Class List

Here are the classes, structs, unions and interfaces with brief descriptions:
_F5_ChartPrecisionTypesA structure containing a set of commonly used types per chart, notation according to geometric algebra and differential geometry
_F5_TimeParameter
_GifApplicationExtension
_GifCommentExtension
_GifGraphicControlExtension
_GifHeader
_GifImageDescriptor
_GifPlainTextExtension
_GifToMem
H5::AbstractDs
Fiber::Curve::AccelerationCompute the acceleration along a curve
FlyingFish::AcceptConnections
AcceptType< T >A template helper class to provide an easier syntax for allowing certain field types to be accepted by this fish
Fiber::AccessibleParserContext
AffineAcceleration< SpaceTime >
Fiber::MemBase::AllocatorAn allocator is an action that can be added to a type
FieldLines::IntegralHeart< FieldType, LineType >::AMRFieldFinder
AMRInfo
FieldLines::IntegralHeart< FieldType, LineType >::AMRLevelExtractorLevel iterator used for AMR dataset
AnalyticCreator< Formula >A Fiber Creator that computes a data array on request in a thread
Wizt::AnalyticGridA VObject which creates a fiber bundle with a scalar Field on a uniform Grid
Fiber::Curve::ArcLengthCompute the arc length of a curve
Arithmetic< ArrayType >
Fiber::ArrayCollector< Array2D >
Fiber::ArrayInterpolatorA field's interpolator is an interface for this specific field
Fiber::ArrayList< T, S >
Fiber::ArrayRef< T, N >An array reference class, which is a convenience class for reference pointers to multidimensional memory arrays
H5::ArrayType
ASCIITecplotToF5
Wizt::AsynchronCreatorA Creator object that generates its content on demand, deferred, in a subthread, via the VISH Thread Interface VTask
AtlasThe Grid Atlas contains the set of all charts which are defined on a Grid object
FieldLines::AtomicDataBase
FieldLines::AtomicIntegralData
FieldLines::AtomicIntegrator< FieldType, LineType, InterpolType >
FieldLines::AtomicIntegrator< FieldType, FrontGeodesics, InterpolType >
FieldLines::AtomicIntegrator< T, Geodesic, InterpolType >
FieldLines::AtomicIntegrator< tvector, FrontStreamline, InterpolType >
FieldLines::AtomicIntegrator< tvector, Pathline, InterpolType >
FieldLines::AtomicIntegrator< tvector, Streamline, InterpolType >
FieldLines::AtomicPathlineData
H5::AtomType
attr4_struct
H5::Attribute
H5::AttributeIException
Fiber::AttributesAttributes are a selection of named MemCore::ChunkBase objects, each of them may carry arbitrary data
Wizt::IntegralFace::AutoEmitterData
avtBoxlibFileFormat
BaseSpaceBase class for spaces that may be used for mapping domains to fiber spaces
BaseSpaceDependency
Fiber::BBoxExpanderIngroup BaseOp A field fragment iterator that computes or expand a bounding box
Fiber::LocalFromWorldPoint::BBSelectorMemoryTreeSelect fragment candidates out of all the candidates by doing a query into the KDTree and provide a method to step through the candidates
Fiber::bgr
BoxLibConverter::Boxlib3DReader
BundleThe main entity holding all information
Fiber::BundleInput
BundleLoaderProgressLoading progress callback functor
Fiber::BundlePropertyConvenient abstract base class for inspecting and evaluating properties of Bundles
BundlePtrConvenience 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
Camera
Fiber::CartesianFragments
Fiber::Cell< DIMS, Elements, IndexType >
ChartA generic Chart object that may be used to cast information of points within a manifold to numerical values
ChartCreator< ChartType >
ChartCreatorBase
ChartDomain_IDsDescription of a class of coordinate systems, i.e
ChartIDA Chart ID is just a textual description of the certain chart object; there may be many chart objects which all share the same ChartID
ChartIDList
Fiber::ChartRegistry< ChartType >
ChristoffelQddot< T >
FieldLines::ChristoffelXYZ< T >
chunk_info_t
FlyingFish::Client
Wizt::Fish< Fiber::FragmentCluster >::ClusterStateThe state object, all others in derived classes must be derived from this one
FieldLines::CoarseIntegrator< FieldType, LineType, InterpolType >
CollectedData
Fiber::Collector< Bundle >
Fiber::Collector< Grid >
Fiber::Collector< Skeleton >
Fiber::Collector< Slice >
ColorCompare
CombineToMetric44
H5::CommonFG
Fiber::CompareFragmentIDs
complex_t
H5::CompType
Wizt::AsynchronCreator::ComputationTask
ComputeEigenVectorsCompute eigenvectors and eigenvalues of a tensor field
Fiber::ComputeUnitVector
Context
Fiber::ContinuousField< Dims, real >
Fiber::ContinuousFieldLevel< Dims, real >
FieldLines::CopyExtractor
Fiber::CopyMemArrayIterator< Dims >
Fiber::CopyMemArraySourceTypeIterator< SrcMemArrayType >
Fiber::CopySkeletonsThis Skeleton iterator takes a new Grid as an input and copies topological related information to the new Grid
Wizt::CorbenicFieldA VObject evaluates an expression on a Grid, involving all possible fields
Fiber::Counter
Fiber::CreateFromLinearA helper class to be used for multilinear index construction
Fiber::CreateTexture< TextureStorageType, TextureFormat >Template class to load OpenGL textures of a specified type from Memory Arrays
CreativeArrayA helper class that keeps objects in memory all time
CreativeIterator
Fiber::CreativeIterator< T >An iterator with an optional DataCreator
Fiber::Curve::CurvatureCompute the curvature of a curve, which is a line with Velocity given
Fiber::CurveDerivative< Type, Metric, ValueOperator >An operator for OnDemandCreators to be used on LineSet's
CurvedSpaceIntegrator
Fiber::LineSet::CurveIterator
Fiber::Curve::CurveOperatorData
Fiber::Curve::CurveQuantity< FieldType >Base class for quantities computed on a curve and therefore are dependent on the velocity
CurviLinearGridA VObject which provides a curvilinear grid
D12
Fiber::DataCreator< T >
Wizt::DataField< Dims, T >
Fiber::DataRange< Type >Class for ranges of types, such as minimum/maximum
Fiber::DataRangeBaseBase class for ranges that can be attached to Creators
H5::DataSet
H5::DataSetIException
H5::DataSpace
H5::DataSpaceIException
H5::DataType
H5::DataTypeIException
MemCore::DeferredInitializationTrait< Fiber::GridContainer >
MemCore::DeferredInitializationTrait< Fiber::MemBase >
