Member GA_ElementGroup::operator&= (const GA_ElementGroup &g): Use point/vertex/primitive group operator.
Member GA_ElementGroup::operator|= (const GA_ElementGroup &g): Use combine or point/vertex/primitive group operator.
Member GA_Primitive::edgeApply (GA_EdgeApplyFunc apply, void *data=nullptr) const: Use iterateEdges instead.
Member GA_Primitive::edgeApplyIndex (GA_EdgeApplyIndexFunc apply, void *data=nullptr) const: Use iterateEdgesByVertex instead.
Member GA_Primitive::getPrimitiveId () const: This method is only for transitional backward compatibility for the HDK and will be removed in a future release. TODO: Should be pure virtual here, overwritten at GEO_Primitive.
Member GfRange1d::ExtendBy (double point): Use UnionWith() instead.
Member GfRange1d::ExtendBy (const GfRange1d &range): Use UnionWith() instead.
Member GfRange1d::Intersection (const GfRange1d &a, const GfRange1d &b): Use GetIntersection() instead.
Member GfRange1d::Intersection (const GfRange1d &b): Use IntersectWith() instead.
Member GfRange1d::IsInside (double point) const: Use Contains() instead.
Member GfRange1d::IsInside (const GfRange1d &range) const: Use Contains() instead.
Member GfRange1d::Union (double b): Use UnionWith() instead.
Member GfRange1d::Union (const GfRange1d &a, const GfRange1d &b): Use GetUnion() instead.
Member GfRange1d::Union (const GfRange1d &b): Use UnionWith() instead.
Member GfRange1f::ExtendBy (float point): Use UnionWith() instead.
Member GfRange1f::ExtendBy (const GfRange1f &range): Use UnionWith() instead.
Member GfRange1f::Intersection (const GfRange1f &a, const GfRange1f &b): Use GetIntersection() instead.
Member GfRange1f::Intersection (const GfRange1f &b): Use IntersectWith() instead.
Member GfRange1f::IsInside (float point) const: Use Contains() instead.
Member GfRange1f::IsInside (const GfRange1f &range) const: Use Contains() instead.
Member GfRange1f::Union (const GfRange1f &a, const GfRange1f &b): Use GetUnion() instead.
Member GfRange1f::Union (const GfRange1f &b): Use UnionWith() instead.
Member GfRange1f::Union (float b): Use UnionWith() instead.
Member GfRange2d::ExtendBy (const GfVec2d &point): Use UnionWith() instead.
Member GfRange2d::ExtendBy (const GfRange2d &range): Use UnionWith() instead.
Member GfRange2d::Intersection (const GfRange2d &a, const GfRange2d &b): Use GetIntersection() instead.
Member GfRange2d::Intersection (const GfRange2d &b): Use IntersectWith() instead.
Member GfRange2d::IsInside (const GfVec2d &point) const: Use Contains() instead.
Member GfRange2d::IsInside (const GfRange2d &range) const: Use Contains() instead.
Member GfRange2d::Union (const GfRange2d &a, const GfRange2d &b): Use GetUnion() instead.
Member GfRange2d::Union (const GfRange2d &b): Use UnionWith() instead.
Member GfRange2d::Union (const GfVec2d &b): Use UnionWith() instead.
Member GfRange2f::ExtendBy (const GfVec2f &point): Use UnionWith() instead.
Member GfRange2f::ExtendBy (const GfRange2f &range): Use UnionWith() instead.
Member GfRange2f::Intersection (const GfRange2f &a, const GfRange2f &b): Use GetIntersection() instead.
Member GfRange2f::Intersection (const GfRange2f &b): Use IntersectWith() instead.
Member GfRange2f::IsInside (const GfVec2f &point) const: Use Contains() instead.
Member GfRange2f::IsInside (const GfRange2f &range) const: Use Contains() instead.
Member GfRange2f::Union (const GfRange2f &a, const GfRange2f &b): Use GetUnion() instead.
Member GfRange2f::Union (const GfRange2f &b): Use UnionWith() instead.
Member GfRange2f::Union (const GfVec2f &b): Use UnionWith() instead.
Member GfRange3d::ExtendBy (const GfVec3d &point): Use UnionWith() instead.
Member GfRange3d::ExtendBy (const GfRange3d &range): Use UnionWith() instead.
Member GfRange3d::Intersection (const GfRange3d &a, const GfRange3d &b): Use GetIntersection() instead.
Member GfRange3d::Intersection (const GfRange3d &b): Use IntersectWith() instead.
Member GfRange3d::IsInside (const GfVec3d &point) const: Use Contains() instead.
Member GfRange3d::IsInside (const GfRange3d &range) const: Use Contains() instead.
Member GfRange3d::Union (const GfRange3d &a, const GfRange3d &b): Use GetUnion() instead.
