fiber::MultiArrayBase< N-1, T > C Fiber::MultiArrayBase< 1, T > Stop the recursive definition of multidimensional arrays C Fiber::MultiArrayBase< N, T > A generic multidimensional array is a one-dimensional pointer together with a specification of the extent in some dimensions C Fiber::MultiArray< N, T, std::index_sequence< Is... > > A multidimensional array for data that are stored via a native, writable C++ pointer C Fiber::MultiArrayBase< 1, T > Stop the recursive definition of multidimensional arrays C Fiber::Iterator< Eagle::FixedArray< T, C > > Implementation of the Separated Compound field type that may virtually merge many separate arrays as one C Fiber::IdentityOperator C Fiber::CurveDerivative< Type, Metric, ValueOperator > An operator for OnDemandCreators to be used on LineSet 's C Fiber::IJ_CellNamingConvention A naming convention for cell components using "i" and "j" C Fiber::uDihedral< IndexType >::ijklName C Fiber::uTriangle< IndexType >::ijkTriangle C Wizt::Illuminatable C Wizt::Phong C Wizt::BivectorAsSpiral A shader for bivectors C Wizt::BivectorOrientation A shader for bivectors C Wizt::EdgeShader Edge renderer with lighting, shader conditionals, floating origin and shader support C Wizt::HeightDots C Wizt::SurfaceRenderer Base class to render triangular surface using shaders and support for floating origin (i.e., large coordinates) C Wizt::VolumeRender Volume renderer for scalar fields on uniform grids C Fiber::ImageSequence C Fiber::IndexListViaSelectionString C Fiber::IndexTypeConfig< PtrSize > C Fiber::IndexTypeConfig< 4 > C Fiber::IndexTypeConfig< 8 > C Fiber::Info< QueryType > Generic template namespace class for results of find() functions throughout the Bundle C Fiber::Info< Slice >::InfoStringConfiguration C Init C Traum::IntegratePathBase< real, Dims > C Traum::IntegratePath< long double, 4 > C Traum::Geodesic4D< Acceleration > C Traum::IntegratePathBase< Real, Dims > C Traum::IntegratePath< Real, Dims > C Fiber::IntegrationPointVertices C Traum::IntegratorBase [external] C Traum::Integrator< long double > [external] C Traum::IntegratePathBase< long double, 4 > C Traum::Scalar_t< Acceleration > C Traum::Point_t< Acceleration > C Traum::Vector_t< Acceleration > C Traum::EulerGeodesic< Acceleration > Class EulerGeodesic is coordinate-independent C Traum::RungeKuttaGeodesic< Acceleration > C Traum::AdamsStoermerGeodesic< Acceleration > Modified from Florian Schrack's libgrav: Gravitation - Theorien, Effekte und Simulation am Computer C Fiber::Intercube C Fiber::BaseSpace Base class for spaces that may be used for mapping domains to fiber spaces C Fiber::Chart A generic Chart object that may be used to cast information of points within a manifold to numerical values C Fiber::CartesianChart3D Chart object for cartesian coordinates C Fiber::RGBAChart Chart object for RGBA coordinates C Fiber::TextureChart< 2 > Chart object for 2D texture coordinates C Fiber::TimePolar2DChart Chart object for cartesian coordinates C Fiber::Skeleton A Skeleton is a set of Representation object, each of them accessed by an Representer object C Fiber::MemBase Base class for multidimensional arrays with MemCore memory management C Fiber::MemArrayBase< 3 > C Fiber::MemArrayBase< VertexDims > C Fiber::MemArrayBase< MDIMS > C Fiber::DirectProductMemArrayBase< typename T::FixedArray_t, Category, MDIMS > C Fiber::DirectProductMemArrayBase< Eagle::FixedArray< double, 3 >, LinearCoordinateAxisArray, 3 > C Fiber::DirectProductMemArrayBase< T::FixedArray_t, LinearCoordinateAxisArray, T::SIZE > C Fiber::DirectProductMemArray< T, Category, MDIMS > C Fiber::LinearDirectProductMemArray< point3 > C Fiber::LinearDirectProductMemArray< Eagle::Vector< float, 2 > > C Fiber::LinearDirectProductMemArray< Eagle::Vector< double, 3 > > C Fiber::LinearDirectProductMemArray< Eagle::point3, Eagle::tvector3 > C Fiber::UniformCartesianArray Convenience class for procedural linear arrays in cartesian coordinates C Fiber::DirectProductMemArrayBase< T::FixedArray_t, LinearCoordinateAxisArray, MDIMS > C Fiber::DirectProductMemArray< T, LinearCoordinateAxisArray, MDIMS > C Fiber::DirectProductMemArray< T, LinearCoordinateAxisArray, T::SIZE > C Fiber::LinearDirectProductMemArray< T, DeltaT, MDIMS > Convenience class - a Direct Product array which uses linear expressions for each index dimension C Fiber::DirectProductMemArrayBase< T, Category, MDIMS > Class for creating structured types as direct product of one-dimensional arrays C Fiber::DirectProductMemArray< Eagle::point3 > C Fiber::DirectProductMemArray< Eagle::point3, ExplicitCoordinateAxisArray > C Fiber::DirectProductMemArray< point > C Fiber::DirectProductMemArray< point_type > C Fiber::TypedArray< Eagle::PhysicalSpace::point > C Fiber::TypedArray< RefPtr< FragmentID > > C Fiber::TypedArray< FragmentMapping_t > C Fiber::MemArrayBase< N > Abstract class for N-dimensional MultiArrays with MemCore memory management C Fiber::ReferencingMemArray< N, T > A memory array that may share its data storage with something else C Fiber::MemArray< 3, Eagle::tvector3 > C Fiber::MemArray< 3, point > C Fiber::MemArray< 1, point > C Fiber::MemArray< 1, Eagle::tvector3 > C Fiber::MemArray< 1, std::string > C Fiber::MemArray< 1, Coordinates > C Fiber::MemArray< 1, RefPtr< Eagle::BoundingBox > > C Fiber::MemArray< 3, double > C Fiber::MemArray< 3, Eagle::point3 > C Fiber::MemArray< 1, Eagle::point3 > C Fiber::MemArray< 1, RefPtr< BoundingBox > > C Fiber::MemArray< 3, tvector > C Fiber::MemArray< 3, output_type > C Fiber::MemArray< 3, IndexList_t > C Fiber::MemArray< 3, rgb16 > C Fiber::MemArray< 3, rgb > C Fiber::MemArray< 3, color > C Fiber::MemArray< Dims, result_type > C Fiber::MemArray< MDIMS, T > C Fiber::MemArray< DataDims, OutputType > C Fiber::MemArray< N, element_t > C Fiber::MemArray< N, value_base_type > C Fiber::MemArray< N, ValueBase_t > C Fiber::MemArray< N, component_t > C Fiber::MemArray< 1, double > C Fiber::MemArray< 1, Eagle::PhysicalSpace::point > C Fiber::MemArray< 1, CellIndices_t > C Fiber::MemArray< 1, Type > C Fiber::MemArray< 1, FieldType > C Fiber::MemArray< 1, EdgeCell_t > C Fiber::MemArray< 1, TriangleCell_t > C Fiber::MemArray< 1, std::vector< index_t > > C Fiber::MemArray< 1, EdgesPerVertex_t > C Fiber::MemArray< 1, float > C Fiber::MemArray< 1, Eagle::metric33 > C Fiber::MemArray< 1, T > C Fiber::MemArray< 2, T > C Fiber::MemArray< 1, FEMIndices_t > C Fiber::MemArray< 1, FEMDirections_t > C Fiber::MemArray< 2, FEMIndex_t > C Fiber::MemArray< 2, Eagle::PhysicalSpace::tvector > C Fiber::MemArray< Dims, RefPtr< FragmentID > > C Fiber::MemArray< 1, LineIndices_t > C Fiber::MemArray< 3, Eagle::PhysicalSpace::point > C Fiber::MemArray< VertexDims, RefPtr< FragmentID > > C Fiber::MemArray< 1, Eagle::PhysicalSpace::bivector > C Fiber::MemArray< 1, TriangleCell > C Fiber::MemArray< 1, Eagle::bivector3 > C Fiber::MemArray< 1, point3 > C Fiber::MemArray< 1, tvector3 > C Fiber::MemArray< 1, EdgeCell > C Fiber::MemArray< 1, TetrahedronCell > C Fiber::MemArray< 1, RefPtr< MemArray< 1, index_t > > > C Fiber::MemArray< 1, std::vector< target > > C Fiber::MemArray< 1, std::vector< source > > C Fiber::MemArray< 1, std::vector< unsigned int > > C Fiber::MemArray< 1, RefPtr< FragmentID > > C Fiber::MemArray< 1, BoundingBox > C Fiber::MemArray< 1, tvector > C Fiber::MemArray< 3, IBO_t > C Fiber::MemArray< FieldDims, value_type > C Fiber::MemArray< 1, edge > C Fiber::MemArray< 3, float > C Fiber::MemArray< 1, Dihedral_t > C Fiber::MemArray< N, T > Class for N-dimensional MultiArrays with MemCore memory management C Fiber::TypedArray< T > An intermediate class that allows to operate on the pure type information of some memory array C Fiber::DirectProductMemArray< Eagle::point3 > C Fiber::DirectProductMemArray< T, LinearCoordinateAxisArray, MDIMS > C Fiber::DirectProductMemArray< Eagle::point3, ExplicitCoordinateAxisArray > C Fiber::DirectProductMemArray< point > C Fiber::DirectProductMemArray< point_type > C Fiber::DirectProductMemArray< T, LinearCoordinateAxisArray, T::SIZE > C Fiber::DirectProductMemArray< T, Category, MDIMS > C Fiber::ReferencingMemArray< N, T > A memory array that may share its data storage with something else C MemCore::SaveParameters [external] C Fiber::GridSaveParameters C Wizt::TextureBase [external] C Wizt::VManagedObject [external] C Wizt::VManagedDomainObject< VInputCreatorBase > [external] C Wizt::VInputCreatorBase [external] C Wizt::VInputCreator< OutputType, CreatorBase_t > [external] C Wizt::FieldInputCreator< FieldVObject, typename FieldVObject::InputTypes, GridInspector, FieldVObject::NumberOfInputFields, OutputType > C Wizt::FieldInputCreator< FieldVObject, FieldVObject::InputTypes, typename FieldVObject::GridInspector, FieldVObject::NumberOfInputFields, void > C Wizt::TypedFieldInputCreator< FieldVObject, GridInspector, OutputType > A FieldInputCreator that retrieves the types of possible input fields from a TypeList type as exported from the parameter C Wizt::FieldInputCreator< FieldVObject, TypeList, GridInspector, NumberOfInputFields, OutputType > Creator class for objects that require fields as input C Wizt::VManagedDomainObject< VNutrition > [external] C Wizt::VNutrition [external] C Wizt::FiberNutrition Possible