Fiber::DerivativeOperatorData
DeriveArray< Interpol,-1, Delimiter >
diff_args
diff_opt_t
diffs_found
Fiber::DimensionalInterpolator< N >Abstract N-dimensional interpolator class
Fiber::DimensionalLocator< N >
DirectInterpolate
Fiber::DirectProductMemArray< T, MDIMS >
Fiber::DirectProductMemArrayBase< T, MDIMS >Class for creating structured types as direct product of one-dimensional arrays
Fiber::DirectProductMemArrayCreateBaseArray
H5ID::Domain< ChartDomain >
FieldLines::TangentialDifferentialEquationLinear::DOPVarsArray_t
FieldLines::GeodesicDifferentialEquation< T >::DOPVarsArray_t
Fiber::TangentialDifferentialEquationAnalytic::DOPVarsArray_t
TangentialDifferentialEquation::DOPVarsArray_t
SecondOrderDiffEquationConstantSize< Real, N >::DOPVarsArray_t
DreiBein
ds_list_t
H5::DSetCreatPropList
H5::DSetMemXferPropList
Fiber::CopyMemArraySourceTypeIterator< SrcMemArrayType >::exec< T >::DstStorage< Storage >
Fiber::DynamicSizeA class describing an n-dimensional space at runtime
Fiber::EdgesIdentify the edges on a skeleton within a Grid
Fiber::EigenArraysContains typed arrays to EigenValues and EigenVectors
Fiber::EigenIteratorsContains iterators to eigenvalues and eigenvectors
Fiber::EigenValueArraysContains typed arrays to EigenValues and EigenVectors
Fiber::EigenValueIteratorsContains iterators to eigenvalues
ElementIterator< T >An iterator which allows to access each component element type of an array of vectors, or a vector of arrays
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)
GL::ElementRendererBase class to draw a selection of elements as OpenGL points
ElementryArrayTrait< Type >
GL::ElementSorter
Wizt::IntegralFace::EmitterFieldData
Fiber::Curve::EnergyCompute the energy of a curve, which is $ v^2$
Wizt::myNotifier::Entry
H5::EnumType
EquatorialPlaneConstruction of radial-inverse polar coordinates on an arbitrarily oriented plane
Wizt::VertexField::ErrorException class
Fiber::EuclideanMetricA namespace-like class implementing operations that are required from a metric field that implements the Euclidean metric in 3D
Fiber::EvalFragment::eval< data_t >
EvalChristoffel< g >
EvalChristoffelElement< i, j, k, g >
EvalChristoffelI< I, g, dims >
EvalChristoffelI< 0, g, dims >
EvalChristoffelIJ< I, J, g, dims >
EvalChristoffelIJ< I, 0, g, dims >
EvalChristoffelIJK< I, J, K, g, dims >
EvalChristoffelIJK< I, J, 0, g, dims >
Fiber::EvalExpression< Dims, NodeType >
Fiber::EvalFragment
EvolutionIterator< Field >
EvolutionIterator< Grid >Callback iterator functor for iterating over the grids of a bundle
EvolutionIterator< Skeleton >Callback iterator functor for iterating over the grid skeletons of a bundle
EvolutionIterator< Slice >Iterator for Slices
Fiber::EvolutionSurfaceRender a triangular surface transparently
Fiber::EvolutionSurface::EvolutionSurfaceIterator
Fiber::FragmentSkeleton::exception
Fiber::PointSearch::exception
Fiber::TangentialVectorsAndCurveParameter::Exception
Fiber::UniformCartesianArray::Exception
H5::Exception
Fiber::CopyMemArraySourceTypeIterator< SrcMemArrayType >::exec< T >
Fiber::CopyMemArrayIterator< Dims >::exec< T >
Wizt::FieldInputCreator< FieldVObject, TypeList, NumberOfInputFields >::TypeInspector::exec< T >
Wizt::FieldInputCreator< FieldVObject, TypeList, NumberOfInputFields >::MakeString::exec< T >
expected_entry_status
ExplicitPolarGeodesics2DEquation
Expression< Operator >
FieldLines::ExtractPointLocation
Fiber::ExtractSlice< Operator, Array3D >
Fiber::ExtractSlice< Operator, META::LIST< Array3D, NEXT > >
Fiber::ExtractSlice< Operator, META::NIL >
FieldLines::ExtractTime
F5_bgr_t
F5_edge32_tEdge pieces
F5_edge64_t
F5_fragname8_t
F5_hexahedron32_tA hexahedral cell, preliminiary version
F5_hexahedronL32_t
F5_integer_refinement_point_t
F5_metric3_float_tSymmetric 3x3 tensor in cartesian coordinates
F5_metric4d_t
F5_metric4f_tSymmetric 4x4 tensor in cartesian coordinates
F5_point4d_t
F5_point4f_t
F5_point_double4f_t
F5_point_polar4f_t
F5_polar_point3_float_tPoint given in polar coordinates
F5_quad_tA cell with four vertices
F5_quadL_t
F5_refinement3D_point_t
F5_rgb16_t
F5_rgb_real_tFloating-point colors
F5_rgb_t
F5_rgba_real_t
F5_rgba_t
F5_t_polar2_double_t
F5_t_polar2_float_t
F5_tetra32_tTetrahedral cells, four vertices
F5_tetra64_t
F5_texture_point_t
F5_triangle32_tA triangle
F5_triangle64_t
F5_vec3_double_t
F5_vec3_float_t
F5_vec3_point_t
F5_vec4d_t
F5_vec4f_t
F5_waveform_tA waveform
F5BundleIterator
F5Domain
F5image
F5PathField identifiers
Fiber::F5Skeleton
F5spectrum_t
F5StreamSaver
F5Ttensor_tGiven a tensor of rank three with indices i,j,k, then its corresponding linear index is given by Li = i+rank*j+rank*rank*k Not all of the tensor components might reside actually in memory, but due to symmetries only some of them do
FABio_8bit
FABio_ascii
FABio_binary
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
Wizt::FComputeNormalsTaskA computational state to compute normals of a surface, possibly asynchroneously in a thread
FiberSpace< ID >Base class for fields defined on some base space
FiberType< T >Description of types, which is meta-information like what is the number of elements of some array-like type
FiberTypeBaseAbstract procedural description of a data element which may be used to construct arrays and fields
FieldA Field is a collection of CreativeArrayBase pointers which are accessed via FragmentID objects
Field4D
GL::FieldBuffer< ArrayType >Templated static member function to load data from MemArrays into vertex arrays
GL::FieldBuffer< NormalArray >
GL::FieldBuffer< TexCoordArray >
GL::FieldBuffer< VertexArray >
FieldLines::FieldCollection< FieldType, LineType >
Fiber::FieldCollectionA collection of arbitrarily named Field references
FieldLines::FieldCollection< FieldType, FrontGeodesics >
FieldLines::FieldCollection< tvector, FrontStreamline >
FieldLines::FieldCollection< tvector, Pathline >
FieldLines::FieldCollectionDataBase1D
FieldContainerBase class for objects that may hold fields
Fiber::FieldEvaluator< Dims >
Fiber::FieldExplorer< MultiArray< Dims, ValueType > >
