Class List
Here are the classes, structs, unions and interfaces with brief descriptions:| openinventor::inventor::Axis | Miscellaneous definition(s) related to axis |
| SoRemoteVizClient::BinaryMessageEventArg | Structure given when a received binary message event is raised |
| SoBlendElement::BlendElementParameters | BlendElementParameters packages all the different blending parameters |
| className |  Dynamic array of valueType |
| RemoteViz::Rendering::Client |  |
| RemoteViz::Rendering::ClientSettings | |
| RemoteViz::Rendering::Connection | |
| RemoteViz::Rendering::ConnectionParameters | |
| RemoteViz::Rendering::ConnectionSettings | |
| MiCellExtractIj::couple | A pair of indices used to define the cells to be extracted |
| SoVertexProperty::ValidityBits::Data | |
| SoLDMDataAccess::DataInfo | Information about returned data when directly accessing the data rather than copying the data |
| SoLDMDataAccess::DataInfoBox | Information about data returned for an arbitrary box (subvolume) |
| SoLDMDataAccess::DataInfoLine | Information about data returned for an arbitrary line |
| SoLDMDataAccess::DataInfoPlane | Information about data returned for an arbitrary plane |
| SoLDMDataAccess::DataInfoPolyLine | Information about data returned for an arbitrary polyline |
| SoLDMDataAccess::DataInfoTrace | Information about data returned for an arbitrary trace (column of voxels) |
| DentalPanoramicExtractor |  Class extracting a dental panoramic volume |
| DicomInfo |  [PREVIEW] [Medical] Text node to display DICOM information on sceen |
| RemoteViz::Rendering::EncodedFrame | |
| SoEnvironmentElement::EnvironmentParameters | EnvironmentParameters packages all the different environment parameters |
| SoPolyLineScreenDrawer::EventArg | Structure given to callback when an event is raised |
| SoOffscreenRenderArea::EventArg | Event that can be sent to the application for each tile rendered |
| SoImageVizEngine::EventArg | Structure given to callback when an event is raised |
| ExtEvent | QCustomEvent no longer exists in full Qt4 so we have to subclass QEvent to provide our own custom event |
| SoLDMResourceParameters::FixedResolutionReport | This structure returns information to the application when fixedResolution is TRUE and resolution is not -1 |
| SoVertexProperty::ValidityBits::Data::foo | |
| RemoteViz::Rendering::FrameEncoders | |
| SoRemoteVizClient::FrameEventArg | Structure given when a received and decoded frame event is raised |
| Gnomon | [PREVIEW] [Medical] Shape node to display a medical gnomon (compass) on the screen |
| RemoteViz::Rendering::HTTPHeaders | |
| RemoteViz::Rendering::HTTPRequest | |
| RemoteViz::Rendering::HTTPResponse | |
| RemoteViz::Rendering::IFrameEncodingPolicy | |
| SoCADInputReaderParameters::ImportOption | Specify how the scene graph resulting from the import should be generated |
| InventorMedical | [PREVIEW] [Medical] Initializes the Open Inventor Medical classes |
| IvtCommand | Abstract class for IvTune commands |
| IvtEditor | Base class for implementing IvTune editors |
| IvtExtension | Base class to implement IvTune extensions |
| IvtExtensionInfo | Structure describing the common information of an extension |
| IvtPlugin | Base class for implementing IvTune plug-ins |
| IvtPluginInfo | Structure describing the common information of a plug-in |
| IvtPluginsManager | Class that manages the loading of IvTune plug-ins |
| IvtProfile | Configuration profile |
| IvtProfileSetting | IvTune extension preferences |
| IvtServices | Class to access services provided by IvTune |
| IvtShell | Class to register Extension GUI in IvTune |
| RemoteViz::Rendering::KeepFrameQualityPolicy | |
| RemoteViz::Rendering::KeepFramesPerSecondPolicy | |
| SoRemoteVizClient::KeyboardEventArg | Structure given when a keyboard event is raised |
| Magnifier | [PREVIEW] [Medical] Shape node to display a magnified view of a region of the screen |
| MbVec3< _T > | Class defining a vector or a point of 3 coordinates |
| MedicalHelper | [PREVIEW] [Medical] Utility class for medical applications |
| SoRemoteVizClient::MessageEventArg | Structure given when a received text message event is raised |
| RemoteViz::Rendering::MetricsListener | |
| MeWGeometryI | Abstract interface to write unstructured mesh geometry |
| MeWLineTopologyExplicitI | Abstract interface to write unstructured line mesh topology |
| MeWSurfaceTopologyExplicitI | Abstract interface to write unstructured surface mesh topology |
| MeWVolumeTopologyExplicitI | Abstract interface to write unstructured volume mesh topology |
| MeXCell | Defines an abstract cell of an extracted mesh |
| MeXDataSet< _T > | Generic extracted data set interface |
| MeXDataSet< std::string > | |
| MeXDataSetI< _T > | Generic data set interface for extracted unstructured meshes |
| MeXDataSetIj< _T > | Generic data set interface for extracted structured surface meshes |
| MeXDataSetIjk< _T > | Generic data set interface for extracted structured volume meshes |
| MeXGeometry | Generic geometry interface for extracted meshes |
| MeXGeometryExplicit | Generic geometry interface for extracted meshes with explicit coordinates |
| MeXGeometryI | Generic geometry interface for extracted unstructured meshes |
| MeXGeometryIj | Generic geometry interface for extracted structured surface meshes |
| MeXGeometryRegular | Extracted generic parallelepiped, rectangular or straight line geometry |
| MeXLineCell | Defines an abstract cell of an extracted line mesh |
| MeXLineMeshCurvilinear | Extracted curvilinear line mesh abstract interface |
| MeXLineMeshUnstructured | Extracted unstructured line mesh abstract interface |
| MeXLineTopologyExplicitI | List of extracted line cells interface |
| MeXMeshIj | Extracted IJ surface mesh abstract interface |
| MeXMeshUnstructured | Extracted unstructured mesh abstract interface |
| MeXPointMeshCurvilinear | Extracted curvilinear point mesh abstract interface |
| MeXSurfaceCell | Defines an abstract cell of an extracted surface mesh |
| MeXSurfaceGeometryRectilinear | Generic extracted rectilinear surface geometry |
| MeXSurfaceMeshCurvilinear | Extracted curvilinear surface mesh abstract interface |
| MeXSurfaceMeshRectilinear | Extracted rectilinear surface mesh abstract interface |
| MeXSurfaceMeshRegular | Extracted regular surface mesh abstract interface |
| MeXSurfaceMeshUnstructured | Extracted unstructured surface mesh abstract interface |
| MeXSurfaceTopologyExplicitI | List of extracted surface cells interface |
| MeXTopologyExplicitI | List of extracted cells interface |
| MeXTopologyI | List of extracted cells interface |
| MeXTopologyIj | List of extracted structured surface cells interface |
| MeXVolumeCell | Defines an abstract cell of an extracted volume mesh |
| MeXVolumeMeshUnstructured | Extracted unstructured volume mesh abstract interface |
| MeXVolumeTopologyExplicitI | List of extracted volume cells interface |
| MFCEventToSoEvent | |
| MiAbstractMethodError | Exception handler for MeshViz XLM |
| MiBaseExtractor | Abstract base class for all extractor interfaces |
| MiCancellationException | Exception handler for MeshViz XLM |
| MiCell | Defines an abstract cell of a mesh |
| MiCellExtractHexahedronIjk | Cell extractor for hexahedron IJK meshes |
| MiCellExtractIj | Cell extractor for structured surface meshes |
| MiCellExtractIjk | Cell extractor for structured volume meshes |
| MiCellExtractUnstructured | Cell extractor for unstructured meshes |
| MiCellFilter | Interface class defining a cell filter |
| MiCellFilterI | Interface class defining a cell filter for unstructured meshes |
| MiCellFilterIj | Interface class defining a cell filter for structured surface meshes |
| MiCellFilterIjk | Interface class defining a cell filter for structured volume meshes |
| MiClipLineExtractIj | Clip line extractor for structured surface meshes |
| MiClipLineExtractUnstructured | Clip line extractor for unstructured surface meshes |
| MiClipPointExtract | Clip point extractor for all line meshes |
| MiColorMapping< _TValue, _TColor > | Interface class defining a color mapping function |
| MiCylinderSliceExtractHexahedronIjk | Cylinder slice extractor for hexahedron IJK volume meshes |
| MiCylinderSliceExtractIjk | Cylinder slice extractor for structured volume meshes |
| MiCylinderSliceExtractUnstructured | Cylinder slice extractor for unstructured volume meshes |
| MiDataSet | Generic data set interface |
| MiDataSetI< _T > | Generic data set interface for unstructured meshes |
| MiDataSetIj< _T > | Generic data set interface for structured surface meshes |
| MiDataSetIjk< _T > | Generic data set interface for structured volume meshes |
| MiEdgeErrorMetric< _T > | Edge error metric interface used by the tessellator |
| MiExtractorCallback | Abstract base class for extraction callback interfaces |
| MiFenceSliceExtractHexahedronIjk | Fence slice extractor for hexahedron Ijk meshes |
| MiFenceSliceExtractIjk | Fence slice extractor for structured volume meshes |
| MiFenceSliceExtractUnstructured | Fence slice extractor for unstructured volume meshes |
| MiGeometry | Generic geometry interface |
| MiGeometryHexahedronIjk | Generic geometry interface for hexahedron mesh Ijk |
| MiGeometryI | Generic geometry interface for unstructured meshes |
| MiGeometryIj | Generic geometry interface for structured surface meshes |
| MiGeometryIjk | Generic geometry interface for structured volume meshes |
| MiGeometryRegular | Generic parallelepiped, rectangular or straight line geometry |
| MiGridPlaneSliceExtractHexahedronIjk | Grid plane slice extractor on hexahedron IJK volume meshes |
| MiGridPlaneSliceExtractIjk | Grid plane slice extractor on structured volume meshes |
| MiGridPlaneSliceExtractUnstructured | Grid plane slice extractor on unstructured volume meshes |
| MiHexahedronTopologyExplicitIjk | List of volume cells interface |
| MiInterpolatedLogicalSliceExtract | Interpolated logical slice extractor for structured volume meshes |
| MiInterpolatedLogicalSliceExtractHexahedronIjk | Interpolated logical slice extractor for hexahedron IJK meshes |
| MiIsolineExtractIj | Isoline extractor for structured surface meshes |
| MiIsolineExtractUnstructured | Isoline extractor for unstructured surface meshes |
| MiIsosurfExtractHexahedronIjk | Isosurface extractor for hexahedron IJK meshes |
| MiIsosurfExtractIjk | Isosurface extractor for structured volume meshes |
| MiIsosurfExtractUnstructured | Isosurface extractor for unstructured meshes |
| MiLineCell | Defines an abstract cell of a line mesh |
| MiLineCellExtractI | Cell extractor for line meshes |
| MiLineCellExtractUnstructured | Cell extractor for unstructured line meshes |
| MiLineExtract | line mesh extractor for unstructured line mesh |
| MiLineMeshCurvilinear | Curvilinear Line mesh abstract interface |
| MiLineMeshRegular | Regular line mesh abstract interface |
| MiLineMeshUnstructured | Unstructured Line mesh abstract interface |
| MiLineTopologyExplicitI | List of line cells interface |
| MiLogicalSliceExtractCurvilinear | Logical slice extractor for a curvilinear volume mesh |
| MiLogicalSliceExtractHexahedronIjk | Logical slice extractor for an hexahedron IJK volume mesh |
| MiLogicalSliceExtractRectilinear | Logical slice extractor for a rectilinear volume mesh |
| MiLogicalSliceExtractRegular | Logical slice extractor for a regular volume mesh |
| MiMesh | Abstract mesh interface |
| MiMeshIj | IJ surface mesh abstract interface |
| MiMeshIjk | IJK volume mesh abstract interface |
| MiMeshRegular | Regular mesh abstract interface |
| MiMeshUnstructured | Unstructured mesh abstract interface |
| MiMeshUnstructuredI | I Unstructured mesh abstract interface |
| MiMeshViz | Class to initialize the MeshViz Mesh Extraction module |
| MiNonOverlappedCellsExtractUnstructured | Remove overlapped cells from a given unstructured surface mesh or a list of meshes |
| MiOutlineExtractHexahedronIjk | Extract the outline of an hexahedron IJK mesh |
| MiOutlineExtractIj | Outline extractor for a structured surface mesh |
| MiOutlineExtractIjk | Outline extractor for a structured volume mesh |
| MiOutlineExtractUnstructured | Outline extractor for an unstructured mesh |
| MiPerCellToPerNodeExtractHexahedronIjk | Convert data sets bound per cell into data sets bound per node on a given structured hexahedron mesh |
| MiPerCellToPerNodeExtractIj | Convert data sets bound per cell into data sets bound per node on a given structured surface mesh |
| MiPerCellToPerNodeExtractIjk | Convert data sets bound per cell into data sets bound per node on a given structured volume mesh |
| MiPerCellToPerNodeExtractUnstructured | Convert data sets bound per cell into data sets bound per node on a given unstructured mesh |
| MiPlaneSliceExtractHexahedronIjk | Plane slice extractor for hexahedron IJK volume meshes |
| MiPlaneSliceExtractIjk | Plane slice extractor for structured volume meshes |
| MiPlaneSliceExtractUnstructured | Plane slice extractor for unstructured volume meshes |
| MiPointMeshCurvilinear | Curvilinear point mesh abstract interface |
| MiPointProbeHexahedronIjk | Probe at a given location in an hexahedron IJK volume mesh |
| MiPointProbeIj | Probe at a given location in a structured surface mesh |
| MiPointProbeIjk | Probe at a given location in a structured volume mesh |
| MiPointProbeUnstructured | Probe at a given location in an unstructured mesh |
| MiPolyhedralToMixVolumeExtract | Convert polyhedral 3D mesh to mixed volume mesh |
| MiResampledSurfaceExtractCurvilinear | [PREVIEW] |
| MiSkinExtractHexahedronIjk | Extract the skin of an hexahedron IJK mesh |
| MiSkinExtractIjk | Skin extractor for a structured volume mesh |
| MiSkinExtractUnstructured | Skin extractor for an unstructured volume mesh |
| MiSphereSliceExtractHexahedronIjk | Sphere slice extractor for hexahedron IJK volume meshes |
| MiSphereSliceExtractIjk | Sphere slice extractor for structured volume meshes |
| MiSphereSliceExtractUnstructured | Sphere slice extractor for unstructured volume meshes |
| MiStreamlineExtractBase | Base class for all streamline extractors |
| MiStreamlineExtractHexahedronIjk | Streamline extractor for hexahedron IJK volume meshes |
| MiStreamlineExtractIjk | Streamline extractor for structured volume meshes |
| MiStreamlineExtractUnstructured | Streamline extractor for unstructured volume meshes |
| MiSurfaceCell | Defines an abstract cell of an unstructured surface mesh |
| MiSurfaceExtractIj | Surface mesh extractor for structured surface mesh |
| MiSurfaceExtractUnstructured | Surface mesh extractor for unstructured surface mesh |
| MiSurfaceGeometryRectilinear | Generic rectilinear surface geometry |
| MiSurfaceMeshCurvilinear | Curvilinear surface mesh abstract interface |
| MiSurfaceMeshRectilinear | Rectilinear surface mesh abstract interface |
| MiSurfaceMeshRegular | Regular surface mesh abstract interface |
| MiSurfaceMeshUnstructured | Unstructured surface mesh abstract interface |
| MiSurfaceTopologyExplicitI | List of surface cells interface |
| MiTessellatedLineExtract | Tessellated line mesh extractor for unstructured non linear 1D mesh |
| MiTessellatedSurfaceExtract | Tessellated surface mesh extractor for unstructured and non linear 2D mesh |
| MiTessellator | Abstract tessellator interface |
| MiTopology | List of cells interface |
| MiTopologyExplicitI | List of generic cells interface |
| MiTopologyI | List of cells interface |
| MiTopologyIj | List of structured surface cells interface |
| MiTopologyIjk | List of volume cells interface |
| MiTypedDataSet< _T > | Generic typed data set interface |
| MiVolumeCell | Defines an abstract cell of an unstructured volume mesh |
| MiVolumeGeometryRectilinear | Generic rectilinear volume geometry |
| MiVolumeMeshCurvilinear | Curvilinear volume mesh abstract interface |
| MiVolumeMeshHexahedronIjk | IJK Hexahedron volume mesh abstract interface |
| MiVolumeMeshRectilinear | Rectilinear volume mesh abstract interface |
| MiVolumeMeshRegular | Regular volume mesh abstract interface |
| MiVolumeMeshUnstructured | Unstructured volume mesh abstract interface |
| MiVolumeMeshVertexHexahedronIjk | Non Indexed Hexahedron mesh IJK abstract interface |
| MiVolumeTopologyExplicitI | List of volume cells interface |
| MoActionNode | Utility class that provides default action handling for MeshViz nodes |
| MoCellFilter | Property node that defines a cell filter |
| MoCellFilterElement | Stores the current cell filter |
| MoColorMapping | Abstract base class for color mapping nodes |
| MoColorMappingElement | Stores the current color mapping |
| MoCombineColorMapping | Property node that defines a combine color mapping |
| MoCombineColorMappingElement | Stores the current combine color mapping |
| MoCustomColorMapping | Property node that defines a custom color mapping |
| MoDataBinding | Property node that defines the data binding |
| MoDataBindingElement | Stores the current data binding |
| MoDrawStyle | Property node that defines the draw style of representations |
| MoDrawStyleElement | Stores the current draw style |
| MoFaceDetail | Stores detail information about vertex-based shapes made of faces |
| MoFaceDetailI | Stores detail information about vertex-based shapes made of faces from unstructured meshes and structured line meshes |
| MoFaceDetailIj | Stores detail information about vertex-based shapes made of faces from a structured surface mesh |
| MoFaceDetailIjk | Stores detail information about vertex-based shapes made of faces from a structured volume mesh |
| MoLegend | Rendering node that displays a legend |
| MoLevelColorMapping | Property node that defines a color mapping with constant color in each interval |
| MoLinearColorMapping | Property node that defines a color mapping with interpolated color in each interval |
| MoLineDetail | Stores detail information about vertex-based shapes made of line segments |
| MoLineDetailI | Stores detail information about vertex-based shapes made of line segments from unstructured meshes and structured line meshes |
| MoLineDetailIj | Stores detail information about vertex-based shapes made of line segments from structured surface meshes |
| MoLineDetailIjk | Stores detail information about vertex-based shapes made of line segments from structured volume meshes |
| MoLineMeshDetail | Stores detail information about a mesh representation defined by a line |
| MoMaterial | Property node that defines the material of surface representations |
| MoMaterialElement | Stores the current material |
| MoMesh | Property node that defines a mesh |
| MoMeshAnnotatedIsoline | Rendering node that displays annotated isolines |
| MoMeshBaseRepresentation | Abstract base class for all MeshViz XLM representation nodes |
| MoMeshCellShape | Rendering node that displays a set of cells of a mesh |