base class for VNutrition objects that operate on files that can be loaded as Fiber Bundle C Wizt::BundleNutrition C Wizt::FieldExporter C Wizt::VManagedDomainObject< VObject > [external] C Wizt::VObject [external] C Inverse< metric33 > C Wizt::GridOperatorObject< VObject > C Fiber::NamedField< FieldName > C Wizt::ChartDependentGridOperatorObject< BaseClass > Convenience class for objects operating on Grid objects in a certain coordinate system C ChristoffelQddot< T > C CombineToMetric44 Combine a vector and a scalar field to a C ComputeGaussVertices Compute the global cartesian coordinates of the gauss points of the FEMs C FieldOnGridEvaluator C FieldOperator::ScalarFieldClamp C FieldOperator::ScalarFieldLinearCombine C FlyingFish Some streaming class C GeodesicCurvature C GridAdder C GridConv::GridConvolver C GridTransformer Transform Gridvertices C Inverse< T > Field Inversion C RandomPointDistribution Create a randomly distributed points in a cubic volume within a given radius, or within the bounding box of a given grid, or within the bb of a grid AND within a scalar range of a scalar field in the grid (uniform or curvilinear) C SelectionGridExtractor A module to extract a selected region of interest into a new grid object C Tetraedronfield C Vector4ToVector3AndScalar Convert spacetime-vector into a space vector and a time scalar vector C Vectorfield C Waveform::WaveformExtract Module that extracts a waveform as a chunk of double values from a waveform field C Waveform::WaveformScalarAnalyze< T > C Wizt::AnalyticGrid A VObject which creates a fiber bundle with a scalar Field on a uniform Grid C Kerr44::KerrBlackHole44 A VObject which describes the Kerr Metric of a rotating black hole C Wizt::BindFileAndProvideGrid Module to provide a grid for delayed writing (append/modification) C Wizt::CorbenicField A VObject evaluates an expression on a Grid , involving all possible fields C Wizt::FieldCLOperation C Wizt::FieldObject Base class for selecting fields from a Grid object C Field4D C Wizt::FieldOperatorObject Base class for objects that operate on Field objects and create new fields C Wizt::BinaryFieldOperatorObject< TheBinaryOperator, NamingOperator, PrimaryValueType, SecondaryValueType, ResultValueType > Template class for binary operations on Fields C Wizt::EditField C Wizt::FieldFunctor< Operation, GridInspectorType > Perform operations on fields C Wizt::UnaryFieldOperatorObject< TheUnaryOperator, ResultType > A Fish object implementing an unary operation on a field C Wizt::FishObject C Wizt::BundleProviderObject Common base class for objects that provide Bundle objects C Wizt::NutritionBundle C Wizt::GridProviderObject Common base class for objects that provide Grid objects C Wizt::GridOperatorObject< BaseClass > Convenience class for objects operating on Grid objects C Wizt::IntegralFace C Wizt::OrbitalCameraPath A VObject which creates a camera path provided as fiber bundle, being formulated as a particle system C Wizt::RenderAble [external] C Wizt::VEnvironmentRenderObject [external] C Wizt::VRenderObject [external] C GeodesicView C ImgView C SurfaceView C SurfaceViewAR Display a surface using vertex arrays C SurfaceViewDL Display a surface using display lists C VOrthoSlice C VectorArrows Simple demo to draw some vector arrows C VectorStreamline C Wizt::GridAnemoneRenderObject C Wizt::GridAnemone Base class for objects that render information given on a Grid C Wizt::FieldAnemoneBase C Wizt::FieldAnemone Base class for objects that render information given on a Field C Wizt::TypedFieldAnemone< double > C Wizt::TypedFieldAnemone< float > C Wizt::TypedFieldAnemone< LIST< double, float > > C Wizt::TypedFieldAnemone< META::IntegerTypeList > C Wizt::TypedFieldAnemone< META::NativeTypeList > C Wizt::TypedFieldAnemone< Field_Type_t > C Wizt::TypedFieldAnemone< DisplayShader::FieldType > C Wizt::VertexFieldShader< DisplayShader, RenderCategory > Apply a Shader object on a vertex field C Wizt::FieldSlice C Wizt::ColorizedFloatSliceRenderer Base class for a common properties of render objects rendering a 2D slice of a 3D scalar field C Wizt::OrthoSlice::FieldState C Wizt::VectorFieldSlice C Wizt::PictureBase C Wizt::PictureInjectorBase C Wizt::ShadedFieldAnemone A FieldAnemone with shader support C Wizt::HeightDots C Wizt::TypedFieldAnemone< FieldType > A field Anemone operating on a certain type C Wizt::SkeletonRenderer Base class for objects that render information given on the a skeleton of a Grid C Wizt::VGLRenderObject [external] C DreiBein C Wizt::VFieldRenderObject Base class for objects rendering fields on a fiber bundle C Wizt::OrthoSlice Render a slice of a scalar field given on a grid in uniform cartesian coordinates, supporting mesh refinement C Wizt::Vitreous Base class for objects rendering fields on a fiber bundle via the technique of texture-based volume rendering C Wizt::VolumeRender Volume renderer for scalar fields on uniform grids C Wizt::VSkeletonRenderObject Base class for objects rendering skeletons of a fiber bundle C SurfaceView C FindLocalCoordinates C Wizt::VertexRenderObject Base class for object that render data given on vertices C Wizt::SplatRenderObject Base class for render object that draw a splat for each vertex of a Grid object C VectorViz::VectorSpeckle Render a vector field as points with normal vector according to the vector values, simple and fast C Wizt::VertexGeometryShader Base class for render object that execute a Geometry Shader on each Vertex of a Grid C Wizt::TensorShaderBase Base class for rendering tensor fields using a Geometry Shader C Wizt::VActivityTracer Logs activities in Vish C Wizt::VBundleObject C Wizt::VGridObject A Vish Object referring to a Grid object within a Bundle C Wizt::VFieldObject C Wizt::VScriptH5 C Wizt::VStateCreatorBase::State [external] C Wizt::ValueNotifier [external] C Wizt::VInputBase [external] C Wizt::VInput< Type > [external] C Wizt::VInputValue< Fiber::BundlePtr > [external] C Fiber::BundleInput C Wizt::VTask [external] C Wizt::FComputeNormalsTask A computational state to compute normals of a surface, possibly asynchroneously in a thread C MemCore::Intercube [external] C Fiber::BaseSpace Base class for spaces that may be used for mapping domains to fiber spaces C Fiber::MemBase Base class for multidimensional arrays with MemCore memory management C MemCore::SaveParameters [external] C Wizt::TextureBase [external] C Wizt::VManagedObject [external] C Wizt::VStateCreatorBase::State [external] C Wizt::ValueNotifier [external] C Wizt::Intercube [external] C Fiber::Bundle The main entity holding all information C Fiber::Field A Field is a collection of CreativeArrayBase reference pointers which are accessed via FragmentID objects C Fiber::FragmentID Identification information about a field's fragment C Fiber::GlobalCharts A list of chart identifiers (i.e C Fiber::Grid A Grid is a set of Skeleton objects, each of them accessed via some unique SkeletonID object C Fiber::GridID A grid identifier C Fiber::H5ID A database for mapping HDF5 Type ID's to and from FiberType 's C Fiber::Representation A Representation is a set of Field objects, each of them accessed via some FieldID identifier C Fiber::Slice Information per time slice, mainly a set of Grid objects that are accessed via GridID objects C Fiber::interface_cast< class InterfaceType > C Fiber::Intercube::interfacemap C Fiber::Interpolate< N, Type, Interpol, CoordinateType, Delimiter, DerivativeDimension > The interpolator template C Fiber::Interpolate< 1, Type, Interpol, CoordinateType, Delimiter, DerivativeDimension > One-dimensional interpolation, basically a wrapper for the Interpol argument C Fiber::Interpolate< 2, Type, Interpol, CoordinateType, Delimiter, DerivativeDimension > Two-dimensional interpolation C Fiber::Invariant1 C Fiber::Invariant2 C Fiber::Invariant3 C Wizt::IOLifetimeAction C Fiber::IpolDerivative< T, Interpol1D, Derive > Internal intermediate template which computes a one-dimensionally interpolated value, and optionally its derivative C Fiber::IpolDerivative< T, Interpol1D, true > Internal intermediate template which computes a one-dimensional interpolation of a derivation C Fiber::IsSimpleType< y > C Fiber::IsSimpleType< false > C Fiber::IsSimpleType< true > C Fiber::LoadQueue::Item C Fiber::FieldCollection::Iterator C Fiber::Fragment::Iterator C Fiber::FragmentCluster::Iterator Iterator object for iterating over a fragment cluster C Fiber::FragmentIDContainer::Iterator C Fiber::GlobalCharts::Iterator C Fiber::GridID::Iterator Callback Iterator object for kids C Fiber::RepresentationMap::Iterator Mutable Iterator base class to inspect all representations in a given RepresentationMap C H5Group::Iterator C Skeleton::Iterator C Fiber::SaveImage C Skeleton::RepresentationMap::Iterator C Fiber::Collector< Skeleton > C Fiber::FiberIO::HDF5::HDF5Saver< Representation > C Fiber::Iterator< Representation > C Wizt::VertexFieldCollection::Iterator Abstract iterator class for inspecting the currently available VertexField s C Fiber::FiberIO::HDF5::list< typename _Tp, typename _Alloc >::iterator STL iterator class C Fiber::FiberIO::HDF5::string::iterator STL iterator class C Fiber::list< typename _Tp, typename _Alloc >::iterator