Fiber::FieldFragmentSaver
Wizt::FieldFunctor< Operation >Perform operations on fields
FieldIDIdentifier for Fields within a Grid
Wizt::FieldInputCreator< FieldVObject, TypeList, NumberOfInputFields >Creator class for objects that require fields as input It operates on existing fields only
Fiber::FieldInterpolator< FieldType, CoordType, InterpolType >The FieldInterpolation class provides a function to do data interpolation on a data field
Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::ANALYTIC >
Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::CUBIC >
Fiber::FieldInterpolator< FieldType, CoordType, FieldInterpolatorBase::LINEAR >
Fiber::FieldInterpolatorBase
FieldIteratorClass for iterating over fields
Wizt::FieldObjectBase class for selecting fields from a Grid object
Wizt::FieldObjectCreator< FieldVObject >VCreator class that operates on fields or bundles
FieldOnGridEvaluator
Wizt::FieldOperationCreator< FieldOperationObject >VCreator class to create objects that operate on fields
Wizt::FieldOperatorObjectBase class for objects that operate on Field objects and create new fields
Fiber::FieldRange< Type >
FieldRefContext information for creating a field and inserting data
Fiber::FieldSaver
Fiber::FieldSelectionAn abstract selection of fields, that is given by names of fields and possible types for each field
Fiber::FieldSelectorAn internal class that stores a couple of textual names
Fiber::FieldEvaluator< Dims >::FieldSet
Wizt::FieldSlice
FieldState
FieldLines::IntegralHeart< FieldType, LineType >::FieldState
VOrthoSlice::FieldState
GeodesicView::FieldState
SurfaceView::FieldState
SurfaceViewDL::FieldState
VectorArrows::FieldState
DreiBein::FieldState
VSelectSlice::FieldState
Wizt::OrthoSlice::FieldState
H5::FileAccPropList
H5::FileCreatPropList
H5::FileIException
filter_info_t
find_objs_t
Fiber::LocalFromWorldPoint::FindCellBase class for finding the cell containing the point in a fragment
FindLocalCoordinates
Wizt::Fish< double >Abstract class to provide a virtual interface for retrieving time
Wizt::Fish< Fiber::Bundle >Base class for Vish Objects that request a fiber bundle as input objects
Wizt::Fish< Fiber::Field >The fish scale to access the fields of a grid object in a fiber bundle
Wizt::Fish< Fiber::FragmentCluster >
Wizt::Fish< Fiber::Grid >A fish scale for dealing with dependencies on grid objects
Wizt::Fish< Fiber::GridContainer >Abstract virtual base class (a Fish scale) for interfacing slots to Grid objects
Wizt::Fish< Fiber::Skeleton >Operating on skeletons
Wizt::Fish< Fiber::Slice >A Fish slot (scale) that allows to select a slice from a fiber bundle
Wizt::Fish< VObject >The Fish of a VObject is an abstract base class that holds a (native!) pointer to the Vish object that will be the owner of the various slots
Wizt::FishBaitStructure describing what information shall be saved to file
Wizt::FishGridSavableConvenience class for objects that provide a Grid that may be saved
Wizt::FishSavableAbstract base class for objects that allow saving of their fiber bundle data
Wizt::FishSaver
Wizt::FishWharfInternal class to communicate information about saveable fishes from FishSavable to and from FishSaver objects
FixedArray
FixedArrayTrait< T, C >
FixedArrayTrait< T, 1 >
FL_PacketTable
H5::FloatType
flush_cache_test_spec
flush_op
FlyingFish
fo_flush_cache_test_spec
fo_flush_entry_check
CollectedData::Frag
Fiber::FragmentData structure describing all fields available per fragment, which is a selection of createable data arrays
BoxLibConverter::fragment_data< T, DIM >
Fiber::FragmentClusterA collection of field fragments, as retrieved by a FieldCollection, and possibly stored over many refinement levels
Fiber::FragmentCoordinates< Coordinates >
Fiber::FragmentIDIdentification information about a field's fragment
Fiber::FragmentIDContainer
Fiber::FragmentIsoSurfacer
Fiber::FragmentIteratorBase class for iterators over the fragments of a field
Fiber::FragmentLocation< Dims >
Wizt::FragmentPainterA helper class that supports rendering of a collection of fragments from various fields
Wizt::Vitreous::FragmentRenderer
Fiber::FragmentSelectorAbstract base class to select a certain subset from a Field's collection of fragments
Fiber::FragmentSkeletonFragment Skeleton: Each fragment of a field is assigned some value in the form of a field defined on the fragment skeleton
FieldLines::FrontGeodesics
FieldLines::FrontStreamline
Fiber::fsFieldFragmentSaver
Fiber::fsFieldSaver
Fiber::FSFieldSaverInit< MemArrayStorageType >
Fiber::FSFieldSaverStorageIterator< Dims, Type >
Fiber::fsGridSaver
FSLoader< Bundle >
Fiber::fsRepresentationSaver
FSSaver< Bundle >
Fiber::FSSaver< MemArrayStorage< N, T, Storage > >
Fiber::FSSaver< MemArrayStorage< N, T, vector< T > > >
FSSaverCreator< Bundle >
Fiber::FSSaverCreator< MemArrayStorage< N, T, Storage > >
Fiber::fsSkeletonSaver
Fiber::fsSliceSaver
FTless
Wizt::Quad::Functor
Fiber::LineSet::FunctorFragmentIterator< T >
Fiber::LineSet::FunctorPerFrag< T >
Fiber::LineSet::FunctorPerFrag< LineSet::TComputeScalarDerivative >
Fiber::LineSet::FunctorPerFrag< LineSet::TComputeTVectorDerivative >
Fiber::LineSet::FunctorPerFrag< LineSet::TComputeUnitTVectorDerivative >
FieldLines::Geodesic
Geodesic4D< Acceleration >
Geodesic853< Acceleration >
GeodesicCurvature
FieldLines::GeodesicDifferentialEquation< T >
GeodesicIntegrator< TangentialSpaceType >Abstract interface for computing geodesics in a certain coordinate system
GeodesicIntegratorBase
FieldLines::GeodesicSpatial
GeodesicView
Fiber::GetFragmentInterfaces< N >
GlobalChartsA list of chart identifiers (i.e
glType< Fiber::TriangleCell >
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
GridA Grid is a set of Skeleton objects, each of them accessed via some unique SkeletonID object
Wizt::GridActor< GridInspector, CreativeObject >Preselect input objects that provide Grid objects with suitable properties for further processing
Wizt::GridActor< CreativeObject, void >
GridAdder
Fiber::GridContainerForgot what this class was good for..