| MoMeshClipLine | Rendering node that displays a clip line of a surface mesh |
| MoMeshClipPoint | Rendering node that displays clip points of a line mesh |
| MoMeshCylinderSlice | Rendering node that displays a cylinder slice of a volume mesh |
| MoMeshDetail | Stores detail information about a mesh |
| MoMeshElement | Stores the current mesh |
| MoMeshElevatedPlaneSlice | Rendering node that displays an elevated plane slice of a volume mesh |
| MoMeshFenceSlice | Rendering node that displays a fence slice within a volume mesh |
| MoMeshGridPlaneSlice | Rendering node that displays a grid plane slice of a volume mesh |
| MoMeshInterpolatedLogicalSlice | Rendering node that displays an interpolated logical slice of a volume mesh |
| MoMeshIsoline | Rendering node that displays isolines on a surface mesh |
| MoMeshIsosurface | Rendering node that displays an isosurface of a volume mesh |
| MoMeshLine | Rendering node that displays a line mesh |
| MoMeshLineRepresentation | Abstract base class for all MeshViz XLM line representation nodes containing an extractor |
| MoMeshLogicalSlice | Rendering node that displays a logical slice of a structured volume mesh |
| MoMeshOutline | Rendering node that displays the outline of a mesh |
| MoMeshPlaneSlice | Rendering node that displays a plane slice of a volume mesh |
| MoMeshPointProbe | Action node that probes cells of a mesh |
| MoMeshRepresentation | Abstract base class for all MeshViz XLM representation nodes containing an extractor |
| MoMeshRepresentationDetail | Stores detail information about a mesh representation |
| MoMeshSkin | Rendering node that displays the skin of a volume mesh |
| MoMeshSlab | Rendering node that displays a slab of a structured volume mesh |
| MoMeshSphereSlice | Rendering node that displays a sphere slice of a volume mesh |
| MoMeshStreamline | Rendering node that displays streamlines of a vector field on a volume mesh |
| MoMeshSurface | Rendering node that displays a surface mesh |
| MoMeshSurfaceRepresentation | Abstract base class for all MeshViz XLM surface representation nodes containing an extractor |
| MoMeshVector | Rendering node that displays a vector data set |
| MoMeshViz | Class to initialize all MeshViz XLM nodes |
| RemoteViz::Rendering::Monitoring | |
| MoPredefinedColorMapping | Property node that selects a predefined color mapping |
| MoMeshPointProbe::MoProbeCallback | This class specifies the interface used by this node to notify the application when the position of the probe is updated |
| MoScalarSet | Property node that stores any kind of scalar data set |
| MoScalarSetElement | Stores a list of scalar sets |
| MoScalarSetElementI | Stores a list of scalar sets for unstructured meshes |
| MoScalarSetElementIj | Stores a list of scalar sets for structured surface meshes |
| MoScalarSetElementIjk | Stores a list of scalar sets for structured volume meshes |
| MoScalarSetI | Property node that stores a scalar data set for an unstructured mesh |
| MoScalarSetIj | Property node that stores a scalar data set for a structured surface mesh |
| MoScalarSetIjk | Property node that stores a scalar data set for a structured volume mesh |
| MoStringSet | Property node that stores any kind of string set |
| MoStringSetElement | Stores a list of string sets |
| MoSurfaceMeshDetail | Stores detail information about a mesh representation defined by a surface |
| MoTessellator | Property node that defines a tessellator |
| MoTessellatorElement | Stores the current tessellator |
| SoRemoteVizClient::MouseButtonEventArg | Structure given when a mouse button event is raised |
| SoRemoteVizClient::MouseLocationEventArg | Structure given when a mouse location event is raised |
| SoRemoteVizClient::MouseWheelEventArg | Structure given when a mouse wheel event is raised |
| MoVec3SetElementI | Stores a list of vector3 sets for unstructured meshes |
| MoVec3SetElementIj | Stores a list of vector3 sets for structured surface meshes |
| MoVec3SetElementIjk | Stores a list of vector3 sets for structured volume meshes |
| MoVec3SetI | Property node that stores a vector data set for an unstructured mesh |
| MoVec3SetIj | Property node that stores a vector data set for a structured surface mesh |
| MoVec3SetIjk | Property node that stores a vector data set for a structured volume mesh |
| MxEdgeErrorMetricGeometry | Geometrical edge error metric |
| MxHexahedron20CellExtract | Utility class for quadratic hexahedron cells with 20 nodes |
| MxHexahedron27CellExtract | Utility class for quadratic hexahedron cells with 27 nodes |
| MxHexahedronCellExtract | Utility class for hexahedron cells |
| MxLineCellExtract | Utility class for line cells |
| MxPolygonCellExtract | Utility class for polygon cells |
| MxPolyhedronCellExtract | Utility class for polyhedron cells |
| MxPyramidCellExtract | Utility class for pyramid cells |
| MxQuadrangle8CellExtract | Utility class for quadratic quadrangle cells with 8 nodes |
| MxQuadrangle9CellExtract | Utility class for quadratic quadrangle cells with 9 nodes |
| MxQuadrangleCellExtract | Utility class for quadrangle cells |
| MxTetrahedron10CellExtract | Utility class for quadratic tetrahedron cells with 10 nodes |
| MxTetrahedronCellExtract | Utility class for tetrahedron cells |
| MxTimeStamp | Manages an identifier that can be used as a time stamp |
| MxTriangle6CellExtract | Utility class for quadratic triangle cells with 6 nodes |
| MxTriangleCellExtract | Utility class for triangle cells |
| MxWedge18CellExtract | Utility class for quadratic wedge cells with 18 nodes |
| MxWedgeCellExtract | Utility class for wedge cells |
| RemoteViz::Rendering::NetworkPerformance | |
| ObliqueSliceBorder | [PREVIEW] [Medical] Oblique slice shape node with border |
| OivASPoint | Structure containing information about the the raycast intersection point |
| OivASRay | Structure for parameters of the ray |
| OrthoSliceBorder | [PREVIEW] [Medical] Ortho slice shape node with border |
| PbArrayOfInt | DTEXT Dynamic array of int |
| PbArrayOfLong | DTEXT Dynamic array of int32_t |
| PbBase | Abstract class for all basic objects |
| PbCartesianGrid2D | Defines a cartesian grid surface mesh |
| PbCartesianGrid3D | Defines a cartesian grid volume mesh |
| PbCell | Defines an abstract cell of a mesh |
| PbDataMapping | Abstract class for data mapping |
| PbDateFormatMapping | Defines the date format and mapping |
| PbDefinedValue | Class used to manage "defined" and "undefined" values |
| PbDomain | Class to define a domain |
| PbGrid2D | Defines an abstract grid surface mesh |
| PbGrid3D | Defines an abstract grid volume mesh |
| PbHexahedronCell | Defines an hexahedron cell of a volume mesh |
| PbHexahedronMesh3D | Defines a mesh of hexahedrons |
| PbIndexedMesh2D | Defines a surface mesh of polygons |
| PbIndexedMesh3D | Defines a volume mesh of polyhedrons |
| PbIrregularMesh1D | Defines a irregular mono-dimensional mesh |
| PbIsovaluesList | Class to define a list of isovalues |
| PbLinearDataMapping | Class to define linear data mapping |
| PbMesh | Defines an abstract mesh |
| PbMesh1D | Defines an abstract mono-dimensional mesh |
| PbMesh2D | Defines an abstract surface mesh |
| PbMesh3D | Defines an abstract volume mesh |
| PbMiscTextAttr | Class to define a numeric display format |
| PbNonLinearDataMapping | Class to define non linear data mapping |
| PbNonLinearDataMapping2 | Class to define non linear data mapping |
| PbNumericDisplayFormat | Class to define a numeric display format |
| PbParalCartesianGrid2D | Defines a parallel cartesian grid surface mesh |
| PbParalCartesianGrid3D | Defines a parallel cartesian grid volume mesh |
| PbPixelCell | Defines a pixel cell of a surface mesh |
| PbPolarGrid2D | Defines a polar grid surface mesh |
| PbPyramidCell | Defines a pyramid cell of a volume mesh |
| PbQuadrangleCell | Defines a quadrangle cell of a surface mesh |
| PbQuadrangleMesh2D | Defines a surface mesh of quadrangles |
| PbRegularCartesianGrid2D | Defines a regular cartesian grid surface mesh |
| PbRegularCartesianGrid3D | Defines a regular cartesian grid volume mesh |
| PbRegularMesh1D | Defines a regular mono-dimensional mesh |
| PbTetrahedronCell | Defines an tetrahedron cell of a volume mesh |
| PbTetrahedronMesh3D | Defines a mesh of tetrahedrons |
| PbTriangleCell | Defines a triangle cell of a surface mesh |
| PbTriangleMesh2D | Defines a surface mesh of triangles |
| PbVoxelCell | Defines a voxel cell of a volume mesh |
| PbWedgeCell | Defines a wedge cell of a volume mesh |
| PlaneBoxIntersection | [PREVIEW] [Medical] Shape node that draws the intersection of a plane and a box |
| PlaneGeometryIntersection | [PREVIEW] [Medical] Class for computing the intersection of geometry with a plane |
| Po3DdataMaster | Base class for all 3DdataMaster objects |
| PoAngularAxis | Class to build an angular axis |
| PoArrow | Class to build a 2D arrow |
| PoArrow3 | Class to build a 3D arrow |
| PoAutoCubeAxis | Class to build a set of axes on a parallelepiped relating to the view |
| PoAutoValueLegend | Abstract class for automatic value legend |
| PoAxis | Abstract class for axis representations |
| PoBar | Abstract base class for bar representations |
| PoBase | Abstract base class for all Graph Master & 3D Data Master classes |
| PoBaseAxis | Base class for all axis objects |
| PoBaseStreamLine | Base class of all streamline representations on a mesh |
| PoBaseView | Abstract base class for views |
| PoBevelEdge | Node to define the beveled edge values |
| PoBevelEdgeElement | |
| PoBiErrorPointField | Builds a bi-error point field |
| PoCartesianAxis | Abstract class for cartesian axes |
| PoCartesianGrid2D | Inventor node defining a mesh of type PbCartesianGrid2D |
| PoCartesianGrid3D | Inventor node defining a mesh of type PbCartesianGrid3D |
| PoCellEdges | Builds egdes of a cell of a mesh |
| PoCellFacets | Builds facets of a cell of a mesh |
| PoCellFilter | Interface class defining a filter of cells |
| PoCellFilterElement | |
| PoCellIndices | Builds text indices of a cell of a mesh |
| PoCellShape | Abstract representation of a cell of a mesh |
| PoChart | Abstract base class for all charting representations |
| PoCircle | Abstract class for 2D circle representation |
| PoCircle3 | Abstract class for 3D circle representation |
| PoCircle3CenterRadius | Class to build a 3D circle |
| PoCircle3ThreePoints | Class to build a 3D circle |
| PoCircleArc | Abstract class for 2D circle arc representation |
| PoCircleArc3 | Abstract class for 3D circle arc representation |
| PoCircleArc3CtrPtAngle | Class to build a 3D circle arc |
| PoCircleArc3CtrTwoPts | Class to build a 3D circle arc |
| PoCircleArc3ThreePts | Class to build a 3D circle arc |
| PoCircleArcCtrPtAngle | Class to build a 2D circle arc |
| PoCircleArcCtrRadTwoAngle | Class to build a 2D circle arc |
| PoCircleArcCtrTwoPts | Class to build a 2D circle arc |
| PoCircleArcThreePts | Class to build a 2D circle arc |
| PoCircleCenterRadius | Class to build a 2D circle |
| PoCircleThreePoints | Class to build a 2D circle |
| PoCircularProfile | Node that defines a circular profile |
| PoConicBar | Class to build conic bars |
| PoCoordinateListFilter | Node to define a coordinate list filter |
| PoCoordinateSystemAxis | Class for a 3D axes system |
| PoCurve | Builds a 2D curve |
| PoCurve3 | Builds a 3D curve |
| PoCurveFilling | Class to build 3D filled curve |
| PoCurveLine | Class to build a 2D line curve |
| PoCylindricalBar | Class to build cylindrical bars |
| PoDataMapping | Abstract base class for all data mapping nodes |
| PoDataMappingElement | |
| PoDateFormatMapping | Node to define date format and mapping |
| PoDateFormatMappingElement | |
| PoDomain | Node to define a domain |
| PoDomainElement | |
| PoEllipticProfile | Node that defines an elliptic profile |
| PoErrorCurve | Class to build an error curve represention |
| PoErrorPointField | Builds points field with X and Y margin error |
| PoGenAxis | Class to build a generalized axis |
| PoGeneralizedBar | Class to build generalized bars |
| PoGeneralizedScatter | Class to build a 2D generalized scatter |
| PoGraphMaster | Abstract base class for all Graph Master classes |
| PoGroup2Axis | Class to build a group of two axes |
| PoGroup3Axis3 | Class to build a group of three axes |
| PoGroup4Axis | Class to build a group of four axes |
| PoGroup6Axis3 | Class to build a group of six axes |
| PoHexahedronMesh3D | Inventor node defining a mesh of type PbHexahedronMesh3D |
| PoHighLowClose | Class to build a high low close representation |
| PoHistogram | Abstract class for histogram representations |
| PoIndexedMesh2D | Inventor node defining a mesh of type PbIndexedMesh2D |
| PoIndexedMesh3D | Inventor node defining a mesh of type PbIndexedMesh3D |
| PoIndexListFilter | Node to define a index list filter |
| PoIntervalCellFilter | Node class to define a filter of cells |
| PoIrregularMesh1D | Inventor node defining a mesh of type PbIrregularMesh1D |
| PoIsovaluesList | Node to define a list of isovalues |
| PoIsovaluesListElement | |
| PoItemLegend | Class to build an items legend |
| PoLabel | Class to build a label field |
| PoLabelField | Class to build a label field |
| PoLabelHints | Node to define common label hints |
| PoLabelHintsElement | |
| PoLegend | Abstract class for legend representations |
| PoLinearAxis | Class to build a linear axis |
| PoLinearBar | Class to build line bars |
| PoLinearDataMapping | Node class to define a linear data mapping |
| PoLinearValueLegend | Class to build a linear auto value legend |
| PoLogAxis | Class to build a logarithmic axis |
| PoMesh | Base class for all mesh representations |
| PoMesh1DFilter | Abstract base class for all filter nodes |
| PoMesh1DFilterElement | |
| PoMesh1DHints | Node that provides hints about the mesh 1D |
| PoMesh1DHintsElement | |
| PoMesh2D | Base class for all surface mesh representations |
| PoMesh2DVec | Representation of vectors data of a surface mesh |
| PoMesh3D | Base class for all volume mesh representations |
| PoMesh3DVec | Representation of vectors data of a volume mesh |
| PoMesh3DVecCrossSection | Representation of vectors on a cross section |
| PoMesh3DVecGridCrossSection | Representation of vectors on a grid of a cross section |
| PoMeshContouring | Class to build contour lines on a 2D mesh |
| PoMeshCrossContour | Representation of cross-contour of a volume mesh |
| PoMeshCrossSection | Representation of cross section of a volume mesh |
| PoMeshElement | |
| PoMeshFilled | Filled representation of surface mesh |
| PoMeshLevelSurf | Representation of level surface of volume mesh |
| PoMeshLimit | Representation of the limits of a surface mesh |
| PoMeshLines | Representation of the edges of surface mesh |
| PoMeshProbePoint | Probing in a mesh |
| PoMeshProperty | Abstract Inventor node defining a mesh |
| PoMeshSides | Class to build the sides of the current surface mesh |
| PoMeshSkeleton | Representation of the skeleton of a volume mesh |
| PoMeshSkin | Representation of the mesh skin |
| PoMeshViz | Class to initialize MeshViz |
| PoMiscTextAttr | Node to define miscellaneous text attributes (font name, line length, |
| PoMiscTextAttrElement | |
| PoMultipleHistogram | Class to build a multiple histogram |
| PoNode | Abstract base class for all MeshViz nodes |
| PoNonLinearDataMapping | Node class to define a non linear data mapping |
| PoNonLinearDataMapping2 | Node class to define a non linear data mapping |
| PoNonLinearValueLegend1 | Class to build a non linear legend (first representation) |
| PoNonLinearValueLegend2 | Class to build a non linear legend (second representation) |
| PoNonLinearValueLegend3 | Class to build a non linear legend (third representation) |
| PoNumericDisplayFormat | Node to define the numeric display format |
| PoNumericDisplayFormatElement | |
| PoParalCartesianGrid2D | Inventor node defining a mesh of type PbParalCartesianGrid2D |
| PoParalCartesianGrid3D | Inventor node defining a mesh of type PbParalCartesianGrid3D |
| PoParallelogram | Class for a 2D parallelogram |
| PoParallelogram3 | Class for a 3D parallelogram |
| PoPeriodFilter | Node to define a period filter |
| PoPeriodIndexFilter | Node to define a period index filter |
| PoPieChart | Abstract class for pie chart representation |
| PoPieChart2D | Class for 2D pie chart representation |
| PoPieChart3D | Class for 3D pie chart representation |
| PoPieChartRep | Class to build a 3D pie chart |
| PoPointsFieldBars | Class to build a points field bars |
| PoPolarAxis | Abstract class for polar axis |
| PoPolarGrid2D | Inventor node defining a mesh of type PbPolarGrid2D |
| PoPolarLinAxis | Class to build a polar linear axis |
| PoPolarLogAxis | Class to build a logarithmic polar axis |
| PoProfile | Abstract base class for all profile nodes |
| PoProfileBar | Class to build profile bars |
| PoProfileCoordinate2 | Node that defines a 2D polygon profile |
| PoProfileElement | |
| PoQuadrangleMesh2D | Inventor node defining a mesh of type PbQuadrangleMesh2D |
| PoRectangle | Class for a 2D rectangle |
| PoRegularCartesianGrid2D | Inventor node defining a mesh of type PbRegularCartesianGrid2D |
| PoRegularCartesianGrid3D | Inventor node defining a mesh of type PbRegularCartesianGrid3D |
| PoRegularMesh1D | Inventor node defining a mesh of type PbRegularMesh1D |
| PoRibbon | Class to build a 2D ribbon curve |
| PoScatter | Class to build a 2D scatter |
| PoSceneView | Class to define a view which contains a scene |
| PoSFCartesianGrid2D | Inventor field containing a mesh of type PbCartesianGrid2D |
| PoSFCartesianGrid3D | Inventor field containing a mesh of type PbCartesianGrid3D |
| PoSFHexahedronMesh3D | Inventor field containing a mesh of type PbHexahedronMesh3D |
| PoSFIndexedMesh2D | Inventor field containing a mesh of type PbIndexedMesh2D |
| PoSFIndexedMesh3D | Inventor field containing a mesh of type PbIndexedMesh3D |
| PoSFIrregularMesh1D | Inventor field containing a mesh of type PbIrregularMesh1D |
| PoSFMesh | Abstract Inventor field defining a mesh |
| PoSFParalCartesianGrid2D | Inventor field containing a mesh of type PbParalCartesianGrid2D |
| PoSFParalCartesianGrid3D | Inventor field containing a mesh of type PbParalCartesianGrid3D |
| PoSFPolarGrid2D | Inventor field containing a mesh of type PbPolarGrid2D |
| PoSFQuadrangleMesh2D | Inventor field containing a mesh of type PbQuadrangleMesh2D |
| PoSFRegularCartesianGrid2D | Inventor field containing a mesh of type PbRegularCartesianGrid2D |
| PoSFRegularCartesianGrid3D | Inventor field containing a mesh of type PbRegularCartesianGrid3D |
| PoSFRegularMesh1D | Inventor field containing a mesh of type PbRegularMesh1D |
| PoSFTetrahedronMesh3D | Inventor field containing a mesh of type PbTetrahedronMesh3D |
| PoSFTriangleMesh2D | Inventor field containing a mesh of type PbTriangleMesh2D |