STL iterator class C Fiber::map< typename _Key, typename _Tp, typename _Compare, typename _Alloc >::iterator STL iterator class C Fiber::set< typename _Key, typename _Compare, typename _Alloc >::iterator STL iterator class C Fiber::SliceMap::iterator C Fiber::string::iterator STL iterator class C Fiber::unordered_set< typename _Value, typename _Hash, typename _Pred, typename _Alloc >::iterator STL iterator class C Fiber::vector< typename _Tp, typename _Alloc >::iterator STL iterator class C GL::vector< typename _Tp, typename _Alloc >::iterator STL iterator class C Fiber::KDTreeCloudSearch< PointType, FloatIndexType > C Fiber::KDTreeCloudSearch< PointType, VertexWeights > C VecAl::Kerr C Kerr44::KerrMetric Kerr metric in Boyer-Lindquist coordinates C Kerr44::KerrParameters C Fiber::KmlGlobals A data structure to bundle all global static variables into one object with precisely defined construction/destruction order C Wizt::LanternFestival Behavior is similar to a map<VCamera, RefPtr<Lanternfish>> but the number of entries here remains limited C Wizt::GridAnemoneState C Wizt::FieldSlice::SliceAnemoneState C Fiber::LasGlobals A data structure to bundle all global static variables into one object with precisely defined construction/destruction order C Fiber::Leaflet C Wizt::LevelBBoxCode C Wizt::FieldSlice::LevelData The 2D field data extracted from the 3D data, including object-local data transformations C Wizt::LevelDisplayConstraints C Wizt::GridAnemoneState C Wizt::LanternFestivalParameters Set of parameters that trigger a new Lanternfish upon change: C Wizt::ContextEssence C Wizt::SeaBed C Wizt::LanternFestival::LanternView C Wizt::Fish< double >::LevelIterator An iterator object to traverse over refinements level of a Grid , where these refinement levels may reside at different times than the coarsest level C Fiber::LinearCoordinateAxisArray C Fiber::LinearIpol< T, Vectorial > Linear interpolation C Fiber::LinearIpol< T, true > An alternative version of the linear interpolator that works for types which do not allow scalar multiplication, such as points in a space C Fiber::LinearIpolZeroDerivativeTrait< T > Helper class (type trait) for class LinerIpol, which for a given type T provides a static member function zero() returning the value for out-of-bound derivatives C Fiber::LinearIpolZeroDerivativeTrait< metric33 > C Fiber::LinearIpolZeroDerivativeTrait< metric44 > C Fiber::LineSet A set of lines stored on a Grid C Fiber::LineSetWithEdges C FieldLines::LineTypeString< FieldType, LineType > C FieldLines::LineTypeString< metric33, FrontGeodesics > C FieldLines::LineTypeString< metric44, FrontGeodesics > C FieldLines::LineTypeString< tvector, FrontStreamline > C FieldLines::LineTypeString< tvector, Pathline > C Fiber::LIST< typename Type, class NEXT, class ... Types > C Wizt::LIST< typename Type, class NEXT, class ... Types > C Fiber::FiberIO::HDF5::list< typename _Tp, typename _Alloc > STL class C Fiber::list< typename _Tp, typename _Alloc > STL class C Fiber::LoadQueue C Fiber::LoadTexture< SourceData, TextureType > C LocalAlignment< Type > C Fiber::LocalPoint C Fiber::CellSearch::Location C Wizt::FieldInputCreator< FieldVObject, TypeList, GridInspector, NumberOfInputFields, OutputType >::MakeString C Fiber::map< typename _Key, typename _Tp, typename _Compare, typename _Alloc > STL class C Fiber::FiberTypeMap< H5DataType > C Fiber::RelativeToBinder< MemCore::Ageable > C std::map< typename _Key, typename _Tp, typename _Compare, typename _Alloc > [external]STL class C Fiber::FiberTypeMap< H5DataType > C Fiber::RelativeToBinder< MemCore::Ageable > C std::map< FiberTypeIndex, MemCore::RefPtr< TypeProperty > > [external] C Fiber::FiberTypeMap< TypeProperty > Https://stackoverflow.com/questions/17614172/c-template-singletons-in-a-dll C Wizt::map< FieldSlice *, RefPtr< SliceData > > [external] C Wizt::FieldSlice::SliceDataInterface C Wizt::map< int, CoordinateSliceData > [external] C Wizt::FieldSlice::SliceData Slicenumber –> coordinateslicedata C Wizt::map< int, LevelData > [external] C Wizt::FieldSlice::CoordinateSliceData Refinementlevel –> LevelData C std::map< MemCore::WeakPtr< Fiber::BinderBase >, T > [external] C Fiber::RelativeToBinder< std::list< T > > C Fiber::RelativeToBinder< T > C std::map< string, RefPtr< CreativeArrayBase > > [external] C Fiber::Fragment Data structure describing all fields available per fragment, which is a selection of createable data arrays C Wizt::map< string, RefPtr< Field > > [external] C Fiber::FieldCollection A collection of arbitrarily named Field references C Wizt::Fish< Fiber::FragmentCluster >::ClusterState The state object, all others in derived classes must be derived from this one C Wizt::Masking C Wizt::HeightDots C Fiber::MeanStress C Fiber::MemArrayGetSlice< N > C Fiber::MemArrayGetSlice< 1 > C H5Group::Member C Wizt::H5Script::MemberID C Fiber::MetaInfo< class T > C Eagle::MetaInfo< Fiber::Cell< Dims, Elements, IndexType > > C Eagle::MetaInfo< Fiber::RegularCell< Dims, IndexType, NamingConvention >::Base_t > [external] C Eagle::MetaInfo< Fiber::RegularCell< Dims, IndexType, NamingConvention > > C Eagle::MetaInfo< Fiber::SimplexCell< Dims, IndexType, NamingConvention >::Base_t > [external] C Eagle::MetaInfo< Fiber::SimplexCell< Dims, IndexType, NamingConvention > > C Eagle::MetaInfo< Vector< T, N > > [external] C Eagle::MetaInfo< VVector< N, T > > C Fiber::MExpression< Operator > C Fiber::Mises C Eagle::MixedVector< VN, Vvalue, N, value > C Eagle::MixedVector< 0, Vvalue, N, value > C Eagle::MixedVector< VN, Vvalue, 0, value > C Fiber::MultiArray< N, T, class > C Fiber::MultiArraySTLVector< N, T > A multidimensional array for data that are stored in an STL vector<> C Fiber::ReferencingMemArray< N, T > A memory array that may share its data storage with something else C Fiber::MultiArray< 0, T > C Fiber::MultiArrayOutStreamSeparator< I > C Fiber::MultiArrayOutStreamSeparator< 1 > C Fiber::MultiArrayOutStreamSeparator< 2 > C Fiber::MultiArrayOutStreamSeparator< 3 > C MultidimensionalOperator C Fiber::MultiOp< 1, MultidimensionalOperator, 1 > C Fiber::MultiOp< 1, MultidimensionalOperator, SkipDims > C Fiber::MultiIndex< Dims > A multidimensional index that is automatically a lower-dimensional index via recursion C Fiber::FragmentLocation< Dims, TheProperty > C Fiber::MultiIndexIterator< Dims > C Fiber::MultiIndex< 1 > Stop multidimensional indexing recursion C std::multimap< FiberTypeIndex, MemCore::RefPtr< TypeProperty > > [external] C Fiber::FiberTypeMultiMap< TypeProperty > Https://stackoverflow.com/questions/17614172/c-template-singletons-in-a-dll C std::multimap< string, RefPtr< VertexField > > [external] C Wizt::VertexFieldCollection Base class for render objects that require a collection of Fields given on a Grid C Wizt::FragmentPainter A helper class that supports rendering of a collection of fragments from various fields C Wizt::VertexRenderObject Base class for object that render data given on vertices C Fiber::MultiOp< Dims, MultidimensionalOperator, SkipDims > C Fiber::MultiOp< Dims, MultidimensionalOperator, -1+1 > C Fiber::MultiOperate< Dims, MultidimensionalOperator, SkipDims > Template class for multidimensional operations C Fiber::MultiOp< Dims-1, MultidimensionalOperator, Dims > C Fiber::MultiOp< Dims, MultidimensionalOperator, Dims > C Fiber::VectorRegistry< T >::MultiplicityRegistry< N > C MemCore::MutableName [external] C Wizt::VManagedObject [external] C MyArray C Fiber::SingleFragmentCompute< FragmentOperator >::MyConstructor C Fiber::myData C Fiber::uDihedral< IndexType >::Name C Fiber::uEdge< IndexType >::NamedEdge C Wizt::RenderFields::NamedField C Fiber::uHexaHedron< IndexType >::NamedHexaHedron C Fiber::uQuad< IndexType >::NamedQuad C Fiber::uTetrahedron< IndexType >::NamedTetrahedron C Fiber::uTriangle< IndexType >::NamedTriangle C Fiber::NanoFlannPointCloudAdaptor Adaptor for interfacing the nanoflann library C Fiber::NearestNeighborIpol< T > Nearest-Neighbor interpolation, just fast and wrong C Fiber::NoDelimiter< Type > C Fiber::NotDoebyShapefile C Fiber::Occurrence< T > A template family to collect information where certain objects reside within a Bundle C Fiber::Occurrence< Bundle > C Fiber::Occurrence< Slice > C Fiber::Collector< Slice > C Fiber::FiberIO::HDF5::HDF5Saver< Grid > C Fiber::Occurrence< Grid > C Fiber::Collector< Grid > C Fiber::FiberIO::HDF5::HDF5Saver< Skeleton > C Fiber::Occurrence< Skeleton > C Fiber::Collector< Skeleton > C Fiber::Occurrence< Representation > C Fiber::Occurrence< T >::OccurrenceMap C Fiber::OccurrenceMap C Fiber::Collector< Bundle > C Operation C Wizt::FieldFunctor< Operation, GridInspectorType >::Op Operator instance: The template argument as Operation paired with an Iteration over a Field 's fragment C Eagle::Operator< OperatorID_t CompType, OperatorID_t bop > [external] C Fiber::UnaryOperator< Operator, PrimaryValueType, ResultValueType > Implementing an unary operation on a fields with on-demand computation per fragment and discarding data when memory is tight C Wizt::Orientation Convenience class to provide an input slot for selection a coordinate orientation along the X , Y or Z axis C Wizt::FieldSlice C Wizt::OrthoSlice Render a slice of a scalar