GridConv::GridConvolver
Fiber::GridFieldA helper class to retrieve fields given on a Grid
GridIDA grid identifier
Fiber::GridInspector
Wizt::LineSetOperator::GridInspectorObject creation: A Grid Inspector to be used as an argument of the GridActor template class
FieldLines::GridIterator
Fiber::GridIteratorIterator callback object for iteration within time slices
Wizt::GridObjectBase class for objects that provide Grid objects extracted from Bundle objects
Wizt::GridObjectCreator< GridVObject >Creator for objects that may create grids; such objects may be attached to objects that provide bundles
FieldLines::GridOperator< FieldType, LineType >
FieldLines::GridOperator< FieldType, FrontGeodesics >
FieldLines::GridOperator< tvector, FrontStreamline >
FieldLines::GridOperator< tvector, Pathline >
Wizt::GridOrientation3
Fiber::GridPropertyAn abstract bundle property which returns true if a Grid with the property query as implemented in this subclass will return true
GridSaveParameters
Fiber::GridSaver
Fiber::GridSelectorContext information to select a grid from within a bundle
GridTransformer
H5::Group
H5::GroupIException
H5_debug_t
H5_ih_info_t
H5_obj_t
H5_timer_t
H5A_attr_iter_op_t
H5A_attr_table_t
H5A_bt2_ud_common_t
H5A_bt2_ud_ins_t
H5A_dense_bt2_corder_rec_t
H5A_dense_bt2_name_rec_t
H5A_info_t
H5A_shared_t
H5A_t
H5AC_cache_config_t
H5B2_class_t
H5B2_create_t
H5B2_hdr_t
H5B2_int_load_ud1_t
H5B2_internal_t
H5B2_leaf_t
H5B2_node_info_t
H5B2_node_ptr_t
H5B2_shared_t
H5B2_stat_t
H5B2_t
H5B_class_t
H5B_info_t
H5B_shared_t
H5B_t
H5C_auto_size_ctl_t
H5C_cache_entry_t
H5C_class_t
H5C_t
H5CS_t
H5D_chk_idx_info_t
H5D_chunk_cached_t
H5D_chunk_common_ud_t
H5D_chunk_info_t
H5D_chunk_map_t
H5D_chunk_ops_t
H5D_chunk_rec_t
H5D_chunk_storage_t
H5D_chunk_ud_t
H5D_compact_storage_t
H5D_contig_storage_t
H5D_copy_file_ud_t
H5D_dcpl_cache_t
H5D_dxpl_cache_t
H5D_fill_buf_info_t
H5D_io_info_t
H5D_io_ops_t
H5D_layout_ops_t
H5D_obj_create_t
H5D_rdcc_ent_t
H5D_rdcc_t
H5D_rdcdc_t
H5D_shared_t
H5D_storage_t
H5D_t
H5D_type_info_t
H5D_vlen_bufsize_t
h5dump_header_t
H5E_auto_op_t
H5E_cls_t
H5E_error1_t
H5E_error2_t
H5E_msg_t
H5E_t
H5E_walk_op_t
H5F_blk_aggr_t
H5F_file_t
H5F_info_t
H5F_meta_accum_t
H5F_mount_t
H5F_mtab_t
H5F_super_t
H5F_t
H5FD_class_t
H5FD_free_t
H5FD_stream_fapl_t
H5FD_t
H5::H5File
H5FL_arr_head_t
H5FL_arr_list_t
H5FL_arr_node_t
H5FL_blk_head_t
H5FL_blk_list_t
H5FL_blk_node_t
H5FL_fac_head_t
H5FL_reg_head_t
H5FL_reg_node_t
H5FL_seq_head_t
H5FS_bin_t
H5FS_create_t
H5FS_node_t
H5FS_prot_t
H5FS_section_class_t
H5FS_section_info_t
H5FS_sinfo_t
H5FS_stat_t
H5FS_t
H5G_bt2_ud_common_t
H5G_bt2_ud_ins_t
H5G_bt_common_t
H5G_bt_ins_t
H5G_bt_it_bt_t
H5G_bt_it_cpy_t
H5G_bt_it_idx_common_t
H5G_bt_it_it_t
H5G_bt_lkp_t
H5G_bt_rm_t
H5G_cache_t
H5G_copy_file_ud_t
H5G_dense_bt2_corder_rec_t
H5G_dense_bt2_name_rec_t
H5G_entry_t
H5G_info_t
H5G_link_iterate_t
H5G_link_table_t
H5G_loc_t
H5G_name_t
H5G_node_t
H5G_obj_create_t
H5G_shared_t
H5G_stat_t
H5G_t
H5HF_block_iter_t
H5HF_block_loc_t
H5HF_create_t
H5HF_direct_t
H5HF_dtable_cparam_t
H5HF_dtable_t
H5HF_free_section_t
H5HF_hdr_t
H5HF_huge_bt2_dir_rec_t
H5HF_huge_bt2_filt_dir_rec_t
H5HF_huge_bt2_filt_indir_rec_t
H5HF_huge_bt2_indir_rec_t
H5HF_huge_remove_ud1_t
H5HF_indirect_ent_t
H5HF_indirect_filt_ent_t
H5HF_indirect_t
H5HF_parent_t
H5HF_sect_add_ud1_t
H5HF_stat_t
H5HF_t
H5HG_heap_t
H5HG_obj_t
H5HG_t
H5HL_cache_dblk_ud_t
H5HL_cache_prfx_ud_t
H5HL_dblk_t
H5HL_free_t
H5HL_prfx_t
H5HL_t
H5HP_info_t
H5IDA database for mapping HDF5 Type ID's to and from FiberType's
H5L_class_t
H5L_elink_cb_t
H5L_info_t
H5::H5Library
H5MF_free_section_t
H5MF_sect_ud_t
H5MP_page_blk_t
H5MP_page_t
H5MP_pool_t
H5O_addr_map_t
H5O_ainfo_t
H5O_btreek_t
H5O_chunk_t
H5O_cont_t
H5O_copy_file_ud_common_t
H5O_copy_t
H5O_drvinfo_t
H5O_efl_entry_t
H5O_efl_t
H5O_fheap_id_t
H5O_fill_t
H5O_ginfo_t
H5O_hdr_info_t
H5O_info_t
H5O_layout_chunk_btree_t
H5O_layout_chunk_t
H5O_layout_compact_t
H5O_layout_contig_t
H5O_layout_t
H5O_linfo_t
H5O_link_hard_t
H5O_link_soft_t
H5O_link_t
H5O_link_ud_t
H5O_loc_t
H5O_mesg_loc_t
H5O_mesg_operator_t
H5O_mesg_t
H5O_msg_class_t
H5O_name_t
H5O_obj_class_t
H5O_obj_create_t
H5O_pline_t
H5O_shared_t
H5O_shmesg_table_t
H5O_stab_t
H5O_stat_t
H5O_storage_chunk_btree_t
H5O_storage_chunk_t
H5O_storage_compact_t
H5O_storage_contig_t
H5O_storage_t
H5O_t
H5::H5Object
H5P_genclass_t
H5P_genplist_t
H5P_genprop_t
H5P_libclass_t
H5Ptest_param_t
H5RC_t
H5S_all_iter_t
H5S_extent_t
H5S_hyper_dim_t
H5S_hyper_iter_t
H5S_hyper_sel_t
H5S_hyper_span_info_t
H5S_hyper_span_t
H5S_pnt_list_t
H5S_pnt_node_t
H5S_point_iter_t
H5S_sel_iter_class_t
H5S_sel_iter_t
H5S_select_class_t
H5S_select_t
H5S_t
H5SM_bt2_ctx_t
H5SM_fh_ud_gh_t
H5SM_heap_loc_t
H5SM_incr_ref_opdata
H5SM_index_header_t
H5SM_list_t
H5SM_master_table_t
H5SM_mesg_key_t
H5SM_sohm_t
H5ST_node
