Package libcoin3d-devel-doc

• CoinResources(3) — Static utility functions for managing data resources at the basic buffer level.
• Coin_books(3) — Books Related to Open Inventor / Coin
• Coin_environment_variables(3) — Environment variables
• JSClass(3)
• JSErrorReport(3)
• JSFunctionSpec(3)
• JSIdArray(3)
• JSPropertySpec(3)
• SbBSPTree(3) — The SbBSPTree class provides a binary space partitioning container.
• SbBarrier(3)
• SbBox2d(3) — The SbBox2d class is a 2 dimensional box with double precision corner coordinates.
• SbBox2f(3) — The SbBox2f class is a 2 dimensional box with floating point corner coordinates.
• SbBox2i32(3) — The SbBox2i32 class is a 2 dimensional box with 32-bit integer coordinates.
• SbBox2s(3) — The SbBox2s class is a 2 dimensional box with short integer coordinates.
• SbBox3d(3) — The SbBox3d class is an abstraction for an axis aligned 3 dimensional box.
• SbBox3f(3) — The SbBox3f class is an abstraction for an axis aligned 3 dimensional box.
• SbBox3i32(3)
• SbBox3s(3) — The SbBox3s class is a 3 dimensional box with short integer coordinates.
• SbByteBuffer(3)
• SbClip(3) — The SbClip class is a generic polygon clipper class.
• SbClip.h(3)
• SbColor(3) — The SbColor class contains the red, green and blue components which make up a color value.
• SbColor4f(3) — The SbColor4f class contains the red, green, blue and alpha components which make up a color value.
• SbCondVar(3)
• SbCylinder(3) — The SbCylinder class is a representation of a cylinder.
• SbCylinderPlaneProjector(3) — The SbCylinderPlaneProjector class projects 2D points to a half-cylinder and a plane.
• SbCylinderProjector(3) — The SbCylinderProjector class is the abstract base class for mapping to cylindrical surfaces.
• SbCylinderSectionProjector(3) — The SbCylinderSectionProjector projects 2D points to a sliced cylinder.
• SbCylinderSheetProjector(3) — The SbCylinderSheetProjector class projects 2D points to 3D points on a sheet covering a cylindrical shape.
• SbDPLine(3) — The SbDPLine class represents a line using double precision coordinates.
• SbDPMatrix(3) — The SbDPMatrix class is a 4x4 dimensional representation of a double-precision matrix.
• SbDPPlane(3) — The SbDPPlane class represents a plane in 3D space.
• SbDPRotation(3) — The SbDPRotation class represents a rotation in 3D space using double precision data.
• SbDPViewVolume(3) — The SbDPViewVolume class is a double precision viewing volume in 3D space.
• SbDict(3) — The SbDict class organizes a dictionary of keys and values.
• SbDict.h(3)
• SbFifo(3)
• SbHeap(3) — The SbHeap class is a generic heap class.
• SbHeapFuncs(3) — The SbHeapFuncs struct is used to specify functions on heap elements.
• SbImage(3) — The SbImage class is an abstract datatype for 2D and 3D images.
• SbImage.h(3)
• SbIntList(3) — The SbIntList class is a container for integer list arrays.
• SbLazyPimplPtr(3)
• SbLine(3) — The SbLine class represents a line in 3D space.
• SbLineProjector(3) — The SbLineProjector class projects 2D points to 3D points along a line.
• SbList(3) — The SbList class is a template container class for lists.
• SbMatrix(3) — The SbMatrix class is a 4x4 dimensional representation of a matrix.
• SbMutex(3)
• SbName(3) — The SbName class stores strings by reference.
• SbOctTree(3) — The SbOctTree class defines a generic oct tree for fast geometry searches.
• SbOctTreeFuncs(3)
• SbPList(3) — The SbPList class is a container class for void pointers.
• SbPimplPtr(3)
• SbPlane(3) — The SbPlane class represents a plane in 3D space.
• SbPlaneProjector(3) — The SbPlaneProjector class projects 2D points to 3D points in a plane.
• SbProfilingData(3) — Data structure for gathering scene graph traversal profiling information.
• SbProfilingData.h(3)
• SbProjector(3) — The SbProjector class is the abstract base projector class.
• SbRWMutex(3)
• SbRotation(3) — The SbRotation class represents a rotation in 3D space.
• SbSphere(3) — The SbSphere class is a representation of a sphere.
• SbSpherePlaneProjector(3) — The SbSpherePlaneProjector class projects 2D points to a half-sphere and a plane.
• SbSphereProjector(3) — The SbSphereProjector class is the abstract base class for mapping to spherical surfaces.
• SbSphereSectionProjector(3) — The SbSphereSectionProjector projects 2D points to a sliced sphere.
• SbSphereSheetProjector(3) — The SbSphereSheetProjector class projects 2D points to 3D points on a sheet covering a spherical shape.
• SbStorage(3)
• SbString(3) — The SbString class is a string class with convenience functions for string operations.
• SbStringList(3) — The SbStringList class is a container for arrays of SbString pointers.
• SbTesselator(3) — The SbTesselator class is used to tessellate polygons into triangles.
• SbTesselator.h(3)
• SbThread(3)
• SbThreadAutoLock(3)
• SbThreadMutex(3)
• SbTime(3) — The SbTime class instances represents time values.
• SbTypeInfo(3) — a type information library for Coin types and their relations.
• SbTypedStorage(3)
• SbVec2b(3) — a vector class for containing two byte integers.
• SbVec2d(3) — The SbVec2d class is a 2 dimensional vector with double precision floating point coordinates.
• SbVec2f(3) — The SbVec2f class is a 2 dimensional vector with floating point coordinates.
• SbVec2i32(3) — The SbVec2i32 class is a 2 dimensional vector with 32-bit signed integer coordinates.
• SbVec2s(3) — The SbVec2s class is a 2 dimensional vector with short integer coordinates.
• SbVec2ub(3)
• SbVec2ui32(3)
• SbVec2us(3)
• SbVec3b(3)
• SbVec3d(3) — The SbVec3d class is a 3 dimensional vector with double precision floating point coordinates.
• SbVec3f(3) — The SbVec3f class is a 3 dimensional vector with floating point coordinates.
• SbVec3fList(3) — The SbVec3fList class is a container for arrays of SbVec3f pointers.
• SbVec3i32(3)
• SbVec3s(3) — The SbVec3s class is a 3 dimensional vector with short integer coordinates.
• SbVec3ub(3)
• SbVec3ui32(3)
• SbVec3us(3)
• SbVec4b(3)
• SbVec4d(3) — The SbVec4d class is a 4 dimensional vector with double precision floating point coordinates.
• SbVec4f(3) — The SbVec4f class is a 4 dimensional vector with floating point coordinates.
• SbVec4i32(3)
• SbVec4s(3)
• SbVec4ub(3)
• SbVec4ui32(3)
• SbVec4us(3)
• SbViewVolume(3) — The SbViewVolume class is a viewing volume in 3D space.
• SbViewportRegion(3) — The SbViewportRegion class is a viewport within a full window.
• SbXfBox3d(3) — The SbXfBox3d class is a 3 dimensional box with double precision coordinates and an attached transformation.
• SbXfBox3f(3) — The SbXfBox3f class is a 3 dimensional box with floating point coordinates and an attached transformation.
• ScXML(3) — namespace for static ScXML-related functions.
• ScXMLAbstractStateElt(3) — abstract base class for the SCXML 'state' elements.
• ScXMLAddOpExprDataObj(3)
• ScXMLAnchorElt(3) — implements the <anchor> SCXML element.
• ScXMLAndOpExprDataObj(3) — Implements the logical AND operator.
• ScXMLAppendOpExprDataObj(3)
• ScXMLAssignElt(3) — the <assign> SCXML element.
• ScXMLBoolDataObj(3)
• ScXMLCoinAddOpExprDataObj(3)
• ScXMLCoinDivideOpExprDataObj(3)
• ScXMLCoinEqualsOpExprDataObj(3)
• ScXMLCoinEvaluator(3) — implements the evaluator for the custom profile named 'x-coin'.
• ScXMLCoinLengthFuncExprDataObj(3)
• ScXMLCoinMultiplyOpExprDataObj(3)
• ScXMLCoinSubtractOpExprDataObj(3)
• ScXMLConstantDataObj(3) — base class for immediate data values
• ScXMLContentElt(3) — implements the <content> SCXML element.
• ScXMLDataElt(3) — the \fC<data> SCXML element.
• ScXMLDataModelElt(3) — implements the <datamodel> SCXML element.
• ScXMLDataObj(3) — base class for evaluator data objects in the SCXML data module
• ScXMLDivideOpExprDataObj(3)
• ScXMLDocument(3)
• ScXMLECMAScriptEvaluator(3) — evaluator for the ECMAScript profile.
• ScXMLElseElt(3) — implements the <else> SCXML element.
• ScXMLElseIfElt(3) — implements the <elseif> SCXML element.
• ScXMLElt(3) — base class for all SCXML elements.
• ScXMLEltReader(3) — base class for element reader objects
• ScXMLEqualsOpExprDataObj(3)
• ScXMLEvaluator(3) — defines an interface for profile-dependent evaluators.
• ScXMLEvent(3) — Base class for events sent to SCXML state machines.
• ScXMLEventElt(3) — implements the <event> SCXML element.
• ScXMLEventTarget(3) — base class for event targets for inter-system event communication
• ScXMLExecutableElt(3) — base class for all SCXML elements with executable content.
• ScXMLExprDataObj(3)
• ScXMLFinalElt(3) — implements the <final> SCXML element.
• ScXMLFinalizeElt(3) — implements the <finalize> SCXML element.
• ScXMLHistoryElt(3) — implements the <history> SCXML element.
• ScXMLIfElt(3) — implements the <if> SCXML element.
• ScXMLInExprDataObj(3)
• ScXMLInitialElt(3) — implements the <initial> SCXML element.
• ScXMLInvokeElt(3) — implements the <invoke> SCXML element.
• ScXMLLogElt(3) — implements the <log> SCXML element.
• ScXMLMinimumEvaluator(3) — implements the evaluator for the minimum profile.
• ScXMLMinimumExprDataObj(3) — implements the data objects for the evaluator for the minimum profile.