Member GfRange3d::Union (const GfRange3d &b): Use UnionWith() instead.
Member GfRange3d::Union (const GfVec3d &b): Use UnionWith() instead.
Member GfRange3f::ExtendBy (const GfVec3f &point): Use UnionWith() instead.
Member GfRange3f::ExtendBy (const GfRange3f &range): Use UnionWith() instead.
Member GfRange3f::Intersection (const GfRange3f &a, const GfRange3f &b): Use GetIntersection() instead.
Member GfRange3f::Intersection (const GfRange3f &b): Use IntersectWith() instead.
Member GfRange3f::IsInside (const GfVec3f &point) const: Use Contains() instead.
Member GfRange3f::IsInside (const GfRange3f &range) const: Use Contains() instead.
Member GfRange3f::Union (const GfRange3f &a, const GfRange3f &b): Use GetUnion() instead.
Member GfRange3f::Union (const GfRange3f &b): Use UnionWith() instead.
Member GfRange3f::Union (const GfVec3f &b): Use UnionWith() instead.
Member GfRect2i::Intersect (const GfRect2i &that) const: Use GetIntersection() instead
Member GfRect2i::Union (const GfRect2i &that) const: Use GetUnion() instead.
Class GusdVisitor: This is being replaced with the more performant GusdUSD_Traverse. See GusdUSD_CustomTraverse for GusdUSD_Traverse implementation that roughly approximates the same configurations supported by this class.
Member HdRendererPluginRegistry::GetRendererPlugin (const TfToken &pluginId): Use GetOrCreateRendererPlugin instead.
Member IMG_File::jumpToFrame (int frame): For image files that contain more than one image, such as a movie file, jump to a particular frame in the movie and reset for reading the scanlines of the new frame
Member IMG_File::readImage (void *data, int flip=0, int scaninc=0): The following methods read/write a whole raster. Unless the scanline increment is passed in, the stat structure will be used to determine the scanline size. Beware if you're using translators... Use readImages() and writeImages() instead.
Member IMG_File::writeImage (void *data, int flip=0, int scaninc=0)
Member IMG_Stat::getFPS () const: the FPS for frame playback.
Member IMG_Stat::getNumFrames () const: the number of frames in the file. Mostly for movie formats.
Member IMG_Stat::setFPS (fpreal fps): the FPS for frame playback.
Member IMG_Stat::setNumFrames (int nf): the number of frames in the file. Mostly for movie formats.
Member OP_Parameters::getVariableString (int index, UT_String &value, int thread): Please override evalVariableValue() above instead
Member OP_Parameters::getVariableValue (int index, int thread): Please override the evalVariableValue() above instead
Class openvdb::OPENVDB_VERSION_NAME::IllegalValueException: Use ValueError instead.
Member openvdb::OPENVDB_VERSION_NAME::points::AttributeArray::compress ()=0: Previously this compressed the attribute array, now it does nothing.
Member openvdb::OPENVDB_VERSION_NAME::points::AttributeArray::copyUncompressed () const =0: In-memory compression no longer supported, use AttributeArray::copy() instead.
Member openvdb::OPENVDB_VERSION_NAME::points::AttributeArray::decompress ()=0: Previously this uncompressed the attribute array, now it does nothing.
Member openvdb::OPENVDB_VERSION_NAME::points::AttributeArray::set (const Index n, const AttributeArray &sourceArray, const Index sourceIndex)=0: From ABI 6 on, use copyValues() with source-target index pairs.
Member openvdb::OPENVDB_VERSION_NAME::points::TypedAttributeArray< ValueType_, Codec_ >::copyUncompressed () const override: In-memory compression no longer supported, use AttributeArray::copy() instead.
Member openvdb::OPENVDB_VERSION_NAME::tools::fillWithSpheres (const GridT &grid, std::vector< openvdb::Vec4s > &spheres, int maxSphereCount, bool overlapping, float minRadius, float maxRadius, float isovalue, int instanceCount, InterrupterT *interrupter): Use the sphereCount overload instead.
Member openvdb::OPENVDB_VERSION_NAME::tools::fillWithSpheres (const GridT &grid, std::vector< openvdb::Vec4s > &spheres, int maxSphereCount, bool overlapping, float minRadius, float maxRadius, float isovalue, int instanceCount, InterrupterT *interrupter): Use the sphereCount overload instead.
Member openvdb::OPENVDB_VERSION_NAME::tools::levelSetMeasure (const GridT &grid, Real &area, Real &volume, Real &avgCurvature, bool useWorldUnits=true): Use the LevelSetMeasure class instead.
Group Payload Authoring: This API is now deprecated. Please use the HasAuthoredPayloads and the UsdPayloads API returned from GetPayloads() to query and author payloads instead.
