XSI Namespace Reference

The XSI namespace defines a region where all API classes are declared. More...

Namespaces
namespace	MATH
Classes
class	ActionDelta
	The ActionDelta object tracks changes made on a parameter that is part of a reference model. More...
class	ActionDeltaItem
	The ActionDeltaItem object tracks changes made on a parameter that is part of a reference model. More...
class	ActionSource
	The ActionSource class is a specialization of the Source class, representing sources for action and shape animation clips. More...
class	AnimationSourceItem
	An ActionSource contains a collection of animation source items, which you can get at using ActionSource::GetItems. More...
class	AnimationSource
	The AnimationSource object represents a special kind of DataSource, for example, ActionSource, Constraint, FCurve, Expression, or StaticSource. More...
class	Application
	The Application object represents the running instance of the Softimage application and it is the top most entity of the C++ API object hierarchy. More...
class	Argument
	The Argument object represents an argument (or parameter) of a Softimage Command. More...
class	ArgumentArray
	This object is owned by a Command object and holds a collection of Argument objects. More...
class	ArgumentHandler
	An argument handler is an object that helps determine the value that is passed to a Command. More...
class	ArrayParameter
	An ArrayParameter is a specialization of a Parameter. More...
class	CBitArray
	This class encapsulates an array of binary values represented as booleans, where true indicates a bit set to ON and false indicates a bit set to OFF. More...
class	CBoolArray
	The CBoolArray is an uni-dimensional array of bool values. More...
class	Camera
	The Camera object represents a Softimage camera in a scene. More...
class	CameraRig
	The CameraRig object is a specialized Null object that represents a hierarchy composed of a Camera and its X3DObject interest object. More...
class	ChainBone
	The ChainBone object is part of a skeleton chain. More...
class	ChainEffector
	The ChainEffector object is part of a skeleton chain. More...
class	ChainElement
	The ChainElement object represents a component of a skeleton chain. More...
class	ChainRoot
	The ChainRoot object represents the root of a skeleton chain. More...
class	Clip
	Clips are instances of animation and shape actions (ActionSource), audio and image sources (Source) and compound clips (ClipContainer). More...
class	ClipContainer
	A ClipContainer can represent either the Mixer or a compound Clip. More...
class	ClipEffect
	A ClipEffect represents the set of effects associated with a Clip. More...
class	ClipEffectItem
	A ClipEffectItem is an expression which is bound to a MappedItem of a Clip. More...
class	ClipRelation
	Clip relations are logical entities used to create a bi-directional constraint between two clips, the master and slave clip. More...
class	Cluster
	A cluster represents a set of components on a Geometry. More...
class	CClusterElementArray
	An array of cluster elements in a Cluster object. More...
class	ClusterProperty
	Represents a property of a cluster. More...
class	CClusterPropertyElementArray
	An array of cluster property elements in a ClusterProperty object. More...
class	CClusterPropertyBuilder
	Provides the services to accelerate the process of creating new cluster properties on a geometry. More...
struct	CColor
	This struct represents an RGBA color. More...
class	CColorArray
	The CColorArray is a one-dimensional, zero-based array of CColor objects. More...
class	CComAPIHandler
	The CComAPIHandler class implements a C++ wrapper for calling automation objects (scripting objects) or objects implemented using the Softimage Object Model (formerly called the COM API). More...
class	Command
	Represents a Softimage command (either built-in or custom). More...
class	CommandArray
	This object represents a collection of commands. More...
class	Constraint
	The Constraint object represents a constraint in the scene graph. More...
class	Context
	This is a general, flexible Context object that is used for callbacks. More...
class	ControlPoint
	The ControlPoint of a NurbsSurface or a NurbsCurve. More...
class	CControlPointRefArray
	An array of ControlPoint object references representing the NurbsCurve or NurbsSurface control points. More...
class	CustomOperator
	The CustomOperator object represents a custom operator (ie., a scripted or compiled operator) in the scene graph. More...
class	CustomProperty
	The CustomProperty class represents a custom parameter set property object. More...
class	CBaseDataArray
class	CDataArray
	This template class encapsulates the 1D data arrays passed to custom node plug-ins during a graph evaluation. More...
class	CDataArray< bool >
	This class is a specialization of a CDataArray class of type bool. More...
class	CDataArrayCustomType
	CDataArrayCustomType is used for storing binary data in a 1D element array of type CDataArrayCustomType::TData. More...
class	CDataArrayString
	CDataArrayString is used for storing wide character strings in a 1D element array. More...
class	CBaseDataArray2D
class	CDataArray2D
	This template class encapsulates 2D data arrays that are passed to custom node plug-ins during a graph evaluation. More...
class	CDataArray2D< bool >
	This class is a specialization of a CDataArray2D class of type bool. More...
class	CDataArray2DCustomType
	CDataArray2DCustomType is used for storing binary data in a 2D element array of type CDataArray2DCustomType::TData. More...
class	CDataArray2DString
	CDataArray2DString is used for storing strings in a 2D element array. More...
class	Delta
	The Delta object represents a 'diff' or list of modifications to a reference model. More...
class	Desktop
	The Desktop provides the services for creating and accessing UI objects in Softimage. More...
class	Dictionary
	The dictionary object contains application definitions such as Family objects. More...
class	Directed
	An object representing the interest of a Camera or Light. More...
class	CDoubleArray
	The CDoubleArray is an uni-dimensional array of doubles. More...
class	Edge
	The Edge object gives access to the geometry edges of an X3DObject's primitive. More...
class	CEdgeRefArray
	Array of Edge objects. More...
class	Envelope
	An envelope is an object or hierarchy that is assigned as a skin to a set of deformers such as IK chains. More...
class	EnvelopeWeight
	An envelope weight is a specialized kind of ClusterProperty used to store the weights for each point on an envelope. More...
class	EventInfo
	The EventInfo class contains the information on a particular event such as its mute value, event handler, etc. More...
class	Expression
	An expression string is a mathematical formula that controls any animatable parameter. More...
class	Facet
	A facet is a generic concept used to describe a Geometry's PolygonFace, NurbsSurface or NurbsCurve. More...
class	CFacetRefArray
	An array of Facet objects representing all segments of the underlying Geometry object. More...
class	Factory
	This class represents a Factory class and is used to create certain types of objects. More...
class	FCurve
	The FCurve (function curve) class provides access to a set of functions for getting and setting Softimage fcurve attributes, as well as creating, retrieving, modifying and deleting fcurve keys. More...
class	FCurveKey
	This class represents a key on a function curve (FCurve). More...
class	CFCurveKeyRefArray
	This class represents an array of keys on a function curve (FCurve). More...
class	FileReference
	The FileReference class represents a reference to a file on disk. More...
class	Filter
	The Filter object represents an instance of a Softimage filter. More...
class	CFloatArray
	The CFloatArray is an uni-dimensional array of floats. More...
class	Framebuffer
	The Framebuffer object controls the file output of a RenderChannel object. More...
class	Geometry
	The Geometry class gives access to a X3DObject's geometry. More...
class	CGeometryAccessor
	The mesh geometry accessor provides an optimized access to the data and cluster property values of a geometry mesh object. More...
class	GraphicDriver
	The GraphicDriver class encapsulates the graphic driver currently set for drawing hardware shaders. More...
class	CGraphicSequencer
	The CGraphicSequencer object offers several services to enable custom rendering passes in the OpenGL viewport. More...
class	GraphicSequencerContext
	This class represents the plug-in context for the Graphic Sequencer (CGraphicSequencer). More...
class	GridData
	This object represents a 2-dimensional array of data. More...
class	GridWidget
	The GridWidget object represents the user interface control that shows a GridData object inside a Property Page. More...
class	Group
	The Group class represents a collection of related objects. More...
class	HairPrimitive
	This class represents the primitive of an X3DObject used for simulating hair in Softimage and can be accessed with X3DObject::GetActivePrimitive. More...
class	CHardwareAttribute
	Represents an attribute defined by hardware shaders a.k.a real-time shaders. More...
class	CHardwareAttributeArray
	The CHardwareAttributeArray is an uni-dimensional array of CHardwareAttribute. More...
class	HardwareShaderContext
	This object is provided as the context object in the execution callback of a hardware shader. More...
class	HardwareSurface
	HardwareSurface class used for encapsulating a 2D shader texture surface. More...
class	ICEAttribute
	The ICEAttribute object represents an attribute data set (a collection of information used in the ICE system, such as Age, PointPosition, NbrPolygons, etc.). More...
class	CBaseICEAttributeDataArray
	Base class CICEAttributeDataArray class for the CICEAttributeDataArray and CICEAttributeDataArray2D template classes. More...