H5ST_tree_t
Wizt::myNotifier::H5String
H5T_array_t
H5T_atomic_t
H5T_cdata_t
H5T_cmemb_t
H5T_compnd_t
H5T_conv_cb_t
H5T_enum_t
H5T_obj_create_t
H5T_opaque_t
H5T_path_t
H5T_shared_t
H5T_soft_t
H5T_stats_t
H5T_subset_info_t
H5T_t
H5T_vlen_alloc_info_t
H5T_vlen_t
h5tool_format_t
h5tools_context_t
h5tools_dump_header_t
h5tools_str_t
H5TS_mutex_struct
H5Z_cb_t
H5Z_class1_t
H5Z_class2_t
H5Z_class_t
H5Z_filter_info_t
HDF5Cleanup
HDF5DimensionalFieldSaverStorageIterator< Type, Dims >
HDF5DimensionalFieldSaverStorageIterator< Type, 1 >
HDF5FieldSaverInit< MemArrayStorageType >
HDF5FieldSaverStorageIterator< Dims, Type >
HDF5Loader< Bundle >Loader implementation for Bundle objects via HDF5
Fiber::myHDF5Loader::HDF5LoaderRequest
HDF5Saver< Bundle >HDF5 Interface class for the Bundle object
Fiber::HDF5Saver< Field >
Fiber::HDF5Saver< Grid >
Fiber::HDF5Saver< Representation >
Fiber::HDF5Saver< Skeleton >
Fiber::HDF5Saver< Slice >
HDF5SaverCreator< Bundle >
HDF5SaverCreator< MemArrayStorage< N, T, Storage > >
HDF5SliceLoader
HDF5TypeAction< Type >Convenience class that registers some HDF5 type ID for an intrinsic C++ type
Fiber::HDF5VLenCreatorDeferred creation of MemBase objects that contain vectors of data per element from an HDF5 file
Fiber::LocalFromWorldPoint::HexaHedralCellNewtonFinds a cell containing a world point by using the UniGridMapper
hvl_t
HyperslabParameters
H5::IdComponent
H5::IdComponentException
Fiber::IdentityOperator
image
Fiber::ImageSequenceLoader
ImgView
ThreadSpecificData::Implementation
BoxLibConverter::index_triple_t
IndexTypeConfig< 4 >
IndexTypeConfig< 8 >
infilesformat
Fiber::Info< Grid >The information as returned by a query for Grids
Fiber::Info< Skeleton >The information as returned by a query for Skeletons
Fiber::Info< Slice >The information as returned by a query for Slices
Init
Input
IntegerFraction32A type for storing rational numbers
IntegerFraction3D
IntegerFraction64
Wizt::IntegralFace
FieldLines::IntegralHeart< FieldType, LineType >
FieldLines::IntegralLines< FieldType, LineType >
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
IntegratePath< Real, Dims >
IntegratePathBase< long double, 4 >
FieldLines::IntegrationFrontContainerBase
FieldLines::IntegrationFrontContainter< FieldType, LineType >
FieldLines::IntegrationPoint< FieldType >
Interpolate< N, Type, Interpol, CoordinateType, Delimiter, DerivativeDimension >Recursive multidimensional interpolator of arbitrary degree
Interpolate< 1, Type, Interpol, CoordinateType, Delimiter, DerivativeDimension >One-dimensional interpolation, basically a wrapper for the Interpol argument
Interpolate< 2, Type, Interpol, CoordinateType, Delimiter, DerivativeDimension >Two-dimensional interpolation
H5::IntType
InvalidActionException
io_header_1
IpolDerivative< T, Interpol1D, Derive >Internal intermediate template which computes a one-dimensionally interpolated value, and optionally its derivative
IpolDerivative< T, Interpol1D, true >Internal intermediate template which computes a one-dimensional interpolation of a derivation
Wizt::IrisHelper class to generate textures with Gaussian spots (or similar) to be used as a point sprite when rendering splats, for instance
Fiber::IsoException
TimePolar2ToXYZ::It
GridConv::IterateSkeleton
GridID::IteratorCallback Iterator object for kids
Wizt::VertexFieldCollection::IteratorAbstract iterator class for inspecting the currently available VertexFields
Fiber::SliceList::iterator
TypeAction::Iterator
Fiber::Fragment::Iterator
Fiber::FieldCollection::Iterator
Fiber::FragmentCluster::IteratorIterator object for iterating over a fragment cluster
Fiber::FragmentIDContainer::Iterator
RepresentationMap::IteratorIterator base class to inspect all representations in a given RepresentationMap
Iterator< Eagle::FixedArray< T, C > >Implementation of the Separated Compound field type that may virtually merge many separate arrays as one
IteratorBase< T >Intermediate base class for generic iterators
Fiber::JPGCreatorClass describing a JPEG image file
Kerr44::KerrBlackHole44A VObject which describes the Kerr Metric of a rotating black hole
Kerr44::KerrMetricKerr metric in Boyer-Lindquist coordinates
Kerr44::KerrParameters
LevelInfo
Wizt::Fish< double >::LevelIteratorAn iterator object to traverse over refinements level of a Grid, where these refinement levels may reside at different times than the coarsest level
H5::LibraryIException
FieldLines::LineAdvancer< FieldType, LineType, InterpolType >
Fiber::LinearArray< T >A one-dimensional polynomial array of first order, i.e
Fiber::LinearDirectProductMemArray< T, DeltaT, MDIMS >Convenience class - a Direct Product array which uses linear expressions for each index dimension
Fiber::LinearIpol< T, Vectorial >Linear interpolation
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