• ScXMLMultiplyOpExprDataObj(3)
• ScXMLNegateOpExprDataObj(3)
• ScXMLNotOpExprDataObj(3)
• ScXMLObject(3) — Base class for all SCXML objects.
• ScXMLOnEntryElt(3) — implements the <onentry> SCXML element.
• ScXMLOnExitElt(3) — implements the <onexit> SCXML element.
• ScXMLOrOpExprDataObj(3)
• ScXMLParallelElt(3) — implements the <parallel> SCXML element.
• ScXMLParamElt(3) — implements the <param> SCXML element.
• ScXMLRealDataObj(3)
• ScXMLReferenceDataObj(3) — A data object representing a reference to another object in the data model.
• ScXMLSbDataObj(3)
• ScXMLScriptElt(3) — implements the <script> SCXML element.
• ScXMLScxmlElt(3) — implements the <scxml> SCXML element.
• ScXMLSendElt(3) — the \fC< send> SCXML element.
• ScXMLStateElt(3) — implements the <state> SCXML element.
• ScXMLStateMachine(3) — Manager for processing events and setting states in SCXML structures.
• ScXMLStateMachine.h(3)
• ScXMLStringDataObj(3)
• ScXMLSubtractOpExprDataObj(3)
• ScXMLTransitionElt(3) — the \fC<transition> SCXML element.
• ScXMLValidateElt(3) — implements the <validate> SCXML element.
• ScXMLXMLDataObj(3)
• ScXMLXPathEvaluator(3) — implements the XPath evaluator.
• SoAccumulatedElement(3) — The SoAccumulatedElement class is an abstract class for storing accumulated state.
• SoAction(3) — The SoAction class is the base class for all traversal actions.
• SoActionMethodList(3) — The SoActionMethodList class contains function pointers for action methods.
• SoActionMethodList.h(3)
• SoAlarmSensor(3) — The SoAlarmSensor class is a sensor which will trigger once at a specified time.
• SoAlphaTest(3) — The SoAlphaTest class is a node used to control the GL alpha test function.
• SoAmbientColorElement(3) — The SoAmbientColorElement class is yet to be documented.
• SoAnnoText3CharOrientElement(3) — The SoAnnoText3CharOrientElement class is yet to be documented.
• SoAnnoText3FontSizeHintElement(3) — The SoAnnoText3FontSizeHintElement class is yet to be documented.
• SoAnnoText3RenderPrintElement(3) — The SoAnnoText3RenderPrintElement class is yet to be documented.
• SoAnnotation(3) — The SoAnnotation node draws all its child geometry on top of other geometry.
• SoAntiSquish(3) — The SoAntiSquish class is used to reset to uniform scaling.
• SoAnyVertexAttribute(3)
• SoAppearanceKit(3) — The SoAppearanceKit class is a node kit catalog that collects miscellaneous appearance node types.
• SoArray(3) — The SoArray class is a group node for setting up regular arrays of subgraphs.
• SoAsciiText(3) — The SoAsciiText class renders flat 3D text.
• SoAudioDevice(3) — The SoAudioDevice class is used to control an audio device.
• SoAudioRenderAction(3) — The SoAudioRenderAction class renders the aural parts of the scene graph.
• SoAuditorList(3) — The SoAuditorList class is used to keep track of auditors for certain object classes.
• SoBBoxModelMatrixElement(3) — The SoBBoxModelMatrixElement class keeps track of the current model matrix during a scene graph traversal. It is used by amongst others the SoGetBoundingBoxAction class.
• SoBase(3) — The SoBase class is the top-level superclass for a number of class-hierarchies.
• SoBaseColor(3) — The SoBaseColor class provides a node type for convenient setting of the base material color.
• SoBaseKit(3) — The SoBaseKit class is the toplevel superclass for nodekits.
• SoBaseList(3) — The SoBaseList class is a container for pointers to SoBase derived objects.
• SoBlinker(3) — The SoBlinker class is a cycling switch node.
• SoBoolOperation(3) — The SoBoolOperation engine evaluates expressions of boolean logic.
• SoBoundingBoxCache(3) — The SoBoundingBoxCache class is used to cache bounding boxes.
• SoBoxHighlightRenderAction(3) — The SoBoxHighlightRenderAction class renders the scene with highlighted boxes around selections.
• SoBumpMap(3) — The SoBumpMap class is used to map a bump map onto subsequent shapes.
• SoBumpMapCoordinate(3) — The SoBumpMapCoordinate class is a node for providing bump map coordinates to shape nodes.
• SoBumpMapCoordinateElement(3) — The SoBumpMapCoordinateElement class is yet to be documented.
• SoBumpMapElement(3) — The SoBumpMapElement class is yet to be documented.
• SoBumpMapMatrixElement(3) — The SoBumpMapMatrixElement class is used to manage the bump map matrix stack.
• SoBumpMapTransform(3) — The SoBumpMapTransform class is used to define 2D bump map transformations.
• SoBundle(3) — The SoBundle class is the superclass for all bundle classes.
• SoButtonEvent(3) — The SoButtonEvent class is the base class for all button events.
• SoByteStream(3)
• SoCache(3) — The SoCache class is the superclass for all internal cache classes.
• SoCacheElement(3) — The SoCacheElement class stores and manages the open caches.
• SoCacheHint(3) — The SoCacheHint class is a node containing hints about how to cache geometry.
• SoCacheHintElement(3)
• SoCalculator(3) — General purpose calculator for floats and 3D float vectors.
• SoCallback(3) — The SoCallback class is a node type which provides a means of setting callback hooks in the scene graph.
• SoCallback.h(3)
• SoCallbackAction(3) — The SoCallbackAction class invokes callbacks at specific nodes.
• SoCallbackAction.h(3)
• SoCallbackList(3) — The SoCallbackList is a container for callback function pointers.
• SoCamera(3) — The SoCamera class is the abstract base class for camera definition nodes.
• SoCameraKit(3) — The SoCameraKit class is a node kit with a transform and a camera.
• SoCenterballDragger(3) — The SoCenterballDragger class is a dragger you can rotate and translate.
• SoCenterballManip(3) — The SoCenterballManip wraps an SoCenterballDragger for convenience.
• SoChildList(3) — The SoChildList class is a container for node children.
• SoClipPlane(3) — The SoClipPlane class is a node type for specifying clipping planes.
• SoClipPlaneElement(3) — The SoClipPlaneElement class is used to manage the clip plane stack.
• SoClipPlaneManip(3) — The SoClipPlaneManip class is used to manipulate clip planes.
• SoColorIndex(3) — The SoColorIndex class is used to specify color indices for subsequent shapes.
• SoColorPacker(3)
• SoComplexity(3) — The SoComplexity class is a node type which is used to set the tradeoff between quality and performance.
• SoComplexityElement(3) — The SoComplexityElement class contains the current shape complexity for a graph traverser.
• SoComplexityTypeElement(3) — The SoComplexityTypeElement class is yet to be documented.
• SoComposeMatrix(3) — The SoComposeMatrix class is used to compose a matrix from miscellaneous transformations.
• SoComposeRotation(3) — The SoComposeRotation class is used to compose rotations from angle and axis.
• SoComposeRotationFromTo(3) — The SoComposeRotationFromTo class is used to compose rotations based on from and to vectors.
• SoComposeVec2f(3) — The SoComposeVec2f class is used to compose 2D vectors from two floats.
• SoComposeVec3f(3) — The SoComposeVec3f class is used to compose 3D vectors from floats.
• SoComposeVec4f(3) — The SoComposeVec4f class is used to compose 4D vectors from four floats.
• SoComputeBoundingBox(3) — The SoComputeBoundingBox class is used to calculate a bounding box.
• SoConcatenate(3) — The SoConcatenate class is used to concatenate several inputs into one output.
• SoCone(3) — The SoCone class is for rendering cone shapes.
• SoConeDetail(3) — The SoConeDetail class contains information about the parts of a SoCone shape.
• SoContextHandler(3) — The SoContextHandler class is for now to be treated as an internal class.
• SoContextHandler.h(3)
• SoConvexDataCache(3) — The SoConvexDataCache class is used to cache convexified polygons.
• SoCoordinate3(3) — The SoCoordinate3 class is a node for providing coordinates to shape nodes.
• SoCoordinate4(3) — The SoCoordinate4 class is a node for providing coordinates to shape nodes.
• SoCoordinateElement(3) — The SoCoordinateElement class is yet to be documented.
• SoCounter(3) — The SoCounter class is an integer counter engine.
• SoCreaseAngleElement(3) — The SoCreaseAngleElement class stores the crease angle during a scene graph traversal.
• SoCube(3) — The SoCube class is for rendering cubes.
• SoCubeDetail(3) — The SoCubeDetail class contains information about the parts of a SoCube shape.
• SoCullElement(3) — The SoCullElement class is used internally for render and pick culling.
• SoCylinder(3) — The SoCylinder class is for rendering cylinder shapes.
• SoCylinderDetail(3) — The SoCylinderDetail class contains information about the parts of a SoCylinder shape.
• SoDB(3) — The SoDB class keeps track of internal global data.
• SoDB.h(3)
• SoDataSensor(3) — The SoDataSensor class is the abstract base class for sensors monitoring changes in a scene graph.
• SoDebug(3)
• SoDebugError(3) — The SoDebugError class is the internal debugging message passing mechanism.
• SoDecimationPercentageElement(3) — The SoDecimationPercentageElement class is yet to be documented.
• SoDecimationTypeElement(3) — The SoDecimationTypeElement class is yet to be documented.
• SoDecomposeMatrix(3) — The SoDecomposeMatrix class is used to decompose a matrix into simple transformations.
• SoDecomposeRotation(3) — The SoDecomposeRotation class is used to decompose a rotation into angle and axis.
• SoDecomposeVec2f(3) — The SoDecomposeVec2f class is used to decompose 2D vectors into two floats.
• SoDecomposeVec3f(3) — The SoDecomposeVec3f class is used to decompose 3D vectors into three floats.
• SoDecomposeVec4f(3) — The SoDecomposeVec4f class is used to decompose 4D vectors into four floats.
• SoDelayQueueSensor(3) — The SoDelayQueueSensor class is the abstract base class for priority scheduled sensors.