class	CICEAttributeDataArray
	This template class encapsulates ICEAttribute data as a 1D array. More...
class	CICEAttributeDataArray< bool >
	This class is a specialization of a CICEAttributeDataArray class of type bool. More...
class	CICEAttributeDataArrayCustomType
	This class is a specialization of CICEAttributeDataArray to give access to the ICEAttribute data as a 1D array of type siICENodeDataCustomType. More...
class	CICEAttributeDataArrayString
	This class is a specialization of CICEAttributeDataArray which allows access to the ICEAttribute data as a 1D array of type siICENodeDataString. More...
class	CICEAttributeDataArray2D
	This template class encapsulates ICEAttribute data as a 2D array. More...
class	CICEAttributeDataArray2DCustomType
	This class is a specialization of CICEAttributeDataArray to give access to the ICEAttribute data as a 2D array of type siICENodeDataCustomType. More...
class	CICEAttributeDataArray2DString
	This class is a specialization of CICEAttributeDataArray2D which allows access to the ICEAttribute data as a 2D array of type siICENodeDataString. More...
class	ICECompoundNode
	The ICECompoundNode object represents a node sub-graph. More...
class	ICEDataModifierNode
	The ICEDataModifierNode object represents a SetData node in an ICE graph. More...
class	ICEDataProviderNode
	The ICEDataProviderNode object represents a GetDataNode in an ICE graph. More...
class	CICEGeometry
	Provides a read-only API for accessing the data of a geometry object connected to a custom ICE node. More...
class	ICENode
	The ICENode object represents an effect node in the ICE graph. More...
class	ICENodeContainer
	The ICENodeContainer object represents the base class for containers in a node graph. More...
class	ICENodeContext
	ICENodeContext is used for accessing/handling custom node graph data. More...
class	ICENodeDef
	ICENodeDef objects are used for describing a unique custom ICENode object. More...
class	ICENodeInputPort
	A ICENodeInputPort object represents the input port of an ICENode. More...
class	ICENodeOutputPort
	A ICENodeOutputPort object represents the output port of an ICENode. More...
class	ICENodePort
	ICENodePort is the base class for ICENode ports such as ICENodeInputPort and ICENodeOutputPort. More...
class	CICEPortState
	CICEPortState is used for accessing the state of a custom ICENode input port from the cb_ICENode_BeginEvaluate BeginEvaluate callback. More...
class	ICETree
	The ICETree object represents a node graph and holds all the effect nodes together. More...
class	Image
	This class provides read-access to the representation of an image in memory. More...
class	ImageClip
	As of v4.0, this class is obsolete and is replaced by ImageClip2. More...
class	ImageClip2
	An ImageClip2 object is an instance of an image Source and is used as the container for applying composited image effects. More...
class	CBitsetHelper
class	CIndexSet
	CIndexSet encapsulates an index set for indexing CDataArray object types for the current evaluation. More...
class	InputPort
	An InputPort object represents an input port of an Operator. More...
class	Joint
	The Joint object represents a Kinematic Joint property of a ChainBone or ChainEffector object. More...
class	Kinematics
	The Kinematics object represents the kinematics property of an X3DObject object. More...
class	KinematicState
	The KinematicState represents the current pose of an X3DObject object whereas the base pose of an object is represented by the StaticKinematicState. More...
class	CKnotArray
	An array of knot values representing the NURBS curve or surface knots. More...
class	Layer
	The Layer is a self-contained collection of SceneItem objects. More...
class	Layout
	The Layout object represents an instance of a screen layout in Softimage and gives access to the views attached to that layout. More...
class	Library
	A library is a container of objects of the same type. More...
class	Light
	The Light object represents a Softimage light, such as a point light or a spot light. More...
class	LightRig
	The LightRig object is a specialized Rig object composed of a Light and a Null as its interest. More...
class	CLongArray
	The CLongArray is an uni-dimensional array of LONG values. More...
class	MappedItem
	A mapped item specifies the value driven by a specific clip instance (for example, an object's parameter or its geometry). More...
class	Material
	The Material object represents a material property of a SceneItem object. More...
class	MaterialLibrary
	The material library object is a specialized source library for storing and sharing materials. More...
class	CMatrix3f
	A class to represent a single precision floating point 3 by 3 matrix. More...
class	Menu
	Represents a custom menu in Softimage and provides the basic support for creating them. More...
class	MenuItem
	The MenuItem object represents an individual item on a custom menu. More...
class	CMeshBuilder
	CMeshBuilder allows you to create polygon meshes from an ordered array of vertex coordinates and polygon connections (polygon to vertices). More...
class	MetaShaderRendererDef
	Represents a custom renderer definition. More...
class	Mixer
	This represents the Animation Mixer, which is nested directly under the Model. More...
class	Model
	The Model object represents any Softimage model node, including referenced models, and even the Scene Root. More...
class	Null
	The Null object is a specialized X3DObject object and represents a point in space with no dimensions. More...
class	NurbsCurve
	The NurbsCurve object gives access to the geometry curves of an X3DObject's primitive. More...
class	CNurbsCurveRefArray
	An array of NurbsCurve objects representing the curve in a curve list. More...
class	NurbsCurveList
	A NurbsCurveList is a kind of Geometry and is a collection of NurbsCurve objects. More...
struct	CNurbsCurveData
	This structure represents a data description for a NurbsCurve. More...
class	CNurbsCurveDataArray
	The CNurbsCurveDataArray is an uni-dimensional array of CNurbsCurveData. More...
struct	CTrimCurveData
	This structure represents a data description for a TrimCurve. More...
class	CTrimCurveDataArray
	The CTrimCurveDataArray is an uni-dimensional array of CTrimCurveData. More...
struct	CNurbsSurfaceData
	This structure represents a data description for a NurbsSurface. More...
class	CNurbsSurfaceDataArray
	The CNurbsSurfaceDataArray is an uni-dimensional array of CNurbsSurfaceData objects. More...
class	NurbsSample
	The NurbsSample object gives access to the NurbsSurfaceMesh sample geometry. More...
class	CNurbsSampleRefArray
	An array of NurbsSample objects representing the sample points on a NurbsSurface. More...
class	NurbsSurface
	The NurbsSurface object gives access to the X3DObject's nurbs surface Geometry. More...
class	CNurbsSurfaceRefArray
	An array of NurbsSurface objects representing the surface in a nurbs surface mesh. More...
class	NurbsSurfaceMesh
	A NurbsSurfaceMesh is a kind of Geometry. More...
class	OGLLight
	The OGLLight object represents the OGL light properties of a Light object. More...
class	OGLMaterial
	This object represents the OpenGL properties of a material object. More...
class	OGLTexture
	The OGLTexture object represents the OGL texture properties of a material object. More...
class	Operator
	The Operator object represents an operator in the scene graph. More...
class	OperatorContext
	This class is provided as the context object in the Operator update callback for a Self-Installed CustomOperator object (see PluginRegistrar::RegisterOperator). More...
class	OutputPort
	An OutputPort object represents an output port of an Operator. More...
class	Override
	This class represents an Override override property. More...
class	CParameterRefArray
	An array of Parameters. More...
class	Parameter
	Represents a parameter value within the ProjectItem, for example, the angle parameter of the twist operator. More...
class	Particle
	Represents one particle in a particle cloud. More...
class	ParticleAttribute
	Represents a user-defined Particle attribute, which is a custom parameter for particles originating from a ParticleType. More...
class	ParticleCloud
	This class represents a Particle Cloud in a Softimage scene. More...
class	ParticleCloudPrimitive
	This class provides access to the collection of particles that make up a ParticleCloud. More...
class	ParticleType
	Represents a particle type. More...
class	Partition
	A Partition is a division of a Pass, which behaves like a Group. More...
class	Pass
	A render pass creates a picture layer of a scene that can be composited with any other pass to create a complete image. More...
class	PassContainer
	The PassContainer object represents the pass container object found in the scene. More...
class	PickBuffer
	This class provides access to a picking buffer returned from ToolContent::GetPickBuffer. More...
class	Plugin
	A Plugin object holds read-only information on a particular plug-in file registered in Softimage. More...
class	PluginItem
	The PluginItem class contains the information on each item of a plug-in. More...
class	PluginRegistrar
	This class provides functions for registering a PluginItem in Softimage. More...
class	Point
	A Point is a generic concept used to describe a Geometry's Vertex or ControlPoint. More...
class	CPointRefArray
	An array of Point objects that represent the points in the Geometry. More...
class	PointLocatorData
	A PointLocatorData object represents a collection of point locators. More...