field given on a grid in uniform cartesian coordinates, supporting mesh refinement C OutputOperator C Fiber::OwnerBase Base class for objects that are owned by others and owning others C Fiber::Ownable< BaseSpace > C Fiber::BaseSpace Base class for spaces that may be used for mapping domains to fiber spaces C Fiber::Ownable< BaseSpaceDependency > C Fiber::BaseSpaceDependency A base class for dependencies on a BaseSpace C Fiber::FiberMap< RefPtr< FieldID > > C Fiber::FiberMap< ID > Base class for fields defined on some base space C Fiber::Ownable< CreativeArrayBase, CreativeArrayBaseContainerBase > C Fiber::CreativeArrayBase Base class for multidimensional arrays that employ deferred storage, i.e C Fiber::Ownable< Field > C Fiber::Field A Field is a collection of CreativeArrayBase reference pointers which are accessed via FragmentID objects C Fiber::Ownable< Grid > C Fiber::Grid A Grid is a set of Skeleton objects, each of them accessed via some unique SkeletonID object C Fiber::Ownable< Slice > C Fiber::Slice Information per time slice, mainly a set of Grid objects that are accessed via GridID objects C Fiber::Ownable< Domain, ContainerBase > Domain-specific class of objects that can be owned C Fiber::Ownable< Domain, ContainerBase >::Container Base class for objects that may own domain-specific objects C OwnerOf C Fiber::BaseSpace Base class for spaces that may be used for mapping domains to fiber spaces C Fiber::BaseSpaceDependency A base class for dependencies on a BaseSpace C Fiber::Bundle The main entity holding all information C Fiber::Field A Field is a collection of CreativeArrayBase reference pointers which are accessed via FragmentID objects C Fiber::GridContainer An abstract base class for a list of Grid objects C Fiber::SkeletonMap A Skeleton Map is a unique map from SkeletonID 's to Skeletons C Fiber::Grid A Grid is a set of Skeleton objects, each of them accessed via some unique SkeletonID object C Fiber::Slice Information per time slice, mainly a set of Grid objects that are accessed via GridID objects C std::pair< double, WeakPtrSlice > [external] C Fiber::Info< Slice > The information as returned by a query for Slices C Fiber::Info< Grid > The information as returned by a query for Grids C Fiber::Info< Skeleton > The information as returned by a query for Skeletons C Fiber::Info< Representation > The information as returned by a query for Representations C std::pair< I, I > [external] C Fiber::FiberTypeMultiMap< TypeProperty >::iter_pair< I > C std::pair< RefPtr< CreativeArrayBase >, RefPtr< FragmentID > > [external] C Wizt::RefinedFragment Internal temporary helper structure C param_t C Wizt::myH5Notifier::ParamChange C Wizt::myNotifier::ParamChange C Fiber::Parameter C ParameterBox C Fiber::ParameterList C Fiber::ParameterSet C Fiber::ParameterSpace C FieldLines::Pathline C Fiber::PointCloud::PCInterpolator< FieldType, InterPolType > C Fiber::PointCloud::PCInterpolator< Eagle::PhysicalSpace::tvector, AVERAGE > C Fiber::PointCloud::PCInterpolator< Eagle::PhysicalSpace::tvector, LINEAR > C Fiber::PointCloud::PCInterpolator< Eagle::PhysicalSpace::tvector, SPHCUBIC > C Fiber::PointCloud::PCInterpolator< Eagle::PhysicalSpace::tvector, SPHQUARTIC > C Fiber::PointCloud::PCInterpolator< Eagle::PhysicalSpace::tvector, SPHQUINTIC > C Fiber::PointCloud::PCInterpolator< Eagle::PhysicalSpace::tvector, SSQUARE > C Fiber::PointCloud::PCInterpolator< FieldType, GAUSSIAN > C Fiber::PointCloud::PCInterpolator< FieldType, LINEAR > C Fiber::PointCloud::PCInterpolator< FieldType, MEDIAN > C Wizt::PictureInjector C Fiber::PlainCopyConvert C icl::Platform C Fiber::PNGError C PointCloudAdaptor C Fiber::PointCloud::PointCloudIpol< FieldType, QueryType, PointInterpolator > C Fiber::PointSearch Point Search Utility functions for finding points in a grid based on provided coordinate information C Polar4D C Minkowski C Fiber::PolynomialCoordinateAxisArray C Fiber::Power2Alignment C Fiber::FiberIO::HDF5::PrecisionTransformation Helper class C Fiber::FiberIO::HDF5::FragmentLoader C Fiber::FiberIO::HDF5::ContiguousFragmentLoader C Fiber::FiberIO::HDF5::UniformFragmentLoader C Fiber::StorageTransformations::PrecisionTransformation C Fiber::FEM::PredefinedFieldNames C Fiber::LineSet::PredefinedFieldNames Predefined field names on linesets C MemCore::CreatorBase< Domain >::Producer C Fiber::HDF5Producer Deferred creation of MemBase objects from an HDF5 file C Wizt::Programmable [external] C Wizt::AircraftGeometry C Wizt::Billboard Convenience class for drawing Billboards C Wizt::BivectorAsSpiral A shader for bivectors C Wizt::BivectorOrientation A shader for bivectors C Wizt::ColorizedFloatSliceRenderer Base class for a common properties of render objects rendering a 2D slice of a 3D scalar field C Wizt::FloatingProgrammableEdgeRenderer Edge renderer with floating origin stabilization and shader support C Wizt::FloatingSkeletonRenderer Convenience base class for objects that render information given on the a skeleton of a Grid and are safe to deal with numerically large coordinates by using a Shader C Wizt::PictureBase C Wizt::ProgrammableGeometry [external] C Wizt::VertexGeometryShader Base class for render object that execute a Geometry Shader on each Vertex of a Grid C Wizt::ShadedFieldAnemone A FieldAnemone with shader support C Wizt::SurfaceRenderer Base class to render triangular surface using shaders and support for floating origin (i.e., large coordinates) C Wizt::VectorArrow A minimalistic geometry shader that displays a vector field as a line segment C Wizt::VectorAsColors A minimalistic geometry shader that displays a vector field as RGB colors C Wizt::VectorAsLines A minimalistic geometry shader that displays a vector field as a line segment C Fiber::LocalFromWorldPoint::ProjectiveCell C CurvedSpaceIntegrator::pt C Random C Fiber::Range_as_FloatVersion< T > Type trait class to help DataRange<T> C Fiber::ranged_for_iterator< T > C Fiber::ranged_for_iterator< Eagle::FixedArray< T, C > > C Fiber::RangeFailureAction< Configuration > C RectilinearInterpolation C Wizt::RecursiveSeaBed C Fiber::ReferenceBase< class Object > C ReferenceBase C TreeCellMapper Helper class for computing local coordinates of a curvilinear block C UniGridMapper The UniGridMapper Maps a cell in a uniform grid to curvilinear cells, which are contained or intersect a unicell C Wizt::ReferenceBase< AnemoneExplorer > [external] C Wizt::GridAnemone::AnemoneExplorer The Anemone Explorer is an object that lives throughout rendering of a set of Anemones C Wizt::FloatingAnemoneExplorer An Anemone explorer that takes care of a floating origin C Wizt::ReferenceBase< Atlas > [external] C Fiber::Atlas The Grid Atlas contains the set of all charts which are defined on a Grid object C MemCore::ReferenceBase< AtomicIntegrator< FieldType, FrontGeodesics, InterpolType > > [external] C FieldLines::AtomicIntegrator< FieldType, FrontGeodesics, InterpolType > C MemCore::ReferenceBase< AtomicIntegrator< tvector, FrontStreamline, InterpolType > > [external] C FieldLines::AtomicIntegrator< tvector, FrontStreamline, InterpolType > C MemCore::ReferenceBase< BinderBase > [external] C Fiber::BinderBase Base class to allow binding a Fiber Bundle data structure to some storage device, similar to swapping data from in and out of memory C Fiber::Binder Base class to allow binding a Fiber Bundle data structure to some storage device, similar to swapping data from in and out of memory C Fiber::HDF5Binder C MemCore::ReferenceBase< Cacheable > [external] C MemCore::Cacheable [external] C Fiber::MemBase Base class for multidimensional arrays with MemCore memory management C Wizt::TextureBase [external] C MemCore::ReferenceBase< CellTensorFunctor > [external] C Wizt::CellTensorFunctor C Wizt::IncapableCellTensorFunctor C Wizt::ReferenceBase< ChartCreatorBase > [external] C Fiber::ChartCreatorBase C Fiber::ChartCreator< ChartType > C MemCore::ReferenceBase< ChartID > [external] C Fiber::ChartID A Chart ID is just a textual description of the certain chart object; there may be many chart objects which all share the same ChartID C MemCore::ReferenceBase< ChartIDList > [external] C Fiber::ChartIDList C MemCore::ReferenceBase< ChristoffelXYZ< T > > [external] C FieldLines::ChristoffelXYZ< T > C MemCore::ReferenceBase< Connector > [external] C Wizt::VSocketAction::Connector [external] C FlyingFish::AcceptConnections C MemCore::ReferenceBase< Container > [external] C Fiber::Ownable< Domain, ContainerBase >::Container Base class for objects that may own domain-specific objects C MemCore::ReferenceBase< CopySkeletons > [external] C Fiber::CopySkeletons This Skeleton iterator takes a new Grid as an input and copies topological related information to the new Grid C MemCore::ReferenceBase< ElementSorter > [external] C GL::ElementSorter C GL::TypedElementSorter< Type > C MemCore::ReferenceBase< F5Skeleton > [external] C Fiber::F5Skeleton A helper class to create an F5Path from FiberLib context information C MemCore::ReferenceBase< FiberTypeBase > [external] C Fiber::FiberTypeBase Abstract procedural description of a data element which may be used to construct arrays and fields C MemCore::ReferenceBase< FieldCollection< FieldType, FrontGeodesics > > [external] C FieldLines::FieldCollection< FieldType, FrontGeodesics > C FieldLines::FieldCollection< FieldType, FrontGeodesics > C MemCore::ReferenceBase< FieldCollection< FieldType, LineType > > [external] C FieldLines::FieldCollection< FieldType, LineType > C MemCore::ReferenceBase< FieldCollection< tvector, FrontStreamline > > [external] C FieldLines::FieldCollection< tvector, FrontStreamline > C FieldLines::FieldCollection< tvector, FrontStreamline > C MemCore::ReferenceBase< FieldCollection< tvector, Pathline > > [external] C FieldLines::FieldCollection< tvector, Pathline > C FieldLines::FieldCollection< tvector, Pathline > C Wizt::ReferenceBase< FieldID > [external] C Fiber::FieldID Identifier for Field s within a Grid C Wizt::ReferenceBase< FieldSelection > [external] C Fiber::FieldSelection An abstract selection of fields, that is given by names of fields and possible types for each field C Wizt::ReferenceBase< FishWharf > [external] C Wizt::FishWharf Internal class to communicate information about saveable fishes from FishSavable to and from FishSaver objects C Wizt::ReferenceBase< FragmentID > [external] C Fiber::FragmentID Identification information about a field's fragment C Wizt::ReferenceBase< FragmentIDCollection > [external] C Fiber::FragmentIDCollection A collection of fragment identifiers with bijective mapping to an integer fragment number C Wizt::ReferenceBase< FragmentSelector > [external] C Fiber::FragmentSelector Abstract base class to select a certain subset from a Field 's collection of fragments C Wizt::ReferenceBase< GetFragmentRange > [external] C Fiber::GetFragmentRange C Wizt::ReferenceBase< GlobalCharts > [external] C Fiber::GlobalCharts A list of chart identifiers (i.e C Wizt::ReferenceBase< GridID > [external] C Fiber::GridID A grid identifier C MemCore::ReferenceBase< GridIterator > [external] C FieldLines::GridIterator C MemCore::ReferenceBase< GridOperatorData< FieldType, FrontGeodesics > > [external] C FieldLines::GridOperatorData< FieldType, FrontGeodesics > C FieldLines::GridOperatorData< FieldType, FrontGeodesics > C MemCore::ReferenceBase< GridOperatorData< FieldType, LineType > > [external] C FieldLines::GridOperatorData< FieldType, LineType > C MemCore::ReferenceBase< GridOperatorData< tvector, Pathline > > [external] C FieldLines::GridOperatorData< tvector, Pathline > C FieldLines::GridOperatorData< tvector, Pathline > C MemCore::ReferenceBase< H5Identifier > [external] C H5Identifier C MemCore::ReferenceBase< H5Object > [external] C H5Object Base class for groups, datasets and named datatypes C MemCore::ReferenceBase< InterfaceBase > [external] C MemCore::InterfaceBase [external] C MemCore::Interface< ArrayInterpolator > [external] C Fiber::ArrayInterpolator A field's interpolator is an interface for this specific field C Fiber::DimensionalInterpolator< N > Abstract N-dimensional interpolator class C MemCore::Interface< Parameters > [external] C Fiber::Binder::Parameters Parameters for file binding C MemCore::Interface< F5Domain > [external] C Fiber::F5Domain C MemCore::Interface< LoaderControl > [external] C Fiber::LoaderControl C MemCore::Interface< MemArrayProperties > [external] C Fiber::MemArrayProperties Interface class to provide information about multidimensional arrays without need to create the data itself C MemCore::Interface< Allocator > [external] C Fiber::MemBase::Allocator Same as above but using a unsinged int vector C Fiber::MemArrayAllocator< T > Allocating array types through registry of types C MemCore::Interface< PassThrough > [external] C Fiber::Ownable< Domain, ContainerBase >::Container::PassThrough C MemCore::Interface< RawData > [external] C Fiber::RawData Call unpackAs() in the Creator 's create() function if the actual data type stored does not match the desired output type as specified via a TypeID C Fiber::VecPacked< N > C Fiber::VecPacked_10_11_11 C MemCore::Interface< ItemType > [external] C Fiber::SaveItem< ItemType > An interface object to signal a processOwner() function that some data item should be saved C MemCore::Interface< SizeInterface > [external] C Fiber::SizeInterface An interface telling size and dimensionality of a dataset, a refcounted version of DynamicSize C MemCore::Interface< StorageTransformations > [external] C Fiber::StorageTransformations C MyStorageTransformations C Fiber::FishStorageTransformations A base class with some heuristic default settings C MyStorage C MyStorageTransformations C MemCore::Interface< LoaderProgress > [external] C MemCore::LoaderProgress [external] C Fiber::BundleLoaderProgress Loading progress callback functor C Fiber::HDF5BindingIndicator C MyProgress C MyProgress C MyProgress C MyProgress C MyProgress C MyProgressor C MemCore::Interface< StreamSaver > [external] C MemCore::StreamSaverInterface [external] C Fiber::F5StreamSaver C MemCore::Interface< VCreationPreferences > [external] C Wizt::VCreationPreferences [external] C Wizt::TypedCreationPreferencesBase Base class for Fiber-specific creation preferences that know how to deal with types C Wizt::TypedCreationPreferences< META::LIST< T... > > Fiber-specific creation preferences that know how to deal with types C Wizt::TypedCreationPreferences< T > Fiber-specific creation preferences that know how to deal with types C Wizt::TypedCreationPreferences< META::LIST< T... > > Fiber-specific creation preferences that know how to deal with types C Wizt::Interface< SaveImage > [external] C Fiber::BundleSaver< SaveImage > C Wizt::Interface< DataRangeBase > [external] C Fiber::DataRangeBase Base class for ranges that can be attached to Creators C Wizt::Interface< FS > [external] C Fiber::FSSaver< Bundle > C Fiber::FSSaver< MemArrayBase > C Fiber::FSSaver< MemArrayStorage< N, T, Storage > > C Fiber::FSSaver< MemArrayStorage< N, T, vector< T > > > C Wizt::Interface< FileNameInterface > [external] C Fiber::FiberIO::HDF5::FileNameInterface C Wizt::Interface<::Fiber::HDF5 > [external] C Fiber::FiberIO::HDF5::HDF5Saver< Bundle > HDF5 Interface class for the Bundle object C Fiber::FiberIO::HDF5::HDF5Saver< MemBase > The HDF5 interface to the MemBase class C Wizt::Interface< FragmentLocation< Dims, TheProperty > > [external] C Fiber::FragmentLocation< Dims, TheProperty > C Wizt::Interface< FragmentMetaIndirector > [external] C Fiber::FragmentMetaIndirector An interface on creators for fragments in relative representations, used within function Skeleton::createIndirectedField() to provide meta information for a newly created Creator C Wizt::Interface< DoebyGDAL > [external] C Fiber::GDALSaver C Wizt::Interface< HDF5Saver< Chart > > [external] C Fiber::HDF5Saver< Chart > C Wizt::Interface< DoebyKml > [external] C Fiber::KmlSaver C Wizt::Interface< DoebyLas > [external] C Fiber::LasSaver C Wizt::Interface< SearchFragmentVertex > [external] C Fiber::SearchFragmentVertex C Fiber::HilbertFragmentVertexSearch C Fiber::UniformFragmentVertexSearch C Wizt::Interface< NotDoebyShapefile > [external] C Fiber::ShapefileSaver C Wizt::Interface< DoebyTiff > [external] C Fiber::TiffSaver C Fiber::TiffSaver C Wizt::Interface< Timestep > [external] C Fiber::Timestep Interface class that allows optionally storing integer numbers with a grid as a consecutive timestep information C Wizt::Interface< XML > [external] C Fiber::XMLSaver< Bundle > C Fiber::XMLSaver< MemArrayBase > C Fiber::XMLSaver< MemArrayStorage< N, T, Storage > > C Fiber::XMLSaver< MemArrayStorage< N, T, vector< T > > > C Wizt::Interface< ColormapTexture > [external] C Wizt::CarpetAnemone::ColormapTexture A ColormapTexture object is an interface that allows to remember a set of textures C Wizt::Interface< SliceDataInterface > [external] C Wizt::FieldSlice::SliceDataInterface C Wizt::Interface< CoordinateShift > [external] C Wizt::GridAnemone::CoordinateShift An optional interface that is stored by the FloatingAnemoneExplorer on each AnemoneCreator to specify the location of the origin relativ to which vertices are uploaded C Wizt::Interface< NumberOfLightSources > [external] C Wizt::Illuminatable::NumberOfLightSources C MemCore::Interface< class Domain > [external] C Fiber::SaveItem< RefPtr< MemBase > > C Fiber::SaveItem< RefPtr< CreativeArrayBase > > C MemCore::ReferenceBase< InterfaceIterationParameter > [external] C MemCore::InterfaceIterationParameter [external] C MemCore::SaveParameters [external] C Wizt::ReferenceBase< IOPerformance > [external] C Fiber::StorageTransformations::IOPerformance C MemCore::ReferenceBase< IterateSkeleton > [external] C GridConv::IterateSkeleton C Wizt::ReferenceBase< Lanternfish > [external] C Wizt::Lanternfish Internal class to collect fragments and to render them afterwards C Wizt::ReferenceBase< Loader > [external] C Fiber::Slice::Loader An loader object that may be associated with each Slice , such that data can created on access C HDF5SliceLoader C MemCore::ReferenceBase< LoaderBase > [external] C MemCore::LoaderBase [external] C MemCore::ReferenceBase< LoaderRequest > [external] C MemCore::LoaderRequest [external] C Fiber::HDF5LoaderRequest C MemCore::ReferenceBase< LocalFromWorldPoint > [external] C Fiber::LocalFromWorldPoint Use this class to compute a local cell index and fragment ID (if neccessary) of any coordinate field