| PoSingleHistogram | Class to build a single histogram |
| PoSquareProfile | Node that defines a square profile |
| PoStreamLine | Representation of streamlines on a mesh |
| PoStreamLineMotion | Representation of streamlines with motion of colors |
| PoStreamParticleMotion | Animation of particles along streamlines on a mesh |
| PoStreamPointMotion | Animation of point particles along streamline |
| PoStreamSphereMotion | Animation of sphere particles along streamline |
| PoStreamSurface | Representation of a surface connecting several streamlines |
| PoStreamTadpoleMotion | Animation of tadpole particles along streamline |
| PoTetrahedronMesh3D | Inventor node defining a mesh of type PbTetrahedronMesh3D |
| PoTimeAxis | Class to build a time axis |
| PoTriangleMesh2D | Inventor node defining a mesh of type PbTriangleMesh2D |
| PoTube | Class to build a 2D tube curve |
| PoValuedMarkerField | Class for a valued markers field |
| PoValueLegend | Abstract class for values legend |
| PoView | Class to define a view |
| SoExtSelection::PreFilterEventArg | Structure given to callback when an event is raised |
| QEventToSoEvent | |
| QtEventToSoEvent | |
| QtHelper | Utilities class for Qt management |
| QtTimer | |
| SbImageDataAccessor::Region | A region must be an ordered set with a first voxel and for each voxel a next voxel, else we cannot associate a buffer to this region |
| SoImageRegistrationTransform::RegistrationEvent | This event describes the evolution of the registration process |
| RemoteVizClient | Initializes the RemoteVizClient module database |
| RemoteVizRenderArea | HTML5 client API Documentation |
| RemoteViz::Rendering::RenderArea | |
| openinventor::inventor::viewercomponents::qt::qml::RenderArea | [PREVIEW] |
| RenderArea | Class to render an OpenInventor scene in a Qt OpenGL window |
| RenderAreaExaminer | Class to render an OpenInventor scene graph in a Qt OpenGL window |
| RemoteViz::Rendering::RenderAreaHardware | |
| openinventor::inventor::viewercomponents::qt::qml::RenderAreaInteractive | [PREVIEW] |
| RenderAreaInteractive | Class to render an OpenInventor scene in a Qt OpenGL window |
| RemoteViz::Rendering::RenderAreaListener | |
| openinventor::inventor::viewercomponents::qt::qml::RenderAreaOrbiter | [PREVIEW] |
| RenderAreaOrbiter | [PREVIEW] Class to render an OpenInventor scene graph in a Qt OpenGL window |
| SoRemoteVizClient::RenderAreaSizeEventArg | Structure given when a renderArea resize event is raised |
| SiRenderArea::RenderEventArg | Structure given when a start render event is raised |
| Ruler | [PREVIEW] [Medical] Interactive distance measuring tool for SoOrthoSlice |
| SoDegreeOfAnisotropyQuantification::SbAnisotropyDegreeDetail | Results details of degree of anisotropy global measure |
| SoApplyMorphologicalLutProcessing3d::SbApplyMorphLutDetail | Results details of morphological Lut processing |
| SoApplyMorphologicalLutProcessing2d::SbApplyMorphLutDetail | Results details of morphological Lut processing |
| SoAreaQuantification2d::SbArea2DDetail | Results details of 2d Area measurement |
| SoAutoSegmentation3PhasesProcessing::SbAutoSegmentation3PhasesDetail | Results details of threshold by automatic segmentation |
| SoAutoThresholdingProcessing::SbAutoThresholdingDetail | Results details of threshold by automatic segmentation |
| SoAutoThresholdingQuantification::SbAutoThresholdingDetail | Results details of threshold by automatic segmentation |
| SoAverageObjectAreaPerSliceQuantification3d::SbAverageObjectAreaPerSliceDetail | Results details of average object area per slice global measure |
| SoAverageObjectNumberPerSliceQuantification3d::SbAverageObjectNumberPerSliceDetail | Results details of average object number per slice global measure |
| SoAverageObjectThicknessQuantification3d::SbAverageObjectThicknessDetail | Results details of average object thickness global measure |
| SoAverageSpaceThicknessQuantification3d::SbAverageSpaceThicknessDetail | Results details of average space thickness global measure |
| SbBox2d | 2D box class |
| SbBox2f | 2D box class |
| SbBox2i32 | 2D box class |
| SbBox2s | 2D box class |
| SbBox3d | 3D box class |
| SbBox3f | 3D box class |
| SbBox3i32 | 3D box class |
| SbBox3s | 3D box class |
| SbBox4i32 | 4D box class |
| SoCannyEdgeProcessing::SbCannyEdgeDetectionDetail | Results details of canny edge detection workflow |
| SoCentroidPathTortuosityQuantification3d::SbCentroidTortuosity3dDetail | Results details of centroid path tortuosity global measure |
| SbChannelList | List of channel to extract |
| SbColor | Color vector class |
| SbColorRGBA | ColorRGBA vector class |
| SoCompareValueQuantification::SbCompareDetail | Results details of comparison between two images |
| SoCompareImageQuantification::SbCompareDetail | Results details of comparison between two images |
| SoCooccurrenceQuantification2d::SbCoocurrrenceDetail | Results details of cooccurrence global measure |
| SoBinaryCorrelationProcessing2d::SbCorrelationDetail | Results details of image correlation |
| SoGrayscaleCorrelationProcessing2d::SbCorrelationDetail | Results details of image correlation |
| SbCPUID | |
| SoCurvatureIntegralsQuantification3d::SbCurvatureIntegralsDetail | Results details of curvature integrals |
| SbCylinder | Class for representing a cylinder |
| SbCylinderPlaneProjector | Cylinder-plane projector |
| SbCylinderProjector | Cylinder projector |
| SbCylinderSectionProjector | Cylinder-section projector |
| SbCylinderSheetProjector | Cylinder-sheet projector |
| SbCylindricalProjection | Cylindrical coordinate projection |
| SbDataType | Class encoding a data type |
| SbDiscreteLineProfile | Profile line extractor |
| SoDistanceMeanQuantification2d::SbDistanceMeanDetail | Results details of mean distance between objects global measure |
| SbElapsedTime | Class for measuring elapsed time with high resolution |
| SbEventArg | Base class for all event arguments |
| SbEventHandler< ArgType > | Class representing an event |
| SoIntensityExtremaQuantification::SbExtremaDetail | Results details of extrema global measure |
| SbExtrusionGenerator | Factory that generates an extruded mesh from a polyline |
| SbFileHelper | Utilities class for file management |
| SoFractalDimensionQuantification::SbFractalDetail | Results details of fractal dimension |
| SoFragmentationIndexQuantification::SbFragmentationDetail | Results details of fragmentation global measure |
| SoMeasureGaussianNoiseQuantification::SbGaussianNoiseDetail | Results details of gaussian noise estimation |
| SbGLShareContext | Class encapsulating information about an OpenGL context: a handle on an OpenGL context and its id |
| SbGPUCapabilities | List of common graphics capabilities of the device used by a SoGLContext |
| SbGraphicsCapabilities | List of common graphics capabilities set by Open Inventor |
| SoTotalImageBoundaryAreaQuantification::SbImageBoundaryAreaDetail | Results details of object boundary area global measure |
| SbImageDataAccessor | Class used to retrieve data from an SoImageDataAdapter |
| SbImageDataAdapterHelper | Helper class for SoImageDataAdapter |
| SbImageDataType | Basic class representing multi channel DataType |
| SbImageDataVoxel | Utility class used to safely access channels of a buffer |
| SoImageVolumeQuantification::SbImageVolumeDetail | Results details of total volume global measure |
| SoIntensityIntegralQuantification2d::SbIntegralIntensityDetail | Results details of integral intensity global measure |
| SoIntensityBinHistogramQuantification::SbIntensityBinHistogramDetail | Results details of SoIntensityBinHistogramQuantification |
| SoIntensityHistogramQuantification::SbIntensityHistogramDetail | Results details of SoIntensityHistogramQuantification |
| SbKernel2i32 | Integer 2D-Kernel for morphological operations |
| SbKernel3i32 | Integer 3D-Kernel for morphological operations |
| SbLine | Directed line in 3D |
| SbLined | Directed line in 3D (double precision) |
| SbLineProjector | Line projector |
| SoLocalMaximaQuantification::SbLocalMaximaDetail | Results details of SoLocalMaximaQuantification |
| SbMatrix | 4x4 matrix class |
| SbMatrix3 | 3x3 matrix class |
| SbMatrixd | 4x4 matrix class (double precision) |
| SoInertiaMomentProcessing2d::SbMeanInertiaMomentDetail | Results details of mean inertia moment global measure |
| SbName | Character string stored in a hash table |
| SoObjectBoundaryAreaQuantification::SbObjectBoundaryAreaDetail | Results details of object boundary area global measure |
| SoObjectCountQuantification::SbObjectCountDetail | Results details of objects count global measure |
| SoObjectImageRatioQuantification::SbObjectImageRatioDetail | Results details of object image ratio global measure |
| SoObjectLinearDensityQuantification3d::SbObjectLinearDensityDetail | Results details of object linear density global measure |
| SoObjectSpecificSurfaceQuantification::SbObjectSpecificSurface | Results details of object specific surface global measure |
| SoObjectSurfaceDensityQuantification::SbObjectSurfaceDensityDetail | Results details of object surface density global measure |
| SoObjectVolumeQuantification::SbObjectVolumeDetail | Results details of object volume global measure |
| SbPlane | Oriented plane in 3D |
| SbPlaneProjector | Plane projector |
| SbPList | List of generic (void *) pointers |
| SoPorosityPercentageQuantification3d::SbPorosityPercentageDetail | Results details of porosity percentage global measure |
| SbProj4Projection | Cartographic (PROJ4) projection class |
| SbProjection | Base class for coordinate projection classes |
| SbProjectionCoordinates | Cache projected coordinates |
| SbProjector | Base class for representing projectors |
| SbQtHelper | Utilities class for Qt management |
| SbRasterImage | Class encapsulating a raster image and its attributes |
| SbRenderEngineMode | Render engine mode |
| SbRotation | Class for representing a rotation |
| SbRotationd | Class for representing a rotation (double precision) |
| SbSphere | Class for representing a sphere |
| SbSpherePlaneProjector | Sphere-plane projector |
| SbSphereProjector | Sphere projector |
| SbSphereSectionProjector | Sphere-section projector |
| SbSphereSheetProjector | Sphere-sheet projector |
| SbSphericalProjection | Spherical coordinate projection |
| SoIntensityStatisticsQuantification::SbStatisticsDetail | Results details of statistics global measure |
| SoMaskedStatisticsQuantification::SbStatisticsDetail | Results details of statistics global measure |
| SbString | Class for smart character strings |
| SbStringList | Maintains a list of pointers to SbString instances |
| SbStructuredQuadrilateralMesh | Structured quadrilateral mesh |
| SoStructureModelIndexQuantification3d::SbStructureModelIndexDetail | Results details of structure model index global measure |
| SbThread | Portable thread class |
| SbThreadAutoLock | Provides reliable unlocking of a mutex |
| SbThreadAutoReadLock | Provides reliable unlocking of a read-only mutex |
| SbThreadAutoSpinlock | Provides reliable unlocking of a spinlock |
| SbThreadAutoWriteLock | Provides reliable unlocking of a write-only mutex |
| SbThreadBarrier | Portable "barrier" class for synchronizing threads |
| SbThreadLocalStorage | Thread Local Storage (TLS) class |
| SbThreadMutex | Portable mutex class |
| SbThreadRWMutex | Portable readers/writer lock class |
| SbThreadSemaphore | Semaphore management |
| SbThreadSignal | Portable signal class |
| SbThreadSpinlock | Portable spinlock class |
| SbThreadStorage< T > | Template class for per instance thread Local Storage |
| SbThreadStorage< bool > | Template class specialization for bool type instance thread Local Storage |
| SbTime | Class for representation of a time |
| SbTrackerInfo | Class for representing 3D tracker information |
| SbTransformProjection | Scale/recenter projection class |
| SbVec2d | 2D vector class (double precision) |
| SbVec2f | 2D vector class |
| SbVec2i32 | 2D vector class |
| SbVec2s | 2D vector class |
| SbVec2String | 2D SbString vector class |
| SbVec3d | 3D vector class (double precision) |
| SbVec3f | 3D vector class |
| SbVec3i32 | 3D vector class |
| SbVec3s | 3D vector class |
| SbVec4b | 4D vector class |
| SbVec4d | 4D vector class (double precision) |
| SbVec4f | 4D vector class |
| SbVec4i32 | 4D vector class |
| SbVec4s | 4D vector class |
| SbVec4ub | 4D vector class |
| SbVec4ui32 | 4D vector class |
| SbVec4us | 4D vector class |
| SbVertexAttributeBinding | Class encoding a binding type |
| SbViewportRegion | Class for representing a viewport |
| SbViewVolume | 3D viewing volume class |
| SoIntensityIntegralQuantification3d::SbVolumeDetail | Results details of volume global measure |
| SbXfBox3d | 3D box with an associated transformation matrix |
| SbXfBox3f | 3D box with an associated transformation matrix |
| SbXmlTag |  XML tag from LDM filer |
| SceneExaminer | Tool class for building a basic interactive OpenInventor application with scene "examiner" viewing behavior |
| SceneInteractor | Base class for building a basic OpenInventor application without using the classic viewer classes |
| SceneOrbiter | [PREVIEW] Tool class for building a basic interactive OpenInventor application with mode-less scene "orbiter" viewing behavior |
| SceneView | [PREVIEW] [Medical] Defines a view for use with ViewManager |
| RemoteViz::Rendering::Service | |
| RemoteViz::Rendering::ServiceListener | |
| SoRemoteVizClient::ServiceMessageEventArg | Structure given when a ServiceMessage event is raised |
| RemoteViz::Rendering::ServiceSettings | |
| SiAntialiasingEventListener | Antialiasing change event listener interface |
| SiDicomDataSet |  DICOM data |
| SiDicomElement | DICOM data |
| SiDicomSequence | DICOM data |
| SiDicomValue | DICOM data |
| SiInteractionModeListener | This interface provides the list of interaction methods that subclasses must define |
| SiRenderArea | RenderArea interface |
| SiRenderAreaAntialiasing | RenderArea antialiasing interface |
| SiRenderAreaInteractive | RenderArea interactive interface |
| SiRenderAreaStereo | RenderArea stereo interface |
| SiRenderAreaStillSuperSampling | RenderArea still supersampling interface |
| SiRenderAreaTransparency | RenderArea transparency interface |
| SliceAxis | Slice axis enum used to define the logical slice |
| MoMeshInterpolatedLogicalSlice::SliceAxis | |
| MoMeshLogicalSlice::SliceAxis | |
| SliceOrientationMarkers | [PREVIEW] [Medical] Shape node to display slice orientation markers in window coordinates |
| SliceScaleBar | [PREVIEW] [Medical] Shape node to display a dynamic scale bar in window coordinates |
| SoAbsoluteValueProcessing | SoAbsoluteValueProcessing engine |
| SoAccumulatedElement | Abstract base class for each state element whose value may be accumulated when it is set |
| SoAccumulationAntialiasingParameters | Antialiasing parameters class for the accumulation buffer algorithm |
| SoAction | Abstract base class for all actions |
| SoAdaptiveHistogramEqualizationProcessing | SoAdaptiveHistogramEqualizationProcessing engine performs a local histogram equalization |
| SoAdaptiveThresholdingProcessing | SoAdaptiveThresholdingProcessing engine |
| SoAddObjectToLabelProcessing | SoAddObjectToLabelProcessing engine |
| SoAlarmSensor | Triggers a delegate once sometime in the future |
| SoAlgebraicCone | Algebraic cone shape node |
| SoAlgebraicCylinder | Algebraic cylinder shape node |
| SoAlgebraicShape | Abstract base class for algebraic shapes |
| SoAlgebraicSphere | Algebraic sphere shape node |
| SoAlgorithms | Utility functions for loading algorithm modules |
| SoAlphaPolicy | Alpha (transparency) policy node |
| SoAmbientColorElement | Stores ambient color of current material (superseded by SoMaterialElement) |
| SoAnaglyphStereo | Class for anaglyph stereo support |
| SoAnalysisResult | Abstract base class for ImageViz analysis results |
| SoAnnotation | Annotation group node |
| SoAnnoText3 | Annotation text node |
| SoAnnoText3CharOrientElement | Stores the current character orientation flag of an SoAnnoText3Property node |
| SoAnnoText3FontSizeHintElement | Stores the current font size hint of an SoAnnoText3Property node |
| SoAnnoText3Property | Annotation text property node |
| SoAnnoText3RenderPrintElement | Stores the current render print type of an SoAnnoText3Property node |
| SoAntialiasingParameters | Antialiasing parameters interface base class |
| SoAntiSquish | Transformation node that undoes non-uniform 3D scales |
| SoAppearanceKit | Appearance nodekit class |
| SoApplyGrayscaleLutProcessing | SoApplyGrayscaleLutProcessing engine allows to apply a grayscale look up table |
| SoApplyMorphologicalLutProcessing2d | SoApplyMorphologicalLutProcessing2d engine allows to apply a morphological look up table on a 2D image |
| SoApplyMorphologicalLutProcessing3d | SoApplyMorphologicalLutProcessing3d engine allows to apply a morphological look up table on a 3D image |
| SoAreaQuantification2d | SoAreaQuantification2d engine SoAreaQuantification2d computes the area of the pixels object |
| SoArithmetic | Arithmetic functions for buffers |
| SoArithmeticImageProcessing | SoArithmeticImageProcessing engine performs an arithmetic operation between two images |
| SoArithmeticValueProcessing | SoArithmeticValueProcessing engine performs an arithmetic operation between an image and a value |
| SoArray | Group node that creates a regular IxJxK array of copies of its children |
| SoAsciiText | Simple 3D text shape node |
| SoAssignLabelProcessing | SoAssignLabelProcessing engine |
| SoAuditor | Base class for all auditors |
| SoAutoCorrelationProcessing2d | SoAutoCorrelationProcessing2d engine computes the cross correlation of an image by itself |
| SoAutoIntensityClassificationProcessing | SoAutoIntensityClassificationProcessing classifies all pixels/voxels of an image using the k-means method |
| SoAutoMap< T > | buffer object mapping helper class |
| SoAutoRef | Implements smart pointers to SoRefCounter objects |
| SoAutoSegmentation3PhasesProcessing | SoAutoSegmentation3PhasesProcessing image filter |
| SoAutoThresholdingProcessing | SoAutoThresholdingProcessing engine |
| SoAutoThresholdingQuantification | SoAutoThresholdingQuantification engine |
| SoAverageObjectAreaPerSliceQuantification3d | SoAverageObjectAreaPerSliceQuantification3d engine |
| SoAverageObjectNumberPerSliceQuantification3d | SoAverageObjectNumberPerSliceQuantification3d engine |
| SoAverageObjectThicknessQuantification3d | SoAverageObjectThicknessQuantification3d engine |
| SoAverageSpaceThicknessQuantification3d | SoAverageSpaceThicknessQuantification3d engine |
| SoBackground | Abstract base class for background nodes |
| SoBackgroundImageProcessing2d | SoBackgroundImageProcessing2d engine |