• SoDepthBuffer(3) — The SoDepthBuffer class is a node used to control the GL depth buffer.
• SoDepthBufferElement(3) — The SoDepthBufferElement controls the depth buffer settings.
• SoDetail(3) — The SoDetail class is the superclass for all classes storing detailed information about particular shapes.
• SoDetailList(3) — The SoDetailList class is a container for pointers to SoDetail objects.
• SoDiffuseColorElement(3) — The SoDiffuseColorElement class is yet to be documented.
• SoDirectionalLight(3) — The SoDirectionalLight class is a node type for specifying directional light sources.
• SoDirectionalLightDragger(3) — The SoDirectionalLightDragger class provides interactive geometry for manipulating a directional light source.
• SoDirectionalLightManip(3) — The SoDirectionalLightManip class is used to manipulate SoDirectionalLight nodes.
• SoDragPointDragger(3) — The SoDragPointDragger class provides mechanisms for moving a point in 3D.
• SoDragger(3) — The SoDragger class is the base class for all draggers.
• SoDragger.h(3)
• SoDrawStyle(3) — The SoDrawStyle class specificies common rendering properties for shapes.
• SoDrawStyleElement(3) — The SoDrawStyleElement class is yet to be documented.
• SoElapsedTime(3) — The SoElapsedTime class is a controllable time source engine.
• SoElement(3) — SoElement is the abstract base class for all elements.
• SoEmissiveColorElement(3) — The SoEmissiveColorElement class is yet to be documented.
• SoEnabledElementsList(3) — The SoEnabledElementsList class is a container for type info for element types that are enabled in actions.
• SoEngine(3) — SoEngine is the base class for Coin engines.
• SoEngineList(3) — The SoEngineList class is a container for SoEngine objects.
• SoEngineOutput(3) — The SoEngineOutput class is the output slots in SoEngine instances.
• SoEngineOutputData(3) — The SoEngineOutputData class is a container for a prototype set of outputs.
• SoEngineOutputList(3) — The SoEngineOutputList class is a container for SoEngineOutput objects.
• SoEnvironment(3) — The SoEnvironment class is a node for specifying global rendering parameters.
• SoEnvironmentElement(3) — The SoEnvironmentElement class is yet to be documented.
• SoError(3) — The SoError class is the base class for all the error handling classes.
• SoEvent(3) — The SoEvent class is the base class for all Coin events.
• SoEventCallback(3) — The SoEventCallback class provides functionality for catching events.
• SoEventCallback.h(3)
• SoEventManager(3) — The SoEventManager class provides event handling for a Coin3D viewer.
• SoExtSelection(3) — The SoExtSelection class can be used for extended selection functionality.
• SoExtSelection.h(3)
• SoFaceDetail(3) — The SoFaceDetail class is for storing detailed polygon information.
• SoFaceSet(3) — The SoFaceSet class is used to render and organize non-indexed polygonal face data.
• SoField(3) — The SoField class is the top-level abstract base class for fields.
• SoFieldContainer(3) — The SoFieldContainer class is a base class for all classes that contain fields.
• SoFieldConverter(3) — The SoFieldConverter class is the abstract base class for field converters.
• SoFieldData(3) — The SoFieldData class is a container for a prototype set of fields.
• SoFieldList(3) — The SoFieldList class is a container for pointers to SoField objects.
• SoFieldSensor(3) — The SoFieldSensor class detects changes to a field.
• SoFile(3) — The SoFile class is node container for another model file.
• SoFloatElement(3) — SoFloatElement is an abstract base class for elements that consists of a single float value.
• SoFocalDistanceElement(3) — The SoFocalDistanceElement class is yet to be documented.
• SoFont(3) — The SoFont class is an appearance node for setting fonts.
• SoFontNameElement(3) — The SoFontNameElement class is yet to be documented.
• SoFontSizeElement(3) — The SoFontSizeElement class is yet to be documented.
• SoFontStyle(3) — The SoFontStyle class changes the appearance of fonts for text rendering nodes.
• SoForeignFileKit(3) — Abstract base class for foreign file format support in Coin.
• SoForeignFileKit.h(3)
• SoFragmentShader(3) — The SoFragmentShader class is used for setting up fragment shader programs.
• SoFrustumCamera(3) — The SoFrustumCamera class defines a camera with a generic frustum..
• SoFullPath(3) — The SoFullPath class allows examination of hidden children in paths.
• SoGLBigImage(3) — The SoGLBigImage class is used to handle 2D OpenGL textures of any size.
• SoGLCacheContextElement(3) — The SoGLCacheContextElement class handles the OpenGL cache for a context.
• SoGLCacheContextElement.h(3)
• SoGLCacheList(3) — The SoGLCacheList class is used to store and manage OpenGL caches.
• SoGLClipPlaneElement(3) — The SoGLClipPlaneElement class is yet to be documented.
• SoGLColorIndexElement(3) — The SoGLColorIndexElement class sets the current OpenGL color.
• SoGLCoordinateElement(3) — The SoGLCoordinateElement class is yet to be documented.
• SoGLCubeMapImage(3) — The SoGLCubeMapImage class is used to handle cube map textures.
• SoGLDepthBufferElement(3) — The SoGLDepthBufferElement controls the OpenGL depth buffer.
• SoGLDisplayList(3) — The SoGLDisplayList class stores and manages OpenGL display lists.
• SoGLDrawStyleElement(3) — The SoGLDrawStyleElement updates the current draw style in OpenGL.
• SoGLDriverDatabase(3) — The SoGLDriverDatabase class is used for looking up broken/slow features in OpenGL drivers.
• SoGLEnvironmentElement(3) — The SoGLEnvironmentElement class is for setting GL fog etc.
• SoGLImage(3) — The SoGLImage class is used to handle OpenGL 2D/3D textures.
• SoGLImage.h(3)
• SoGLLazyElement(3) — The SoGLLazyElement class is meant to optimize GL rendering.
• SoGLLazyElement_GLState(3)
• SoGLLightIdElement(3) — The SoGLLightIdElement class is yet to be documented.
• SoGLLinePatternElement(3) — The SoGLLinePatternElement class changes the line stipple pattern of the OpenGL render state.
• SoGLLineWidthElement(3) — The SoGLLineWidthElement class changes the linewidth setting of the OpenGL render state.
• SoGLModelMatrixElement(3) — The SoGLModelMatrixElement class is yet to be documented.
• SoGLMultiTextureCoordinateElement(3) — The SoGLMultiTextureCoordinateElement class stores the current gltexture coordinates for several units.
• SoGLMultiTextureCoordinateElement.h(3)
• SoGLMultiTextureCoordinateElement_GLUnitData(3)
• SoGLMultiTextureEnabledElement(3)
• SoGLMultiTextureImageElement(3) — The SoGLMultiTextureImageElement is used to control the current GL texture for texture units.
• SoGLMultiTextureImageElement_GLUnitData(3)
• SoGLMultiTextureMatrixElement(3) — The SoGLMultiTextureMatrixElement class is used to update the OpenGL texture matrix.
• SoGLNormalElement(3) — The SoGLNormalElement class is yet to be documented.
• SoGLPointSizeElement(3) — The SoGLPointSizeElement class changes the pointsize setting of the OpenGL render state.
• SoGLPolygonOffsetElement(3) — The SoGLPolygonOffsetElement class is yet to be documented.
• SoGLProjectionMatrixElement(3) — The SoGLProjectionMatrixElement class is yet to be documented.
• SoGLRenderAction(3) — The SoGLRenderAction class renders the scene graph with OpenGL calls.
• SoGLRenderAction.h(3)
• SoGLRenderCache(3) — The SoGLRenderCache class is used to cache OpenGL calls.
• SoGLRenderPassElement(3) — The SoGLRenderPassElement class is yet to be documented.
• SoGLShaderProgramElement(3)
• SoGLShadowCullingElement(3) — The SoGLShadowCullingElement class is yet to be documented.
• SoGLShapeHintsElement(3) — The SoGLShapeHintsElement class is yet to be documented.
• SoGLUpdateAreaElement(3) — The SoGLUpdateAreaElement class is yet to be documented.
• SoGLVBOElement(3) — The SoGLVBOElement class is used to store VBO state.
• SoGLVertexAttributeElement(3)
• SoGLViewingMatrixElement(3) — The SoGLViewingMatrixElement class is used to store the current viewing matrix.
• SoGLViewportRegionElement(3) — The SoGLViewportRegionElement class is yet to be documented.
• SoGate(3) — The SoGate class is used to selectively copy values from input to output.
• SoGeo(3) — The SoGeo class is used to initialize the geo nodes in Coin, and has some utility geo coordinate functions.
• SoGeoCoordinate(3) — The SoGeoCoordinate class is used to specify a list of geographical coordinates.
• SoGeoElement(3) — The SoGeoElement class is yet to be documented.
• SoGeoLocation(3) — The SoGeoLocation class is used to georeference the following nodes.
• SoGeoOrigin(3) — The SoGeoOrigin class is used to specify an absolute geographic location against which geometry is referenced.
• SoGeoSeparator(3) — The SoGeoSeparator class is used to georeference a scene graph.
• SoGeometryShader(3) — The SoGeometryShader class is used for loading geometry shader programs.
• SoGetBoundingBoxAction(3) — The SoGetBoundingBoxAction class calculates bounding boxes for nodes and subgraphs.
• SoGetMatrixAction(3) — The SoGetMatrixAction class is an action for accumulating the transformation matrix of a subgraph.
• SoGetPrimitiveCountAction(3) — The SoGetPrimitiveCountAction class counts the primitives in a scene.
• SoGlobalSimplifyAction(3)
• SoGlyph(3) — The SoGlyph class is used to generate and reuse font glyph bitmaps and outlines.
• SoGroup(3) — The SoGroup class is a node which managed other node instances.
• SoHandleBoxDragger(3) — The SoHandleBoxDragger class provides support for interactive scaling and translation.
• SoHandleBoxManip(3) — The SoHandleBoxManip class wraps an SoHandleBoxDragger for manipulating a transformation.
• SoHandleEventAction(3) — The SoHandleEventAction class distributes user events to the scene.
• SoHardCopy(3) — The SoHardCopy class is a static class for initializing the hardcopy support.