class	PolygonFace
	The PolygonFace object gives access to the geometry polygons of an X3DObject's primitive. More...
class	CPolygonFaceRefArray
	An array of PolygonFace objects representing the polygons in a polygon mesh. More...
class	PolygonMesh
	A PolygonMesh is a kind of Geometry. More...
class	PolygonNode
	The PolygonNode object gives access to the X3DObject's polygon node geometry. More...
class	CPolygonNodeRefArray
	An array of PolygonNode objects representing the edge junction in a polygon. More...
class	Port
	A port is an input or output connection to another object. More...
class	PortGroup
	A portgroup is a group of Port objects on an Operator. More...
class	PPGEventContext
	This object is provided as the context object in the PPGEvent callback for a Plugin-based CustomProperty object (see PluginRegistrar::RegisterProperty). More...
class	PPGItem
	This object represents a component of the user interface of a Property Page. More...
class	PPGLayout
	The PPGLayout object represents the visual appearance of an object's state when it is inspected. More...
class	Preferences
	The Preferences object can be used to manage preferences in Softimage. More...
class	Primitive
	Represents the primitive object of a X3DObject, a primitive is the basic form that is the building block of modeling and animation. More...
class	ProgressBar
	A progress bar is a control that indicates the progress of a lengthy operation by displaying a colored bar inside a horizontal rectangle. More...
class	Project
	The Project object represents the active Softimage project. More...
class	ProjectItem
	The ProjectItem class represents the base content class in Softimage from which all other content objects derive. More...
class	Property
	The Property class represents the property of the following entities: More...
class	ProxyParameter
	A ProxyParameter is a kind of Parameter that can be created on a CustomProperty which is "linked" with the value of another Parameter somewhere else in the Scene. More...
class	CQuaternionf
	Implementation of a float quaternion q=a+bi+cj+dk. More...
class	CRef
	This class is used to reference Softimage objects. More...
class	CRefArray
	The CRefArray class holds generic CRef objects and acts as a base class for other specialized CRef array classes (CEdgeRefArray, CFacetRefArray, etc...). More...
class	RenderChannel
	A render channel is a container for rendered image data output. More...
class	Renderer
	This object is provided as the source object available from the RendererContext for a Plugin-based cus_render Custom Renderer object. More...
class	RendererImageFragment
	This abstract class needs to be implemented by the rendering engine to provide image fragments to Softimage. More...
class	RendererContext
	This object is provided as the context object in the Renderer callbacks for a Plugin-based cus_render Custom Renderer object. More...
class	CRenderHairAccessor
	This class provides access to the render hair information exposed by the hair primitive. More...
class	Rig
	Base class for object with an interest i.e. More...
class	CRigidBodyAccessor
	The rigid body accessor provides an optimized access to the data and property values of a rigid body dynamics object. More...
class	CRigidConstraintAccessor
	The rigid constraint accessor provides an optimized access to the data and property values of a rigid constraint object. More...
class	Sample
	A Sample is a generic concept used to describe a PolygonNode or NurbsSample. More...
class	CSampleRefArray
	Array of Sample objects that represent the samples in the Geometry. More...
class	Scene
	The Scene object represents a Softimage scene that is loaded in memory. More...
class	SceneItem
	The SceneItem object represents an object in the scene (that is, something with properties) in Softimage from which all other scene objects derive. More...
class	SceneRenderProperty
	This object represents a scene render property. More...
class	Schematic
	The Schematic class represents the Schematic UI view and gives access to SchematicNode objects. More...
class	SchematicNode
	The SchematicNode class represents a UI node as displayed in a Schematic view. More...
class	Segment
	A Segment is a generic concept used to describe a PolygonMesh's Edge. More...
class	CSegmentRefArray
	An array of Segment objects that represents all the segment sub-components in the Geometry. More...
class	Selection
	The selection object represents the global selection for the application. More...
class	Shader
	The Shader object represents a node in the render tree of an object. More...
class	ShaderArrayParamDef
	Represents a definition for a shader parameter (an instance a ShaderArrayParameter object). More...
class	ShaderArrayParameter
	Represents an array parameter for a Shader. More...
class	ShaderballOptions
	Represents the options for a shaderball view. More...
class	ShaderDef
	Represents a custom shader definition. More...
class	ShaderParamDef
	Represents the definition of a ShaderParameter object. More...
class	ShaderParamDefContainer
	Represents a set of ShaderParamDef, ShaderArrayParamDef, and/or ShaderStructParamDef objects. More...
class	ShaderParamDefOptions
	Represents the advanced options for a shader parameter definition (ShaderParamDef) object. More...
class	ShaderParameter
	Represents a shader parameter as a specialization of the Parameter interface on a Shader. More...
class	ShaderStructParamDef
	Represents the Structure specialization of a shader parameter definition. More...
class	ShapeClip
	A ShapeClip is an instance of a shape key (source) at a particular position along a shape track in the animation mixer. More...
class	ShapeKey
	A ShapeKey represents a special ClusterProperty which is used to store a specific geometry. More...
class	SimulationEnvironment
	The SimulationEnvironment object represents a construct which is used to define a simulation. More...
class	SIObject
	SIObject derives from CBase and acts as the base class for the Softimage Object Model library. More...
class	CSIObjectRefArray
	An array of SIObjects. More...
class	Source
	Sources are references to data which are instantiated. More...
class	StaticKinematicState
	The StaticKinematicState object represents the base pose of an object. More...
class	StaticSource
	The StaticSource object represents a constant value stored as an AnimationSourceItem. More...
class	CStatus
	Encapsulates status data types for error handling purpose. More...
class	CScriptErrorDescriptor
	This class extends the CStatus object with additional error details if a Script Error has occured. More...
class	CString
	Character strings in the Softimage SDK are represented with the CString class. More...
class	CStringArray
	The CStringArray is an uni-dimensional array of CString objects. More...
class	SubComponent
	Provides access to the subelements of an object's Geometry. More...
class	Texture
	Specific Shader object which is a member of the Texture Shaders family (siTextureShaderFamily). More...
class	TextureLayer
	The TextureLayer is an object which simplifies layering of shader effects on top of shaders and materials. More...
class	TextureLayerPort
	The TextureLayerPort is an object used to describe which specific shader and material parameters a TextureLayer affects. More...
class	CTime
	The CTime class is a utility class for manipulating time. More...
class	CTimeArray
	The CTimeArray is an uni-dimensional array of CTime. More...
class	TimeControl
	The TimeControl object represents the clip's Time Control property, which is used to specify the time reference for a given Clip object. More...
class	TimerEvent
	A TimerEvent represents a system timer and allows you to specify the interval and the delay time at which a timer elapses. More...
class	ToolContext
	ToolContext is used for accessing/handling tool data. More...
class	Track
	A Track represents the container of clips used to sequence clips in the ClipContainer. More...
class	Transition
	This object represents a transition between two clips. More...
class	Triangle
	Represents a triangle generated by a surface tesselation. More...
class	CTriangleRefArray
	An array of Triangle objects that represents all the triangles in the Geometry. More...
class	TriangleVertex
	A TriangleVertex represents a Point of a Triangle object. More...
class	CTriangleVertexRefArray
	An array of TriangleVertex objects that represents all points of a Triangle object. More...
class	UIObject
	The UIObject is the base class for Softimage UI objects such as UIPersistable and MenuItem. More...
class	UIPersistable
	The UIPersistable object is the base class for Softimage UI persistable objects such as the View and Layout objects. More...
class	UIToolkit
	Provides access to Softimage user interface tools such as the ProgressBar object and the MsgBox function. More...
class	UpdateContext
	This object represents the operator update context. More...
class	CUserDataArray
	A CUserDataArray is an uni-dimensional array used to store binary values. More...
class	UserDataBlob
	The UserDataBlob is a Property that can be attached to many different parts of a scene, for example Cameras, Lights, other X3DObjects and Clusters. More...
class	UserDataMap
	The UserDataMap is a Property that can be attached to any cluster. More...
class	CUtils
	This is an intrinsic object that provides general utility methods. More...
struct	CUV
	This structure represents a UV coordinate. More...
class	CUVArray
	The CUVArray is an uni-dimensional array of CUV. More...
class	UVProperty
	UVProperty is a kind of ClusterProperty object used for storing and accessing the UV information of a cluster. More...
class	CValue
	The CValue object provides the convenience of a loosely typed variable inside a strictly typed language like C++. More...
class	CValueArray
	The CValueArray is an uni-dimensional array of CValue. More...
class	ValueMap
	Represents a special container to hold key-value pairs, similar to an associative array. More...
class	Vertex
	The Vertex object gives access to the geometry vertices of an X3DObject's Primitive. More...
class	CVertexRefArray
	Represents an array of Vertex objects. More...
struct	CVertexColor
	This structure represents a vertex RGBA color. More...
class	CVertexColorArray
	The CVertexColorArray is an uni-dimensional array of CVertexColor objects. More...
class	View
	The View object represents an instance of a view in Softimage. More...
class	ViewContext
	The ViewContext object serves 2 functions for Custom Displays: More...
class	CValueChangeNotification
	Holds information about a value change Event.
class	CTimeChangeNotification
	Holds information about a time change Event.
class	CWindowNotification
	Holds information about a change in window position.
class	CObjectAddedNotification
class	CObjectRemovedNotification
class	X3DObject
	The X3DObject object represents a basic 3D object of a scene in Softimage. More...