| SoBase | Base class for all nodes, paths, and engines |
| SoBaseColor | Node that defines an object's base color |
| SoBaseContextObject | Context dependent object management class |
| SoBaseExtrusion | Abstract base class for all extrusion-based shape nodes |
| SoBaseKit | Base class for all node kits |
| SoBaseLDMConverter | Base class for converting data sets into the LDM format |
| SoBaseList | Maintains a list of pointers to instances of the SoBase classes |
| SoBaseStereo | Class for stereo management |
| SoBBox | Bounding box node |
| SoBBoxModelMatrixElement | Stores the current model matrix for use with the SoGetBoundingBoxAction |
| SoBBoxTypeElement | Stores the current BBox type |
| SoBevelAction | Creates a scene graph containing beveled shapes |
| SoBevelProperty | Node to define beveling properties |
| SoBevelPropertyElement | Stores various beveling attributes |
| SoBilateralFilterProcessing | SoBilateralFilterProcessing engine |
| SoBillboard | Grouping node that modifies its coordinate system so that its local Z-axis always points at the viewer |
| SoBinaryCorrelationProcessing2d | SoBinaryCorrelationProcessing2d engine |
| SoBitShiftProcessing | SoBitShiftProcessing engine |
| SoBlendElement | Stores the current blending mode and parameters |
| SoBlendWithImageProcessing | SoBlendWithImageProcessing engine produces a linear combination between two images |
| SoBlendWithValueProcessing | SoBlendWithValueProcessing engine |
| SoBlinker | Animated cycling switch node |
| SoBMPImageRW | Class for encoding and decoding a BMP raster image |
| SoBoolOperation | Performs Boolean operations |
| SoBorderKillProcessing | SoBorderKillProcessing engine |
| SoBoxFilterProcessing | SoBoxFilterProcessing engine |
| SoBoxHighlightRenderAction | A box highlight style |
| SoBufferAsyncInterface | LDM interface to optimize memory management of tiles |
| SoBufferAsyncNotifierInterface | LDM interface to optimize memory management of tiles |
| SoBufferedShape | Node to render geometry stored in SoBufferObject objects |
| SoBufferObject | Abstract base class for buffer object management |
| SoBufferPropertiesInterface | LDM interface to optimize memory management of tiles |
| SoButtonEvent | Base class for all button events |
| SoByteStream | Converts scene graph objects to character byte streams |
| SoCacheElement | Stores the most recently opened cache |
| SoCADFileFormat | Module class to initialize CAD file format support |
| SoCADInputReader | Class for importing a scene graph from a CAD file |
| SoCADInputReaderParameters | CAD Input reader Parameters when importing CAD file type |
| SoCalculator | A general-purpose calculator |
| SoCallback | Provides custom behavior during actions |
| SoCallbackAction | Performs a generic traversal of a scene graph or path |
| SoCallbackList | Manages a list of callbacks and associated data |
| SoCamera | Abstract base class for camera nodes |
| SoCameraInteractor | Utility class to manipulate a camera |
| SoCameraKit | Camera nodekit class |
| SoCannyEdgeProcessing | SoCannyEdgeProcessing |
| SoCartesianToPolarProcessing2d | SoCartesianToPolarProcessing2d engine |
| SoCenterballDragger | Striped ball you rotate and re-center by dragging with the mouse |
| SoCenterballManip | Transform node with 3D interface for editing rotation and center |
| SoCenterLineApproximation3d | SoCenterLineApproximation3d engine |
| SoCentroidPathTortuosityQuantification3d | SoCentroidPathTortuosityQuantification3d engine the tortuosity of a path formed by centroids of each plan of a binary 3D image along z-axis |
| SoCentroidProcessing2d | SoCentroidProcessing2d engine |
| SoCGMVectorOutput |  Class used to write vector formatted CGM files |
| SoChamferDistanceMapProcessing2d | SoChamferDistanceMapProcessing2d engine |
| SoChamferDistanceMapProcessing3d | SoChamferDistanceMapProcessing3d engine |
| SoChessboardDistanceMapProcessing | SoChessboardDistanceMapProcessing engine |
| SoCircularExtrusion | Geometric shape formed by extruding a circle along a 3D spine |
| SoClipPlane | Clipping plane node |
| SoClipPlaneElement | Stores the current set of clipping planes, specified as SbPlanes |
| SoClipPlaneManip | Manipulator to transform a clipping plane |
| SoClosestBoundaryPointsProcessing2d | SoClosestBoundaryPointsProcessing2d engine |
| SoClosestBoundaryPointsProcessing3d | SoClosestBoundaryPointsProcessing3d engine |
| SoClosingBallByReconstructionProcessing3d | SoClosingBallByReconstructionProcessing3d engine |
| SoClosingBallProcessing3d | SoClosingBallProcessing3d engine |
| SoClosingByReconstructionProcessing | SoClosingByReconstructionProcessing image filter |
| SoClosingCubeProcessing | SoClosingCubeProcessing engine performs a closing using a structuring element matching with a square or a cube |
| SoClosingDiskByReconstructionProcessing2d | SoClosingDiskByReconstructionProcessing2d engine |
| SoClosingDiskProcessing2d | SoClosingDiskProcessing2d engine |
| SoClosingDiskProcessing3d | SoClosingDiskProcessing3d engine |
| SoClosingLineMinimumProcessing | SoClosingLineMinimumProcessing engine |
| SoClosingLineProcessing2d | SoClosingLineProcessing2d engine |
| SoClosingLineProcessing3d | SoClosingLineProcessing3d engine |
| SoClosingSquareColorProcessing2d | SoClosingSquareColorProcessing2d engine |
| SoCollidingPrimitive | |
| SoCollisionManager | Class to manage collisions |
| SoColorAntialiasingProcessing2d | SoColorAntialiasingProcessing2d engine |
| SoColorGetPlaneProcessing2d | SoColorGetPlaneProcessing2d engine |
| SoColorHighlightRenderAction | A polygon selection highlight style |
| SoColorIndex | Surface color index node |
| SoColorMap | Class for indexed texture color map |
| SoColorMapElement | Stores the current color map |
| SoColorMask | Enable and disable writing of frame buffer color components |
| SoColorPacker | |
| SoColorSpaceConversionProcessing | SoColorSpaceConversionProcessing engine |
| SoColorThresholdingProcessing | SoColorThresholdingProcessing engine |
| SoColorToGrayscaleProcessing | SoColorToGrayscaleProcessing engine |
| SoColorToLightnessProcessing | SoColorToLightnessProcessing engine |
| SoColumnDialog | Dialog column node |
| SoCombineByMaskProcessing | SoCombineByMaskProcessing engine |
| SoCompareImageQuantification | SoCompareImageQuantification engine applies a comparison test between two images |
| SoCompareValueQuantification | SoCompareValueQuantification engine applies a comparison test between an image and a constant value |
| SoComplexCenteredFFTInverseProcessing | SoComplexCenteredFFTInverseProcessing engine |
| SoComplexCenteredFFTProcessing | SoComplexCenteredFFTProcessing engine |
| SoComplexFFTInverseProcessing | SoComplexFFTInverseProcessing engine |
| SoComplexFFTProcessing | SoComplexFFTProcessing engine |
| SoComplexity | Shape complexity node |
| SoComplexityElement | Stores the current shape complexity |
| SoComplexityTypeElement | Stores the current complexity type |
| SoComposeMatrix | Composes a transformation matrix |
| SoComposeRotation | Composes a rotation from axis and angle values |
| SoComposeRotationFromTo | Composes a rotation that rotates from one vector into another |
| SoComposeVec2f | Default Constructor |
| SoComposeVec2i32 | Composes 2D vectors from int values |
| SoComposeVec2s | Composes 2D vectors from short values |
| SoComposeVec3f | Composes 3D vectors from floating-point values |
| SoComposeVec4f | Composes 4D vectors from floating-point values |
| SoComputeBoundingBox | Computes the bounding box and center of a scene graph |
| SoComputeShader | Node that defines a compute shader |
| SoComputeShaderScheduler | Compute shader scheduler node |
| SoConcatenate | Joins separate fields into a single multiple-value field |
| SoCone | Cone shape node |
| SoConeDetail | Stores detail information about the SoCone node |
| SoConsole | Creates a Win32 console for printing messages |
| SoControllerButtonEvent | Controller button press and release event |
| SoConversion | Type conversion functions for buffers |
| SoConverter | Abstract base class for converting data sets into LDM format |
| SoConverterParameters | Container class for LDM converter parameters |
| SoConvertImageProcessing | SoConvertImageProcessing engine changes the format of an image |
| SoConvexHullProcessing2d | SoConvexHullProcessing2d engine fills the concavities of particles in an image |
| SoConvolution | Convolution functions for buffers |
| SoConvolutionWithImageProcessing2d | SoConvolutionWithImageProcessing2d engine |
| SoCooccurrenceQuantification2d | SoCooccurrenceQuantification2d engine provides texture indicators based on the co-occurrence matrix computation |
| SoCoordinate3 | Coordinate point node |
| SoCoordinate4 | Rational coordinate point node |
| SoCoordinateElement | Stores the current coordinates |
| SoCopyImageProcessing | SoCopyImageProcessing engine copies an image into another image |
| SoCounter | Triggered integer counter |
| SoCpuBufferAsyncBasicProperty | LDM buffer object handling basic LDM tile information and implementing asynchronous buffer interface |
| SoCpuBufferBasicProperty | LDM buffer object handling basic LDM tile information |
| SoCpuBufferBitSet | LDM buffer object optimized for bitset tile data |
| SoCpuBufferCompressed | LDM buffer object optimized for compressed tile data |
| SoCpuBufferFromVolumeReader | LDM buffer object optimized for in memory reader tile data |
| SoCpuBufferObject | CPU buffer object class |
| SoCpuBufferUniform | LDM buffer object optimized for uniform (single value) tile data |
| SoCpuContext | CPU device context managment class |
| SoCpuDevice | CPU device management class |
| SoCreaseAngleElement | Stores the current crease angle |
| SoCropImageProcessing | SoCropImageProcessing engine extract a rectangular region from an image |
| SoCSGShape | Shape defined by a binary boolean operation on two sub scene graphs |
| SoCube | Cube shape node |
| SoCubeDetail | Stores detail information about the SoCube node |
| SoCurvatureDrivenDiffusionProcessing | SoCurvatureDrivenDiffusionProcessing engine |
| SoCurvatureIntegralsQuantification3d | SoCurvatureIntegralsQuantification3d engine computes the integral of mean curvature and integral of total curvature |
| SoCylinder | Cylinder shape node |
| SoCylinderDetail | Stores detail information about the SoCylinder node |
| SoDataCompositor | Data set compositor node |
| SoDataCompositorElement | |
| SoDataCompressor | Data compression |
| SoDataExtract | Data extraction algorithms for buffers |
| SoDataMeasure | Abstract base class for all ImageViz image data measures |
| SoDataMeasureAttributes | Class for all ImageViz data measure attributes |
| SoDataMeasureCustom | class to define a custom measure |
| SoDataMeasurePredefined | class that define the list of predefined measure that can be used on image data input |
| SoDataRange | Range of data values to be mapped to the color map |
| SoDataRangeElement | |
| SoDataSensor | Abstract base class for sensors attached to parts of a scene |
| SoDataSet | Data set node |
| SoDataSetElement | |
| SoDataSetId | Property node that sets the current dataset id |
| SoDataSetIdElement | Stores the current dataset id |
| SoDB | Scene graph database class |
| SoDDSImageRW | Class for decoding a DDS raster image |
| SoDeblurProcessing2d | SoDeblurProcessing2d engine |
| SoDebugError | Debug error handling |
| SoDecimationPercentageElement | Stores the current shape decimation percentage |
| SoDecimationTypeElement | Stores the current decimation type |
| SoDecimator | Encapsulates an algorithm for simplifying shapes through mesh decimation |
| SoDecomposeMatrix | Decomposes transformation matrices into values for translation, rotation, and scale |
| SoDecomposeRotation | Decomposes rotation values |
| SoDecomposeVec2f | Decomposes 2D vectors into floating-point values |
| SoDecomposeVec2i32 | Decomposes 2D vectors into int values |
| SoDecomposeVec2s | Decomposes 2D vectors into short values |
| SoDecomposeVec3f | Decomposes 3D vectors into floating-point values |
| SoDecomposeVec4f | Decomposes 4D vectors into floating-point values |
| SoDecorrelationStretchProcessing2d | SoDecorrelationStretchProcessing2d engine |
| SoDegreeOfAnisotropyQuantification | SoDegreeOfAnisotropyQuantification engine |
| SoDeinterlaceFramesProcessing2d | SoDeinterlaceFramesProcessing2d engine |
| SoDelayQueueSensor | Abstract base class for sensors not dependent on time |
| SoDelineateProcessing | SoDelineateProcessing engine |
| SoDepthBuffer | Depth buffer parameters node |
| SoDepthBufferElement | Stores the current depth buffer parameters |
| SoDepthOffset | Property node that applies a depth offset |
| SoDepthOffsetElement | Manage SoDepthOffset nodes accumulation in state |
| SoDespeckleProcessing | SoDespeckleProcessing engine |
| SoDetail | Base class for describing detail information about a shape node |
| SoDetailList | Maintains a list of instances of details |
| SoDevice | Abstract device management class |
| SoDeviceContext | Abstract base class for device context managment |
| SoDeviceContextSharedGroup | Shared context management class |
| SoDialogAuditor | Dialog auditor |
| SoDialogCheckBox | Dialog CheckBox node |
| SoDialogCheckBoxAuditor | Dialog CheckBox auditor |
| SoDialogCheckBoxLauncher | Dialog CheckBoxLauncher node |
| SoDialogChoice | Abstract class for a multiple choice node |
| SoDialogChoiceAuditor | Dialog Choice auditor |
| SoDialogComboBox | Dialog ComboBox node |
| SoDialogComponent | Abstract base class for all basic dialog components |
| SoDialogCustom | Dialog Custom node |
| SoDialogEditText | Dialog EditText node |
| SoDialogEditTextAuditor | Dialog EditText auditor |
| SoDialogGroup | Abstract base class for container dialog components |
| SoDialogIntegerSlider | Dialog integer slider node |
| SoDialogIntegerSliderAuditor | Dialog IntegerSlider auditor |
| SoDialogLabel | Class that creates an SoDialogLabel node |
| SoDialogPushButton | Dialog push button node |
| SoDialogPushButtonAuditor | Dialog PushButton auditor |
| SoDialogPushButtonLauncher | Dialog push button launcher node |
| SoDialogRadioButtons | Dialog radio buttons node |
| SoDialogRealSlider | Dialog real slider node |
| SoDialogRealSliderAuditor | Dialog RealSlider auditor |
| SoDialogSeparator | Class to create a separator line |
| SoDialogSlider | Abstract class for the slider nodes |
| SoDialogSpreadSheet | |
| SoDialogViz | Abstract base class for DialogViz components |
| SoDialogWidgetList | |
| SoDicomTag | DICOM data |
| SoDijkstraShortestPathProcessing2d | SoDijkstraShortestPathProcessing2d engine |
| SoDilationBallProcessing3d | SoDilationBallProcessing3d engine |
| SoDilationCubeProcessing | SoDilationCubeProcessing engine |
| SoDilationDiskProcessing2d | SoDilationDiskProcessing2d engine |
| SoDilationDiskProcessing3d | SoDilationDiskProcessing3d engine |
| SoDilationLineProcessing2d | SoDilationLineProcessing2d engine |
| SoDilationLineProcessing3d | SoDilationLineProcessing3d engine |
| SoDilationSquareColorProcessing2d | SoDilationSquareColorProcessing2d engine |
| SoDirectionalBlendProcessing2d | SoDirectionalBlendProcessing2d engine |
| SoDirectionalLight | Node representing a directional light source |
| SoDirectionalLightDragger | Directional icon you rotate and translate by dragging with the mouse |
| SoDirectionalLightManip | Directional light node with 3D interface for editing direction |
| SoDistanceMeanQuantification2d | SoDistanceMeanQuantification2d engine gives the mean distance, edge to edge, between objects |
| SoDistributeAction | Computes a distribution of the scene graph for use in depth compositing in ScaleViz |
| SoDoBFilterProcessing | SoDoBFilterProcessing engine |
| SoDoubleTapGestureEvent | Class for double-tap gesture events |
| SoDoubleTapGestureRecognizer | Double tap gesture recognizer |
| SoDragger | Base class for nodekits that move in response to click-drag-release mouse events |
| SoDragPointDragger | Object you can translate in 3D by dragging with the mouse |
| SoDrawBufferElement | Stores the current draw buffer parameters |
| SoDrawStyle | Node that defines the style to use when rendering |
| SoDrawStyleElement | Stores the current draw style |
| SoDualSceneCollider | Class to check for collisions between two scenes |
| SoDynamicLibManager | Class for managing dynamic libraries |
| SoEdgeFlag | Class to mark/unmark edges for beveling |
| SoEdgeFlagElement | Stores the edge flag values |
| SoEigenDecompositionProcessing2d | The SoEigenDecompositionProcessing2d engine computes the local eigenvectors and eigenvalues of a 2D matrix image |
| SoEigenDecompositionProcessing3d | The SoEigenDecompositionProcessing3d engine computes the local eigenvectors and eigenvalues of a 3D matrix image |
| SoEigenvaluesToStructurenessProcessing2d | SoEigenvaluesToStructurenessProcessing2d engine computes a structure score image |
| SoEigenvaluesToStructurenessProcessing3d | SoEigenvaluesToStructurenessProcessing3d engine computes a structure score image |
| SoElapsedTime | Basic controllable time source |
| SoElasticRegistrationProcessing2d | [PREVIEW] SoElasticRegistrationProcessing2d engine |
| SoElement | Abstract base class for all state elements |
| SoEllipseScreenDrawer | Interactively draw an ellipse in normalized screen space |
| SoEllipsoidDragger | Ellipsoid you can translate or scale within a plane by dragging with the mouse |
| SoEmissiveColorElement | Stores emissive color of current material (superseded by SoMaterialElement) |
| SoEndPointsProcessing2d | SoEndPointsProcessing2d engine |
| SoEndPointsProcessing3d | SoEndPointsProcessing3d image filter |
| SoEngine | Base class for all engines |
| SoEngineDialogViewer | |
| SoEngineList | Maintains a list of pointers to engines |
| SoEngineOutput | Class for all engine outputs |
| SoEngineOutputList | Maintains a list of pointers to engine outputs |
| SoEnvironment | Global environment node |
| SoEnvironmentElement | Stores the current environment |
| SoErosionBallProcessing3d | SoErosionBallProcessing3d engine |
| SoErosionCubeProcessing | SoErosionCubeProcessing engine |
| SoErosionDiskProcessing2d | SoErosionDiskProcessing2d engine |
| SoErosionDiskProcessing3d | SoErosionDiskProcessing3d engine |
| SoErosionLineProcessing2d | SoErosionLineProcessing2d engine |
| SoErosionLineProcessing3d | SoErosionLineProcessing3d engine |
| SoErosionSquareColorProcessing2d | SoErosionSquareColorProcessing2d engine |
| SoError | Error handling base class |
| SoErrorStack | Stack debugging handler |
| SoEuclideanDistanceMapProcessing3d | SoEuclideanDistanceMapProcessing3d image filter |
| SoEvent | Base class for all events |
| SoEventBuilder | Utility class that generates Open Inventor events |
| SoEventCallback | Node which invokes callbacks for events |