• SoHeightMapToNormalMap(3) — Engine for computing a normal map from a height map.
• SoIdleSensor(3) — The SoIdleSensor class is a sensor which will trigger as soon as the application is idle.
• SoImage(3) — The SoImage class draws a 2D image on the viewport.
• SoIndexedFaceSet(3) — The SoIndexedFaceSet class is used to handle generic indexed facesets.
• SoIndexedLineSet(3) — The SoIndexedLineSet class is used to render and otherwise represent indexed lines.
• SoIndexedMarkerSet(3) — The SoIndexedMarkerSet class is used to display a set of bitmap markers at 3D positions.
• SoIndexedNurbsCurve(3) — The SoIndexedNurbsCurve class is a node for representing smooth curves.
• SoIndexedNurbsSurface(3) — The SoIndexedNurbsSurface class can be used to render NURBS surfaces.
• SoIndexedPointSet(3) — The SoIndexedPointSet class is used to display a set of 3D points.
• SoIndexedShape(3) — The SoIndexedShape class is the superclass for all indexed vertex shapes.
• SoIndexedTriangleStripSet(3) — The SoIndexedTriangleStripSet class keeps data for rendering and otherwise representing triangle strips.
• SoInfo(3) — The SoInfo class is a node for holding text information.
• SoInput(3) — The SoInput class is an abstraction of file import functionality.
• SoInt32Element(3) — The SoInt32Element class is the base class for elements that simply store a 32-bit integer.
• SoInteraction(3) — The SoInteraction class takes care of initalizing internal classes.
• SoInteractionKit(3) — The SoInteractionKit class is a base class for draggers.
• SoInterpolate(3) — The SoInterpolate class is the base class for all interpolator engines.
• SoInterpolateFloat(3) — The SoInterpolateFloat class is used to interpolate two floating point values.
• SoInterpolateRotation(3) — The SoInterpolateRotation class is used to interpolate between two rotations.
• SoInterpolateVec2f(3) — The SoInterpolateVec2f class is used to interpolate between pairs of 2D vectors.
• SoInterpolateVec3f(3) — The SoInterpolateVec3f class is used to interpolate between pairs of 3D vectors.
• SoInterpolateVec4f(3) — The SoInterpolateVec4f class is used to interpolate between pairs of 4D vectors.
• SoIntersectingPrimitive(3) — Struct with collision information.
• SoIntersectionDetectionAction(3) — The SoIntersectionDetectionAction class is for detecting intersecting primitives in a scene.
• SoIntersectionDetectionAction.h(3)
• SoJackDragger(3) — The SoJackDragger class is a dragger you can translate, rotate and scale.
• SoJackManip(3) — The SoJackManip wraps an SoJackDragger for convenience.
• SoJavaScriptEngine(3)
• SoKeyboardEvent(3) — The SoKeyboardEvent class contains information about keyboard interaction.
• SoLOD(3) — The SoLOD class is used to choose a child based distance between viewer and object.
• SoLabel(3) — The SoLabel class is a node for holding label information in a scene graph.
• SoLazyElement(3) — The SoLazyElement class is used to handle material and shape properties.
• SoLazyElement_CoinState(3)
• SoLevelOfDetail(3) — The SoLevelOfDetail class is used to choose a child based on projected size.
• SoLight(3) — The SoLight class is the base class for light emitting nodes.
• SoLightAttenuationElement(3) — The SoLightAttenuationElement class is yet to be documented.
• SoLightElement(3) — The SoLightElement class manages the currently active light sources.
• SoLightKit(3) — The SoLightKit class provides a kit with a transform, a light and a shape or subgraph.
• SoLightModel(3) — The SoLightModel class is a node for specifying the model for geometry lighting.
• SoLightModelElement(3) — The SoLightModelElement class is yet to be documented.
• SoLightPath(3) — The SoLightPath class is a light version of SoPath.
• SoLineDetail(3) — The SoLineDetail class is for storing detailed 3D line information.
• SoLineHighlightRenderAction(3) — The SoLineHighlightRenderAction class renders selections with line highlighting.
• SoLinePatternElement(3) — The SoLinePatternElement class defines the line stipple pattern.
• SoLineSet(3) — The SoLineSet class is used to render and organize non-indexed polylines.
• SoLineWidthElement(3) — The SoLineWidthElement class changes the linewidth setting of the render state.
• SoLinearProfile(3) — The SoLinearProfile class is a node for specifying linear profile curves.
• SoListener(3) — The SoListener class defines listener attributes used when rendering sound.
• SoListenerDopplerElement(3) — The SoListenerDopplerElement holds the doppler velocity and factor of the current listener.
• SoListenerGainElement(3) — The SoListenerGainElement class stores the SoListener gain during a scene graph traversal.
• SoListenerOrientationElement(3) — The SoListenerOrientationElement holds the orientation of the current listener.
• SoListenerPositionElement(3) — The SoListenerPositionElement holds the position of the current listener.
• SoLocalBBoxMatrixElement(3) — The SoLocalBBoxMatrixElement class is yet to be documented.
• SoLocateHighlight(3) — The SoLocateHighlight class highlights geometry under the cursor.
• SoLocation2Event(3) — The SoLocation2Event class contains information about 2D movement events.
• SoLockManager(3) — The SoLockManager is a defunct software license lock mechanism.
• SoMFBitMask(3) — The SoMFBitMask class is a container for a set of bitmasks.
• SoMFBool(3) — The SoMFBool class is a container for SbBool values.
• SoMFColor(3) — The SoMFColor class is a container for SbColor values.
• SoMFColorRGBA(3) — The SoMFColorRGBA class is a container for SbColor4f values.
• SoMFDouble(3) — The SoMFDouble class is a container for double float precision point values.
• SoMFEngine(3) — The SoMFEngine class is a container for engines.
• SoMFEnum(3) — The SoMFEnum class is a container for a set of enumerated values.
• SoMFFloat(3) — The SoMFFloat class is a container for floating point values.
• SoMFInt32(3) — The SoMFInt32 class is a container for 32-bit integer values.
• SoMFMatrix(3) — The SoMFMatrix class is a container for SbMatrix values.
• SoMFName(3) — The SoMFName class is a container for SbName values.
• SoMFNode(3) — The SoMFNode class is a container for nodes.
• SoMFPath(3) — The SoMFPath class is a container for paths.
• SoMFPlane(3) — The SoMFPlane class is a container for SbPlane values.
• SoMFRotation(3) — The SoMFRotation class is a container for SbRotation values.
• SoMFShort(3) — The SoMFShort class is a container for short integer values.
• SoMFString(3) — The SoMFString class is a container for SbString values.
• SoMFTime(3) — The SoMFTime class is a container for SbTime values.
• SoMFUInt32(3) — The SoMFUInt32 class is a container for 32-bit unsigned integer values.
• SoMFUShort(3) — The SoMFUShort class is a container for unsigned short integer values.
• SoMFVec2b(3) — The SoMFVec2b class is a container for SbVec2b vectors.
• SoMFVec2d(3) — The SoMFVec2d class is a container for SbVec2d vectors.
• SoMFVec2f(3) — The SoMFVec2f class is a container for SbVec2f vectors.
• SoMFVec2i32(3) — The SoMFVec2i32 class is a container for SbVec2i32 vectors.
• SoMFVec2s(3) — The SoMFVec2s class is a container for SbVec2s vectors.
• SoMFVec3b(3) — The SoMFVec3b class is a container for SbVec3b vectors.
• SoMFVec3d(3) — The SoMFVec3d class is a container for SbVec3d vectors.
• SoMFVec3f(3) — The SoMFVec3f class is a container for SbVec3f vectors.
• SoMFVec3i32(3) — The SoMFVec3i32 class is a container for SbVec3i32 vectors.
• SoMFVec3s(3) — The SoMFVec3s class is a container for SbVec3s vectors.
• SoMFVec4b(3) — The SoMFVec4b class is a container for SbVec4b vectors.
• SoMFVec4d(3) — The SoMFVec4d class is a container for SbVec4d vectors.
• SoMFVec4f(3) — The SoMFVec4f class is a container for SbVec4f vectors.
• SoMFVec4i32(3) — The SoMFVec4i32 class is a container for SbVec4i32 vectors.
• SoMFVec4s(3) — The SoMFVec4s class is a container for SbVec4s vectors.
• SoMFVec4ub(3) — The SoMFVec4ub class is a container for SbVec4ub vectors.
• SoMFVec4ui32(3) — The SoMFVec4ui32 class is a container for SbVec4ui32 vectors.
• SoMFVec4us(3) — The SoMFVec4us class is a container for SbVec4us vectors.
• SoMField(3) — The SoMField class is the base class for fields which can contain multiple values.
• SoMarkerSet(3) — The SoMarkerSet class displays a set of 2D bitmap markers in 3D.
• SoMaterial(3) — The SoMaterial class is a node type for setting up material values for scene geometry.
• SoMaterialBinding(3) — The SoMaterialBinding class is a node for setting up how materials are mapped to shapes.
• SoMaterialBindingElement(3) — The SoMaterialBindingElement class is yet to be documented.
• SoMaterialBundle(3) — The SoMaterialBundle class simplifies material handling.
• SoMatrixTransform(3) — The SoMatrixTransform class is a transformation node.
• SoMemoryError(3) — The SoMemoryError class is used to inform of problems with memory allocation.
• SoModelMatrixElement(3) — The SoModelMatrixElement class is used to manage the current transformation.
• SoMotion3Event(3) — The SoMotion3Event class contains information about 3D movement events.
• SoMouseButtonEvent(3) — The SoMouseButtonEvent class contains information about mousebutton interaction.
• SoMultiTextureCoordinateElement(3) — The SoMultiTextureCoordinateElement class is yet to be documented.
• SoMultiTextureCoordinateElement.h(3)
• SoMultiTextureCoordinateElement_UnitData(3)
• SoMultiTextureEnabledElement(3) — The SoMultiTextureEnabledElement class is an element which stores whether texturing is enabled or not.
• SoMultiTextureImageElement(3) — The SoMultiTextureImageElement class is yet to be documented.
• SoMultiTextureImageElement_UnitData(3)
• SoMultiTextureMatrixElement(3) — The SoMultiTextureMatrixElement class is used to manage the texture matrix stack for texture units > 0.