on a given slice and grid C Wizt::ReferenceBase< Notifier > [external] C Fiber::Bundle::Notifier Mechanism to have notifier objects listening to changes on the Bundle , whatever nature those changes might be C Wizt::ReferenceBase< ParameterID > [external] C Fiber::ParameterID C Wizt::ReferenceBase< PartialDerivatorBase > [external] C Fiber::PartialDerivatorBase C Fiber::PartialDerivator< SourceArrayType, DerivationType > C MemCore::ReferenceBase< Reader > [external] C F5Fragment::Reader C F5Fragment::DatasetReader C F5Fragment::GroupReader C MemCore::ReferenceBase< Receiver > [external] C Wizt::VSocketAction::Receiver [external] C FlyingFish::Client C MemCore::ReferenceBase< RegionOfInterest > [external] C Wizt::RegionOfInterest A functor to limit rendering C MemCore::ReferenceBase< Renderer > [external] C Wizt::VBO::Renderer [external] C MemCore::ReferenceBase< SaveInterfaceCreatorBase > [external] C MemCore::SaveInterfaceCreatorBase [external] C MemCore::SaveInterfaceCreator< Bundle > [external] C Fiber::FSSaverCreator< Bundle > C Fiber::MySaverCreator C Fiber::XMLSaverCreator< Bundle > C MemCore::SaveInterfaceCreator< MemArrayStorage< N, T, Storage > > [external] C Fiber::FSSaverCreator< MemArrayStorage< N, T, Storage > > C Fiber::HDF5SaverCreator< MemArrayStorage< N, T, Storage > > C Fiber::XMLSaverCreator< MemArrayStorage< N, T, Storage > > C MemCore::ReferenceBase< ScalarMultiHistogram > [external] C Fiber::ScalarMultiHistogram Convenience class to operate with a set of histograms C MemCore::ReferenceBase< ShaderInjectorBase > [external] C Wizt::ShaderInjectorBase [external] C Wizt::ShaderInjector< FieldVisibility > [external] C Wizt::FieldVisibility A GLSL shader injector that provides a function C Wizt::ReferenceBase< SliceData > [external] C Wizt::FieldSlice::SliceData Slicenumber –> coordinateslicedata C Wizt::ReferenceBase< SlicerBase > [external] C Fiber::SlicerBase Helper class to select a slice from a regular grid C Fiber::Slicer< ConvertToFloat, LIST< double, LIST< float > > > C Fiber::RangedFloatSlicer Extract a 2D slice of floating point data from a 3D grid and perform data rescaling using a linear range C Fiber::Slicer< Converter, InputTypes > Helper class to select a slice from a regular grid C MemCore::ReferenceBase< State > [external] C Wizt::VStateCreatorBase::State [external] C MemCore::ReferenceBase< SurfaceRefinementCriterion > [external] C Fiber::SurfaceRefinementCriterion C Fiber::EdgeFlipCriterion C Fiber::EdgeLengthCriterion C Fiber::SplitAllCriterion C MemCore::ReferenceBase< Tentacle > [external] C Wizt::Anemone::Tentacle [external] C Wizt::Anemone::SpecializedTentacle< Anemone::Arraybuffer > [external] C Wizt::RenderBasin::VertexAttribute [external] C Wizt::BufferArray [external] C Wizt::ReferenceBase< Transformation > [external] C Fiber::Transformation Transformation objects that provide chart transformations, particularily for coordinates, but also other vectorial, tensorial or geometric types C MyTransformation Possible implementation of a Transformation object via a std::function<> C ProjTransformation C ProjTransformation C Wizt::ReferenceBase< Transformator > [external] C Fiber::Transformator Callback interface to allow interfacing a full transformation pipeline provided by external means, e.g C ProjTransformator C ProjTransformator C MemCore::ReferenceBase< VActionNotifier > [external] C Wizt::VActionNotifier [external] C Wizt::myH5Notifier C Wizt::myNotifier C MemCore::ReferenceBase< ValueNotifier > [external] C Wizt::ValueNotifier [external] C MemCore::ReferenceBase< VertexField > [external] C Wizt::VertexField A VertexField is a (abstract) gateway from RAM to GPU memory C Wizt::VBOField< NextType > C Wizt::VBOField< LIST< TypedVertexAttribArray< Type >, NextType > > C Wizt::VBOField< LIST< VBOArrayType, NextType > > VBO Field for a list of types, trying to create a BufferArray for each of the specified types first before giving up C Wizt::VBOField< LIST< TypedVertexAttribArray< Type >, NIL > > C Wizt::VBOField< LIST< TypedVertexAttribArray< Type >, NextType > > C Wizt::VBOField< LIST< VBOArrayType, NIL > > C Wizt::VBOField< LIST< VBOArrayType, NextType > > VBO Field for a list of types, trying to create a BufferArray for each of the specified types first before giving up C Wizt::VBOField< TypedTexCoordArray< Type > > Associate a Field with texture coordinates referring to a specific texture C Wizt::VBOField< TypedVertexAttribArray< Type > > Associate a Field with a named vertex attribute array C Wizt::VBOField< LIST< TypedVertexAttribArray< Type >, NIL > > C Wizt::VBOField< VBOArrayType > Associate a Field with some vertex array that is uniquely defined by its type, such as a ColorArray C Wizt::VBOField< LIST< VBOArrayType, NIL > > C Wizt::VBOField< TypedTexCoordArray< Type > > Associate a Field with texture coordinates referring to a specific texture C Wizt::VBOField< TypedVertexAttribArray< Type > > Associate a Field with a named vertex attribute array C Wizt::VBORGBAField Loads a fragment of a tensor field as RGBAArray C Wizt::VBOTensorField Loads a fragment of a tensor field as TensorArray C MemCore::ReferenceBase< VertexSelection > [external] C Fiber::VertexSelection Class representing a vertex selection C MemCore::ReferenceBase< VertexSelector > [external] C Wizt::VertexSelector C MemCore::ReferenceBase< VishSaver > [external] C Wizt::VishSaver [external] C MemCore::ReferenceBase< VManagedObjectBase > [external] C Wizt::VManagedObjectBase [external] C Wizt::MultiviewRenderable [external] C Wizt::HeightDotsMultiView C Wizt::VManagedObject [external] C Wizt::VObject [external] C Wizt::VSlotContainer [external] C Wizt::VConnectable [external] C Wizt::Fish< Fiber::Slice > A Fish slot (scale) that allows to select a slice from a fiber bundle C Wizt::GridOperatorObject< VObject > C RandomPointDistribution Create a randomly distributed points in a cubic volume within a given radius, or within the bounding box of a given grid, or within the bb of a grid AND within a scalar range of a scalar field in the grid (uniform or curvilinear) C Wizt::CorbenicField A VObject evaluates an expression on a Grid , involving all possible fields C Wizt::FieldAnemoneBase C Wizt::FieldObject Base class for selecting fields from a Grid object C Wizt::GridOperatorObject< BaseClass > Convenience class for objects operating on Grid objects C Wizt::OldLineSetOperator Former base class for Fish modules operating on Grid objects that are LineSets C Wizt::SkeletonOperatorBase Base class for Fish modules operating on Grid objects concentrating on a specific Skeleton C Wizt::VSkeletonRenderObject Base class for objects rendering skeletons of a fiber bundle C Wizt::VertexRenderObject Base class for object that render data given on vertices C Wizt::Iris Helper class to generate textures with Gaussian spots (or similar) to be used as a point sprite when rendering splats, for instance C Wizt::SplatRenderObject Base class for render object that draw a splat for each vertex of a Grid object C Wizt::SkeletonOperatorBase Base class for Fish modules operating on Grid objects concentrating on a specific Skeleton C Wizt::SkeletonRenderer Base class for objects that render information given on the a skeleton of a Grid C Wizt::TimeDependent [external] C Wizt::Fish< Fiber::Slice > A Fish slot (scale) that allows to select a slice from a fiber bundle C Wizt::VObject [external] C Wizt::VSkale [external] C Wizt::Atlas [external] C Wizt::FishObject C Wizt::Fish< VObject > This is an antique class which has been replaced by base class VSkale C Wizt::Fish< Fiber::Bundle > Base class for Vish Objects that request a fiber bundle as input objects C FlyingFish Some streaming class C Wizt::GridObject Base class for objects that provide Grid objects extracted from Bundle objects C Wizt::Fish< Fiber::FragmentCluster > A base class for Fish objects that operate on selections of data fragments, which are sections of fields distributed over possibly different refinement levels C Wizt::VertexRenderObject Base class for object that render data given on vertices C Wizt::Fish< double > Abstract class to provide a virtual interface for retrieving time C Wizt::Fish< Fiber::Field > The fish scale to access the fields of a grid object in a fiber bundle C Wizt::FieldAnemoneBase C Wizt::FieldCLOperation C Wizt::FieldOperatorObject Base class for objects that operate on Field objects and create new fields C Wizt::TypedField< FieldTypes > Construct a Fish object that can operate on various types of a field C Wizt::VFieldRenderObject Base class for objects rendering fields on a fiber bundle C Wizt::Fish< Fiber::Grid > A fish scale for dealing with dependencies on grid objects C Wizt::GridOperatorObject< VObject > C RandomPointDistribution Create a randomly distributed points in a cubic volume within a given radius, or within the bounding box of a given grid, or within the bb of a grid AND within a scalar range of a scalar field in the grid (uniform or curvilinear) C Wizt::CorbenicField A VObject evaluates an expression on a Grid , involving all possible fields C Wizt::FieldObject Base class for selecting fields from a Grid object C Wizt::GridOperatorObject< BaseClass > Convenience class for objects