| SoExpandLabelsProcessing | SoExpandLabelsProcessing engine |
| SoExtremaImpositionProcessing | SoExtremaImpositionProcessing engine |
| SoExtrusion | Geometric shape formed by extruding a 2D cross section along a 3D spine |
| SoExtSelection | Selection node that supports lasso selection |
| SoExtTexture2 | Extended texture mapping node |
| SoFaceDetail | Stores detail information about vertex-based shapes made of faces |
| SoFaceSet | Polygonal face shape node |
| SoFenceSlice | Fence slice shape node |
| SoFenceSliceDetail | Stores detail information about a picked voxel or pick ray in a data volume |
| SoField | Base class for all fields |
| SoFieldContainer | Abstract base class for objects that contain fields |
| SoFieldList | Maintains a list of pointers to fields |
| SoFieldSensor | Sensor class that can be attached to Open Inventor fields |
| SoFile | Node that reads children from a named file |
| SoFileDataAdapter | Image data adapter for data in a file |
| SoFileSensor | Sensor that triggers a callback each time a file is changed |
| SoFillHolesProcessing2d | SoFillHolesProcessing2d engine |
| SoFillHolesProcessing3d | SoFillHolesProcessing3d engine |
| SoFillImageBorderProcessing3d | SoFillImageBorderProcessing3d engine |
| SoFilterAnalysisQuantification | SoFilterAnalysisQuantification engine removes from the input label analysis labels whose measure does not fulfill a filter formula |
| SoFilterByMeasureProcessing | SoFilterByMeasureProcessing engine allows filtering objects given a target measure and a filter criterion |
| SoFlipAxisProcessing2d | SoFlipAxisProcessing2d image filter |
| SoFlipAxisProcessing3d | SoFlipAxisProcessing3d image filter |
| SoFloatElement | Element's subclasses store a single float, int, or enum value |
| SoFloodFillThresholdProcessing | SoFloodFillThresholdProcessing engine |
| SoFlowInpaintingProcessing | SoFlowInpaintingProcessing engine |
| SoFocalDistanceElement | Stores the current focal distance of the camera |
| SoFont | Node that defines font name, size, and type for text |
| SoFontNameElement | Stores the current font name |
| SoFontRenderStyleElement | Stores the current font render style |
| SoFontSizeElement | Stores the current font size |
| SoFontStyle | Defines font family and style for text |
| SoFractalDimensionQuantification | SoFractalDimensionQuantification engine |
| SoFragmentationIndexQuantification | SoFragmentationIndexQuantification engine |
| SoFragmentShader | Node that defines a fragment shader |
| SoFullPath | Path that allows access to hidden children |
| SoFullSceneAntialiasing | Node that controls full-scene antialiasing |
| SoFullSceneAntialiasingElement | Stores the current Full-Scene Antialising state |
| SoFullSceneAntialiasingParameters | Antialiasing parameters class for the FSAA algorithm |
| SoFXAAParameters | Antialiasing parameters class for the FXAA algorithm |
| SoGaborFilteringProcessing2d | SoGaborFilteringProcessing2d image filter |
| SoGate | Selectively copies its input to its output |
| SoGaussianBlurFilterProcessing | SoGaussianBlurFilterProcessing engine |
| SoGaussianDerivativeProcessing | SoGaussianDerivativeProcessing image filter |
| SoGaussianGradientTensorProcessing2d | SoGaussianGradientTensorProcessing2d engine computes the structure tensor |
| SoGaussianGradientTensorProcessing3d | SoGaussianGradientTensorProcessing3d engine computes the structure tensor |
| SoGDIVectorOutput | Manage vector output to GDI devices. [Windows only] This class is not implemented on UNIX systems. |
| SoGeoCoordinate | Geographic coordinates node |
| SoGeodesicDistanceMapProcessing | SoGeodesicDistanceMapProcessing engine |
| SoGeodesicPropagationProcessing2d | SoGeodesicPropagationProcessing2d engine |
| SoGeoElevationGrid | Specifies a uniform grid of elevation values within some spatial reference frame |
| SoGeoLocation | Used to georeference models |
| SoGeoLOD | Level-of-detail management for multi-resolution terrains |
| SoGeometryPriority | Priority property of a rendering node |
| SoGeometryPriorityElement | |
| SoGeometryShader | Node that defines a geometry shader |
| SoGeoOrigin | Specifies a local geospatial coordinate system |
| SoGeoOriginElement | Stores the current geoOrigin |
| SoGeoProjection | Geospatial projection node |
| SoGeoRender | Defines rendering projection |
| SoGeoRenderElement | Stores the current render projection |
| SoGestureEvent | Base class for gesture events |
| SoGestureRecognizer | Base class for all gesture recognizers |
| SoGetBoundingBoxAction | Computes bounding box of a scene |
| SoGetMatrixAction | Computes transformation matrix for a subgraph |
| SoGetObliquePlaneFromVolumeProcessing3d | SoGetObliquePlaneFromVolumeProcessing3d engine |
| SoGetPlaneFromVolumeProcessing3d | SoGetPlaneFromVolumeProcessing3d engine |
| SoGetPrimitiveCountAction | Counts number of primitives in scene |
| SoGetView | Class to access a MeshViz view |
| SoGIFImageRW | Class for decoding a GIF raster image |
| SoGLBufferObject | OpenGL buffer object class |
| SoGLCallback | Provides custom OpenGL behavior during rendering actions |
| SoGLContext | OpenGL context management class |
| SoGLDevice | OpenGL device management class |
| SoGLDeviceSettings | Device settings management class |
| SoGLError | OpenGL rendering error handling |
| SoGLExtension | Contains methods to query and disable OpenGL extensions |
| SoGLFormat | OpenGL pixel format management class |
| SoGLGraphicConfig | Defines an OpenGL graphics configuration |
| SoGLGraphicConfigTemplate | Defines an OpenGL graphics configuration template |
| SoGLGraphicDevice | Represents an OpenGL graphics device |
| SoGLLazyElement | Manages the GL state for the SoLazyElement |
| SoGlobalAnalysisQuantification | SoGlobalAnalysisQuantification computes all the measurements of a measure list |
| SoGlobalSimplifyAction | Traverses the scene graph and collects all the triangles in a single list |
| SoGLRenderAction | Renders a scene graph using Open Inventor's Render Engine |
| SoGLScreenDevice | GL Screen device class |
| SoGpuBufferObject | GPU buffer object class |
| SoGradientBackground | Gradient background node |
| SoGradientLocalMaximaProcessing2d | SoGradientLocalMaximaProcessing2d engine |
| SoGradientLocalMaximaProcessing3d | SoGradientLocalMaximaProcessing3d engine |
| SoGradientMagnitudeProcessing2d | SoGradientMagnitudeProcessing2d engine |
| SoGradientMagnitudeProcessing3d | SoGradientMagnitudeProcessing3d engine |
| SoGradientOperatorProcessing2d | SoGradientOperatorProcessing2d engine provides different algorithms to extract the edges of a 2D image |
| SoGradientOperatorProcessing3d | SoGradientOperatorProcessing3d engine provides different operators to extract the edges from a 3D image |
| SoGraphicConfig | Abstract base class for graphics configuration classes |
| SoGraphicConfigTemplate | Abstract base class for graphics configuration template classes |
| SoGraphicDevice | Abstract base class for graphics device classes |
| SoGrayscaleCorrelationProcessing2d | SoGrayscaleCorrelationProcessing2d engine |
| SoGrayscaleResconstructionProcessing | SoGrayscaleResconstructionProcessing engine |
| SoGrayscaleToColorProcessing | SoGrayscaleToColorProcessing engine |
| SoGroup | Base class for all group nodes |
| SoGroupCloseLabelslProcessing2d | SoGroupCloseLabelslProcessing2d engine |
| SoGui | |
| SoGuiAlgoViewers | Common algorithms for all viewers |
| SoGuiComponent | |
| SoGuiConstrainedViewer | |
| SoGuiDevice | |
| SoGuiExaminerViewer | |
| SoGuiFlyViewer | |
| SoGuiFullViewer | |
| SoGuiGLWidget | |
| SoGuiPlaneViewer | |
| SoGuiRenderArea | |
| SoGuiSpaceball | |
| SoGuiViewer | |
| SoGuiWalkViewer | |
| SoGzipDataCompressor | Gzip data compression |
| SoHalfScreenStereo | Class for half-screen stereo support |
| SoHaloHighlightRenderAction | A halo highlight style |
| SoHandleBoxDragger | Box you can scale, stretch and translate by dragging with the mouse |
| SoHandleBoxManip | Transform node with 3D Interface for editing ScaleFactor and Translation |
| SoHandleEventAction | Allows nodes in a graph to receive input events |
| SoHardCopy | Class to initialize HardCopy |
| SoHardwareQuery | |
| SoHDRImageRW | Class for encoding and decoding an HDR raster image |
| SoHeightFieldDetail | Stores detail information about a picked cell in a heightfield |
| SoHeightFieldGeometry | Height field data node |
| SoHeightFieldProperty | Height field property node |
| SoHeightFieldPropertyMask | Height field mask node |
| SoHeightFieldRender | Heightfield rendering node |
| SoHessianMatrixProcessing2d | SoHessianMatrixProcessing2d engine computes the local Hessian matrix |
| SoHessianMatrixProcessing3d | SoHessianMatrixProcessing3d engine computes the local Hessian matrix |
| SoHExtremaProcessing | SoHExtremaProcessing engine |
| SoHExtremaWatershedProcessing | SoHExtremaWatershedProcessing engine computes the watershed lines of a grayscale image |
| SoHighlightRenderAction | Abstract base class for Highlight Render Actions |
| SoHistogramEqualizationProcessing | SoHistogramEqualizationProcessing engine |
| SoHPGLVectorOutput | Class used to write vector formatted files in HPGL/2 format |
| SoHysteresisThresholdingProcessing | SoHysteresisThresholdingProcessing image filter |
| SoIdleSensor | Sensor for one-time only callbacks when the application is idle |
| SoImage | Displays an image that always faces the camera |
| SoImageAnalysisResult | class to handle image analysis |
| SoImageBackground | Image background node |
| SoImageCurvatureProcessing2d | SoImageCurvatureProcessing2d engine |
| SoImageCurvatureProcessing3d | SoImageCurvatureProcessing3d engine |
| SoImageDataAdapter | Abstract base class for all ImageViz image data adapter classes |
| SoImageFormulaProcessing | SoImageFormulaProcessing engine computes a new image combining one, two or three images using a given arithmetic formula |
| SoImagePreAlignmentTransform3d | SoImagePreAlignmentTransform3d image filter |
| SoImageRegistrationTransform | SoImageRegistrationTransform image filter |
| SoImageStackProjectionProcessing3d | SoImageStackProjectionProcessing3d engine |
| SoImageViz | Module class use to register/unregister ImageViz module |
| SoImageVizEngine | Abstract base class for all ImageViz engines |
| SoImageVizEngineAnalysisOutput< AnalysisResultType > | Image Processing output class to convert SoImageAnalysisResult to result details |
| SoImageVizEngineMFieldOutput< OutputFieldType, OutputType > | Image Processing output class |
| SoImageVizEngineOutput< OutputFieldType, OutputType > | Image Processing output class |
| SoImageVolumeQuantification | SoImageVolumeQuantification image filter |
| SoIndexedFaceSet | Indexed polygonal face shape node |
| SoIndexedLineSet | Indexed polyline shape node |
| SoIndexedMarkerSet | Extension of IndexedPointSet that draws a small bitmap (symbol) at each 3D location |
| SoIndexedNurbsCurve | Indexed NURBS curve shape node |
| SoIndexedNurbsSurface | Indexed NURBS surface shape node |
| SoIndexedPointSet | Indexed point set shape node |
| SoIndexedQuadMesh | Indexed quadrilateral mesh shape node |
| SoIndexedShape | Abstract base class for all indexed vertex-based shapes |
| SoIndexedTexture2 | Class for 2D indexed texture |
| SoIndexedTriangleFanSet | Indexed triangle fan set shape node |
| SoIndexedTriangleSet | Indexed triangle shape node |
| SoIndexedTriangleStripSet | Indexed triangle strip set shape node |
| SoInertiaMomentProcessing2d | SoInertiaMomentProcessing2d measures the resistance of an object to changes in its motion around a given axis of rotation |
| SoInfluenceZonesProcessing | SoInfluenceZonesProcessing engine |
| SoInfo | Node containing information text string |
| SoInput | Used to read Open Inventor data files |
| SoInputParameters | Base class for file reader parameters |
| SoInputReader | Base class for custom readers that create an Open Inventor scene graph |
| SoInstanceParameter | Per-instance parameter node storing a buffer object |
| SoInt32Element | Stores a single int32_t, int, or enum value |
| SoInt32ListElement | Stores a list of int32_t, int, or enum values |
| SoIntensityBinHistogramQuantification | SoIntensityBinHistogramQuantification engine |
| SoIntensityExtremaQuantification | SoIntensityExtremaQuantification engine computes basic statistics of an image |
| SoIntensityHistogramQuantification | SoIntensityHistogramQuantification engine |
| SoIntensityIntegralQuantification2d | SoIntensityIntegralQuantification2d engine computes pixel intensity integral |
| SoIntensityIntegralQuantification3d | SoIntensityIntegralQuantification3d engine computes intensity integral of voxel values |
| SoIntensityStatisticsQuantification | SoIntensityStatisticsQuantification engine advanced basic statistics of an image |
| SoInteraction | Initializes Open Inventor interaction classes |
| SoInteractionElement | Stores the current interaction state |
| SoInteractionKit | Base class for all interaction nodekit classes |
| SoInteractiveComplexity | Field interactive complexity node |
| SoInteractiveComplexityElement | Stores the current interactive complexity |
| SoInteractiveSwitch | Group node that traverses one chosen child depending on scene interaction |
| SoInteractiveSwitchElement | Stores the current interactive switch index |
| SoInteriorPointsProcessing2d | SoInteriorPointsProcessing2d engine |
| SoInterlacedStereo | Class for interlaced stereo support |
| SoInterlacedStereoParameters | Used to specify the behavior of the interlaced stereo |
| SoInterlaceFramesProcessing2d | SoInterlaceFramesProcessing2d engine |
| SoInteropBufferObject | Abstract base class for interoperability buffer object management |
| SoInterpolate | Base class for all interpolator engines |
| SoInterpolateFloat | Interpolates floating-point values |
| SoInterpolateRotation | Interpolates rotation values |
| SoInterpolateVec2f | Interpolates 2D floating-point vectors |
| SoInterpolateVec3f | Interpolates 3D floating-point vectors |
| SoInterpolateVec4f | Interpolates 4D floating-point vectors |
| SoIntersectingPrimitive | |
| SoIntersectionDetectionAction | Class to detect intersections |
| SoInvertImageProcessing | SoInvertImageProcessing engine calculates the reverse of an image |
| SoIsolatedPointsProcessing2d | SoIsolatedPointsProcessing2d engine |
| SoIsolatedPointsProcessing3d | SoIsolatedPointsProcessing3d engine |
| SoIterativeMorphoLutProcessing2d | |
| SoIterativeMorphoLutProcessing3d | |
| SoIvTune | Opens an Open Inventor Studio window or an IvTune window |
| SoJackDragger | Jack-shaped object you rotate, translate, or scale by dragging with the mouse |
| SoJackManip | Transform node with 3D interface for rotating, scaling, and translating |
| SoJP2ImageRW | Class for encoding and decoding a JPEG2000 raster image |
| SoJp3dDataCompressor | JP3D data compression |
| SoJpegDataCompressor | Jpeg data compression |
| SoJPEGImageRW | Class for encoding and decoding a JPEG raster image |
| SoKeyboardEvent | Keyboard key press and release events |
| SoLabel | Node containing label text string |
| SoLabelAnalysisQuantification | SoLabelAnalysisQuantification engine performs measurements on objects from a label image |
| SoLabelAnalysisResult | class to handle label analysis |
| SoLabelFilteringAnalysisQuantification | SoLabelFilteringAnalysisQuantification engine computes measurements on objects from a label image and filters the result according to a given formula |
| SoLabelFilteringProcessing | SoLabelFilteringProcessing engine filters objects from a label image according to a given formula |
| SoLabelingProcessing | SoLabelingProcessing engine |
| SoLabelInterfacesProcessing | SoLabelInterfacesProcessing engine |
| SoLassoScreenDrawer | Interactively draw a lasso in normalized screen space |
| SoLazyElement | Manages several properties that need to be lazily tracked for OpenGL |
| SoLDMBufferObjectInterface | LDM interface to optimize memory management of tiles |
| SoLDMDataAccess | Volume data access methods |
| SoLDMDataTransform | LDM data transform object |
| SoLDMGlobalResourceParameters | Global resource parameters for LDM |
| SoLDMLargeDataManagement | Large Data Management |
| SoLDMReader | Base class for LDM data set readers |
| SoLDMResourceManager | Resource Manager |
| SoLDMResourceParameters | Describes resource parameters constraints for a specific LDM data set |
| SoLdmShape | Abstract base class for LDM shape nodes |
| SoLDMTileID | Tile ID |
| SoLDMTopoOctree | Octree topology queries |
| SoLDMWriter | Write data to disk in LDM format |
| SoLevelOfDetail | Level-of-detail switching group node |
| SoLevelOfSimplification | Level-of-detail switching node designed for grouping simplified versions of the same shape |
| SoLicensedProduct | Class managing a licensed product |
| SoLicenseProperty | Class providing information about a licensed product |
| SoLicensesInfo | Class managing every licensed product |
| SoLight | Abstract base class for all light source nodes |
| SoLightAttenuationElement | Stores the light attenuation(s) of the current environment |
| SoLightElement | Stores information on lights |
| SoLightKit | Light nodekit class |
| SoLightModel | Node that defines the lighting model to use when rendering |
| SoLightModelElement | Stores the current lighting model |
| SoLinearProfile | Piecewise-linear profile curve |
| SoLineDetail | Stores detail information about vertex-based shapes made of line segments |
| SoLineHighlightRenderAction | A wireframe highlight style |
| SoLinePatternElement | Stores the current line stipple pattern |
| SoLineSet | Polyline shape node |
| SoLineWidthElement | Stores the current line width |
| SoListSensor | Sensor class that can be attached to Open Inventor base lists |
| SoLocalAdaptiveThresholdProcessing | SoLocalAdaptiveThresholdProcessing engine |
| SoLocalBBoxMatrixElement | Stores the transformation matrix from object space to some local coordinate space during application of an SoGetBoundingBoxAction |
| SoLocalMaximaQuantification | SoLocalMaximaQuantification engine |
| SoLocalStatisticsProcessing | SoLocalStatisticsProcessing engine |
| SoLocalThicknessMapProcessing3d | SoLocalThicknessMapProcessing3d engine |
| SoLocateHighlight | Special separator that performs locate highlighting |
| SoLocation2Event | 2D location events |
| SoLockManager | Sets the unlock string |
| SoLOD | Distance-based level-of-detail switching group node |
| SoLogicalImageProcessing | SoLogicalImageProcessing engine performs logical operations between two image |
| SoLogicalNotProcessing | SoLogicalNotProcessing engine |
| SoLogicalValueProcessing | SoLogicalValueProcessing engine |
| SoLogicalViewportElement | Stores the logical viewport region |
| SoLogicOperationElement | Stores the current logical pixel operation for rendering |