• SoMultiTextureMatrixElement_UnitData(3)
• SoMultipleCopy(3) — The SoMultipleCopy class redraws it's children multiple times at different transformations.
• SoNode(3) — The SoNode class is the base class for nodes used in scene graphs.
• SoNodeEngine(3) — SoNodeEngine is the base class for Coin node engines.
• SoNodeKit(3) — The SoNodeKit class is used to initialize the nodekit classes.
• SoNodeKitDetail(3) — The SoNodeKitDetail class is yet to be documented.
• SoNodeKitListPart(3) — The SoNodeKitListPart class is a container node.
• SoNodeKitPath(3) — The SoNodeKitPath class is a path that contains only nodekit nodes.
• SoNodeList(3) — The SoNodeList class is a container for pointers to SoNode objects.
• SoNodeSensor(3) — The SoNodeSensor class detects changes to nodes.
• SoNodeVisualize(3)
• SoNodekitCatalog(3) — The SoNodekitCatalog class is a container for nodekit layouts.
• SoNonIndexedShape(3) — The SoNonIndexedShape class is the superclass for all non-indexed vertex based shapes.
• SoNormal(3) — The SoNormal class is a node for providing normals to the state.
• SoNormalBinding(3) — The SoNormalBinding class is a node for specifying normal vector bindings.
• SoNormalBindingElement(3) — The SoNormalBindingElement is yet to be documented.
• SoNormalBundle(3) — The SoNormalBundle class simplifies normal handling.
• SoNormalCache(3) — The SoNormalCache class is used to hold cached normals.
• SoNormalElement(3) — The SoNormalElement class is yet to be documented.
• SoNormalGenerator(3) — The SoNormalGenerator class is used to generate normals.
• SoNotList(3) — The SoNotList class is a list of SoNotRec notification records.
• SoNotRec(3) — The SoNotRec class specifies records for notification lists.
• SoNurbsCurve(3) — The SoNurbsCurve class is a node for representing smooth curves.
• SoNurbsP(3)
• SoNurbsProfile(3) — The SoNurbsProfile class is a node for specifying smooth profile curves.
• SoNurbsSurface(3) — The SoNurbsSurface class is used to render smooth surfaces.
• SoOffscreenRenderer(3) — The SoOffscreenRenderer class is used for rendering scenes in offscreen buffers.
• SoOnOff(3) — The SoOnOff engine is a simple on/off switch.
• SoOneShot(3) — The SoOneShot class is a timer that runs for a configurable time and then stops.
• SoOneShotSensor(3) — The SoOneShotSensor class is a sensor which will trigger once.
• SoOrthographicCamera(3) — The SoOrthographicCamera class defines a camera node with orthographic rendering.
• SoOutput(3) — The SoOutput class is an abstraction of an output stream.
• SoOutput.h(3)
• SoOverrideElement(3) — The SoOverrideElement maintains a list of overridable elements and a list over which elements should be overridden.
• SoPSVectorOutput(3) — The SoPSVectorOutput class is used for writing Postscript.
• SoPackedColor(3) — The SoPackedColor class is a node for setting diffuse and transparency material values.
• SoPath(3) — The SoPath class is a container class for traversal path descriptions.
• SoPathList(3) — The SoPathList class is a container for pointers to SoPath objects.
• SoPathSensor(3) — The SoPathSensor class detects changes to paths.
• SoPathSwitch(3) — The SoPathSwitch class traverses only when current path matches a configurable path.
• SoPendulum(3) — The SoPendulum class is used to create oscillating rotations.
• SoPerspectiveCamera(3) — The SoPerspectiveCamera class defines a camera node with perspective rendering.
• SoPickAction(3) — The SoPickAction class is the base class for picking actions.
• SoPickRayElement(3) — The SoPickRayElement class is yet to be documented.
• SoPickStyle(3) — The SoPickStyle class is a node for setting up how to do picking.
• SoPickStyleElement(3) — The SoPickStyleElement is yet to be documented.
• SoPickedPoint(3) — The SoPickedPoint class is used for specifying picked points.
• SoPickedPointList(3) — The SoPickedPointList class is a container for pointers to SoPickedPoint objects.
• SoPointDetail(3) — The SoPointDetail class is for storing detailed information for a single 3D point.
• SoPointLight(3) — The SoPointLight class is a node type for light sources.
• SoPointLightDragger(3) — The SoPointLightDragger class provides interactive geometry for manipulating a point light source.
• SoPointLightManip(3) — The SoPointLightManip class is used to manipulate point light nodes.
• SoPointSet(3) — The SoPointSet class is used to display a set of 3D points.
• SoPointSizeElement(3) — The SoPointSizeElement changes the pointsize setting of the render state.
• SoPolygonOffset(3) — The SoPolygonOffset class is a node type for 'layering' rendering primitives.
• SoPolygonOffsetElement(3) — The SoPolygonOffsetElement class is yet to be documented.
• SoPrimitiveVertex(3) — The SoPrimitiveVertex class represents a single vertex of a generated primitive.
• SoPrimitiveVertexCache(3)
• SoProfile(3) — The SoProfile class is the abstract superclass for profile definitions.
• SoProfileCoordinate2(3) — The SoProfileCoordinate2 class is a node specifying a set of 2D coordinates for profiles.
• SoProfileCoordinate3(3) — The SoProfileCoordinate3 class is a node specifying a set of 3D coordinates for profiles.
• SoProfileCoordinateElement(3) — The SoProfileCoordinateElement class is yet to be documented.
• SoProfileElement(3) — The SoProfileElement class is yet to be documented.
• SoProfiler(3) — Main static class for initializing the scene graph profiling subsystem.
• SoProfilerElement(3) — The SoProfilerElement element class is for registering statistics during scene graph traversals.
• SoProfilerOverlayKit(3)
• SoProfilerStats(3) — The SoProfilerStats class is a node for exposing profiling results gathered by SoProfilerElement.
• SoProfilerTopEngine(3)
• SoProfilerTopKit(3)
• SoProfilerVisualizeKit(3)
• SoProfilingReportGenerator(3) — Convenience report generator functionality.
• SoProfilingReportGenerator.h(3)
• SoProjectionMatrixElement(3)
• SoProto(3) — The SoProto class handles PROTO definitions.
• SoProto.h(3)
• SoProtoInstance(3) — The SoProtoInstance class handles PROTO instances.
• SoQuadMesh(3) — The SoQuadMesh class is used to render and optimize a quadrilateral mesh.
• SoRayPickAction(3) — The SoRayPickAction class does ray intersection with scene graphs.
• SoReadError(3) — The SoReadError class is used during model import operations.
• SoRenderManager(3) — The SoRenderManager class is used for controlling the rendering of a scene graph.
• SoRenderManager.h(3)
• SoRenderManager_Superimposition(3)
• SoReorganizeAction(3) — The SoReorganizeAction class reorganizes your scene graph to optimize traversal/rendering.
• SoReplacedElement(3) — The SoReplacedElement class is an abstract element superclass.
• SoResetMatrixElement(3)
• SoResetTransform(3) — The SoResetTransform class is a node type which makes it possible to 'nullify' state during traversal.
• SoReversePerspectiveCamera(3) — The SoReversePerspectiveCamera class defines a camera node with reverse perspective rendering.
• SoRotateCylindricalDragger(3) — The SoRotateCylindricalDragger class is for rotating geometry around a single axis.
• SoRotateDiscDragger(3) — The SoRotateDiscDragger class is for rotating geometry around a single axis.
• SoRotateSphericalDragger(3) — The SoRotateSphericalDragger class is for rotating geometry in any direction.
• SoRotation(3) — The SoRotation class specifies a rotation transformation.
• SoRotationXYZ(3) — The SoRotationXYZ class is a node type for specifying rotation around a particular axis.
• SoRotor(3) — The SoRotor class is a node used to animate rotations.
• SoSFBitMask(3) — The SoSFBitMask class is a container for a set of bit flags.
• SoSFBool(3) — The SoSFBool class is a container for an SbBool value.
• SoSFBox2d(3) — The SoSFBox2d class is a container for an SbBox2d vector.
• SoSFBox2f(3) — The SoSFBox2f class is a container for an SbBox2f vector.
• SoSFBox2i32(3) — The SoSFBox2i32 class is a container for an SbBox2i32 vector.
• SoSFBox2s(3) — The SoSFBox2s class is a container for an SbBox2s vector.
• SoSFBox3d(3) — The SoSFBox3d class is a container for an SbBox3d vector.
• SoSFBox3f(3) — The SoSFBox3f class is a container for an SbBox3f vector.
• SoSFBox3i32(3) — The SoSFBox3i32 class is a container for an SbBox3i32 vector.
• SoSFBox3s(3) — The SoSFBox3s class is a container for an SbBox3s vector.
• SoSFColor(3) — The SoSFColor class is a container for an SbColor value.
• SoSFColorRGBA(3) — The SoSFColorRGBA class is a container for an SbColor4f value.
• SoSFDouble(3) — The SoSFDouble class is a container for a double precision floating point value.
• SoSFEngine(3) — The SoSFEngine class is a container for a single engine.
• SoSFEnum(3) — The SoSFEnum class is a container for an enum value.
• SoSFFloat(3) — The SoSFFloat class is a container for a floating point value.
• SoSFImage(3) — The SoSFImage class is used to store pixel images.
• SoSFImage3(3) — The SoSFImage3 class is used to store 3D (volume) images.
• SoSFInt32(3) — The SoSFInt32 class is a container for a 32-bit integer value.
• SoSFMatrix(3) — The SoSFMatrix class is a container for an SbMatrix.
• SoSFName(3) — The SoSFName class is a container for an SbName.
• SoSFNode(3) — The SoSFNode class is a container for a single node.
• SoSFPath(3) — The SoSFPath class is a container for a single path.
• SoSFPlane(3) — The SoSFPlane class is a container for an SbPlane value.
• SoSFRotation(3) — The SoSFRotation class is a container for an SbRotation.
• SoSFShort(3) — The SoSFShort class is a container for a short integer value.
• SoSFString(3) — The SoSFString class is a container for an SbString.
• SoSFTime(3) — The SoSFTime class is a container for an SbTime value.