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
Fiber::LinearIpolZeroDerivativeTrait< metric33 >
Fiber::LinearIpolZeroDerivativeTrait< metric44 >
LinearRescaleRender a slice of a scalar field given on a grid in uniform cartesian coordinates, supporting mesh refinement
Fiber::LineSetA set of lines stored on a Grid
Wizt::LineSetOperatorBase class for Fish modules operating on Grid objects that are LineSets
GL::LineSetRendererRenderer for sets of Lines stored in a grid, as managed by class LineSet (gridtypes library)
Fiber::LineSetWithEdges
FieldLines::LineTypeString< FieldType, LineType >
FieldLines::LineTypeString< metric33, FrontGeodesics >
FieldLines::LineTypeString< metric33, Geodesic >
FieldLines::LineTypeString< metric44, FrontGeodesics >
FieldLines::LineTypeString< metric44, Geodesic >
FieldLines::LineTypeString< tvector, FrontStreamline >
FieldLines::LineTypeString< tvector, Pathline >
FieldLines::LineTypeString< tvector, Streamline >
link_iter_info_t
link_visit_t
Fiber::Slice::LoaderAn loader object that may be associated with each Slice, such that data can created on access
Fiber::LoadTexture< SourceData, TextureType >
LocalAlignment< Type >
Fiber::LocalFromWorldPointUse this class to compute a local cell index and fragment ID (if neccessary) of any coordinate field on a given slice and grid
VectorViz::VectorSpeckle::LocalState
Fiber::Locator
long_options
lvisit_ud_t
Wizt::FieldInputCreator< FieldVObject, TypeList, NumberOfInputFields >::MakeString
MemArray< N, T >Class for N-dimensional MultiArrays with MemCore memory management
Fiber::MemArrayAllocator< T >
MemArrayBase< N >Abstract class for N-dimensional MultiArrays with MemCore memory management
MemArrayGetSlice< N >
MemArrayGetSlice< 1 >
Fiber::MemArrayPropertiesInterface class to provide information about multidimensional arrays without need to create the data itself
Fiber::MemBaseBase class for multidimensional arrays with MemCore memory management
MemBase
Eagle::MetaInfo< Fiber::Cell< Dims, Elements, IndexType > >
Eagle::MetaInfo< Fiber::RegularCell< Dims, IndexType > >
Eagle::MetaInfo< Fiber::SimplexCell< Dims, IndexType > >
MetaInfo< VVector< N, T > >
MExpression< Operator >
Minkowski
MixedVector< VN, Vvalue, N, value >
MixedVector< 0, Vvalue, N, value >
MixedVector< VN, Vvalue, 0, value >
MultiArray< N, T >A multidimensional array for data that are stored via a native, writable C++ pointer
MultiArray< 0, T >
MultiArrayBase< N, T >A generic multidimensional array is a one-dimensional pointer together with a specification of the extent in some dimensions
MultiArrayBase< 1, T >Stop the recursive definition of multidimensional arrays
MultiArrayOutStreamSeparator< I >
MultiArrayOutStreamSeparator< 1 >
MultiArrayOutStreamSeparator< 2 >
MultiArrayOutStreamSeparator< 3 >
MultiArraySTLVector< N, T >A multidimensional array for data that are stored in an STL vector<>
Fiber::MultiIndex< Dims >A recursively defined multidimensional index
Fiber::MultiIndex< 1 >Stop multidimensional indexing recursion
Fiber::VectorRegistry< T >::MultiplicityRegistry< N >
MyArray
MyCreator
Fiber::myHDF5Loader
Fiber::MyIterator
Wizt::myNotifier
MyProgressor
CollectedData::mySortClass
FieldOnGridEvaluator::MyState
VectorStreamline::MyState
RGBAVectors::MyState
Fiber::EvolutionSurface::MyState
Fiber::DataRangeBase::NoDataRange
Fiber::TangentialVectorsAndCurveParameter::NoEdgePositions
Fiber::TangentialVectorsAndCurveParameter::NoEdges
Fiber::TangentialVectorsAndCurveParameter::NoEdgesAsVertices
Fiber::TangentialVectorsAndCurveParameter::NoVertexField
Fiber::TangentialVectorsAndCurveParameter::NoVertexFieldCreator
Fiber::TangentialVectorsAndCurveParameter::NoVertexFieldData
Fiber::TangentialVectorsAndCurveParameter::NoVertices
Fiber::FragmentSkeleton::NoVertices
Fiber::PointSearch::NoVertices
Fiber::LineSet::NumberOfLinesIterator
NumericalSpacetime
obj_list_t
obj_t
obj_visit_t
Fiber::Occurence< Bundle >
Fiber::Occurence< Grid >
Fiber::Occurence< Representation >
Fiber::Occurence< Skeleton >
Fiber::Occurence< Slice >
Fiber::OccurenceMap
Fiber::Occurence::OccurenceMap
Fiber::OnDemandCreator< Computer >A Creator object that allows to create data on demand, when they are used and accessed
Op
Wizt::FieldFunctor< Operation >::OpOperator instance: The template argument as Operation paired with an Iteration over a Field's fragment
Options
Wizt::OrbitalCameraPathA VObject which creates a camera path provided as fiber bundle, being formulated as a particle system
Wizt::Orientation
Wizt::OrthoSliceRender a slice of a scalar field given on a grid in uniform cartesian coordinates, supporting mesh refinement
OutputOperator
ovisit_ud_t
pack_info_t
pack_opt_t
pack_opttbl_t
PacketTable
Wizt::myNotifier::ParamChange
Parameter
ParameterID
ParameterList
parameters_
ParameterSet
ParameterSpace
ParseContext
path_info