Typedefs
typedef XSI::CDataArray< float >	CDataArrayFloat
typedef XSI::CDataArray< LONG >	CDataArrayLong
typedef XSI::CDataArray< bool >	CDataArrayBool
typedef XSI::CDataArray < XSI::MATH::CVector2f >	CDataArrayVector2f
typedef XSI::CDataArray < XSI::MATH::CVector3f >	CDataArrayVector3f
typedef XSI::CDataArray < XSI::MATH::CVector4f >	CDataArrayVector4f
typedef XSI::CDataArray < XSI::MATH::CQuaternionf >	CDataArrayQuaternionf
typedef XSI::CDataArray < XSI::MATH::CRotationf >	CDataArrayRotationf
typedef XSI::CDataArray < XSI::MATH::CMatrix3f >	CDataArrayMatrix3f
typedef XSI::CDataArray < XSI::MATH::CMatrix4f >	CDataArrayMatrix4f
typedef XSI::CDataArray < XSI::MATH::CColor4f >	CDataArrayColor4f
typedef XSI::CDataArray < XSI::MATH::CShape >	CDataArrayShape
typedef CDataArray2D< float >	CDataArray2DFloat
typedef CDataArray2D< LONG >	CDataArray2DLong
typedef CDataArray2D< bool >	CDataArray2DBool
typedef CDataArray2D < XSI::MATH::CVector2f >	CDataArray2DVector2f
typedef CDataArray2D < XSI::MATH::CVector3f >	CDataArray2DVector3f
typedef CDataArray2D < XSI::MATH::CVector4f >	CDataArray2DVector4f
typedef CDataArray2D < XSI::MATH::CQuaternionf >	CDataArray2DQuaternionf
typedef CDataArray2D < XSI::MATH::CRotationf >	CDataArray2DRotationf
typedef CDataArray2D < XSI::MATH::CMatrix3f >	CDataArray2DMatrix3f
typedef CDataArray2D < XSI::MATH::CMatrix4f >	CDataArray2DMatrix4f
typedef CDataArray2D < XSI::MATH::CColor4f >	CDataArray2DColor4f
typedef XSI::CDataArray2D < XSI::MATH::CShape >	CDataArray2DShape
typedef enum XSI::siErrorValueEnum	siErrorValueEnum
	Error constants.
typedef enum XSI::siDefaultTimeFormat	siDefaultTimeFormat
	Time format values which are used by siTimeFormatDefaultFrameFormat UserPreference.
typedef enum XSI::siDisplayTimeFormat	siDisplayTimeFormat
	Time format values which are used by siTimeDisplayFormatUserFormat UserPreference.
typedef enum XSI::siFilterMode	siFilterMode
	Different modes for SIFilter command.
typedef enum XSI::siDeltaMode	siDeltaMode
	Delta transformation modes for transformation commands (Translate, Rotate, Scale)
typedef enum XSI::siTextureEffectsComputation	siTextureEffectsComputation
	Texture effects bit flags, to be used in conjunction with Texture.GetTransformValues
typedef enum XSI::siRefMode	siRefMode
	Reference transformation modes for transformation commands (Translate, Rotate, Scale).
typedef enum XSI::siCenterMode	siCenterMode
	Center transformation modes for transformation commands.
typedef enum XSI::siAxesFilter	siAxesFilter
	Axes filters for transformation commands (Translate, Rotate, Scale).
typedef enum XSI::siUVWAxesFilter	siUVWAxesFilter
	Axes filters for transformation commands (TranslateUVW, RotateUVW, ScaleUVW)
typedef enum XSI::siTransformFilter	siTransformFilter
	Transformation type filters (Translation, Rotation, Scaling)
typedef enum XSI::siParameterFilter	siParameterFilter
	Parameter filter (Marked, Animated, Scaling, Rotation, Translation, Weight, etc..)
typedef enum XSI::siPSetRelationship	siPSetRelationship
	Parent-child parameter set relationships.
typedef enum XSI::siPropagationType	siPropagationType
	Property propagation types.
typedef enum XSI::siDupHierarchy	siDupHierarchy
	Hierarchy options for duplication commands.
typedef enum XSI::siDupHistory	siDupHistory
	History options for duplication commands.
typedef enum XSI::siDupParent	siDupParent
	Parenting options for duplication commands.
typedef enum XSI::siDupGroup	siDupGroup
	Grouping options for duplication commands.
typedef enum XSI::siDupProperty	siDupProperty
	Property options for duplication commands.
typedef enum XSI::siDupAnimation	siDupAnimation
	Animation options for duplication commands.
typedef enum XSI::siDupConstraint	siDupConstraint
	Constraint options for duplication commands.
typedef enum XSI::siDupTextureSupport	siDupTextureSupport
	Texture Support options for duplication commands.
typedef enum XSI::siDupSelection	siDupSelection
	Selection options for duplication commands.
typedef enum XSI::siDupTransform	siDupTransform
	Transform options for duplication commands.
typedef enum XSI::siKeyboardState	siKeyboardState
	Keyboard modifier states.
typedef enum XSI::siInspectMode	siInspectMode
	Inspection Dialog Modes.
typedef enum XSI::siInspectBrowseMode	siInspectBrowseMode
	Constants that define the way to browse the inspection history.
typedef enum XSI::siSourceType	siSourceType
	Animation Source Types.
typedef enum XSI::siBranchFlag	siBranchFlag
	The branch flag is used to determine whether we are referring to the object as a node or as a branch.
typedef enum XSI::siOperationMode	siOperationMode
	The operation mode is used to determine if we are in immediate mode or persistent mode.
typedef enum XSI::siGeneratorInputsDisposalMode	siGeneratorInputsDisposalMode
	This mode is used to determine if we should keep, hide or delete the inputs after a generator is applied.
typedef enum XSI::siComponentVisibilityMode	siComponentVisibilityMode
	This mode is used to determine if the command should only apply to visible components.
typedef enum XSI::siActionWhenLocalMaterialsOverlap	siActionWhenLocalMaterialsOverlap
	This indicates what to do when local materials overlap.
typedef enum XSI::siSplitPolygonType	siSplitPolygonType
	Split type for polygons.
typedef enum XSI::siSelectionUpdate	siSelectionUpdate
	Constants that define the different options for updating selection list when working with topology operators.
typedef enum XSI::siTxtCreationType	siTxtCreationType
	Texture creation type constants.
typedef enum XSI::siTxtDefaultCreationType	siTxtDefaultCreationType
	Default texture creation type constants.
typedef enum XSI::siTxtProjType	siTxtProjType
	Texture projection type constants.
typedef enum XSI::siTxtProjPlane	siTxtProjPlane
	Texture projection plane constants.
typedef enum XSI::siTxtProjFitMethod	siTxtProjFitMethod
	Texture support positioning constants.
typedef enum XSI::siChangeUVInputActions	siChangeUVInputActions
	Actions for the ChangeUVInput command.
typedef enum XSI::siAlignModes	siAlignModes
	Modes for the align command.
typedef enum XSI::siWeightPresets	siWeightPresets
	Presets for the PresetWeight command.
typedef enum XSI::siCutClipOptions	siCutClipOptions
	Cut options for the CutClip command.
typedef enum XSI::siEditClipOptions	siEditClipOptions
	Edit clip options for the EditClip command.
typedef enum XSI::siPresetLocation	siPresetLocation
	Preset locations.
typedef enum XSI::siVariantType	siVariantType
	The variant type determines the kind of value that can be stored in a parameter.
typedef enum XSI::siParamClassification	siParamClassification
	This determines the classification of a Parameter to give Softimage some hint about its purpose.
typedef enum XSI::siMaterialPorts	siMaterialPorts
	Port choice for the SIGetMaterialShader command.
typedef enum XSI::siShadingModel	siShadingModel
	Defines the material shading model.