• SoSFTrigger(3) — The SoSFTrigger class is the 'void' class used for detecting field changes.
• SoSFUInt32(3) — The SoSFUInt32 class is a container for a 32-bit unsigned integer value.
• SoSFUShort(3) — The SoSFUShort class is a container for a unsigned short integer value.
• SoSFVec2b(3) — The SoSFVec2b class is a container for an SbVec2b vector.
• SoSFVec2d(3) — The SoSFVec2d class is a container for an SbVec2d vector.
• SoSFVec2f(3) — The SoSFVec2f class is a container for an SbVec2f vector.
• SoSFVec2i32(3) — The SoSFVec2i32 class is a container for an SbVec2i32 vector.
• SoSFVec2s(3) — The SoSFVec2s class is a container for an SbVec2s vector.
• SoSFVec3b(3) — The SoSFVec3b class is a container for an SbVec3b vector.
• SoSFVec3d(3) — The SoSFVec3d class is a container for an SbVec3d vector.
• SoSFVec3f(3) — The SoSFVec3f class is a container for an SbVec3f vector.
• SoSFVec3i32(3) — The SoSFVec3i32 class is a container for an SbVec3i32 vector.
• SoSFVec3s(3) — The SoSFVec3s class is a container for an SbVec3s vector.
• SoSFVec4b(3) — The SoSFVec4b class is a container for an SbVec4b vector.
• SoSFVec4d(3) — The SoSFVec4d class is a container for an SbVec4d vector.
• SoSFVec4f(3) — The SoSFVec4f class is a container for an SbVec4f vector.
• SoSFVec4i32(3) — The SoSFVec4i32 class is a container for an SbVec4i32 vector.
• SoSFVec4s(3) — The SoSFVec4s class is a container for an SbVec4s vector.
• SoSFVec4ub(3) — The SoSFVec4ub class is a container for an SbVec4ub vector.
• SoSFVec4ui32(3) — The SoSFVec4ui32 class is a container for an SbVec4ui32 vector.
• SoSFVec4us(3) — The SoSFVec4us class is a container for an SbVec4us vector.
• SoSField(3) — The SoSField class is the base class for fields which contains only a single value.
• SoSTLFileKit(3) — SoSTLFileKit is a class for using STL files with Coin.
• SoScXMLDollyTarget(3) — SCXML event target service for zoom-behaviour.
• SoScXMLEvent(3) — Adds an SoEvent holder to the ScXMLEvent base.
• SoScXMLFlightControlTarget(3) — SCXML navigation service for typical flight motions.
• SoScXMLMiscTarget(3) — Some misc navigation utility functions.
• SoScXMLMotionTarget(3) — to be used in parallel with other non-moving targets when parallel states are implemented.
• SoScXMLNavigation(3) — Static class for some static init/cleanup/synchronization functions.
• SoScXMLNavigationTarget(3) — base class for navigation system SCXML event target services
• SoScXMLNavigationTarget.h(3)
• SoScXMLNavigationTarget_Data(3)
• SoScXMLPanTarget(3) — Navigation system event target for panning operations.
• SoScXMLRotateTarget(3) — Navigation system event target for rotating operations.
• SoScXMLSeekTarget(3) — Navigation system event target for seekmotion operations.
• SoScXMLSpinTarget(3) — Navigation system event target for spinning operations.
• SoScXMLStateMachine(3) — Integration level for using Coin events with SCXML-based state machines.
• SoScXMLZoomTarget(3) — SCXML event target service for zoom-behaviour.
• SoScale(3) — The SoScale class is a node type for scaling scene graph geometry.
• SoScale1Dragger(3) — The SoScale1Dragger class provides a mechanism for the end-user to scale in one dimension.
• SoScale2Dragger(3) — The SoScale2Dragger class provides a mechanism for the end-user to scale in two dimensions.
• SoScale2UniformDragger(3) — The SoScale2UniformDragger class provides a mechanism for the end-user to scale in two dimensions.
• SoScaleUniformDragger(3) — The SoScaleUniformDragger class provides a mechanism for the end-user to scale in three dimensions.
• SoSceneKit(3) — The SoSceneKit class collects node kits needed to set up a scene: camera, light and shapes.
• SoSceneManager(3) — The SoSceneManager class provides the main interface between the scene graph and the GUI toolkit.
• SoSceneManager.h(3)
• SoSceneTexture2(3) — The SoSceneTexture2 class is used to create a 2D texture from a Coin scene graph.
• SoSceneTextureCubeMap(3) — Renders a scene into a texture cube map.
• SoScriptEngine(3)
• SoScrollingGraphKit(3)
• SoSearchAction(3) — The SoSearchAction class provides methods for searching through scene graphs.
• SoSelectOne(3) — The SoSelectOne class is used to select one value from a set of values.
• SoSelection(3) — The SoSelection class manages a list of selected nodes.
• SoSelection.h(3)
• SoSensor(3) — The SoSensor class is the abstract base class for all sensors.
• SoSensor.h(3)
• SoSensorManager(3) — The SoSensorManager class handles the sensor queues.
• SoSeparator(3) — The SoSeparator class is a state-preserving group node.
• SoSeparatorKit(3) — The SoSeparatorKit class provides a typical set of nodes to influence a shape subgraph.
• SoShaderObject(3) — The SoShaderObject class is the superclass for all shader classes in Coin.
• SoShaderParameter(3) — The SoShaderParameter class is the base class for all shader parameter classes.
• SoShaderParameter1f(3) — The SoShaderParameter1f class is used to define a floating point value as shader parameter.
• SoShaderParameter1i(3) — The SoShaderParameter1i class is used to define an integer value as shader parameter.
• SoShaderParameter2f(3) — The SoShaderParameter2f class is used to define a two-dimensional floating point value as shader parameter.
• SoShaderParameter2i(3) — The SoShaderParameter2i class is used to define a two-dimensional integer value as shader parameter.
• SoShaderParameter3f(3) — The SoShaderParameter3f class is used to define a three-dimensional floating point value as shader parameter.
• SoShaderParameter3i(3) — The SoShaderParameter3i class is used to define a three-dimensional integer value as shader parameter.
• SoShaderParameter4f(3) — The SoShaderParameter4f class is used to define a four-dimensional floating point value as shader parameter.
• SoShaderParameter4i(3) — The SoShaderParameter4i class is used to define a four-dimensional integer value as shader parameter.
• SoShaderParameterArray1f(3) — The SoShaderParameterArray1f class is used to define a floating point array as shader parameter.
• SoShaderParameterArray1i(3) — The SoShaderParameterArray1i class is used to define an integer array as shader parameter.
• SoShaderParameterArray2f(3) — The SoShaderParameterArray2f class is used to define a two-dimensional floating point array as shader parameter.
• SoShaderParameterArray2i(3) — The SoShaderParameterArray2i class is used to define a two-dimensional integer array as shader parameter.
• SoShaderParameterArray3f(3) — The SoShaderParameterArray3f class is used to define a three-dimensional floating point array as shader parameter.
• SoShaderParameterArray3i(3) — The SoShaderParameterArray3i class is used to define a three-dimensional integer array as shader parameter.
• SoShaderParameterArray4f(3) — The SoShaderParameterArray4f class is used to define a four-dimensional floating point array as shader parameter.
• SoShaderParameterArray4i(3) — The SoShaderParameterArray4i class is used to define a four-dimensional integer array as shader parameter.
• SoShaderParameterMatrix(3) — The SoShaderParameterMatrix class is used to define a matrix as shader parameter.
• SoShaderParameterMatrixArray(3) — The SoShaderParameterMatrixArray class is used to define a matrix array as shader parameter.
• SoShaderProgram(3) — The SoShaderProgram class is used to specify a set of vertex/geometry/fragment objects.
• SoShaderProgram.h(3)
• SoShaderStateMatrixParameter(3) — The SoShaderStateMatrixParameter class is used to define a matrix as shader parameter whose content is derived from the traversal state.
• SoShadowCulling(3) — The SoShadowCulling class is a node for setting the shadow style on nodes.
• SoShadowDirectionalLight(3) — The SoShadowDirectionalLight class is a node for setting up a directional light which casts shadows.
• SoShadowGroup(3) — The SoShadowGroup node is a group node used for shadow rendering.
• SoShadowSpotLight(3) — The SoShadowSpotLight class is a node for setting up a spot light which casts shadows.
• SoShadowStyle(3) — The SoShadowStyle class is a node for setting the shadow style on nodes.
• SoShadowStyleElement(3) — The SoShadowStyleElement class is yet to be documented.
• SoShape(3) — The SoShape class is the superclass for geometry shapes.
• SoShapeHints(3) — The SoShapeHints class is a node containing hints about how to render geometry.
• SoShapeHintsElement(3)
• SoShapeKit(3) — The SoShapeKit class provides templates to insert what is usually needed for shape nodes.
• SoShapeSimplifyAction(3)
• SoShapeStyleElement(3) — The SoShapeStyleElement class is yet to be documented.
• SoShininessElement(3) — The SoShininessElement class is yet to be documented.
• SoShuttle(3) — The SoShuttle class is used to oscillate between two translations.
• SoSimplifyAction(3) — The SoSimplifyAction class is the base class for the simplify action classes.
• SoSoundElement(3) — The SoSoundElement is used for optimizing audio rendering and for turning off inactive SoVRMLSound nodes.
• SoSpaceballButtonEvent(3) — The SoSpaceballButtonEvent class contains information about spaceball button interaction.
• SoSpecularColorElement(3) — The SoSpecularColorElement is yet to be documented.
• SoSphere(3) — The SoSphere class is for rendering sphere shapes.
• SoSpotLight(3) — The SoSpotLight class is a node type for light sources with a cone shaped lightvolume.
• SoSpotLightDragger(3) — The SoSpotLightDragger class provides interactive geometry for manipulating a spotlight.
• SoSpotLightManip(3) — The SoSpotLightManip class is used to manipulate spot light nodes.
• SoState(3) — The SoState class manages the Coin scenegraph traversal state data.
• SoSurroundScale(3) — The SoSurroundScale class is used to automatically scale geometry to surround other geometry.
• SoSwitch(3) — The SoSwitch class is a group node which selects one child subgraph for traversal.