FieldLines::Pathline
pe_flush_cache_test_spec
pio_time_
Fiber::PlainCopyConvert
PlaneSelector::PlanarSelector
PlaneSelectorVisual selection of a plane
Point
Fiber::PointSearchPoint Search Utility functions for finding points in a grid based on provided coordinate information
Wizt::Iris::PointShapeControl structure of shapes imposed on a point sprite
Fiber::PolynomialArray< T >light-weight An object with neglible overhead when copying
Fiber::Power2Alignment
Fiber::LineSet::PredefinedFieldNamesPredefined field names on linesets
H5::PredType
Fiber::Curve::ProperTimeCompute the proper time of a curve, which is a line with Velocity given
H5::PropList
H5::PropListIException
CurvedSpaceIntegrator::pt
Wizt::Quad
Wizt::QuadIndices
Quat
Random
RandomPointDistribution
RangeException
RangeFailureAction< 0 >
RangeFailureAction< 1 >
RangeFailureAction< 2 >
RangeFailureAction< 3 >
FieldLines::TangentialDifferentialEquationLinear::RealArray_t
FieldLines::GeodesicDifferentialEquation< T >::RealArray_t
TangentialDifferentialEquation::RealArray_t
SecondOrderDiffEquationConstantSize< Real, N >::RealArray_t
Fiber::TangentialDifferentialEquationAnalytic::RealArray_t
Ref
H5::ReferenceException
Fiber::ReferencingMemArray< N, T >A memory array that may share its data storage with something else
ReferencingMemArray
Fiber::RegularCell< Dims, IndexType >
Fiber::Remap< Type >
rename_entry_test_spec
Wizt::SplatRenderObject::RendererA Vertex Buffer Render object for making splats
RepresentationA Representation is a set of Field objects, each of them accessed via some FieldID identifier
RepresentationMapA map that associates Representer objects with Representation instances
Fiber::RepresentationSaver
Fiber::ResampleArray< Dims, Type >
results_
RGBAVectors
RidgeShapeHelper class for the Volume Renderer
s1_t
Fiber::SaveImage
SchwarzschildImplementation of the Schwarzschild spacetime in polar coordinates
SchwarzschildFormula
SchwarzschildGeodesic
SchwarzschildSpacetime
SecondOrderDiffEquationConstantSize< Real, N >
setDimensions< N >
Fiber::LineSet::SetupStandardFieldIterator
Fiber::SimplexCell< Dims, IndexType >
sio_time_
Fiber::SizeInterfaceAn interface telling size and dimensionality of a dataset, a refcounted version of DynamicSize
SizeOf< T >
SizeOf< void >
SkeletonA Skeleton is a set of Representation object, each of them accessed by an Representer object
Fiber::SkeletonExistenceA concrete Grid Property which looks for the existence of a Skeleton of the specified dimension and index depth
SkeletonIDIdentifier for Skeletons within a Grid
SkeletonIteratorBase class for iteratores over a sequence of skeletons/
Fiber::SkeletonSaver
Sld
Fiber::SliceInformation per time slice, mainly a set of Grid objects that are accessed via GridID objects
Slice
Fiber::SliceListAn helper class for a selection of slices
SliceProvider
Fiber::SlicePtrConvenience shortcut for pointers to Slices
Fiber::SliceSaver
Fiber::SliceSelection
Wizt::SortedFragmentIteratorAn iterator over field fragments that traverses the fragments in back-to-front order as seen from the given Camera
space4_struct
Wizt::SortedFragmentIterator::SpatialFragment
Wizt::SplatRenderObjectBase class for render object that draw a splat for each vertex of a Grid object
Fiber::CopyMemArrayIterator< Dims >::exec< T >::SrcStorage< Storage >
Fiber::Curve::StepSizeCompute the step size of a curve
FieldLines::Streamline
H5::StrType
structF5ParameterDescription of a parameter within the uppermost parameter space enveloping all Grid objects
structF5ParameterSpaceThe parameter space
subset_t
Fiber::SurfaceRefinementCriteriumBase class for surface refinement criteria
SurfaceView
SurfaceViewARDisplay a surface using vertex arrays
SurfaceViewDLDisplay a surface using display lists
t_mm5v3_big_header
t_mm5v3_sub_header
table_t
TangentialDifferentialEquation
Fiber::TangentialDifferentialEquationAnalytic
FieldLines::TangentialDifferentialEquationLinear
Fiber::TangentialVectorsAndCurveParameterTangential vectors along a set of lines and the lengths of the lines
Fiber::LineSet::TComputeScalarDerivative
Fiber::LineSet::TComputeTVectorDerivative
Fiber::LineSet::TComputeUnitTVectorDerivative
Wizt::TensorArray< Type >Xx 0 xy yy 1 2 xz yz zz 3 4 5
Wizt::TensorIDsShader program array indices
TensorLytica
Tensortype
test_entry_t
TestFailedException
Tetraedronfield
Wizt::TexturedQuad
Fiber::TGACreatorClass describing a TARGA image file
RGBAVectors::MyState::Tile
TimeAcceleration< SpaceTime >
TimePolar2ToXYZ
TimestepInterface class that allows optionally storing integer numbers with a grid as a consecutive timestep information
topology_iterator_data
Fiber::Curve::TorsionCompute the torsion of a curve, which is a line with Velocity given
Kerr44::Transformation
trav_info_t
trav_link_t
trav_obj_t
trav_path_t
trav_table_t
Fiber::TriangleRenderer