typedef enum XSI::siShaderType	siShaderType
	Defines the shader type.
typedef enum XSI::siShaderOutputType	siShaderOutputType
	Defines the output shader parameter types.
typedef enum XSI::siShaderParameterType	siShaderParameterType
	These represent the shader parameter data types for instantated shaders.
typedef enum XSI::siShaderParameterDataType	siShaderParameterDataType
	Defines the Shader parameter type for a Parameter object belonging to Shader, Material, Light or Camera.
typedef enum XSI::siShaderParameterConnectionType	siShaderParameterConnectionType
typedef enum XSI::siShaderReferenceFilterType	siShaderReferenceFilterType
	Defines the types of filters when creating a shader parameter definition of type reference(siShaderParameterDataType::siShaderDataTypeReference).
typedef enum XSI::siShaderballDimension	siShaderballDimension
	Defines the flags for Shaderball Dimension used by the ShaderballOptions object.
typedef enum XSI::siShaderPropertyFilterType	siShaderPropertyFilterType
	Defines the types of filters when creating a shader parameter definition of type property look-up(siShaderParameterDataType::siShaderDataTypeProperty).
typedef enum XSI::siLightType	siLightType
	Defines the types of light.
typedef enum XSI::siCnxGroupType	siCnxGroupType
	Types of groups in connection sets.
typedef enum XSI::siCnxSetType	siCnxSetType
	Types of connection sets.
typedef enum XSI::siPartitionType	siPartitionType
	Types of Partitions.
typedef enum XSI::siLockLevel	siLockLevel
	Levels of lock.
typedef enum XSI::siLockType	siLockType
	Type of lock owner.
typedef enum XSI::siTags	siTags
	These are the different levels of tags.
typedef enum XSI::siGeometryType	siGeometryType
	Type of geometry.
typedef enum XSI::siBoundingVolume	siBoundingVolume
	Types of bounding volumes.
typedef enum XSI::siPortType	siPortType
	Enumerates the different kinds of ports.
typedef enum XSI::siModificationType	siModificationType
	Type of modification on a referenced model.
typedef enum XSI::siModificationMixerType	siModificationMixerType
	Type of mixer modification on a referenced model.
typedef enum XSI::siModelResolution	siModelResolution
	Resolution description of a file for a referenced model.
typedef enum XSI::siParameterScope	siParameterScope
	Type of parameters to gather from the input Object List.
typedef enum XSI::siSequenceType	siSequenceType
	Type of input objects for the Sequence feature.
typedef enum XSI::siSequenceMode	siSequenceMode
	Mode to use for the Sequence feature.
typedef enum XSI::siEffectInputType	siEffectInputType
	Type of input objects for clip effect features.
typedef enum XSI::siNeighborType	siNeighborType
	Types of neighboring for the deprecated Geometry_V1.
typedef enum XSI::siNavigDirection	siNavigDirection
	Modes for the SelectNeighborObj command.
typedef enum XSI::siNavigationDirection	siNavigationDirection
	Direction of the next Node.
typedef enum XSI::siNavigationFilter	siNavigationFilter
	Direction of the next Node.
typedef enum XSI::siNavigationSubFilter	siNavigationSubFilter
	Sub-type of node wanted.
typedef enum XSI::siViewType	siViewType
	Type of views.
typedef enum XSI::si2DChainAlignType	si2DChainAlignType
	Defines the types of alignment used for creating a 2D chain.
typedef enum XSI::siChainBoneType	siChainBoneType
	Type of chain bones.
typedef enum XSI::siConnectionType	siConnectionType
	Operator connection types.
typedef enum XSI::siAxisType	siAxisType
	Bitmask for types of axes.
typedef enum XSI::siKnotParameterization	siKnotParameterization
	Type of knot parameterization type for NurbsCurves.
typedef enum XSI::siMappingRuleType	siMappingRuleType
	Types of mapping rules.
typedef enum XSI::siNurbsDirection	siNurbsDirection
	Types of nurbs direction parameters.
typedef enum XSI::siNurbsFormat	siNurbsFormat
	Types of nurbs format.
typedef enum XSI::siInstallationPath	siInstallationPath
	Installation path directories.
typedef enum XSI::siShapeInstanceMode	siShapeInstanceMode
	Shape key instantiation mode.
typedef enum XSI::siShapeReferenceMode	siShapeReferenceMode
	Shape key reference mode.
typedef enum XSI::siShapeContent	siShapeContent
	Indicates which deforms will be stored in the created shape.
typedef enum XSI::siConstructionMode	siConstructionMode
	The construction mode indicates the purpose of the deformations.
typedef enum XSI::siResolutionPlane	siResolutionPlane
	Resolution Plane Type for Chain joints.
typedef enum XSI::siTextureProjectionType	siTextureProjectionType
	Texture creation type constants.
typedef enum XSI::siUVTextureType	siUVTextureType
	UV generation type used by the texture operator, used only if siTextureProjectionType:siTextureUV is specified as the projection type.
typedef enum XSI::siCapabilities	siCapabilities
	Determines the capabilities of a parameter.
typedef enum XSI::siFCurveType	siFCurveType
	Types of function curves (fcurves)
typedef enum XSI::siFCurveExtrapolation	siFCurveExtrapolation
	The extrapolation of an FCurve determines its shape before the first FCurveKey and after the last FCurveKey.
typedef enum XSI::siFCurveKeyConstraint	siFCurveKeyConstraint
	Function curve key constraints.
typedef siFCurveKeyConstraint	siFCurveKeyFlags
typedef enum XSI::siFCurveKeyInterpolation	siFCurveKeyInterpolation
	Specifies the interpolation type for a specific key on an fcurve.
typedef enum XSI::siFCurveKeySelectionMode	siFCurveKeySelectionMode
	Specifies the mode for changing the FCurveKey selection.
typedef enum XSI::siFCurveInterpolation	siFCurveInterpolation
	The interpolation of an FCurve determines how values are evaluated between its FCurveKeys.
typedef enum XSI::siFCurveSmoothFilterType	siFCurveSmoothFilterType
	Specifies the kind of filter used for smoothing function curves.
typedef enum XSI::siUpdateContextState	siUpdateContextState
	Information on the context in which a plug-in is being evaluated.
typedef enum XSI::siArgumentFlags	siArgumentFlags
	Information on the direction of an argument indicating how it is passed to or from a command.
typedef enum XSI::siCommandCategory	siCommandCategory
	Custom (v1.0) Commands can be defined from a pre-defined category.
typedef enum XSI::siImportShareOptions	siImportShareOptions
	Defines the option flags when importing a model or merging a scene.
typedef enum XSI::siEventID	siEventID
	This enumerator provides the identifiers for the Softimage events, they can be used for implementing C++ event handlers in order to identify the events fired by Softimage.
typedef enum XSI::siSelectionChangeType	siSelectionChangeType
	Specifies the type of operation performed to update the selection.
typedef enum XSI::siRenderFieldType	siRenderFieldType
	Specifies the render field setting.
typedef enum XSI::siRenderingType	siRenderType
	Specifies the type of rendering.
typedef enum XSI::siRenderingErrorType	siRenderingErrorType
	Specifies the type of rendering error.
typedef enum XSI::siSubdivisionRuleType	siSubdivisionRuleType
	Specifies the subdivision rule used for an approximated geometry selection.
typedef enum XSI::siNavigateComponentType	siNavigateComponentType
	Direction type for navigating geometry components.
typedef enum XSI::siParticleRenderType	siParticleRenderType
	Enumeration of particle render types.
typedef enum XSI::siFCurveEditorAttribute	siFCurveEditorAttribute
	Enumeration of the different attributes that are available on the FCurveEditor object.
typedef enum XSI::siSeverityType	siSeverityType
	Determines the severity types of a message implemented with the C++ API.
typedef enum XSI::siCustomCompiledOpFlags	siCustomCompiledOpFlags
	Information which is passed to the custom compiled operators through its Init and Term functions.
typedef enum XSI::siChannelAction	siChannelAction
	A device driver contains a set of channels that can be configured.
typedef enum XSI::siSelectMode	siSelectMode
	Specifies how to select objects in a hierarchy.
typedef enum XSI::siTransientExplorerFilter	siTransientExplorerFilter
	Specifies the filter to use in a transient explorer.
typedef enum XSI::siClassID	siClassID
	The class ID of Softimage objects.
typedef enum XSI::siBlendInPresetModes	siBlendInPresetModes
	This enumeration type specifies how the BlendInPresets command will apply the new shaders to the parameters selected by the command.
typedef enum XSI::siBlendInTextureLayersModes	siBlendInTextureLayersModes
	This enumeration type specifies how the texture-layer blending commands will apply the new shaders to the parameters selected by the command.