• SoSwitchElement(3) — The SoSwitchElement class is yet to be documented.
• SoTabBoxDragger(3) — The SoTabBoxDragger wraps a box around geometry you can then translate and scale.
• SoTabBoxManip(3) — The SoTabBoxManip class wraps an SoTabBoxDragger.
• SoTabPlaneDragger(3) — The SoTabPlaneDragger class is a dragger you can translate and scale within a plane.
• SoTempPath(3) — The SoTempPath class is used to store temporary paths.
• SoText2(3) — The SoText2 class is a node type for visualizing 2D text aligned with the camera plane.
• SoText3(3) — The SoText3 class renders extruded 3D text.
• SoTextDetail(3) — The SoTextDetail stores information about a character in a string.
• SoTextOutlineEnabledElement(3) — The SoTextOutlineEnabledElement class is yet to be documented.
• SoTexture(3)
• SoTexture2(3) — The SoTexture2 class is used to map a 2D texture onto subsequent geometry in the scenegraph.
• SoTexture2Convert(3) — Abstract base class for texture filtering engines.
• SoTexture2Transform(3) — The SoTexture2Transform class is used to define 2D texture transformations.
• SoTexture3(3) — The SoTexture3 class is used to map a 3D texture onto geometry.
• SoTexture3Transform(3) — The SoTexture3Transform class is used to define 3D texture transformations.
• SoTextureCombine(3) — The SoTextureCombine class is a node for setting texture combine functions.
• SoTextureCombineElement(3) — The SoTextureCombineElement class is yet to be documented.
• SoTextureCombineElement_UnitData(3)
• SoTextureCoordinate2(3) — The SoTextureCoordinate2 class contains a set of coordinates for the mapping of 2D textures.
• SoTextureCoordinate3(3) — The SoTextureCoordinate3 class contains a set of coordinates for the mapping of 2D textures.
• SoTextureCoordinateBinding(3) — The SoTextureCoordinateBinding class says how texture coordinates should be bound to shapes.
• SoTextureCoordinateBindingElement(3) — The SoTextureCoordinateBindingElement class is yet to be documented.
• SoTextureCoordinateBundle(3) — The SoTextureCoordinateBundle class simplifies texture coordinate handling.
• SoTextureCoordinateCache(3)
• SoTextureCoordinateCube(3) — The SoTextureCoordinateCube class autogenerates cubemapped texture coordinated for shapes.
• SoTextureCoordinateCylinder(3) — The SoTextureCoordinateCylinder class autogenerates cylinder mapped texture coordinated for shapes.
• SoTextureCoordinateDefault(3) — The SoTextureCoordinateDefault class removes texture coordinates from the state.
• SoTextureCoordinateEnvironment(3) — The SoTextureCoordinateEnvironment class generates texture coordinates by projecting onto a surrounding texture.
• SoTextureCoordinateFunction(3) — The SoTextureCoordinateFunction class is an abstract base class for texture coordinate generating nodes.
• SoTextureCoordinateNormalMap(3) — The SoTextureCoordinateNormalMap class generates texture coordinates by projecting onto a surrounding texture.
• SoTextureCoordinateObject(3) — The SoTextureCoordinateObject class generates texture coordinates by...
• SoTextureCoordinatePlane(3) — The SoTextureCoordinatePlane class generates texture coordinates by projecting onto a plane.
• SoTextureCoordinateReflectionMap(3) — The SoTextureCoordinateReflectionMap class generates 3D reflection texture coordinates.
• SoTextureCoordinateSphere(3) — The SoTextureCoordinateSphere class autogenerates spheremapped texture coordinated for shapes.
• SoTextureCubeMap(3) — The SoTextureCubeMap class is used to map a cube map onto subsequent shape nodes.
• SoTextureMatrixTransform(3) — The SoTextureMatrixTransform class is used to define a texture matrix transformation.
• SoTextureOverrideElement(3) — The SoTextureOverrideElement makes it possible to override texture elements.
• SoTextureQualityElement(3) — The SoTextureQualityElement is yet to be documented.
• SoTextureScalePolicy(3) — The SoTextureScalePolicy class is a node for controlling the texture scale policy.
• SoTextureUnit(3) — The SoTextureUnit class is a node for setting the active texture unit.
• SoTextureUnitElement(3) — The SoTextureUnitElement class is yet to be documented.
• SoTimeCounter(3) — The SoTimeCounter class is an integer counter engine.
• SoTimerQueueSensor(3) — The SoTimerQueueSensor class is the abstract base class for sensors triggering on certain timer events.
• SoTimerSensor(3) — The SoTimerSensor class is a sensor which will trigger at given intervals.
• SoToVRML2Action(3) — The SoToVRML2Action class builds a new scene graph, using only VRML97/VRML2 nodes.
• SoToVRMLAction(3) — The SoToVRMLAction class builds a new scene graph using only VRML 1.0 nodes.
• SoTrackballDragger(3) — The SoTrackballDragger provides the end-user with rotation and scaling interaction possibilities.
• SoTrackballManip(3) — The SoTrackballManip wraps an SoTrackballDragger for convenience.
• SoTranReceiver(3)
• SoTranSender(3)
• SoTransform(3) — The SoTransform class is the 'all-purpose' transformation node type.
• SoTransformBoxDragger(3) — The SoTransformBoxDragger provides a box which can be translated, scaled and rotated.
• SoTransformBoxManip(3) — The SoTransformBoxManip wraps an SoTransformBoxDragger for convenience.
• SoTransformManip(3) — The SoTransformManip class is used to manipulate transformations.
• SoTransformSeparator(3) — The SoTransformSeparator class is a group node preserving the current transformations.
• SoTransformVec3f(3) — The SoTransformVec3f class transforms 3D vectors by a matrix.
• SoTransformation(3) — The SoTransformation class is the abstract base class for transformation nodes.
• SoTransformerDragger(3) — The SoTransformerDragger provides geometry for translation, scaling and rotations.
• SoTransformerManip(3) — The SoTransformerManip wraps an SoTransformerDragger for convenience.
• SoTranslate1Dragger(3) — The SoTranslate1Dragger class provides a mechanism for the end-user to translate along an axis.
• SoTranslate2Dragger(3) — The SoTranslate2Dragger class provides a mechanism for the end-user to translate in a plane.
• SoTranslation(3) — The SoTranslation class is a node type for specifying geometry translations.
• SoTransparencyElement(3) — The SoTransparencyElement is yet to be documented.
• SoTransparencyType(3) — The SoTransparencyType class is a node for setting the transparency type for shapes.
• SoTriangleStripSet(3) — The SoTriangleStripSet class is used to render and control non-indexed triangle strips.
• SoTriggerAny(3) — The SoTriggerAny class is a fan-in engine for triggers.
• SoType(3) — The SoType class is the basis for the run-time type system in Coin.
• SoType.h(3)
• SoTypeList(3) — The SoTypeList class is a container class for arrays of SoType objects.
• SoUniformShaderParameter(3) — The SoUniformShaderParameter class is the base class for all uniform shader variables.
• SoUnits(3) — The SoUnits class is a node for setting unit types.
• SoUnitsElement(3) — The SoUnitsElement class is yet to be documented.
• SoVRMLAnchor(3) — The SoVRMLAnchor class is used for linking to other URL resources.
• SoVRMLAnchor.h(3)
• SoVRMLAppearance(3) — The SoVRMLAppearance class specifies visual properties for shapes.
• SoVRMLAudioClip(3) — The SoVRMLAudioClip class is used to load and store audio data.
• SoVRMLAudioClip.h(3)
• SoVRMLBackground(3) — The SoVRMLBackground class is used for specifying a viewer panorama.
• SoVRMLBillboard(3) — The SoVRMLBillboard class is used for rotating geometry towards the viewpoint.
• SoVRMLBox(3) — The SoVRMLBox class is used for representing a 3D box.
• SoVRMLCollision(3) — The SoVRMLCollision class is used for collision detection with the avatar.
• SoVRMLColor(3) — The SoVRMLColor class is used to specify multiple colors for a single shape.
• SoVRMLColorInterpolator(3) — The SoVRMLColorInterpolator class is used to interpolate color values.
• SoVRMLCone(3) — The SoVRMLCone class is used to represent a Cone object.
• SoVRMLCoordinate(3) — The SoVRMLCoordinate class is used to define 3D coordinates for shapes.
• SoVRMLCoordinateInterpolator(3) — The SoVRMLCoordinateInterpolator class is used to interpolate 3D coordinates.
• SoVRMLCylinder(3) — The SoVRMLCylinder class is used to represent a cylinder object.
• SoVRMLCylinderSensor(3) — The SoVRMLCylinderSensor class maps pointer motion into rotations around the Y axis.
• SoVRMLDirectionalLight(3) — The SoVRMLDirectionalLight class is a node type for specifying directional light sources.
• SoVRMLDragSensor(3) — The SoVRMLDragSensor class is a superclass for VRML drag sensors.
• SoVRMLElevationGrid(3) — The SoVRMLElevationGrid class is used to represent elevation grids.
• SoVRMLExtrusion(3) — The SoVRMLExtrusion class is a a geometry node for extruding a cross section along a spine.
• SoVRMLFog(3) — The SoVRMLFog class is used to specify a global scene fog.
• SoVRMLFontStyle(3) — The SoVRMLFontStyle class is used to define the current font.
• SoVRMLGeometry(3) — The SoVRMLGeometry class is a superclass for VRML shapes.
• SoVRMLGroup(3) — The SoVRMLGroup class is used for grouping VRML nodes.
• SoVRMLImageTexture(3) — The SoVRMLImageTexture class is used for mapping a texture file onto geometry.
• SoVRMLImageTexture.h(3)
• SoVRMLIndexedFaceSet(3) — The SoVRMLIndexedFaceSet class is used for representing a generic 3D shape.
• SoVRMLIndexedLine(3) — The SoVRMLIndexedLine class is an abstract superclass for lines specified with indices.
• SoVRMLIndexedLineSet(3) — The SoVRMLIndexedLineSet class is used to represent a generic 3D line shape.
• SoVRMLIndexedShape(3) — The SoVRMLIndexedShape class is a superclass for geometry that use indexes.
• SoVRMLInline(3) — The SoVRMLInline class is used to insert VRML files into a scene.