operating on Grid objects C Wizt::OldLineSetOperator Former base class for Fish modules operating on Grid objects that are LineSets C Wizt::SkeletonOperatorBase Base class for Fish modules operating on Grid objects concentrating on a specific Skeleton C Wizt::VSkeletonRenderObject Base class for objects rendering skeletons of a fiber bundle C Wizt::VertexFieldCollection Base class for render objects that require a collection of Fields given on a Grid C Wizt::Fish< Fiber::Skeleton > Operating on skeletons C RandomPointDistribution Create a randomly distributed points in a cubic volume within a given radius, or within the bounding box of a given grid, or within the bb of a grid AND within a scalar range of a scalar field in the grid (uniform or curvilinear) C Wizt::SkeletonOperatorBase Base class for Fish modules operating on Grid objects concentrating on a specific Skeleton C Wizt::VSkeletonRenderObject Base class for objects rendering skeletons of a fiber bundle C Wizt::VertexRenderObject Base class for object that render data given on vertices C Wizt::Fish< Fiber::Slice > A Fish slot (scale) that allows to select a slice from a fiber bundle C Wizt::GridAnemone Base class for objects that render information given on a Grid C Wizt::VChartDependent [external] C Wizt::ChartDependentGridOperatorObject< BaseClass > Convenience class for objects operating on Grid objects in a certain coordinate system C Wizt::FieldOperatorObject Base class for objects that operate on Field objects and create new fields C Wizt::VRenderObject [external] C Wizt::VNutrition [external] C MemCore::ReferenceBase< VParameterConnectionConstraint > [external] C Wizt::VParameterConnectionConstraint [external] C Wizt::FieldValueConstraint C Fiber::RegularCoordinateSlice Helper class to select a slice from a regular grid C Fiber::SliceConstructor< Converter > Helper class for slice constructors C Fiber::SlicerBase Helper class to select a slice from a regular grid C Fiber::Remap< Type > C Wizt::RenderFields Handling a hierarchy of fields C Wizt::AnemoneRenderFields C Wizt::GridAnemoneState C Wizt::Lanternfish::RenderFragmentInfo C Wizt::RenderNamespace [external] C Wizt::RenderAble [external] C Fiber::ResampleArray< Dims, Type > C MemCore::result< MemBase > [external] C MemCore::TypedChunk< T > [external] C MemCore::Chunk< T > [external] C Fiber::CoordinateAxisArray< T, ExplicitCoordinateAxisArray > An implementation of the one-dimensional array that contains monotoneously increasing coordinates for each index C Fiber::CoordinateAxisArray< T, LinearCoordinateAxisArray > A one-dimensional linear array, i.e C Fiber::CoordinateAxisArray< T, PolynomialCoordinateAxisArray > An implementation of the one-dimensional procedural array that computes its elements as an polynomial expression of the index C Fiber::FiberIO::HDF5::list< typename _Tp, typename _Alloc >::reverse_iterator STL iterator class C Fiber::FiberIO::HDF5::string::reverse_iterator STL iterator class C Fiber::list< typename _Tp, typename _Alloc >::reverse_iterator STL iterator class C Fiber::map< typename _Key, typename _Tp, typename _Compare, typename _Alloc >::reverse_iterator STL iterator class C Fiber::set< typename _Key, typename _Compare, typename _Alloc >::reverse_iterator STL iterator class C Fiber::string::reverse_iterator STL iterator class C Fiber::unordered_set< typename _Value, typename _Hash, typename _Pred, typename _Alloc >::reverse_iterator STL iterator class C Fiber::vector< typename _Tp, typename _Alloc >::reverse_iterator STL iterator class C GL::vector< typename _Tp, typename _Alloc >::reverse_iterator STL iterator class C Fiber::rgba_float_t C Fiber::RGBOperator C RGBOperator C RidgeShape Helper class for the Volume Renderer C Fiber::SampleParameters C MemCore::SarahConnor< H5Object > [external] C H5File C H5File C Fiber::FiberIO::HDF5::SaveField C Fiber::FiberIO::HDF5::SaveFragment C Fiber::SaveRegistry< class X > C SchedulingPolicy Scheduling policy interface C RoundRobinSchedulingPolicy C SingleDeviceSchedulingPolicy C SchwarzschildFormula C Traum::SecondOrderDiffEquationConstantSize< Real, N > C Traum::SecondOrderIntegrator853< Real > [external] C Traum::IntegratePath853< double > [external] C ExplicitPolarGeodesics2DEquation C Traum::IntegratePath853< float > [external] C Traum::Geodesic853< Acceleration > C Traum::IntegratePath853< long double > [external] C Traum::SchwarzschildGeodesic C SecondProperty C Fiber::AND< FirstProperty, SecondProperty > Combining bundle properties as AND operation C Fiber::OR< FirstProperty, SecondProperty > Combining bundle properties as OR operation C Fiber::set< typename _Key, typename _Compare, typename _Alloc > STL class C std::set< MemCore::WeakPtr< FiberTypeBase > > [external] C Fiber::TypeList A set of types C Wizt::set< RefPtr< ChartID > > [external] C Fiber::ChartIDList C Fiber::setDimensions< N > C Wizt::SetName C Wizt::ShaderConditionals [external] C Wizt::EdgeShader Edge renderer with lighting, shader conditionals, floating origin and shader support C Wizt::FloatingSkeletonRenderer Convenience base class for objects that render information given on the a skeleton of a Grid and are safe to deal with numerically large coordinates by using a Shader C Wizt::HeightDots C Wizt::PictureBase C Wizt::SurfaceRenderer Base class to render triangular surface using shaders and support for floating origin (i.e., large coordinates) C Wizt::ShaderFields C Wizt::FieldAnemone Base class for objects that render information given on a Field C Wizt::Shaders C Fiber::ShapefileGlobals A data structure to bundle all global static variables into one object with precisely defined construction/destruction order C H5Identifier::Silence C H5Identifier::CaptureErrors C H5Object::Silence C H5Object::CaptureErrors C Fiber::SingleFragmentCompute< FragmentOperator > C Fiber::SizeOf< T > C Fiber::SkeletonID Identifier for Skeleton s within a Grid C Fiber::Skeleton A Skeleton is a set of Representation object, each of them accessed by an Representer object C Fiber::SkeletonExistence A concrete Grid Property which looks for the existence of a Skeleton of the specified dimension and index depth C Fiber::SkeletonIterator Base class for iterators over a sequence of skeletons C Fiber::Collector< Grid > C Fiber::FiberIO::HDF5::HDF5Saver< Skeleton > C Fiber::Iterator< Skeleton > C Fiber::Iterator< SkeletonID > C Fiber::SkeletonSaver C Fiber::fsSkeletonSaver C Fiber::FiberIO::HDF5::SkeletonLoader C Fiber::SkeletonPtrEqual C Sld C Fiber::SliceExtractor< Converter, InputType > Template class to construct an OnDemandCreator to extract a 2D slice from a 3D data array with abitrary data conversion during extraction C Fiber::SliceExtractor< Converter, META::NIL > Base class of all SliceExtractors C Fiber::SliceExtractor< Converter, NextType > C Fiber::SliceExtractor< Converter, META::LIST< InputType, NextType > > The slice extractor for a list of input types C Fiber::SliceMap An helper class for a collection of slices C SomeProperty C Fiber::NOT< SomeProperty > Inverting a bundle property C Wizt::SortedFragmentIterator::SpatialFragment C VecAl::SphericalSymmetric A generic, spherically symmetric spacetime that is determined by two scalar functions C Fiber::CopyMemArrayIterator< Dims >::exec< T >::SrcStorage< Storage > C State C DreiBein::FieldState C FieldLines::IntegralHeart< FieldType, LineType >::FieldState C FieldOnGridEvaluator::MyState C GeodesicView::FieldState C SafeBox C SurfaceView::FieldState C SurfaceViewDL::FieldState C VOrthoSlice::FieldState C VectorArrows::FieldState C VectorStreamline::MyState C VectorViz::VectorSpeckle::LocalState C Wizt::BindFileAndProvideGrid::MyState C Wizt::EditField::EditingState C Wizt::OrthoSlice::FieldState C VObject::State C Wizt::Fish< Fiber::FragmentCluster >::ClusterState The state object, all others in derived classes must be derived from this one C Wizt::GridAnemoneState C StatusIndicator C Waveform::WaveformScalarAnalyze< Waveform::WaveTimeOfMaximum > C Waveform::WaveformScalarAnalyze< Waveform::WaveMaximum > C Waveform::WaveformScalarAnalyze< Waveform::WaveSize > C Waveform::WaveformScalarAnalyze< Waveform::WaveIntegral > C Wizt::StatusIndicator [external] C Inverse< metric33 > C ChristoffelQddot< T > C CombineToMetric44 Combine a vector and a scalar field to a C ComputeGaussVertices Compute the global cartesian coordinates of the gauss points of the FEMs C Fiber::NamedField< FieldName > C FieldOperator::ScalarFieldClamp C FieldOperator::ScalarFieldLinearCombine C GeodesicCurvature C GridTransformer Transform Gridvertices C Inverse< T > Field Inversion C RandomPointDistribution Create a randomly distributed points in a cubic volume within a given radius, or within the bounding box of a given grid, or within the bb of a grid AND within a scalar range of a scalar field in the grid (uniform or curvilinear) C SelectionGridExtractor A module to extract a selected region of interest into a new grid object C Vector4ToVector3AndScalar Convert spacetime-vector into a space vector and a time scalar vector C Waveform::WaveformExtract Module that extracts a waveform as a chunk of double values from a waveform field C Waveform::WaveformScalarAnalyze< T > C Wizt::BindFileAndProvideGrid