typedef enum XSI::siShaderCnxPointType	siShaderCnxPointType
	This enumeration type specifies what kind of shader port connections you are interested in when using the RemoveAllShadersFromCnxPoint command.
typedef enum XSI::siAddonItemType	siAddonItemType
	This enumeration type specifies the type of item supported by add-ons.
typedef enum XSI::siGridWidgetColumnType	siGridWidgetColumnType
	Types of Columns supported by siControlGrid (see siPPGControlTypeand GridData.SetColumnType)
typedef enum XSI::siGridSelectionMode	siGridSelectionMode
	Selection Mode for the cells of the GridWidget, see siUIGridSelectionMode in siPPGItemAttribute.
typedef enum XSI::siTxtContourStretchingMethod	siTxtContourStretchingMethod
	Polygon cluster contour stretching method used to generate texture coordinates as part of the GenerateUVSetByContourStretching and ModifyUVSetByContourStretching commands.
typedef enum XSI::siExplorerScope	siExplorerScope
	The list of scopes supported by the Scene Explorer.
typedef enum XSI::siTimeState	siTimeState
	States for the time change notification CTimeChangeNotificationfor Custom Displays.
typedef enum XSI::siDisplayCallback	siDisplayCallback
	Types of display callbacks defined for the Graphic Sequencer.
typedef enum XSI::siXGSClassType	siXGSClassType
	Type of object passed to an Open Graphic Sequencer callback.
typedef enum XSI::siXGSFlag	siXGSFlag
	Flags for Graphic Sequencer callbacks.
typedef enum XSI::siXGSPassFlag	siXGSPassFlag
	Pass flags for Graphic Sequencer callbacks.
typedef enum XSI::siXGSStateType	siXGSStateType
	XGS state types defined for the Graphic Sequencer.
typedef enum XSI::siViewMode	siViewMode
	Viewport display modes used by the CGraphicSequencer classfor the Graphic Sequencer.
typedef enum XSI::siParticleAttributeType	siParticleAttributeType
	The available types for user defined per particle ParticleAttribute.
typedef enum XSI::siAssetStorageType	siAssetStorageType
	This is the enumeration of the different ways an asset in Softimage can be stored.
typedef enum XSI::siSourceStorageType	siSourceStorageType
	This enum has been replaced by siAssetStorageType.
typedef enum XSI::siAssetStatus	siAssetStatus
	This is an enumeration of how an asset in Softimage can be treated when stored externally.
typedef enum XSI::siActionStatus	siActionStatus
	This enum has been replaced by siAssetStatus.
typedef enum XSI::siFilterType	siFilterType
	Specifies the different type of filters that are used for implementing and categorizing custom Filters.
typedef enum XSI::siCommandCapabilities	siCommandCapabilities
	Determines the capabilities of a command.
typedef enum XSI::siSeverity	siSeverity
	Determines the severity types of a message implemented in a scripting language.
typedef enum XSI::siMsgBoxFlags	siMsgBoxFlags
	Flags values supported by the XSIUIToolkit.MsgBox command.
typedef enum XSI::siMsgButtonPressed	siMsgButtonPressed
	Return values from XSIUIToolkit.MsgBox that indicates which button was pressed by the user.
typedef enum XSI::siViewState	siViewState
	Specifies the view state information of the View object, such as whether the view is closed, whether the view is minimized, and whether the view is in a normal state.
typedef enum XSI::siToolbarControl	siToolbarControl
	Types of toolbar controls to use when building a toolbar.
typedef enum XSI::siTimeReferenceType	siTimeReferenceType
	Specifies the type of time applicability of a ClipEffect on a Clip.
typedef enum XSI::siImageRatio	siImageRatio
	Specifies a reduction to apply to an image.
typedef enum XSI::siTimeControlExtrapolationType	siTimeControlExtrapolationType
	The siTimeControlExtrapolationType determines how a Clip contributes to the animation outside of the frames on which it is defined.
typedef enum XSI::siMenuItemStyle	siMenuItemStyle
	Specifies the style of a menu item.
typedef enum XSI::siMenuAnchorPoints	siMenuAnchorPoints
	Identifies the location of a custom menu.
typedef enum XSI::siPortFlags	siPortFlags
	This enum specifies the operator port flags.
typedef enum XSI::siWindowChangeState	siWindowChangeState
	This enum specifies what has changed during a CWindowNotification for the Custom Display Host.
typedef enum XSI::siFileType	siFileType
	This enum is used to determine the type of a file for the OnBeginFileExport, OnBeginFileImport, OnEndFileExport, OnEndFileImport, OnCustomFileExport, and OnCustomFileImport events.
typedef enum XSI::siClusterType	siClusterType
	This enum specifies the type of clusters in Softimage.
typedef enum XSI::siClusterPropertyType	siClusterPropertyType
	This enum specifies the type of cluster properties in Softimage.
typedef enum XSI::siCurveIsopointManipMode	siCurveIsopointManipMode
	This enum specifies the mode of manipulation of a curve isopoint in Softimage.
typedef enum XSI::siCurveKnotTangentAlignment	siCurveKnotTangentAlignment
	This enum specifies the type of alignment for a tangent of a curve knot in Softimage.
typedef enum XSI::siRBDEngine	siRBDEngine
	Specifies the rigid body dynamics engine used for simulation.
typedef enum XSI::siKeyableAttributeType	siKeyableAttributeType
	Keyable attribute types.
typedef enum XSI::siClosestLocationMethod	siClosestLocationMethod
	Indicates the method to use for finding closest locations on a geometry.
typedef enum XSI::siNormalComputationMethod	siNormalComputationMethod
	Indicates the method to use for computing normals on a geometry.
typedef enum XSI::siLineIntersectionType	siLineIntersectionType
	Type of line to use when intersecting a line with a geometry.
typedef enum XSI::siImageBitDepth	siImageBitDepth
	This enumeration lists the allowed bit depths for each channel of an image with the specified channel types.
typedef enum XSI::siImageChannelType	siImageChannelType
	This enum lists the allowed channel types in writable images and framebuffers.
typedef enum XSI::siImageChannelFilter	siImageChannelFilter
	This enumeration lists the allowed filters for user-selectable channel types in the UI.
typedef enum XSI::siVolumeCenterMethod	siVolumeCenterMethod
	Indicates the method to use for calculating the center of a bounding volume.
typedef enum XSI::siBoundingCapsuleMethod	siBoundingCapsuleMethod
	Indicates the method to use for calculating the long axis of a bounding cylinder.
typedef enum XSI::siSourcePathType	siSourcePathType
	Specifies the source path being set for the OnSourcePathChange event.
typedef enum XSI::siModelKind	siModelKind
	Describes whether Model is referenced, local (regular) or an instance.
typedef enum XSI::siViewport	siViewport
	Used as a convenient list of identifiers for the different viewports of the view manager.
typedef enum XSI::siRenderRegionDisplayType	siRenderRegionDisplayType
	This enumeration represents the list of display types for the render region.
typedef enum XSI::siModificationDeltaType	siModificationDeltaType
	Type of delta modification on a referenced model.
typedef enum XSI::siNodePortDataInsertionLocation	siNodePortDataInsertionLocation
	Specifies the relative location where new node ports will be added.
typedef enum XSI::siPPGEventID	siPPGEventID
	Defines the possible actions that trigger calling the PPGEvent callback function.
typedef enum XSI::siRenderProcessType	siRenderProcessType
	The process types that a rendering engine can perform.
typedef enum XSI::siRenderQueryType	siRenderQueryType
	Query codes that a rendering engine needs to respond to if it supports object archives and stand-ins, via registering itself with a siRenderProcessType::siRenderProcessExportObjectArchive process type, and multiple display bit depths.
typedef enum XSI::siRenderQualityType	siRenderQualityType
	Quality levels that a rendering engine's renderer properties can be set to, or queried for.
typedef enum XSI::siRenderPropertyType	siRenderPropertyType
	When a render engine registers, it provides a list of specific properties that Softimage should create for it.
typedef enum XSI::siRenderShutterType	siRenderShutterType
	Controls when the camera's shutter opens and closes when generating motion blur for render.
typedef enum XSI::siRenderFrameSource	siRenderFrameSource
	Controls how the render frame list is computed for passes.
typedef enum XSI::siDragAndDropAction	siDragAndDropAction
	Possible actions for the drag and drop notification.
typedef enum XSI::siICEAttributeCategory	siICEAttributeCategory
	Describes how the ICEAttribute data is defined.