Member TfDiagnosticMgr::EraseError (ErrorIterator i): Use TfErrorMark instead.
Member UsdAttribute::HasAuthoredValueOpinion () const: This method is deprecated because it returns true even when an attribute is blocked. Please use HasAuthoredValue() instead. If you truly need to know whether the attribute has any authored value opinions, including blocks, you can make the following query: attr.GetResolveInfo().HasAuthoredValueOpinion()
Member UsdAttributeQuery::HasAuthoredValueOpinion () const: This method is deprecated because it returns true even when an attribute is blocked. Please use HasAuthoredValue() instead. If you truly need to know whether the attribute has any authored value opinions, including blocks, you can make the following query: query.GetAttribute().GetResolveInfo().HasAuthoredValueOpinion()
Class UsdGeomImageable: Imageable also provides API for accessing primvars, which has been moved to the UsdGeomPrimvarsAPI schema, because primvars can now be applied on non-Imageable prim types. This API is planned to be removed, UsdGeomPrimvarsAPI should be used directly instead.
Member UsdGeomImageable::CreatePrimvar (const TfToken &attrName, const SdfValueTypeName &typeName, const TfToken &interpolation=TfToken(), int elementSize=-1) const: Please use UsdGeomPrimvarsAPI::CreatePrimvar() instead.
Member UsdGeomImageable::GetAuthoredPrimvars () const: Please use UsdGeomPrimvarsAPI::GetAuthoredPrimvars() instead.
Member UsdGeomImageable::GetPrimvar (const TfToken &name) const: Please use UsdGeomPrimvarsAPI::GetPrimvar() instead.
Member UsdGeomImageable::GetPrimvars () const: Please use UsdGeomPrimvarsAPI::GetPrimvars() instead.
Member UsdGeomImageable::HasPrimvar (const TfToken &name) const: Please use UsdGeomPrimvarsAPI::HasPrimvar() instead.
Member UsdGeomXformCommonAPI::GetRotationTransform (const GfVec3f &rotation, const UsdGeomXformCommonAPI::RotationOrder rotationOrder): Please use the result of ConvertRotationOrderToOpType() along with UsdGeomXformOp::GetOpTransform() instead.
Member UsdHydraTokensType::displayLookBxdf: This has been deprecated in favor of the glslfx:surface output.
Member UsdPrim::ClearPayload () const: Clears the payload at the current EditTarget for this prim. Return false if the payload could not be cleared.
Member UsdPrim::HasPayload () const: Return true if a payload is present on this prim.
Member UsdPrim::SetPayload (const SdfLayerHandle &layer, const SdfPath &primPath) const: Shorthand for SetPayload(SdfPayload(layer->GetIdentifier(), primPath)).
Member UsdPrim::SetPayload (const SdfPayload &payload) const: Author payload metadata for this prim at the current edit target. Return true on success, false if the value could not be set.
Member UsdPrim::SetPayload (const std::string &assetPath, const SdfPath &primPath) const: Shorthand for SetPayload(SdfPayload(assetPath, primPath)).
Member UsdPrimDefinition::GetSchemaPrimSpec () const: Please use the API on UsdPrimDefinition itself to inquire about metadata and properties.
Class UsdRiLightAPI: RenderMan-specific light settings will move to a new schema in a future release.
Class UsdRiLightFilterAPI: RenderMan-specific light filter settings will move to a new schema in a future release.
Class UsdRiLightPortalAPI: RenderMan-specific light portal settings will move to a new schema in a future release.
Class UsdRiMaterialAPI: Materials should use UsdShadeMaterial instead. This schema will be removed in a future release.
Class UsdRiPxrAovLight: This schema will be replaced in a future release.
Class UsdRiPxrBarnLightFilter: This schema will be replaced in a future release. Simulated geometric barn doors that control the spread of light.
Class UsdRiPxrCookieLightFilter: This schema will be replaced in a future release. A textured surface that filters light.
Class UsdRiPxrEnvDayLight: This schema will be replaced in a future release.
Class UsdRiPxrIntMultLightFilter: This schema will be replaced in a future release. Multiplies the intensity of a given light.
Class UsdRiPxrRampLightFilter: This schema will be replaced in a future release. A ramp to modulate how a light falls off with distance.
Class UsdRiPxrRodLightFilter: This schema will be replaced in a future release. Simulates a rod or capsule-shaped region to modulate light.
Class UsdRiRisBxdf: Specialized RIS shader schemas have been deprecated in favor of all shader prims being simple UsdShadeShader. This schema will be removed in a future release.
Class UsdRiRisIntegrator: RIS integrator settings will be replaced with a new schema in a future release.
Class UsdRiRisObject: Specialized RIS shader schemas have been deprecated in favor of all shader prims being simple UsdShadeShader. This schema will be removed in a future release.