| SoLongTapGestureEvent | Class for long tap gesture events |
| SoLongTapGestureRecognizer | Long tap gesture recognizer |
| SoMajorityFilterProcessing | SoMajorityFilterProcessing engine |
| SoMarker | Defines a custom bitmap for SoMarkerSet and SoIndexedMarkerSet |
| SoMarkerBasedWatershedProcessing | SoMarkerBasedWatershedProcessing engine performs a fast determination of the watershed lines |
| SoMarkerSet | Extension of PointSet that draws a small bitmap (symbol) at each 3D location |
| SoMaskedStatisticsQuantification | SoMaskedStatisticsQuantification engine advanced basic statistics of an image within a mask |
| SoMaskImageProcessing | SoMaskImageProcessing engine provides masking of image |
| SoMatchContrastProcessing | SoMatchContrastProcessing engine |
| SoMaterial | Surface material definition node |
| SoMaterialBinding | Node that specifies how multiple materials are bound to shapes |
| SoMaterialBindingElement | Stores the current material binding |
| SoMaterialElement | Manages several properties that need to be lazily tracked for rendering |
| SoMathematicalFunctionProcessing | SoMathematicalFunctionProcessing engine |
| SoMatrixTransform | Node that specifies a 3D geometric transformation as a matrix |
| SoMaxAbsoluteValueProcessing2d | SoMaxAbsoluteValueProcessing2d engine |
| SoMeasureGaussianNoiseQuantification | SoMeasureGaussianNoiseQuantification engine computes an estimation of a gaussian noise standard deviation |
| SoMeasureImageProcessing | SoMeasureImageProcessing engine allows to replace all labels of the input image by the result of an individual measure |
| SoMedianFilterProcessing | SoMedianFilterProcessing engine |
| SoMemoryDataAdapter | Image data adapter for in memory data |
| SoMemoryError | Memory error handling |
| SoMemoryObject | Handle memory buffer with reference counter |
| SoMenuBar | Menu bar node |
| SoMenuCheckBox | Menu pushbutton node |
| SoMenuCheckBoxAuditor | Menu CheckBox auditor |
| SoMenuCheckBoxLauncher | Menu checkBoxLauncher node |
| SoMenuFileSelection | Menu file selection button node |
| SoMenuFileSelectionAuditor | Menu FileSelection auditor |
| SoMenuItem | Abstract class for all menu item nodes |
| SoMenuPopup | Menu Popup node |
| SoMenuPushButton | Menu pushbutton node |
| SoMenuPushButtonAuditor | Menu PushButton auditor |
| SoMenuPushButtonLauncher | Menu pushButtonLauncher node |
| SoMenuRadioButtons | Dialog RadioButtons node |
| SoMenuRadioButtonsAuditor | Menu RadioButtons auditor |
| SoMenuSeparator | Menu separator node |
| SoMessageDialog | Message Dialog node |
| SoMFBitMask | Multiple-value field containing any number of masks of bit flags |
| SoMFBool | Multiple-value field containing any number of Boolean values |
| SoMFBufferObject | Multiple-value field containing any number of buffer objects |
| SoMFColor | Multiple-value field containing any number of RGB colors stored as three floats |
| SoMFColorRGBA | Multiple-value field containing any number of RGBA colors stored as four floats |
| SoMFDataMeasure | Multiple-value field containing any number of SoDataMeasure |
| SoMFDouble | Multiple-value field containing any number of double precision values |
| SoMFEngine | Multiple-value field containing any number of engines |
| SoMFEnum | Multiple-value field containing any number of enumerated type values |
| SoMFFieldContainer | Multiple-value field containing any number of pointers to fieldContainers |
| SoMFFilePathString | Multiple-value field containing any number of file path strings |
| SoMFFloat | Multiple-value field containing any number of floating point values |
| SoMField | Base class for all multiple-valued fields |
| SoMFImage | Field containing multiple 2D images |
| SoMFInstanceParameter | Multiple-value field containing any number of SoInstanceParameter nodes |
| SoMFInt32 | Multiple-value field containing any number of int32_t integers |
| SoMFInt64 | Multiple-value field containing any number of int64_t integers |
| SoMFKernel2i32 | Multiple-value field containing any number of SbKernel2i32 objects |
| SoMFKernel3i32 | Multiple-value field containing any number of SbKernel3i32 objects |
| SoMFMatrix | Multiple-value field containing any number of 4x4 matrices |
| SoMFName | Multiple-value field containing any number of names |
| SoMFNode | Multiple-value field containing any number of nodes |
| SoMFPath | Multiple-value field containing any number of paths |
| SoMFPlane | Field containing several plane equations |
| SoMFRotation | Multiple-value field containing any number of SbRotations |
| SoMFShort | Multiple-value field containing any number of short integers |
| SoMFString | Multiple-value field containing any number of strings |
| SoMFTime | Multiple-value field containing any number of SbTime values |
| SoMFUByte | Multiple-value field containing any number of uint8_t integers |
| SoMFUInt32 | Multiple-value field containing any number of uint32_t integers |
| SoMFUniformShaderParameter | Multiple-value field containing any number of SoUniformShaderParameter nodes |
| SoMFUShort | Multiple-value field containing any number of unsigned short integers |
| SoMFVec2d | Multiple-value field containing any number of two-dimensional vectors |
| SoMFVec2f | Multiple-value field containing any number of two-dimensional vectors |
| SoMFVec2FilePathString | Multiple-value field containing any number of two-dimensional filePath string vectors |
| SoMFVec2i32 | Multiple-value field containing any number of two-dimensional vectors |
| SoMFVec2s | Multiple-value field containing any number of two-dimensional vectors |
| SoMFVec2String | Multiple-value field containing any number of two-dimensional string vectors |
| SoMFVec3d | Multiple-value field containing any number of three-dimensional vectors |
| SoMFVec3f | Multiple-value field containing any number of three-dimensional vectors |
| SoMFVec3i32 | Multiple-value field containing any number of three-dimensional vectors |
| SoMFVec3s | Multiple-value field containing any number of three-dimensional vectors |
| SoMFVec4b | Multiple-value field containing any number of four-dimensional vectors |
| SoMFVec4f | Multiple-value field containing any number of four-dimensional vectors |
| SoMFVec4i32 | Multiple-value field containing any number of four-dimensional vectors |
| SoMFVec4s | Multiple-value field containing any number of four-dimensional vectors |
| SoMFVec4ub | Multiple-value field containing any number of four-dimensional vectors |
| SoMFVec4ui32 | Multiple-value field containing any number of four-dimensional vectors |
| SoMFVec4us | Multiple-value field containing any number of four-dimensional vectors |
| SoModelMatrixElement | Stores the current model matrix |
| SoModelScaleElement | Stores the current model scale |
| SoModifyLogicalViewportElement | Stores a logical viewport region subset |
| SoModifyViewVolumeElement | Stores a view volume subset |
| SoModuleCheck | Class used to check and report library and application consistency |
| SoMorphologicalGradientProcessing | SoMorphologicalGradientProcessing engine |
| SoMorphologicalLaplacianProcessing | SoMorphologicalLaplacianProcessing engine |
| SoMorphoLut2D | Class that represents a morphological look-up table (LUT) |
| SoMorphoLut3D | class that represents a morphological look-up table (LUT) |
| SoMotion3Event | 3D motion events |
| SoMouseButtonEvent | Mouse button press and release events |
| SoMouseWheelEvent | Mouse wheel events |
| SoMPEGFrameRenderer | Generates MPEG output, frame by frame |
| SoMPEGNavRenderer | Generates MPEG output that tracks camera motion |
| SoMPEGRenderer | Base class for generating MPEG output from a scene graph |
| SoMRCImageRW | Class for encoding and decoding an MRC raster image |
| SoMultiDataSeparator | Separator for combining multiple data sets |
| SoMultiPathSwitch | Group node that traverses only when traversed along a given path |
| SoMultipleCopy | Group node that traverses multiple times, applying matrices |
| SoMultipleInstance | Group node that renders multiple instances of its children |
| SoMultipleInstanceBase | Abstract group node that traverses its children multiple times |
| SoMultipleInstanceElement | Stores current MultiInstance info |
| SoMultiscaleStructureEnhancementProcessing2d | SoMultiscaleStructureEnhancementProcessing2d engine |
| SoMultiscaleStructureEnhancementProcessing3d | SoMultiscaleStructureEnhancementProcessing2d engine |
| SoMultiSwitch | Group node that traverses a set of chosen children |
| SoMultiSwitchElement | Stores the current multi-switch indices |
| SoNagaoFilterProcessing2d | SoNagaoFilterProcessing2d engine |
| SoNagaoFilterProcessing3d | SoNagaoFilterProcessing3d engine |
| SoNeighborToleranceElement | Stores the current neighbor tolerance factor |
| SoNode | Abstract base class for all database nodes |
| SoNodeDependencies | This class is a cache handler that can be used to monitor the modifications made to elements or fields |
| SoNodeKit | Initializes nodekit classes |
| SoNodekitCatalog | Nodekit catalog class |
| SoNodeKitDetail | Stores detail information about a nodekit |
| SoNodeKitListPart | Group node with restricted children |
| SoNodeKitPath | Path that points to a list of hierarchical nodekits |
| SoNodeList | Maintains a list of pointers to nodes |
| SoNodeSensor | Sensor class that can be attached to Open Inventor nodes |
| SoNonIndexedShape | Abstract base class for all non-indexed vertex-based shapes |
| SoNonLocalMeansFilterProcessing | SoNonLocalMeansFilterProcessing engine |
| SoNormal | Node that defines surface normals for shapes |
| SoNormalBinding | Node that specifies how multiple surface normals are bound to shapes |
| SoNormalBindingElement | Stores current normal binding |
| SoNormalElement | Allows read-only access to the top element in the state |
| SoNoStereoView | Makes a stereo viewer behave like a monoscopic (non-stereo) viewer |
| SoNurbsBoundary | Node that defines a boundary shared by several NURBS profile |
| SoNurbsBREPAction | |
| SoNurbsCurve | NURBS curve shape node |
| SoNurbsGroup | Group that encapsulates NURBS surfaces to be joined |
| SoNurbsProfile | NURBS profile curve |
| SoNurbsProperty | Node that defines additional properties for rendering a NURBS surface |
| SoNurbsPropertyElement | Stores current NURBS properties |
| SoNurbsSurface | NURBS surface shape node |
| SoObjectBoundariesProcessing | SoObjectBoundariesProcessing engine |
| SoObjectBoundaryAreaQuantification | SoObjectBoundaryAreaQuantification engine |
| SoObjectCountQuantification | SoObjectCountQuantification engine computes the number of objects in an image |
| SoObjectImageRatioQuantification | SoObjectImageRatioQuantification engine |
| SoObjectLinearDensityQuantification3d | SoObjectLinearDensityQuantification3d engine |
| SoObjectSpecificSurfaceQuantification | SoObjectSpecificSurfaceQuantification engine |
| SoObjectSurfaceDensityQuantification | SoObjectSurfaceDensityQuantification engine |
| SoObjectToRegionProcessing2d | SoObjectToRegionProcessing2d engine |
| SoObjectToSegmentApproximation2d | SoObjectToSegmentApproximation2d engine |
| SoObjectVolumeQuantification | SoObjectVolumeQuantification engine |
| SoObliqueSlice | Oblique slice shape node |
| SoObliqueSliceDetail | Stores detail information about a picked voxel on an oblique slice |
| SoOffscreenRenderArea | Render to an off-screen buffer for printing or generating textures |
| SoOffscreenVolumeRender | Extract data from an SoVolumeRender |
| SoOneShot | Timer that runs for a pre-set amount of time |
| SoOneShotSensor | Sensor for one-time only callbacks |
| SoOnOff | Engine that functions as an on/off switch |
| SoOpeningBallByReconstructionProcessing3d | SoOpeningBallByReconstructionProcessing3d engine |
| SoOpeningBallProcessing3d | SoOpeningBallProcessing3d engine |
| SoOpeningByReconstructionProcessing | SoOpeningByReconstructionProcessing image filter |
| SoOpeningCubeProcessing | SoOpeningCubeProcessing engine performs an opening using a structuring element matching with a square or a cube |
| SoOpeningDiskByReconstructionProcessing2d | SoOpeningDiskByReconstructionProcessing2d engine |
| SoOpeningDiskProcessing2d | SoOpeningDiskProcessing2d engine |
| SoOpeningDiskProcessing3d | SoOpeningDiskProcessing3d engine |
| SoOpeningLineMaximumProcessing | SoOpeningLineMaximumProcessing engine |
| SoOpeningLineProcessing2d | SoOpeningLineProcessing2d engine |
| SoOpeningLineProcessing3d | SoOpeningLineProcessing3d engine |
| SoOpeningSquareColorProcessing2d | SoOpeningSquareColorProcessing2d engine |
| SoOrthographicCamera | Orthographic camera node |
| SoOrthoSlice | Ortho slice shape node |
| SoOrthoSliceDetail | Stores detail information about an ortho slice |
| SoOrthoSliceDragger | Object that moves an SoOrthoSlice by dragging with the mouse |
| SoOutput | Used to write Open Inventor data files |
| SoOverrideElement | Stores a flag for each type of element which can be overridden |
| SoPackedColor | Node that defines base colors using packed representation |
| SoPassiveStereo | |
| SoPath | Path that points to a list of hierarchical nodes |
| SoPathList | Maintains a list of pointers to paths |
| SoPathSensor | Sensor class that can be attached to Open Inventor paths |
| SoPathSwitch | Group node that traverses only when traversed along a given path |
| SoPattern | Node that defines the pattern to use when rendering shapes |
| SoPatternElement | Stores current pattern value |
| SoPendulum | Animated oscillating rotation node |
| SoPerfAccumCounter | Performance Accumulation Counter |
| SoPerfCounter | Abstract base class for Performance Counter |
| SoPerfCounterManager | Performance Counter Manager |
| SoPerfStateCounter | Performance State Counter |
| SoPerspectiveCamera | Perspective camera node |
| SoPGXImageRW | Class for encoding and decoding a PGX raster image |
| SoPickAction | Abstract base class for picking objects in a scene |
| SoPickedPoint | Represents point on surface of picked object |
| SoPickedPointList | Maintains a list of pointers to SoPickedPoint instances |
| SoPickMethodElement | Stores the current pick method |
| SoPickRayElement | Stores the current ray to use for picking |
| SoPickStyle | Picking style node |
| SoPickStyleElement | Stores the current pick style |
| SoPNGImageRW | Class for encoding and decoding a PNG raster image |
| SoPNMImageRW | Class for encoding and decoding a PNM raster image |
| SoPointDetail | Stores detail information about vertex-based shapes made of points |
| SoPointLight | Node representing a point light source |
| SoPointLightDragger | Sun-shaped icon you can translate in 3D by dragging with the mouse |
| SoPointLightManip | Point light node with 3D interface for editing location |
| SoPointSet | Point set shape node |
| SoPointSizeElement | Stores the current point size |
| SoPolarToCartesianProcessing2d | SoPolarToCartesianProcessing2d engine |
| SoPolygonOffset | Property node that sets the polygon offset |
| SoPolygonOffsetElement | Stores current polygon offset state |
| SoPolygonScreenDrawer | Interactively draws a polygon in normalized screen space |
| SoPolylineExtrusionApproximation3d | SoPolylineExtrusionApproximation3d polyline approximation |
| SoPolylineResamplerApproximation2d | SoPolylineResamplerApproximation2d polyline approximation |
| SoPolylineResamplerApproximation3d | SoPolylineResamplerApproximation3d polyline approximation |
| SoPolyLineScreenDrawer | Interactively draw a polyline in normalized screen space |
| SoPorosityPercentageQuantification3d | SoPorosityPercentageQuantification3d engine |
| SoPreferences | Manages Open Inventor configuration parameters |
| SoPrimitiveVertex | Represents a vertex of a generated primitive |
| SoProfile | Abstract base class for all profile nodes |
| SoProfileCoordinate2 | Profile coordinate node |
| SoProfileCoordinate3 | Rational profile coordinate node |
| SoProfileCoordinateElement | Stores the current profile coordinates |
| SoProfileElement | Stores 2D profiles for NURBS and 3D text |
| SoProgressIndicator | Class for reporting progress of a task |
| SoProjection | Coordinate projection node |
| SoProjectionMatrixElement | Stores the current projection matrix |
| SoProxyDataAdapter | Proxy image data adapter for in memory data |
| SoPruneProcessing2d | SoPruneProcessing2d engine |
| SoPruningProcessing2d | SoPruningProcessing2d engine |
| SoPruningProcessing3d | SoPruningProcessing3d engine |
| SoPSImageRW | Class for encoding and decoding a PostScript raster image |
| SoPSVectorOutput | Class used to write vector formatted files in PostScript format |
| SoQt | Routines for Open Inventor/Qt compatibility |
| SoQtCollisionViewer | Class to manage collisions between the camera and the scene |
| SoQtColorEditor | Component that lets you edit a color interactively |
| SoQtComponent | Abstract base class for all Open Inventor Qt components |
| SoQtConstrainedViewer | Base viewer class which adds camera constraints given a world up direction |
| SoQtDevice | Abstract base class for input devices |
| SoQtDirectionalLightEditor | Component for editing directional lights |
| SoQtExaminerViewer | Viewer component which uses a virtual trackball to view the data |
| SoQtExtEventApplication | Overload the QApplication to be able to get devices events like SpaceMouse |
| SoQtFlyViewer | Viewer component for flying through space, with a constant world up |
| SoQtFullViewer | Base viewer class which adds a decoration around the rendering area |
| SoQtGLWidget | Component for OpenGL rendering |
| SoQtKeyboard | Translates and reports events for the keyboard device |
| SoQtMaterialEditor | Component which lets you edit a material interactively |
| SoQtMaterialPalette | |
| SoQtMouse | Translates and reports events for the mouse device |
| SoQtPlaneViewer | Viewer component which moves the camera in a plane |
| SoQtRenderArea | Component for rendering Open Inventor scene graphs |
| SoQtSpaceball | Translates and reports events for a SpaceBall or SpaceMouse (Magellan) device |
| SoQtTouchScreen | Translates and reports Qt events for the touch screen device |
| SoQtViewer | Viewer component lowest base class |
| SoQtWalkViewer | Viewer component which moves the camera in a plane |
| SoQtWrapper | Creates a QWidget that encapsulates an Open Inventor viewer |
| SoQuadMesh | Quadrilateral mesh shape node |
| SoQuadrilateralMeshSlicerApproximation3d | SoQuadrilateralMeshSlicerApproximation3d engine |
| SoRadialGradientCenteredProcessing2d | SoRadialGradientCenteredProcessing2d engine |
| SoRadialGradientCenteredProcessing3d | SoRadialGradientCenteredProcessing3d engine |
| SoRadialGradientContourProcessing2d | SoRadialGradientContourProcessing2d engine |
| SoRadialGradientContourProcessing3d | SoRadialGradientContourProcessing3d engine |