typedef enum XSI::siICENodeThreadingModel	siICENodeThreadingModel
	Defines the threading models available for ICENode evaluation.
typedef enum XSI::siICEShapeType	siICEShapeType
	Defines the particle shape types for rendering.
typedef enum XSI::siRenderVerbosity	siRenderVerbosity
	This enum specifies the render verbosity settings used when rendering or exporting passes.
typedef enum XSI::siTimeTransportSeekMode	siTimeTransportSeekMode
	Softimage TimeTransport seek modes.
typedef enum XSI::siGraphicDriver	siGraphicDriver
	Enumerates the supported graphics drivers.
typedef enum XSI::siHardwareSurfaceDimension	siHardwareSurfaceDimension
	Defines the dimension of a hardware surface.
typedef enum XSI::siResourceSharing	siResourceSharing
	Defines the sharing capability of a resource.
typedef enum XSI::siHardwareInputSemantic	siHardwareInputSemantic
	Describes the standard vertex attribute hardware slot for a Realtime Shader.
typedef enum XSI::siCollapseLayersPlottingType	siCollapseLayersPlottingType
	Indicates the plotting type to use when collapsing animation layers.
typedef enum XSI::siMaterialConflictAction	siMaterialConflictAction
	This indicates the action to perform when there is a conflict with a material.
typedef enum XSI::siHWShaderVersionID	siHWShaderVersionID
	Declares the supported hardware shader versions.
typedef enum XSI::siXGSContextFlag	siXGSContextFlag
	Context flags for the Graphic Sequencer.
typedef enum XSI::siXGSRenderFlag	siXGSRenderFlag
	XGS render flags for the Graphic Sequencer.
typedef enum XSI::siCustomDisplayFlags	siCustomDisplayFlags
	Determines the behavior and look of a Custom Display.
typedef enum XSI::siComponentDataType	siComponentDataType
	Specifies the type of component data (vector3, boolean, color, etc.) on an ICEAttribute.
typedef enum XSI::siComponentDataContext	siComponentDataContext
	Specifies the context of component data (points, edges, etc.) on an ICEAttribute.
typedef enum XSI::siComponentDataStructure	siComponentDataStructure
	Specifies the structure of component data (single element or dynamic array) on an ICEAttribute.
typedef enum XSI::siRenderChannelType	siRenderChannelType
	Types of data allowed for render channels.
typedef enum XSI::siICENodeDataType	siICENodeDataType
	Defines the types of data that can be associated to a ICE node port connection.
typedef enum XSI::siICENodeStructureType	siICENodeStructureType
	Defines the way data are structured for ICE node connections: single data or dynamic array.
typedef enum XSI::siICENodeContextType	siICENodeContextType
	Defines the element set associated with the data for ICE node connections.
typedef enum XSI::siAutoCompleteMode	siAutoCompleteMode
	Determines the behavior of the auto-complete feature for a text editor widget control (see siPPGControlType::siControlTextEditor).
typedef enum XSI::siTextEditorCapability	siTextEditorCapability
	Determines the availability of the File menu functions for a text editor widget control (siPPGControlType::siControlTextEditor).
typedef enum XSI::siViewportFeature	siViewportFeature
	Defines the supported features for a custom viewport.
typedef enum XSI::siTimeTransportPlaybackMode	siTimeTransportPlaybackMode
	Softimage TimeTransport playback types.
typedef enum XSI::siTimeTransportState	siTimeTransportState
	Softimage TimeTransport states.
typedef enum XSI::siToolCapabilities	siToolCapabilities
	Various flags that affect tool behaviour.
typedef enum XSI::siToolCursor	siToolCursor
	ToolContext cursors.
typedef enum XSI::siAlignment	siAlignment
	ToolContext text/menu alignment.
typedef enum XSI::siSnapType	siSnapType
	ToolContext snapping type flags.
typedef enum XSI::siPickMode	siPickMode
	ToolContext picking mode flags.
typedef enum XSI::siPickType	siPickType
	ToolContext picking type flags.
typedef enum XSI::siPasteUVsMode	siPasteUVsMode
	This indicates which UVs indices to use when the UVs are copied from one object and pasted onto another object.
typedef enum XSI::siSetValueMode	siSetValueMode
	This indicates the mathematical mode when setting a new value to a current value.
typedef XSI::CICEAttributeDataArray < float >	CICEAttributeDataArrayFloat
typedef XSI::CICEAttributeDataArray < LONG >	CICEAttributeDataArrayLong
typedef XSI::CICEAttributeDataArray < bool >	CICEAttributeDataArrayBool
typedef XSI::CICEAttributeDataArray < XSI::MATH::CVector2f >	CICEAttributeDataArrayVector2f
typedef XSI::CICEAttributeDataArray < XSI::MATH::CVector3f >	CICEAttributeDataArrayVector3f
typedef XSI::CICEAttributeDataArray < XSI::MATH::CVector4f >	CICEAttributeDataArrayVector4f
typedef XSI::CICEAttributeDataArray < XSI::MATH::CQuaternionf >	CICEAttributeDataArrayQuaternionf
typedef XSI::CICEAttributeDataArray < XSI::MATH::CRotationf >	CICEAttributeDataArrayRotationf
typedef XSI::CICEAttributeDataArray < XSI::MATH::CMatrix3f >	CICEAttributeDataArrayMatrix3f
typedef XSI::CICEAttributeDataArray < XSI::MATH::CMatrix4f >	CICEAttributeDataArrayMatrix4f
typedef XSI::CICEAttributeDataArray < XSI::MATH::CColor4f >	CICEAttributeDataArrayColor4f
typedef XSI::CICEAttributeDataArray < XSI::MATH::CShape >	CICEAttributeDataArrayShape
typedef XSI::CICEAttributeDataArray2D < float >	CICEAttributeDataArray2DFloat
typedef XSI::CICEAttributeDataArray2D < LONG >	CICEAttributeDataArray2DLong
typedef XSI::CICEAttributeDataArray2D < bool >	CICEAttributeDataArray2DBool
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CVector2f >	CICEAttributeDataArray2DVector2f
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CVector3f >	CICEAttributeDataArray2DVector3f
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CVector4f >	CICEAttributeDataArray2DVector4f
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CQuaternionf >	CICEAttributeDataArray2DQuaternionf
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CRotationf >	CICEAttributeDataArray2DRotationf
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CMatrix3f >	CICEAttributeDataArray2DMatrix3f
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CMatrix4f >	CICEAttributeDataArray2DMatrix4f
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CColor4f >	CICEAttributeDataArray2DColor4f
typedef XSI::CICEAttributeDataArray2D < XSI::MATH::CShape >	CICEAttributeDataArray2DShape
Enumerations
enum	siErrorValueEnum { siErrCancelled = 0x4c7L }
	Error constants. More...
enum	siDefaultTimeFormat {   siDefaultFILM24 = 7, siDefaultPAL25 = 8, siDefaultNTSC30 = 10, siDefaultUserTimeFormat = 11,   siDefault30 = 19 }
	Time format values which are used by siTimeFormatDefaultFrameFormat UserPreference. More...
enum	siDisplayTimeFormat {   siDisplayMilliSeconds = 2, siDisplayFILM24 = 7, siDisplayPAL25 = 8, siDisplayNTSCDF = 9,   siDisplayNTSC30 = 10, siDisplaySampleRate = 12 }
	Time format values which are used by siTimeDisplayFormatUserFormat UserPreference. More...
enum	siFilterMode { siQuickSearch = 0, siSearchFamilies = 1, siSearchObjects = 2, siFullSearch = 3 }
	Different modes for SIFilter command. More...
enum	siDeltaMode { siAbsolute = 0, siRelative = 1 }
	Delta transformation modes for transformation commands (Translate, Rotate, Scale) More...
enum	siTextureEffectsComputation {   siTextureComputeTransformation = 1, siTextureComputeCropping = 2, siTextureComputeUVRemap = 4, siTextureComputeFlip = 8,   siTextureComputeRepeats = 16, siTextureComputeAlternate = 32, siTextureComputeWrapping = 64 }
	Texture effects bit flags, to be used in conjunction with Texture.GetTransformValues More...
enum	siRefMode {   siGlobal = 1, siLocal = 2, siObjCtr = 3, siView = 4,   siParent = 6, siPlane = 7, siPivot = 8, siAdd = 70,   siGlobalCOG = 17, siLocalCOG = 18, siObjectCOG = 19, siViewCOG = 20,   siParentCOG = 22, siPlaneCOG = 23, siPivotCOG = 24, siAddCOG = 86,   siGlobalSym = 2049, siLocalSym = 2050, siObjectSym = 2051, siViewSym = 2052,   siParentSym = 2054, siPlaneSym = 2055, siPivotSym = 2056, siAddSym = 2118,   siGlobalSymCOG = 2065, siLocalSymCOG = 2066, siObjectSymCOG = 2067, siViewSymCOG = 2068,   siParentSymCOG = 2070, siPlaneSymCOG = 2071, siPivotSymCOG = 2072, siAddSymCOG = 2134 }
	Reference transformation modes for transformation commands (Translate, Rotate, Scale). More...