• SoVRMLInline.h(3)
• SoVRMLInterpolator(3) — The SoVRMLInterpolator class is an internal abstract class.
• SoVRMLLOD(3) — The SoVRMLLOD class is used to represent various levels of detail based on distance.
• SoVRMLLight(3) — The SoVRMLLight class is a superclass for VRML light nodes.
• SoVRMLMaterial(3) — The SoVRMLMaterial class is used to assign a material to geometry.
• SoVRMLMovieTexture(3) — The SoVRMLMovieTexture class is used the map movies onto geometry.
• SoVRMLNavigationInfo(3) — The SoVRMLNavigationInfo class is used to specify avatar and viewer settings.
• SoVRMLNormal(3) — The SoVRMLNormal class is used to bind normals to geometry.
• SoVRMLNormalInterpolator(3) — The SoVRMLNormalInterpolator class is used to interpolate normals.
• SoVRMLOrientationInterpolator(3) — The SoVRMLOrientationInterpolator class is used to interpolate orientations.
• SoVRMLParent(3) — The SoVRMLParent node is a superclass for all VRML grouping nodes.
• SoVRMLPixelTexture(3) — The SoVRMLPixelTexture class is used for mapping a texture image onto geometry..
• SoVRMLPlaneSensor(3) — The SoVRMLPlaneSensor class maps pointer motion into object space translations.
• SoVRMLPointLight(3) — The SoVRMLPointLight class is used to represent a point light.
• SoVRMLPointSet(3) — The SoVRMLPointSet class is used to represent a set of 3D points.
• SoVRMLPositionInterpolator(3) — The SoVRMLPositionInterpolator class is used to interpolate 3D points.
• SoVRMLProximitySensor(3) — The SoVRMLProximitySensor class is used to generate events when the viewer enters or exits a region.
• SoVRMLScalarInterpolator(3) — The SoVRMLScalarInterpolator class is used to interpolate scalar values.
• SoVRMLScript(3) — The SoVRMLScript class is used to control the scene using scripts.
• SoVRMLScript.h(3)
• SoVRMLSensor(3) — The SoVRMLSensor class is an abstract superclass for VRML sensors.
• SoVRMLShape(3) — The SoVRMLShape class holds geometry and geometry appearance nodes.
• SoVRMLSound(3) — The SoVRMLSound class is used to represent a sound source.
• SoVRMLSphere(3) — The SoVRMLSphere class is used to represent a spherical 3D object.
• SoVRMLSphereSensor(3) — The SoVRMLSphereSensor class maps pointer motion into rotations on a sphere.
• SoVRMLSpotLight(3) — The SoVRMLSpotLight class defines a spot light source.
• SoVRMLSwitch(3) — The SoVRMLSwitch class is a group node for traversing selected children.
• SoVRMLText(3) — The SoVRMLText class is used to represent text in a scene.
• SoVRMLTexture(3) — The SoVRMLTexture class is a superclass for VRML texture nodes.
• SoVRMLTextureCoordinate(3) — The SoVRMLTextureCoordinate class binds texture coordinates to vertex-based geometry.
• SoVRMLTextureTransform(3) — The SoVRMLTextureTransform class defines a transformation applied to texture coordinates.
• SoVRMLTimeSensor(3) — The SoVRMLTimeSensor class is a multi-purpose time event generator.
• SoVRMLTouchSensor(3) — The SoVRMLTouchSensor class tracks to pointer position and sends events based on user interaction.
• SoVRMLTransform(3) — The SoVRMLTransform class is a grouping node that defines a transformation for its children.
• SoVRMLVertexLine(3) — The SoVRMLVertexLine class is a superclass for line based VRML geometry.
• SoVRMLVertexPoint(3) — The SoVRMLVertexPoint class is a superclass for point based VRML shapes.
• SoVRMLVertexShape(3) — The SoVRMLVertexShape class is a superclass for vertex based shapes.
• SoVRMLViewpoint(3) — The SoVRMLViewpoint class is a perspective camera class.
• SoVRMLVisibilitySensor(3) — The SoVRMLVisibilitySensor class will generate events based on visibility.
• SoVRMLWorldInfo(3) — The SoVRMLWorldInfo class contains information about the VRML scene.
• SoVectorOutput(3) — The SoVectorOutput class is used for setting vector output file.
• SoVectorizeAction(3) — The SoVectorizeAction class is the base class for vectorizing Coin scene graphs.
• SoVectorizePSAction(3) — The SoVectorizePSAction class is used for rendering to a Postscript file.
• SoVertexAttribute(3) — A generic node for providing GL vertex attributes of various types.
• SoVertexAttributeBinding(3) — The SoVertexAttributeBinding class is a node for setting up how vertex attributes are mapped to shapes.
• SoVertexAttributeBindingElement(3) — The SoVertexAttributeBindingElement class is yet to be documented.
• SoVertexAttributeBundle(3) — The SoVertexAttributeBundle class simplifies vertex attribute handling.
• SoVertexAttributeElement(3)
• SoVertexAttributeElement.h(3)
• SoVertexProperty(3) — The SoVertexProperty class collects the functionality of various appearance nodes.
• SoVertexShader(3) — The SoVertexShader class is used for setting up vertex shader programs.
• SoVertexShape(3) — The SoVertexShape class is the superclass for all vertex based shapes.
• SoViewVolumeElement(3) — The SoViewVolumeElement class is yet to be documented.
• SoViewingMatrixElement(3) — The SoViewingMatrixElement class stores the world-to-camera transformation.
• SoViewportRegionElement(3) — The SoViewportRegionElement class is yet to be documented.
• SoWWWAnchor(3) — The SoWWWAnchor class adds URL callbacks to the highlighted geometry.
• SoWWWAnchor.h(3)
• SoWWWInline(3) — The SoWWWInline class is a node used to include data from an URL.
• SoWWWInline.h(3)
• SoWindowElement(3) — The SoWindowElement class is used to store current window attributes.
• SoWrapperKit(3) — The SoWrapperKit class is a simple kit for wrapping a transform and a sub-graph.
• SoWriteAction(3) — The SoWriteAction class writes a scene graph to file.
• SpiderMonkey_t(3)
• VRMLnodes(3) — Nodes implementing the VRML97 standard.
• XML(3) — Coin now has its own XML parser that also can be used from client code.
• actions(3) — Actions are objects that traverse a scene graph to drive some scene-related process.
• barrier.h(3)
• base(3) — This group is just a lot of basic types for linear algebra, string manipulation and misc. other utilities.
• bundles(3) — The bundle classes are internal to Coin.
• caches(3) — The cache classes are internal to Coin.
• cc_debugerror(3)
• cc_error(3)
• cc_glglue_offscreen_cb_functions(3)
• cc_rbptree(3)
• cc_string(3) — The cc_string type is a C ADT for ASCII string management.
• coin200(3) — New Features in Coin v2.0.0
• coin210(3) — New Features in Coin v2.1.0
• coin220(3) — New Features in Coin v2.2.0
• coin230(3) — New Features in Coin v2.3.0
• coin240(3) — New Features in Coin v2.4.0
• coin250(3) — New Features in Coin v2.5.0
• coin300(3) — New Features in Coin v3.0.0
• coin310(3) — New Features in Coin v3.1.0
• coin311(3) — New Features in Coin v3.1.1
• coin312(3) — New Features in Coin v3.1.2
• coin313(3) — New Features in Coin v3.1.3
• coin400(3) — New Features in Coin v4.0.0
• coin_new_features(3) — New Features in Coin
• coin_shaders(3) — Shaders in Coin
• common.h(3)
• compression_overview(3) — File compression
• condvar.h(3)
• draggers(3) — Draggers are interactive components in the scene graph that respond to, and are controlled by mouse and keyboard events.
• dynload_overview(3) — Dynamic Loading of Extension Nodes
• elements(3) — The element classes in Coin are the containers of state information during action traversals of scene graphs.
• engines(3) — Engines are scene based objects that convert between field values of various types or performs computations on them.
• envvars(3) — Various aspects of the Coin runtime behaviour can be controlled through setting different environment variables to some value.
• errors(3) — The error classes are static classes that contain a callback pointer for handling errors of the given type.
• events(3) — These classes are the event types you can send to a scene graph through the SoHandleEventAction.
• fields(3) — The fields are the data containers in the scene graph. Nodes and engines all use fields to store their public data.
• fifo.h(3)
• foreignfilesupport(3) — Foreign File Format Support
• general(3)
• hardcopy(3) — The vectorized printing classes are for rendering to vector devices instead of raster devices.
• hash.h(3)
• heap.h(3)
• int(3)
• libraries(3) — Coin use of 3rd party libraries.
• lists_SoCallbackList.h(3)
• macros(3) — When extending Coin, there are a number of macros one needs to know about and use.
• manips(3) — Manipulators are objects you can swap back and forth into a scene graph at locations where you have an SoTransform node.
• memalloc.h(3)
• multithreading_support(3) — Multithreading Support in Coin
• mutex.h(3)
• navigation(3) — These contains the actual implementation of the ScXML based navigation system.
• nodekits(3) — Nodekits modularize sub-structures of a scene graph.
• nodes(3) — Nodes are scene based objects performs various actions such as rendering.
• profiler(3) — Coin includes some scene graph profiling functionality.
• profiling_intro(3) — Scene Graph Profiling
• projectors(3) — The projector classes are used to convert between screenspace (2D) locations and locations in worldspace (3D).
• rbptree.h(3)
• recmutex.h(3)
• related_pages(3) — Related Pages
• rwmutex.h(3)
• sched.h(3)
• scxml(3) — This set of classes is a basic implementation of State Chart XML.
• sensors(3) — Sensors are objects that monitor other objects for changes and invoke callbacks when changes occur.
• shaders(3) — Shaders are programs that run on the graphics processor and replace the formerly fixed OpenGL pipeline.
• soscxml(3) — This set of classes implement a coin-specific mode of scxml.
• sound(3)
• storage.h(3)
• string.h(3)
• thread.h(3)
• threads(3)
• tidbits.h(3)
• vbo_rendering(3) — Vertex array and VBO rendering in Coin
• worker.h(3)
• wpool.h(3)
• xmlparsing(3) — XML Parsing with Coin