| SoRadialGradientLabelProcessing2d | SoRadialGradientLabelProcessing2d engine |
| SoRadialGradientLabelProcessing3d | SoRadialGradientLabelProcessing3d engine |
| SoRandomImageGeneration | SoRandomImageGeneration engine creates a new image with random values |
| SoRandomSphereGeneration3d | SoRandomSphereGeneration3d engine allow to create synthetic spheres in a binary image |
| SoRasterImageFile | Class for raster image file input and output |
| SoRasterImageIO | Abstract base class for raster image input and output |
| SoRasterImageRW | Abstract base class for encoding and decoding raster images |
| SoRasterReaderSet | Class referencing all raster reading classes |
| SoRawStereo | Class for OpenGL stereo support |
| SoRawStereoParameters | Raw stereo parameters class |
| SoRayPickAction | Intersects objects with a ray cast into scene |
| SoReadError | Read error handling |
| SoReconstructionFromMarkersProcessing | SoReconstructionFromMarkersProcessing engine |
| SoRectangleScreenDrawer | Interactively draws a rectangle in normalized screen space |
| SoRecursiveExponentialFilterProcessing | SoRecursiveExponentialFilterProcessing engine |
| SoRecursiveLaplacianProcessing | SoRecursiveLaplacianProcessing engine applies a recursive algorithm for the determination of the laplacian |
| SoRef< T > | Smart pointer for any class inheriting SoRefCounter |
| SoRefCounter | Base class for ref-counted objects |
| SoRegionalExtremaProcessing | SoRegionalExtremaProcessing engine |
| SoRegionToObjectProcessing2d | SoRegionToObjectProcessing2d image filter |
| SoRegistrationResult | Class that stores registration results |
| SoRemoteVizClient | Client node enables to integrate RemoteViz into Open Inventor applications |
| SoRemoveSmallHolesProcessing | SoRemoveSmallHolesProcessing engine |
| SoRemoveSmallSpotsProcessing | SoRemoveSmallSpotsProcessing engine |
| SoRenderAreaCore | [PREVIEW] Utility class to render a scene with an OpenGl context |
| SoRenderToTarget | Group node that renders its children to one or more "targets" |
| SoRenderToTextureProperty | Class for creating a texture by rendering a scene graph |
| SoReorderLabelsProcessing | SoReorderLabelsProcessing image filter |
| SoReorganizeAction | Reorganizes the scene graph by grouping shapes with common properties, then groups these shapes in a single shape and runs the simplifier on it |
| SoReplacedElement | Abstract base class for each state element whose value is replaced whenever it is set |
| SoReplacedTextureElement | Abstract base class for each texture state element |
| SoResampleElasticProcessing2d | [PREVIEW] SoResampleElasticProcessing2d resamples an image with a displacement field |
| SoResampleImageProcessing3d | SoResampleImageProcessing3d filter |
| SoRescaleIntensityProcessing | SoRescaleIntensityProcessing engine |
| SoResetImageProcessing | SoResetImageProcessing engine sets all pixels/voxels values of the input image to a constant value |
| SoResetTransform | Node that resets the current transformation to identity |
| SoRidgeDetectionProcessing | SoRidgeDetectionProcessing engine |
| SoROI | Region of Interest (subvolume) node |
| SoROIElement | |
| SoROIManip | Manipulator to transform an ROI (Region of Interest) |
| SoRotateAroundZProcessing2d | SoRotateAroundZProcessing2d image filter |
| SoRotateCylindricalDragger | Object you rotate along a cylindrical surface by dragging with the mouse |
| SoRotateDiscDragger | Object you can rotate like a knob by dragging with the mouse |
| SoRotateGestureEvent | Class for rotate gesture events |
| SoRotateGestureRecognizer | Rotate gesture recognizer |
| SoRotateProcessing2d | SoRotateProcessing2d image filter |
| SoRotateProcessing3d | SoRotateProcessing3d image filter |
| SoRotateSphericalDragger | Object you can rotate about a spherical surface by dragging with the mouse |
| SoRotation | Node representing a 3D rotation about an arbitrary axis |
| SoRotationXYZ | Node representing a 3D rotation about the x-, y-, or z-axis |
| SoRotor | Animated rotation node |
| SoRowDialog | Class that creates the dialog row container |
| SoSampleImageProcessing | SoSampleImageProcessing engine extracts a sub-sample of an image |
| SoScale | Node representing a 3D geometric scaling |
| SoScale1Dragger | Object you can scale in one dimension by dragging with the mouse |
| SoScale2Dragger | Object you can scale in two dimensions by dragging with the mouse |
| SoScale2UniformDragger | Object you can scale uniformly in two dimensions by dragging with the mouse |
| SoScaleByFactorProcessing | SoScaleByFactorProcessing image filter |
| SoScaleGestureEvent | Class for scale (pinch) gesture events |
| SoScaleGestureRecognizer | Scale (pinch) gesture recognizer |
| SoScaleImageToSizeProcessing | SoScaleImageToSizeProcessing engine |
| SoScaleUniformDragger | Object you can scale uniformly in 3D by dragging with the mouse |
| SoSceneKit | Scene nodekit class |
| SoSceneManager | Manages scene graph rendering and event handling |
| SoScreenDrawer | Base class to draw a scene graph in screen space |
| SoSearchAction | Searches for nodes in a scene graph |
| SoSearchPathAction | Searches for a node in a scene graph using a sequence of search criteria |
| SoSearchStepAction | Searches for nodes in the scene graph step by step |
| SoSegmentChain | class that reprensents a chain of segments |
| SoSeismic | Seismic attribute functions for buffers |
| SoSelection | Manages a list of selected objects |
| SoSelectOne | Selects one value from a multiple-value field |
| SoSensor | Abstract base class for Open Inventor sensors |
| SoSensorList | Maintains a list of SoSensor |
| SoSeparateObjectsProcessing | SoSeparateObjectsProcessing engine separates objects in a binary image |
| SoSeparator | Group node that saves and restores traversal state |
| SoSeparatorKit | Separator nodekit class |
| SoSetPlaneToVolumeProcessing3d | SoSetPlaneToVolumeProcessing3d engine |
| SoSFAnalysisResult | Field containing an SoAnalysisResult object |
| SoSFArray | Abstract Field containing an array of values |
| SoSFArray2D | Field containing a 2D array value |
| SoSFArray3D | Field containing a 3D array value |
| SoSFBitMask | Single-value field containing a set of bit flags |
| SoSFBool | Field containing a single Boolean value |
| SoSFBox2f | Field containing a two-dimensional box |
| SoSFBox3f | Field containing a three-dimensional box |
| SoSFBox3i32 | Field containing a three-dimensional box |
| SoSFBox3s | Field containing a three-dimensional box |
| SoSFBox4i32 | Field containing a four-dimensional box (spacial three-dimension + time dimension) |
| SoSFBufferObject | |
| SoSFColor | Field containing an RGB color |
| SoSFColorRGBA | Field containing an RGBA color |
| SoSFDataMeasure | Field containing an SoDataMeasure object |
| SoSFDataMeasureAttributes | Field containing an SoDataMeasureAttributes object |
| SoSFDouble | Field containing a floating-point value |
| SoSFEngine | Field containing an engine instance |
| SoSFEnum | Field containing an enumerated value |
| SoSFFieldContainer | |
| SoSFFilePathString | Field containing a file path string |
| SoSFFloat | Field containing a floating-point value |
| SoSField | Abstract base class for all single-value fields |
| SoSFImage | Field containing a 2D image |
| SoSFImage3 | Field containing a 3D image |
| SoSFImageAnalysisResult | Field containing an SoImageAnalysisResult object |
| SoSFImageDataAdapter | Field containing an SoImageDataAdapter object |
| SoSFInt32 | Field containing a int32_t integer |
| SoSFInt64 | Field containing a int64_t integer |
| SoSFKernel2i32 | Field containing an SbKernel2i32 object |
| SoSFKernel3i32 | Field containing an SbKernel3i32 object |
| SoSFLabelAnalysisResult | Field containing an SoLabelAnalysisResult object |
| SoSFLDMDataTransform | Field containing an SoLDMDataTransform object |
| SoSFLDMResourceParameters | Field containing an SoLDMResourceParameters object |
| SoSFMaterial | Field containing an SoMaterial node |
| SoSFMatrix | Field containing a 4x4 matrix |
| SoSFMatrix3 | Field containing a 3x3 matrix |
| SoSFMemObj | Field containing a reference to a memory object |
| SoSFMorphoLut2D | Field containing an SoMorphoLut2D object |
| SoSFMorphoLut3D | Field containing an SoMorphoLut3D object |
| SoSFName | Field containing a name |
| SoSFNode | Field containing a a node |
| SoSFPath | Field containing an SoPath |
| SoSFPlane | Field containing a plane equation |
| SoSFRotation | Field containing a rotation |
| SoSFSegmentChain | Field containing an SoSegmentChain object |
| SoSFShort | Field containing a short integer |
| SoSFString | Field containing a string |
| SoSFStructuredQuadrilateralMesh | Field containing a SbStructuredQuadrilateralMesh object |
| SoSFTime | Field containing an SbTime |
| SoSFTrigger | Field used to trigger engines or connection networks |
| SoSFUByte | Field containing a uint8_t integer |
| SoSFUInt32 | Field containing an unsigned int32_t integer |
| SoSFUShort | Field containing an unsigned short integer |
| SoSFVec2d | Field containing a two-dimensional vector |
| SoSFVec2f | Field containing a two-dimensional vector |
| SoSFVec2i32 | Field containing a two-dimensional vector |
| SoSFVec2s | Field containing a two-dimensional vector |
| SoSFVec3d | Field containing a three-dimensional vector |
| SoSFVec3f | Field containing a three-dimensional vector |
| SoSFVec3i32 | Field containing a three-dimensional vector |
| SoSFVec4f | Field containing a homogeneous three-dimensional vector |
| SoSFVec4i32 | Field containing a homogeneous four-dimensional vector |
| SoSGIRGBImageRW | Class for encoding and decoding an SGI raster image |
| SoShadeProcessing2d | SoShadeProcessing2d engine |
| SoShaderObject | Abstract node class which defines a shader object |
| SoShaderParameter | Abstract base class for all shader parameter nodes |
| SoShaderParameter1f | Uniform shader parameter node storing a float value |
| SoShaderParameter1i | Uniform shader parameter node storing an integer |
| SoShaderParameter2f | Uniform shader parameter node storing a two-dimensional (float) vector |
| SoShaderParameter2i | Uniform shader parameter node storing a two-dimensional (integer) vector |
| SoShaderParameter3f | Uniform shader parameter node storing a three-dimensional (float) vector |
| SoShaderParameter3i | Uniform shader parameter node storing a three-dimensional (integer) vector |
| SoShaderParameter4f | Uniform shader parameter node storing a four-dimensional (float) vector |
| SoShaderParameter4i | Uniform shader parameter node storing a four-dimensional (integer) vector |
| SoShaderParameterArray1f | Uniform shader parameter node storing an array of float values |
| SoShaderParameterArray1i | Uniform shader parameter node storing an array of integers |
| SoShaderParameterArray2f | Uniform shader parameter node storing an array of two-dimensional (float) vectors |
| SoShaderParameterArray2i | Uniform shader parameter node storing an array of two-dimensional (integer) vectors |
| SoShaderParameterArray3f | Uniform shader parameter node storing an array of three-dimensional (float) vectors |
| SoShaderParameterArray3i | Uniform shader parameter node storing an array of three-dimensional (integer) vectors |
| SoShaderParameterArray4f | Uniform shader parameter node storing an array of four-dimensional (float) vectors |
| SoShaderParameterArray4i | Uniform shader parameter node storing an array of four-dimensional (integer) vectors |
| SoShaderParameterBufferObject | Shader parameter node storing a buffer object |
| SoShaderParameterImage | Shader parameter node storing a texture image |
| SoShaderParameterMatrix | Uniform shader parameter node storing a 4x4 matrix |
| SoShaderParameterMatrix3 | Uniform shader parameter node storing a 3x3 matrix |
| SoShaderParameterMatrixArray | Uniform shader parameter node storing an array of 4x4 matrices |
| SoShaderProgram | Shader program property node |
| SoShaderProgramElement | Stores the current shader program |
| SoShaderStateMatrixParameter | Uniform shader parameter node storing an OpenGL state matrix |
| SoShadingCorrectionProcessing | SoShadingCorrectionProcessing engine |
| SoShadowGroup | Shadow casting group node |
| SoShadowStyle | Shadow style property node |
| SoShape | Abstract base class for all shape nodes |
| SoShapeHints | Node that provides hints about shapes |
| SoShapeHintsElement | Stores the current shape hints |
| SoShapeKit | Shape nodekit class |
| SoShapeSimplifyAction | Simplify action that replaces shapes within a scene graph with versions that contain fewer triangles |
| SoShapeStyleElement | Stores some information used by shapes |
| SoShininessElement | Stores shininess of current material (mostly superseded by SoMaterialElement) |
| SoShuttle | Animated oscillating translation node |
| SoSieveLabelingProcessing | SoSieveLabelingProcessing engine produces a new label image by grouping labels of the input label image |
| SoSigmaFilterProcessing | SoSigmaFilterProcessing engine |
| SoSimplifier | Abstract base class for objects that encapsulate simplification algorithms |
| SoSimplifyAction | Abstract base class for simplifying scene graphs |
| SoSkeletonProcessing2d | SoSkeletonProcessing2d engine computes the morphological skeleton of objects |
| SoSlice | Abstract base class for slice shape nodes |
| SoSliceDetail | Base class for detail information about picking in a data volume |
| SoSNNFilterProcessing | SoSNNFilterProcessing engine |
| SoSpaceballButtonEvent | Spaceball button press and release events |
| SoSpecularColorElement | Stores specular color of current material (superseded by SoMaterialElement) |
| SoSphere | Sphere shape node |
| SoSplitGeometryAction | Split large geometry into smaller objects to improve culling for multi-pipe rendering |
| SoSpotLight | Node representing a spotlight source |
| SoSpotLightDragger | Spotlight shaped dragger that allows you to change position, direction, and width of the beam |
| SoSpotLightManip | Spotlight node with 3D interface for editing location, direction, and beam width |
| SoState | Traversal state |
| SoStereoCamera | Stereo camera node |
| SoStereoDialog | Component that lets you modify stereo attributes interactively |
| SoStereoElement | Stores the current stereo attributes |
| SoStereoParameters | Stereo parameters base class |
| SoStereoViewer | Pure virtual class for stereo support |
| SoSTLFileFormat | Module class to initialize STL file format support |
| SoSTLInputReader | Class for importing a scene graph from a STL file |
| SoSTLWriteAction | Class for exporting a scene graph to an STL file |
| SoStructureModelIndexQuantification3d | SoStructureModelIndexQuantification3d engine |
| SoSUNImageRW | Class for encoding and decoding a SUN raster image |
| SoSupervisedTextureClassificationProcessing2d | SoSupervisedTextureClassificationProcessing2d engine |
| SoSupervisedTextureClassificationProcessing3d | SoSupervisedTextureClassificationProcessing3d engine |
| SoSurfaceFittingApproximation3d | SoSurfaceFittingApproximation3d surface approximation |
| SoSurfaceUnfoldingProcessing3d | SoSurfaceUnfoldingProcessing3d engine |
| SoSurroundScale | Transformation node that adjusts the current matrix so a default cube will surround other objects |
| SoSwapAxisProcessing2d | SoSwapAxisProcessing2d image filter |
| SoSwapAxisProcessing3d | SoSwapAxisProcessing3d engine performs a transposition of the image |
| SoSwapQuadrantsProcessing | SoSwapQuadrantsProcessing engine |
| SoSwitch | Group node that traverses one chosen child |
| SoSwitchElement | Stores the current switch index |
| SoSystemTimer | Common interface to expose system dependent timers |
| SoSystemTimerTask | Interface used by SoSystemTimer to execute a task |
| SoTabBoxDragger | Cubic object you can translate and scale by dragging with the mouse |
| SoTabBoxManip | Transform node with 3D Interface for editing scale and translation |
| SoTabDialog | Class that creates the dialog tab container |
| SoTabDialogAuditor | Tab Dialog auditor |
| SoTabPlaneDragger | Object you can translate or scale within a plane by dragging with the mouse |
| SoTangentBindingElement | Stores current tangent binding |
| SoTangentElement | Allows read-only access to the top element in the state |
| SoTensorVotingProcessing2d | SoTensorVotingProcessing2d engine |
| SoTessellationControlShader | Node that defines a tessellation control shader |
| SoTessellationEvaluationShader | Node that defines a tessellation evaluation shader |
| SoText2 | Screen-aligned 2D text shape node |
| SoText3 | 3D text shape node |
| SoTextAliasingFactorElement | Stores the current textured text anti-aliasing factor |
| SoTextAlignmentHElement | Stores the current horizontal text alignment |
| SoTextAlignmentVElement | Stores the current vertical text alignment |
| SoTextBackFrameLineWidthElement | Stores the current text backFrame line width |
| SoTextDetail | Stores detail information about a text node |
| SoTextKerningElement | Stores the current kerning value |
| SoTextMarginElement | Stores the current text margin |
| SoTextOrientationElement | Stores the current text orientation attributes |
| SoTextOutlineEnabledElement | Stores the current 3D text outline flag |
| SoTextProperty | Text property node |
| SoTextStyleColorsElement | Stores the current textured text quality range |
| SoTextStyleElement | Stores the current text effect settings |
| SoTextTextureQualityRangeElement | Stores the current textured text quality range |
| SoTexture | Abstract base class for texture mapping nodes |
| SoTexture2 | 2D texture mapping node |
| SoTexture2Transform | 2D texture transformation node |
| SoTexture3 | 3D texture mapping node |
| SoTexture3EnabledElement | Enables/disables 3D textures |
| SoTexture3Transform | 3D texture transformation node |
| SoTextureCombiner | Texture combiner node |
| SoTextureCombinerElement | Stores the current texture combiner parameters |
| SoTextureCoordinate2 | 2D texture coordinate node |
| SoTextureCoordinate3 | 3D texture coordinate node |
| SoTextureCoordinate3Element | Stores the current 3D texture coordinates |
| SoTextureCoordinateBinding | Node that specifies how texture coordinates are bound to shapes |
| SoTextureCoordinateBindingElement | Stores the current 3D texture coordinates |
| SoTextureCoordinateDefault | Node that removes texture coordinates from state |
| SoTextureCoordinateElement | Stores the current texture coordinates |
| SoTextureCoordinateEnvironment | Node that specifies texture coordinates by projection from an environment |
| SoTextureCoordinateFunction | Abstract base class for texture coordinate function nodes |
| SoTextureCoordinateNormalMap | Node that specifies texture coordinates matching the vertex's transformed eye-space normal |