Fiber::TriangularSurfaceA triangular surface stored on a Grid
Fiber::TriangularSurfaceWithEdgesA triangular surface stored on a Grid, containing vertices, edges, triangles
TypeAction
Fiber::TypedArray< T >An intermediate class that allows to operate on the pure type information of some memory array
Wizt::TypedAsynchronCreator< Type >
Wizt::TypedCreationPreferences< T >Fiber-specific creation preferences that know how to deal with types
Wizt::TypedCreationPreferences< META::LIST< T > >
Wizt::TypedCreationPreferences< META::LIST< T, NEXT > >Typelist version of fiber-specific creation preferences that know how to deal with types
Wizt::TypedCreationPreferencesBaseBase class for Fiber-specific creation preferences that know how to deal with types
GL::TypedElementSorter< Type >
Wizt::TypedFieldInputCreator< FieldVObject >A FieldInputCreator that retrieves the types of possible input fields from a TypeList type as exported from the parameter
Fiber::TypedHDF5VLenCreator< Type >
Fiber::TypedIterator< T >
Fiber::DimensionalLocator< N >::TypedLocator< Type >
Wizt::TypedSlot< Fiber::Field >An input slot for retrieving fields on a Fiber::Grid
Wizt::TypedSlot< Fiber::FragmentSelector >
Wizt::TypedSlot< Fiber::Grid >The input fish scale for grids
Wizt::FieldInputCreator< FieldVObject, TypeList, NumberOfInputFields >::TypeInspectorA type iterator used by META::FOREACH to check for a certain type to be matched
TypeAction::TypeIterator
TypeListA set of types
Unary
Fiber::UniformCartesianArrayConvenience class for procedural linear arrays in cartesian coordinates
Wizt::UniformGridFromBBox
UniGridMapperThe UniGridMapper Maps a cell in a uniform grid to curvilinear cells, which are contained or intersect a unicell
Wizt::IntegralFace::UpdateCheckData
H5::UserData4Aiterate
Wizt::VActivityTracerLogs activities in Vish
Fiber::ValueConvert
H5::VarLenType
Wizt::VBOField< VBOArrayType >Associate a Field with some vertex array that is uniquely defined by its type, such as a ColorArray
Wizt::VBOField< TypedTexCoordArray< Type > >Associate a Field with texture coordinates referring to a specific texture
Wizt::VBOField< TypedVertexAttribArray< Type > >Associate a Field with a named vertex attribute array
Wizt::VBOTensorFieldLoads a fragment of a tensor field as TensorArray
Wizt::VBundleObject
VComputeNormals
Vector4ToVector3AndScalar
VectorArrowsSimple demo to draw some vector arrows
Vectorfield
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
Fiber::VectorRegistry< T >
VectorViz::VectorSpeckleRender a vector field as points with normal vector according to the vector values, simple and fast
VectorStats< T >
VectorStreamline
Fiber::Curve::VelocityStore the velocity of curve, which determines its parameterization
Wizt::VertexFieldA VertexField is a (abstract) gateway from RAM to GPU memory
Wizt::VertexFieldCollectionBase class for render objects that require a collection of Fields a given on a Grid
Wizt::VertexRenderObjectBase class for object that render data given on vertices
Wizt::VFieldObject
Wizt::VFieldRenderObjectBase class for objects rendering fields on a fiber bundle
Wizt::VGridObjectA Vish Object referring to a Grid object within a Bundle
Wizt::VGridSlice
Wizt::VInputValueTrait< Fiber::BundlePtr >
Wizt::VitreousBase class for objects rendering fields on a fiber bundle via the technique of texture-based volume rendering
Wizt::VolumeRenderVolume renderer for scalar fields on uniform grids
Wizt::Vitreous::VolumeState
VOrthoSlice
Wizt::VOutput< Fiber::Field >The output fish scale for fields, used whenever an VObject provides a field
Wizt::VOutput< Fiber::FragmentSelector >
Wizt::VOutput< Fiber::Grid >The output fish scale for grids, used whenever an VObject provides a grid
VSelectSliceVisual selection of a planar slice
Wizt::VSkeletonRenderObjectBase class for objects rendering skeletons of a fiber bundle
VTK
Wizt::VValueCopyTrait< MemCore::RefPtr< Fiber::FragmentSelector > >Implement copy operation for fragment selectors; alternatively could call virtual function here that implements the copy
Wizt::VValueTrait< BundlePtr >
Wizt::VValueTrait< Fiber::BundlePtr >
Wizt::VValueTrait< FieldSelector >Template trait for using Fish field scales as input slots
Wizt::VValueTrait< GridSelector >Template trait for using Fiber grids as input slots
Wizt::VValueTrait< RefPtr< GridID > >
Wizt::VValueTrait< VFragmentSelector >
Wizt::VValueTrait< VGridSlice >
VVector< N, value >Vectorized vector
WeightedBox
WeightedBoxList
Fiber::WestinShapeFactors
Fiber::XMLFieldSaverInit< MemArrayStorageType >
Fiber::XMLFieldSaverStorageIterator< Dims, Type >
XMLLoader< Bundle >
XMLSaver< Bundle >
Fiber::XMLSaver< MemArrayStorage< N, T, Storage > >
Fiber::XMLSaver< MemArrayStorage< N, T, vector< T > > >
XMLSaverCreator< Bundle >
Fiber::XMLSaverCreator< MemArrayStorage< N, T, Storage > >