Class UsdRiRisOslPattern: Specialized RIS shader schemas have been deprecated in favor of all shader prims being simple UsdShadeShader. This schema will be removed in a future release.
Class UsdRiRisPattern: Specialized RIS shader schemas have been deprecated in favor of all shader prims being simple UsdShadeShader. This schema will be removed in a future release.
Class UsdRiRslShader: RSL shaders have been deprecated in RenderMan. This schema will be removed in a future release.
Class UsdRiSplineAPI: This API schema will be removed in a future release.
Class UsdRiTextureAPI: This API schema will be removed in a future release.
Member UsdSkelCache::GetAnimQuery (const UsdPrim &prim) const
Member UsdSkelComputeJointLocalTransforms (const UsdSkelTopology &topology, const VtMatrix4dArray &xforms, VtMatrix4dArray *jointLocalXforms, const GfMatrix4d *rootInverseXform=nullptr): Use form that takes TfSpan arguments.
Member UsdSkelComputeJointLocalTransforms (const UsdSkelTopology &topology, const VtMatrix4dArray &xforms, const VtMatrix4dArray &inverseXforms, VtMatrix4dArray *jointLocalXforms, const GfMatrix4d *rootInverseXform=nullptr): Use form that takes TfSpan arguments.
Member UsdSkelComputeJointLocalTransforms (const UsdSkelTopology &topology, const GfMatrix4d *xforms, const GfMatrix4d *inverseXforms, GfMatrix4d *jointLocalXforms, const GfMatrix4d *rootInverseXform=nullptr): Use form that takes TfSpan arguments.
Member UsdSkelComputeJointsExtent (const VtMatrix4dArray &joints, VtVec3fArray *extent, float pad=0.0f, const GfMatrix4d *rootXform=nullptr): Use form that takes a TfSpan.
Member UsdSkelComputeJointsExtent (const GfMatrix4d *xforms, size_t numXforms, VtVec3fArray *extent, float pad=0.0f, const GfMatrix4d *rootXform=nullptr): Use form that takes a TfSpan.
Member UsdSkelConcatJointTransforms (const UsdSkelTopology &topology, const GfMatrix4d *jointLocalXforms, GfMatrix4d *xforms, const GfMatrix4d *rootXform=nullptr): Use the form that takes a TfSpan argument.
Member UsdSkelConcatJointTransforms (const UsdSkelTopology &topology, const VtMatrix4dArray &jointLocalXforms, VtMatrix4dArray *xforms, const GfMatrix4d *rootXform=nullptr): Use the function form that takes TfSpan arguments.
Member UsdSkelDecomposeTransforms (const GfMatrix4d *xforms, GfVec3f *translations, GfQuatf *rotations, GfVec3h *scales, size_t count): Use form that takes TfSpan arguments.
Member UsdSkelDecomposeTransforms (const VtMatrix4dArray &xforms, VtVec3fArray *translations, VtQuatfArray *rotations, VtVec3hArray *scales): Use form that takes TfSpan arguments.
Member UsdSkelMakeTransforms (const VtVec3fArray &translations, const VtQuatfArray &rotations, const VtVec3hArray &scales, VtMatrix4dArray *xforms): Use form that takes TfSpan arguments.
Member UsdSkelMakeTransforms (const GfVec3f *translations, const GfQuatf *rotations, const GfVec3h *scales, GfMatrix4d *xforms, size_t count): Use form that takes TfSpan arguments.
Member UsdSkelNormalizeWeights (VtFloatArray *weights, int numInfluencesPerComponent): Use form that takes a TfSpan.
Member UsdSkelSkinningQuery::GetMapper () const: Use GetJointMapper.
Member UsdSkelSkinPointsLBS (const GfMatrix4d &geomBindTransform, const GfMatrix4d *jointXforms, size_t numJoints, const int *jointIndices, const float *jointWeights, size_t numInfluences, int numInfluencesPerPoint, GfVec3f *points, size_t numPoints, bool inSerial=false): Use form that takes TfSpan arguments.
Member UsdSkelSkinPointsLBS (const GfMatrix4d &geomBindTransform, const VtMatrix4dArray &jointXforms, const VtIntArray &jointIndices, const VtFloatArray &jointWeights, int numInfluencesPerPoint, VtVec3fArray *points): Use form that takes TfSpan arguments.
Member UsdSkelSkinTransformLBS (const GfMatrix4d &geomBindTransform, const GfMatrix4d *jointXforms, size_t numJoints, const int *jointIndices, const float *jointWeights, size_t numInfluences, GfMatrix4d *xform): Use form that takes TfSpan arguments.
Member UsdSkelSortInfluences (VtIntArray *indices, VtFloatArray *weights, int numInfluencesPerComponent): Use form that takes TfSpan arguments.