| SoTextureCoordinateObject | Node that specifies texture coordinates which are a linear combination of the object coordinates of the vertex |
| SoTextureCoordinatePlane | Node that specifies texture coordinates by projection from a plane |
| SoTextureCoordinateReflectionMap | Node that specifies texture coordinates matching the vertex's eye-space reflection vector |
| SoTextureCubeMap | Cube texture mapping node |
| SoTextureCubeMapEnabledElement | Enables/disables textureCubeMap |
| SoTextureEnabledElement | Enables/disables textures |
| SoTextureImage3Element | Stores the current 3D texture image |
| SoTextureImageElement | Stores the current texture image |
| SoTextureImageElementBase | Stores the current texture image |
| SoTextureMatrix | Texture matrix node |
| SoTextureMatrixElement | Stores the current texture matrix |
| SoTextureNameElement | Stores the current texture name |
| SoTextureOverrideElement | Stores the current texture override |
| SoTextureQualityElement | Stores the current texture quality |
| SoTextureSendingEnabledElement | Stores the information that indicates if texture calls must be sent |
| SoTextureTransformElement | Stores the current texture transform |
| SoTextureUnit | Node that specifies the current texture unit and the associated mapping method |
| SoTextureUnitElement | Stores the current texture unit identifier |
| SoThresholdingByCriterionProcessing | SoThresholdingByCriterionProcessing engine |
| SoThresholdingProcessing | SoThresholdingProcessing engine |
| SoTIFFImageRW | Class for encoding and decoding a TIFF raster image |
| SoTimeCounter | Timed integer counter |
| SoTimeMapProcessing | SoTimeMapProcessing engine |
| SoTimerQueueSensor | Abstract base class for sensors dependent on time |
| SoTimerSensor | Sensor that triggers repeatedly at regular intervals |
| SoToHTMLAction | Generates an HTML image map and an image from a scene graph |
| SoTopComponent | Abstract Class for DialogViz visual components |
| SoToPDFAction | Class for exporting a scene graph to a PDF file |
| SoTopHatProcessing | SoTopHatProcessing image filter |
| SoTopLevelDialog | Top Level Dialog node |
| SoTotalImageBoundaryAreaQuantification | SoTotalImageBoundaryAreaQuantification engine |
| SoToU3DAction | Export a scene graph to a U3D file |
| SoTouchEvent | Base class for touch events |
| SoTouchManager | Class for managing events from touch screen input devices |
| SoTrackballDragger | Striped ball you can rotate or scale uniformly by dragging with the mouse |
| SoTrackballManip | Transform node with 3D interface for changing rotation and scaling |
| SoTrackerEvent | 3D tracker event |
| SoTrackFollower | Animates an object or camera along a track |
| SoTranReceiver | Interprets database changes for transcription |
| SoTranSender | Sends database changes for transcription |
| SoTransferFunction | Describes the association between data set values and colors |
| SoTransferFunctionElement | |
| SoTransform | General 3D geometric transformation node |
| SoTransformation | Abstract base class for all geometric transformation nodes |
| SoTransformBoxDragger | Box-like object you scale, rotate, and translate by dragging with the mouse |
| SoTransformBoxManip | Transform node with 3D interface for changing scaling, rotation, and translation |
| SoTransformerDragger | Box-like object you scale, rotate, and translate by dragging with the mouse |
| SoTransformerManip | Transform node with 3D interface for changing scaling, rotation, and translation |
| SoTransformManip | Base class for all transform nodes with built-in 3D user interfaces |
| SoTransformProjection | Scale/recenter projection node |
| SoTransformSeparator | Group node that saves and restores transformation state |
| SoTransformVec3f | Transforms a 3D vector by a 4x4 matrix |
| SoTranslate1Dragger | Object you can translate along a line by dragging with the mouse |
| SoTranslate2Dragger | Object you can translate within a plane by dragging with the mouse |
| SoTranslateProcessing | SoTranslateProcessing engine |
| SoTranslation | Node representing a 3D translation |
| SoTriangleSet | Set of triangles shape node |
| SoTriangleStripSet | Triangle strip set shape node |
| SoTriggerAny | Provides fan-in for triggers |
| SoTriplePointsProcessing2d | SoTriplePointsProcessing2d engine |
| SoType | Stores runtime type information |
| SoTypedObject | Base class for object storing runtime type information |
| SoTypeList | Maintains a list of SoTypes |
| SoUltimateErosionProcessing | SoUltimateErosionProcessing engine |
| SoUniformGridClipping | Clips a volume using a 2D surface |
| SoUniformGridClippingElement | |
| SoUniformGridProjectionClipping | Clips a volume with the depth map projection of a shape |
| SoUniformShaderParameter | Abstract base class for all uniform shader parameter nodes |
| SoUniformShaderParameterElement | Stores the current uniform shader parameter |
| SoUnits | Node that scales to convert units of length |
| SoUnitsElement | Stores the current units type |
| SoUnsharpMaskingProcessing | SoUnsharpMaskingProcessing engine |
| SoUpdateAreaElement | Stores the rectangular area within the current viewport region that needs to be updated when rendering |
| SoVectorizeAction | Abstract class for vectorizing a scene graph to a file |
| SoVectorizeCGMAction | Realizes the vectorization of a scene graph to a file in CGM format |
| SoVectorizeGDIAction | Vectorize a scene graph to MS-Windows GDI formats |
| SoVectorizeHPGLAction | Realizes the vectorization of a scene graph to a file in HPGL/2 format |
| SoVectorizePSAction | Realizes the vectorization of a scene graph to a file in PostScript format |
| SoVectorOutput | Abstract class used to write vector formatted files |
| SoVertexAttribFeedback | Node to record vertex attributes from shaders into buffer objects |
| SoVertexFlag | Class to mark/unmark vertices for beveling |
| SoVertexFlagElement | Stores the current vertex flag |
| SoVertexProperty | Vertex property node |
| SoVertexShader | Node that defines a vertex shader |
| SoVertexShaderParameter | Abstract base class for all vertex shader parameter nodes |
| SoVertexShaderParameter1f | Vertex shader parameter node storing a float value |
| SoVertexShaderParameter1s | Vertex shader parameter node storing a short integer value |
| SoVertexShaderParameter2f | Vertex shader parameter node storing a two-dimensional (float) vector |
| SoVertexShaderParameter2s | Vertex shader parameter node storing a two-dimensional (short integers) vector |
| SoVertexShaderParameter3f | Vertex shader parameter node storing a three-dimensional (float) vector |
| SoVertexShaderParameter3s | Vertex shader parameter node storing a three-dimensional (short integer) vector |
| SoVertexShaderParameter4b | Vertex shader parameter node storing a four-dimensional (8-bit integer) vector |
| SoVertexShaderParameter4f | Vertex shader parameter node storing a four-dimensional (float) vector |
| SoVertexShaderParameter4i | Vertex shader parameter node storing a four-dimensional (integer) vector |
| SoVertexShaderParameter4s | Vertex shader parameter node storing a four-dimensional (short integer) vector |
| SoVertexShaderParameter4ub | Vertex shader parameter node storing a four-dimensional (unsigned 8-bit integer) vector |
| SoVertexShaderParameter4ui | Vertex shader parameter node storing a four-dimensional (unsigned integer) vector |
| SoVertexShaderParameter4us | Vertex shader parameter node storing a four-dimensional (unsigned short integer) vector |
| SoVertexShaderParameterBufferObject | Vertex shader parameter node storing a buffer object |
| SoVertexShaderParameterElement | Stores SoVertexShaderParameter nodes encountered during traversal |
| SoVertexShaderParameterMatrix | Vertex shader parameter node storing a matrix |
| SoVertexShape | Abstract base class for all vertex-based shape nodes |
| SoViewingCube | Interactive cubic shape to control the orientation of a camera |
| SoWinExaminerViewer::SoViewingDolly | Viewing Function: Dolly (move forward and backward) to get closer to or further away from the point of interest |
| SoWinExaminerViewer::SoViewingEmpty | Viewing Function: Does nothing |
| SoWinExaminerViewer::SoViewingFunction | Viewing Function: Abstract base class for viewing function classes |
| SoViewingMatrixElement | Stores the current viewing matrix |
| SoWinExaminerViewer::SoViewingReverseDolly | Viewing Function: Reverse Dolly (move backward and forward) to get further to or closer away from the point of interest |
| SoWinExaminerViewer::SoViewingRotationX | Viewing Function: Rotates the object around the X axis |
| SoWinExaminerViewer::SoViewingRotationXViewer | Viewing Function: Rotates the object around the screen X axis |
| SoWinExaminerViewer::SoViewingRotationY | Viewing Function: Rotates the object around the Y axis |
| SoWinExaminerViewer::SoViewingRotationYViewer | Viewing Function: Rotates the object around the screen Y axis |
| SoWinExaminerViewer::SoViewingRotationZ | Viewing Function: Rotates the object around the Z axis |
| SoWinExaminerViewer::SoViewingRotationZViewer | Viewing Function: Rotates the object around the screen Z axis |
| SoWinExaminerViewer::SoViewingSeek | Viewing Function: Seek (to quickly move the camera to a desired object or point) |
| SoWinExaminerViewer::SoViewingSphericalRotation | Viewing Function: Rotates the view around a point of interest using a virtual trackball |
| SoWinExaminerViewer::SoViewingTranslation | Viewing Function: Translates the camera in the viewer plane |
| SoViewport | Viewport parameters node |
| SoViewportClipping | Viewport clipping node |
| SoViewportRegionElement | Stores the current viewport region |
| SoViewVolumeElement | Stores the current view volume |
| SoVolumeBufferedShape | Buffered shape node for volume data |
| SoVolumeClippingGroup | Clipping a volume with a 3D object |
| SoVolumeClippingGroupElement | |
| SoVolumeConverter | Class for converting volume data sets into the LDM format |
| SoVolumeData | Volume data property node |
| SoVolumeDataDrawStyle | Volume draw style |
| SoVolumeDataElement | |
| SoVolumeDetail | Base class for detail information about picking in a data volume |
| SoVolumeFaceSet | Polygonal face shape node for volume data |
| SoVolumeGeometry | LDM valuation interface for volume geometry nodes |
| SoVolumeGroup | Groups multiple volumes to be volume rendered in the same scene |
| SoVolumeGroupElement | |
| SoVolumeHistogram | Volume Data Histogram |
| SoVolumeIndexedFaceSet | Indexed polygonal face shape node for volume data |
| SoVolumeIndexedTriangleStripSet | Indexed triangle strip set shape node for volume data |
| SoVolumeIsosurface | Isosurface property node |
| SoVolumeMask | Volume mask |
| SoVolumeMaskGroup | Volume mask group |
| SoVolumeReader | Abstract base class for volume data set readers |
| SoVolumeReaderAdapter | Image data adapter for an SoVolumeReader |
| SoVolumeRender | Renders data volumes using direct volume rendering |
| SoVolumeRenderDetail | Stores detail information about a picked voxel or pick ray in a data volume |
| SoVolumeRendering | Initializes the VolumeViz module database |
| SoVolumeRenderingPhysicalQuality | Volume rendering physical quality property node |
| SoVolumeRenderingQuality | Volume rendering quality property mode |
| SoVolumeRenderingQualityElement | |
| SoVolumeShader | Shader node for volume rendering |
| SoVolumeShape | Abstract base class for slices, SoVolumeSkin, SoHeightFieldRender, and SoVolumeRender nodes |
| SoVolumeSkin | Draws a data volume skin |
| SoVolumeSkinDetail | Stores detail information about a picked voxel or pick ray in a data volume |
| SoVolumeTransform | Transform data before texture creation |
| SoVolumeTransformElement | Stores the current volume transform(s) |
| SoVolumeTriangleStripSet | Triangle strip set shape node for volume data |
| SoVolumeWriter | Abstract base class for volume data writer |
| SoVRAmFileReader | Am file reader |
| SoVRAvsFileReader | AVS field file reader |
| SoVRDicomData | DICOM data |
| SoVRDicomFileReader | DICOM file reader |
| SoVRGenericFileReader | Generic file reader |
| SoVRImageDataReader | Reads volume from an SoImageDataAdapter |
| SoVRLdmFileBorderReader | LDM file reader with borders |
| SoVRLdmFileReader | LDM file reader |
| SoVRLdmFileWriter | Write data to disk in LDM format |
| SoVRMemoryReader | Reads volume data stored in memory |
| SoVRMemoryWriter | Write data in memory |
| SoVRMrcFileReader | MRC file reader |
| SoVRRasterStackReader | Raster stack reader |
| SoVRSegyFileHeader | SEGY file header |
| SoVRSegyFileReader | SEGY file format reader |
| SoVRSegyTraceHeaderBytePosition | SEGY file trace header field description |
| SoVRSegyTraceIdHeader | SEGY trace identification header |
| SoVRTiffFileReader | TIFF file reader |
| SoVRVolFileReader | VOL file reader |
| SoVRVoxFileReader | VOX file reader |
| SoVRXtFileReader | XT file reader |
| SoWin | Routines for Open Inventor/Windows compatibility |
| SoWinClipboard | Supports copy/paste for Open Inventor using the Windows clipboard |
| SoWinCollisionViewer | Class to manage collisions between the camera and the scene |
| SoWinColorEditor | Component that lets you edit a color interactively |
| SoWinComponent | Abstract base class for all Open Inventor components |
| SoWinConstrainedViewer | Base viewer class which adds camera constraints given a world up direction |
| SoWinDevice | Abstract base class for input devices |
| SoWinDirectionalLightEditor | Component for editing directional lights |
| SoWindowElement | Stores the current window attributes |
| SoWinExaminerViewer | Viewer component which uses a virtual trackball to view the data |
| SoWinFlyViewer | Viewer component for flying through space, with a constant world up |
| SoWinFullViewer | Base viewer class which adds a decoration around the rendering area |
| SoWinGLGraphicConfig | Represents an OpenGL graphics configuration for Microsoft Windows systems |
| SoWinGLWidget | Component for OpenGL rendering |
| SoWinKeyboard | Translates and reports messages for the keyboard device |
| SoWinMaterialEditor | Component which lets you edit a material interactively |
| SoWinMouse | Translates and reports messages for the mouse device |
| SoWinPlaneViewer | Viewer component which moves the camera in a plane |
| SoWinRenderArea | Component for rendering Open Inventor scene graphs |
| SoWinSpaceball | Translates and reports events for a SpaceBall or SpaceMouse (Magellan) device |
| SoWinTouchScreen | Translates and reports windows messages for the touch screen device |
| SoWinViewer | Viewer component lowest base class |
| SoWinWalkViewer | Viewer component which moves the camera in a plane |
| SoWrapperKit | Wrapper nodekit class |
| SoWriteAction | Writes a scene graph to a file |
| SoWWWAnchor | Separator group node with a URL hyperlink |
| SoWWWInline | Node that refers to children through a URL |
| SoXt | Routines for Open Inventor/Xt compatibility |
| SoXtClipboard | Supports copy/paste for Open Inventor using the Xt clipboard |
| SoXtCollisionViewer | Class to manage collisions between the camera and the scene |
| SoXtColorEditor | Component that lets you edit a color interactively |
| SoXtComponent | Abstract base class for all Open Inventor components |
| SoXtConstrainedViewer | Base viewer class which adds camera constraints given a world up direction |
| SoXtDevice | Abstract base class for input devices |
| SoXtDirectionalLightEditor | Component for editing directional lights |
| SoXtExaminerViewer | Viewer component which uses a virtual trackball to view the data |
| SoXtFileSelectionDialog | Cross-platform file selection box |
| SoXtFlyViewer | Viewer component for flying through space, with a constant world up |
| SoXtFullViewer | Base viewer class which adds a decoration around the rendering area |
| SoXtGLGraphicConfig | Represents an OpenGL graphics configuration for UNIX/Linux (Xt-based) systems |
| SoXtGLWidget | Component for OpenGL rendering |
| SoXtInputFocus | Reports input focus change events |
| SoXtKeyboard | Translates and reports events for the keyboard device |
| SoXtMaterialEditor | Component which lets you edit a material interactively |
| SoXtMaterialList | Component which lets you edit a material interactively |
| SoXtMouse | Translates and reports events for the mouse device |
| SoXtPlaneViewer | Viewer component which moves the camera in a plane |
| SoXtPrintDialog | Dialog box for controlling printing |
| SoXtRenderArea | Component for rendering Open Inventor scene graphs |
| SoXtResource | Used to retrieve X resources for SoXt components and widgets |
| SoXtSliderSetBase | Abstract base class for Motif-only slider components |
| SoXtSpaceball | Translates and reports events for a SpaceBall or SpaceMouse (Magellan) device |
| SoXtViewer | Viewer component lowest base class |
| SoXtWalkViewer | Viewer component which moves the camera in a plane |
| SoZeroCrossingsProcessing2d | SoZeroCrossingsProcessing2d engine |
| SoErrorStack::StackFrame | This struture contains the description of a stack frame |
| SoProgressIndicator::StepEventArg | Class given to callback when an onEndStep is raised |
| SoProgressIndicator::SubTaskEventArg | Class given to callback when onBeginSubTask/onEndSubTask are raised |
| SoTextureImageElementBase::SoTexImageData::SubTexture | |
| SbImageDataAccessor::SubVolumeRegion | Region representing a 3D box |
| SoProgressIndicator::TaskEventArg | Class given to callback when onBeginTask/onEndTask are raised |
| SoCADInputReaderParameters::TessellationOption | Parameters used to tessellate the model during import |
| TextBox | [PREVIEW] [Medical] Shape node to display a text box in window coordinates |
| SoDataCompressor::TileInfo | This structure contains the dimension and the type of the tile being processed |
| SoRemoteVizClient::TouchEventArg | Structure given when a touch event is raised |
| MiCellExtractIjk::triplet | A triplet of indices used to define the cells to be extracted |
| RemoteViz::Rendering::Uri | |
| Vec2TextEditAuditor | |
| SbMathVecHelper::VecTraits< T > | |
| SbMathVecHelper::VecTraits< SbVec3d > | |
| SbMathVecHelper::VecTraits< SbVec3f > | |
| ViewerExaminer | Base class to have a MFC viewer with the OpenInventor OpenGL rendering |
| ViewManager | [PREVIEW] [Medical] View manager for use with viewer components |
| VolumeMarchingCubes | [PREVIEW] [Medical] Class for computing an isosurface from a VolumeViz data set |
| VVizNeighborsGeneral | 3D 8 Neighbors storage: values[0] is (0, 0, 0) values[1] is (1, 0, 0) values[2] is (0, 1, 0) values[3] is (1, 1, 0) values[4-7] same but z=1 |
| VVizVoxelInfo | Defines voxel state info used with the VolumeViz Shader Library API |
| WinEventToSoEvent | |
| WinTimer | Class to integrate Windows timer into OpenInventor |