Module to provide a grid for delayed writing (append/modification) C Wizt::CorbenicField A VObject evaluates an expression on a Grid , involving all possible fields C Wizt::FieldObject Base class for selecting fields from a Grid object C Wizt::FieldOperatorObject Base class for objects that operate on Field objects and create new fields C Wizt::GridObject Base class for objects that provide Grid objects extracted from Bundle objects C Wizt::IntegralFace C Wizt::VRenderObject [external] C Fiber::Curve::StepSize Compute the step size of a curve C Fiber::StressTensorFields C Fiber::StressTensorValueArrays Contains typed arrays for stress tensor realted values C Fiber::StressTensorArrays Contains typed arrays to StressTensorValues C Fiber::StressTensorValueIterators Contains iterators to eigenvalues C TangentialDifferentialEquation C Fiber::TangentialDifferentialEquationAnalytic C Fiber::TangentialVectorsAndCurveParameter Tangential vectors along a set of lines and the lengths of the lines C Fiber::LineSet::TComputeScalarDerivative C Fiber::LineSet::TComputeTVectorDerivative C Fiber::LineSet::TComputeUnitTVectorDerivative C TensorDeviceState C Wizt::TensorIDs Shader program array indices C Fiber::Tensortype C Fiber::TextureChart< Dims > C Wizt::Texturizer Helper class to manage textures used in shaders C Wizt::HeightDots C TGA C TheUnaryOperator C Wizt::UnaryFieldOperatorObject< TheUnaryOperator, ResultType > A Fish object implementing an unary operation on a field C Fiber::TiffGlobals A data structure to bundle all global static variables into one object with precisely defined construction/destruction order C icl::Timer C MemCore::Timer [external] C Wizt::SeaBed C topology_iterator_data C Kerr44::Transformation C Fiber::PointCloud::TreeQuery< QType > C Fiber::PointCloud::TreeQuery< EULER_RADIUS > C Fiber::PointCloud::TreeQuery< MAX_RADIUS > C Fiber::TriangleEdge C Fiber::type_info C Fiber::TypedIterator< T > C Wizt::TypeInspector Helper class for FieldInputCreator C MemCore::typemap< MemCore::TypeInfo > [external] C Fiber::StorageTransformations C Fiber::uDihedral< IndexType > C Fiber::uEdge< IndexType > Convenience union to allow member names on edges C Fiber::uHexaHedron< IndexType > Convenience union to allow member names on hexahedrons C Wizt::UndoStack [external] C Wizt::EditField C Fiber::unordered_set< typename _Value, typename _Hash, typename _Pred, typename _Alloc > STL class C Wizt::IntegralFace::UpdateCheckData C Fiber::uQuad< IndexType > Convenience union to allow member names on quads C Fiber::uTetrahedron< IndexType > Convenience union to allow member names on tetrahedrons C Fiber::uTriangle< IndexType > Convenience union to allow member names on triangles C Wizt::ValueCacheable [external] C Wizt::VSlotContainer [external] C Fiber::ValueConvert C Wizt::VConnectionValidatorList [external] C Wizt::VSlotContainer [external] C Wizt::VCotask [external] C SurfaceView C SurfaceViewAR Display a surface using vertex arrays C VOrthoSlice C Wizt::VCreator< CreativeObject, AcceptList< Fiber::Grid > > [external] C Wizt::GridActor< CreativeObject::GridInspector, CreativeObject > C Wizt::GridActor< CreativeObject, void > C Wizt::VCreator< FieldVObject, AcceptList< Fiber::Grid > > [external] C Wizt::FieldObjectCreator< FieldVObject > VCreator class that operates on fields or bundles C Wizt::VCreator< GridVObject, AcceptList< Fiber::BundlePtr > > [external] C Wizt::GridObjectCreator< GridVObject > Creator for objects that may create grids; such objects may be attached to objects that provide bundles C Wizt::VCreator< void, AcceptList< Fiber::Grid > > [external] C Wizt::GridActor< CreativeObject, void > C Wizt::GridActor< GridInspector, CreativeObject > Creator for objects operating on certain kinds of Grid objects, providing an interface for the function Fiber::hasProperty() C Eagle::VectorPair< FirstVector, SecondVector, value > A type that is constructed from a pair of - preferedly vectorial - types and forwards arithmetic operations to them, finally appearing as one homogeneous type C Eagle::VVector< N, value > Vectorized vector C Fiber::VectorRegistry< T > C Fiber::Curve::Velocity Store the velocity of curve, which determines its parameterization C Fiber::Curve::CurveQuantity< Eagle::PhysicalSpace::tvector > C Fiber::Curve::Acceleration Compute the acceleration along a curve C Fiber::Curve::CurveQuantity< double > C Fiber::Curve::Curvature Compute the curvature of a curve, which is a line with Velocity given C Fiber::Curve::Energy Compute the energy of a curve, which is C Fiber::Curve::ProperTime Compute the proper time of a curve, which is a line with Velocity given C Fiber::Curve::Torsion Compute the torsion of a curve, which is a line with Velocity given C Fiber::Curve::CurveQuantity< FieldType > Base class for quantities computed on a curve and therefore are dependent on the velocity C Fiber::VertexCellNeighborhood C Fiber::VertexCluster C Fiber::VertexSelectionComp C Fiber::VertexSelectionIterator C Fiber::ComputeBounds C Wizt::VertexSelectorCollection C Wizt::VertexSelectorValue Proxy type for communicating VertexSelectors C Fiber::VertexWeights C Wizt::VInputClassRecognition [external] C Wizt::VObject [external] C Wizt::VInputValueTrait< Fiber::BundlePtr > C Wizt::VInputValueTrait< Fiber::Field > C Wizt::VInputValueTrait< FieldSelector > C Traum::VirtualSecondOrderDiffEquation< double > [external] C FieldLines::GeodesicDifferentialEquation< T > C VLoader C Wizt::VScriptH5Loader Data loading: objects derived from the VLoader class are intrinsically known by the VISH system C VObject C Waveform::WaveformScalarAnalyze< Waveform::WaveTimeOfMaximum > C Waveform::WaveformScalarAnalyze< Waveform::WaveMaximum > C Waveform::WaveformScalarAnalyze< Waveform::WaveSize > C Waveform::WaveformScalarAnalyze< Waveform::WaveIntegral > C Wizt::VSaveable [external] C Wizt::Fish< Fiber::Bundle > Base class for Vish Objects that request a fiber bundle as input objects C Wizt::VObject [external] C Wizt::VScriptable [external] C Wizt::VObject [external] C Wizt::VStateCreatorBase [external] C Wizt::Fish< Fiber::FragmentCluster > A base class for Fish objects that operate on selections of data fragments, which are sections of fields distributed over possibly different refinement levels C Wizt::FloatOrigin [external] C Wizt::FieldSlice C Wizt::FloatingOriginAnemone C Wizt::FloatingAnemone C Wizt::FloatingProgrammableEdgeRenderer Edge renderer with floating origin stabilization and shader support C Wizt::FloatingSkeletonRenderer Convenience base class for objects that render information given on the a skeleton of a Grid and are safe to deal with numerically large coordinates by using a Shader C Wizt::PictureBase C Wizt::ShadedFieldAnemone A FieldAnemone with shader support C Wizt::SurfaceRenderer Base class to render triangular surface using shaders and support for floating origin (i.e., large coordinates) C Wizt::VertexFieldShader< DisplayShader, RenderCategory > Apply a Shader object on a vertex field C Wizt::FragmentPainter A helper class that supports rendering of a collection of fragments from various fields C Wizt::Iris Helper class to generate textures with Gaussian spots (or similar) to be used as a point sprite when rendering splats, for instance C Wizt::VObject [external] C Wizt::VTraceRequestID [external] C Wizt::VObject [external] C Wizt::VTransformable [external] C Wizt::VRenderObject [external] C Wizt::VValueCompareTrait< DistinctiveElement > C Wizt::VValueCompareTrait< PictureInjector > C Wizt::VValueCopyTrait< Fiber::ChartIdentifier > C Wizt::VValueCopyTrait< MemCore::RefPtr< Fiber::FragmentSelector > > Implement copy operation for fragment selectors; alternatively could call virtual function here that implements the copy C Wizt::VValueCopyTrait< pRegionOfInterest > C Wizt::VValueCopyTrait< RefPtr< CellTensorFunctor > > C Wizt::VValueCopyTrait< RefPtr< FieldVisibility > > C Wizt::VValueCopyTrait< VSurfaceRefinementCriterion > C Wizt::VValueTrait< BundlePtr > C Wizt::VValueTrait< DistinctiveElement > C Wizt::VValueTrait< Fiber::BundlePtr > C Wizt::VValueTrait< Fiber::ChartIdentifier > C Wizt::VValueTrait< FieldSelector > Template trait for using Fish field scales as input slots C Wizt::VValueTrait< GridSelector > Template trait for using Fiber grids as input slots C Wizt::VValueTrait< PictureInjector > C Wizt::VValueTrait< pRegionOfInterest > C Wizt::VValueTrait< RefPtr< CellTensorFunctor > > C Wizt::VValueTrait< RefPtr< FieldVisibility, ShaderInjectorBase > > C Wizt::VValueTrait< RefPtr< GridID > > C Wizt::VValueTrait< VertexSelectorCollection > C Wizt::VValueTrait< VertexSelectorValue > C Wizt::VValueTrait< VFragmentSelector > C Wizt::VValueTrait< VSurfaceRefinementCriterion > C Wizt::VValueTypename< DistinctiveElement > C Waveform::WaveIntegral C Waveform::WaveMaximum C Waveform::WaveSize C Waveform::WaveTimeOfMaximum C Fiber::WestinShapeFactors C Fiber::XML C Fiber::XMLFieldSaverInit< MemArrayStorageType > C Fiber::XMLFieldSaverStorageIterator< Dims, Type > C Fiber::XMLLoader< FiberStructure > C Fiber::XMLSaver< FiberStructure > C Fiber::XMLSaverCreator< FiberStructure > C Fiber::StorageTransformations::FilterSettings::ZFP Https://computing.llnl.gov/projects/zfp
1.16.1