enum	siCenterMode { siObj = 0, siCtr = 1 }
	Center transformation modes for transformation commands. More...
enum	siAxesFilter {   siX = 1, siY = 2, siXY = 3, siZ = 4,   siXZ = 5, siYZ = 6, siXYZ = 7 }
	Axes filters for transformation commands (Translate, Rotate, Scale). More...
enum	siUVWAxesFilter {   siU = 1, siV = 2, siUV = 3, siW = 4,   siUW = 5, siVW = 6, siUVW = 7 }
	Axes filters for transformation commands (TranslateUVW, RotateUVW, ScaleUVW) More...
enum	siTransformFilter {   siScl = 1, siRot = 2, siTrn = 4, siSR = 8,   siST = 16, siRT = 32, siSRT = 64 }
	Transformation type filters (Translation, Rotation, Scaling) More...
enum	siParameterFilter {   siNoParam = 0, siMarkedParam = 1, siAnimatedParam = 3, siSelectedParam = 4,   siScalingParam = 5, siRotationParam = 6, siTranslationParam = 7, siTransformParam = 8,   siAllParam = 128 }
	Parameter filter (Marked, Animated, Scaling, Rotation, Translation, Weight, etc..) More...
enum	siPSetRelationship {   siContainedPSet = 1, siSharedPSet = 2, siLocalPSet = 4, siObjectPSet = 8,   siPortPSet = 16, siParameterPSet = 32 }
	Parent-child parameter set relationships. More...
enum	siPropagationType { siDefaultPropagation = 0, siBranchPropagation = 1, siNodePropagation = 2 }
	Property propagation types. More...
enum	siDupHierarchy { siNodeDuplicate = 0, siBranchDuplicate = 1, siDefaultDuplicate = 3 }
	Hierarchy options for duplication commands. More...
enum	siDupHistory { siCurrentHistory = 0, siOriginalHistory = 1, siDuplicateHistory = 2, siSharedHistory = 3 }
	History options for duplication commands. More...
enum	siDupParent { siNoParent = 0, siSharedParent = 1, siNewNullParent = 2 }
	Parenting options for duplication commands. More...
enum	siDupGroup { siNoGrouping = 0, siShareGrouping = 1 }
	Grouping options for duplication commands. More...
enum	siDupProperty { siDuplicateProperties = 0, siSharedProperties = 1, siNoProperties = 2 }
	Property options for duplication commands. More...
enum	siDupAnimation { siDuplicateAnimation = 0, siNoAnimation = 1, siDupAnimationCopySource = 2 }
	Animation options for duplication commands. More...
enum	siDupConstraint { siDuplicateConstraints = 0, siShareConstraints = 1, siNoConstraints = 2 }
	Constraint options for duplication commands. More...
enum	siDupTextureSupport { siDuplicateSelectedTextureSupports = 0, siDuplicateTextureSupports = 1, siShareTextureSupports = 2, siFreezeAllProjections = 3 }
	Texture Support options for duplication commands. More...
enum	siDupSelection { siSetSelection = 0, siNoSelection = 1, siAddToSelection = 2 }
	Selection options for duplication commands. More...
enum	siDupTransform { siGlobalXForm = 0, siApplyRepeatXForm = 1 }
	Transform options for duplication commands. More...
enum	siKeyboardState { siShiftMask = 1, siCtrlMask = 2, siAltMask = 4 }
	Keyboard modifier states. More...
enum	siInspectMode {   siRecycle = 1, siFollow = 2, siLock = 3, siModal = 4,   siLockAndForceNew = 5 }
	Inspection Dialog Modes. More...
enum	siInspectBrowseMode { siNext = 1, siPrevious = 2, siLast = 3, siFirst = 4 }
	Constants that define the way to browse the inspection history. More...
enum	siSourceType {   siFCurveSource = 1, siExpressionSource = 2, siAnySource = 4, siMixerSource = 8,   siConstraintSource = 16, siScriptedOperatorSource = 32, siShapeAnimationSource = 64 }
	Animation Source Types. More...
enum	siBranchFlag { siNode = 0, siBranch = 1, siUnspecified = 3, siNotSelected = 4 }
	The branch flag is used to determine whether we are referring to the object as a node or as a branch. More...
enum	siOperationMode { siPersistentOperation = 0, siImmediateOperation = 1 }
	The operation mode is used to determine if we are in immediate mode or persistent mode. More...
enum	siGeneratorInputsDisposalMode { siKeepGenOpInputs = 0, siHideGenOpInputs = 1, siDeleteGenOpInputs = 2 }
	This mode is used to determine if we should keep, hide or delete the inputs after a generator is applied. More...
enum	siComponentVisibilityMode { siIgnoreComponentVisibility = 0, siCheckComponentVisibility = 1 }
	This mode is used to determine if the command should only apply to visible components. More...
enum	siActionWhenLocalMaterialsOverlap {   siPromptUser = 0, siRemoveFromSelectedClusters = 1, siRemoveFromExistingClusters = 2, siLetLocalMaterialsOverlap = 3,   siJustReturnExistingClusters = 4 }
	This indicates what to do when local materials overlap. More...
enum	siSplitPolygonType { siByTheVertices = 0, siByTheEdgesMidPoints = 1, siCross = 2, siDiamond = 3 }
	Split type for polygons. More...
enum	siSelectionUpdate { siLeaveSelection = 0, siCleanSelection = 1, siUpdateSelection = 2 }
	Constants that define the different options for updating selection list when working with topology operators. More...
enum	siTxtCreationType {   siTxtPlanarXY = 0, siTxtPlanarXZ = 1, siTxtPlanarYZ = 2, siTxtCylindrical = 3,   siTxtSpherical = 4, siTxtSpatial = 5, siTxtCamera = 6, siTxtUV = 7,   siTxtLollipop = 8, siTxtPureImplicit = 9, siTxtCubic = 10, siTxtUniqueUV = 11 }
	Texture creation type constants. More...
enum	siTxtDefaultCreationType {   siTxtDefaultPlanarXY = 0, siTxtDefaultPlanarXZ = 1, siTxtDefaultPlanarYZ = 2, siTxtDefaultCylindrical = 3,   siTxtDefaultSpherical = 4, siTxtDefaultSpatial = 5, siTxtDefaultCubic = 6, siTxtDefaultLollipop = 8 }
	Default texture creation type constants. More...
enum	siTxtProjType {   siProjPlanar = 0, siProjCylindrical = 1, siProjSpherical = 2, siProjLollipop = 3,   siProjSpatial = 4, siProjCubic = 5 }
	Texture projection type constants. More...
enum	siTxtProjPlane { siPlaneXY = 0, siPlaneXZ = 1, siPlaneYZ = 2 }
	Texture projection plane constants. More...
enum	siTxtProjFitMethod {   siRelDefault = 0, siRelBestFit = 1, siRelObject = 2, siRelWorld = 3,   siRelObjectPosObject = 4, siRelWorldPosObject = 5 }
	Texture support positioning constants. More...
enum	siChangeUVInputActions { siChangeUVInputActionSwim = 0, siChangeUVInputActionStick = 1, siChangeUVInputActionReproject = 2 }
	Actions for the ChangeUVInput command. More...
enum	siAlignModes {   siAlignGMIN = 0, siAlignGMIDDLE = 1, siAlignGMAX = 2, siAlignFMIN = 3,   siAlignFMIDDLE = 4, siAlignFMAX = 5 }
	Modes for the align command. More...
enum	siWeightPresets {   siWeightEaseIn = 1, siWeightEaseOut = 2, siWeightLinearEaseIn = 3, siWeightLinearEaseOut = 4,   siWeightExponentialIn = 5, siWeightExponentialOut = 6, siWeightGaussian = 7, siWeightGaussianReverse = 8,   siWeightSquare = 9, siWeightSquareReverse = 10, siWeightOscillate = 11, siWeightConstant = 12,   siWeightFlipX = 13, siWeightFlipY = 14 }
	Presets for the PresetWeight command. More...
enum	siCutClipOptions { siCut = 1, siTrimBefore = 2, siTrimAfter = 3 }
	Cut options for the CutClip command. More...
enum	siEditClipOptions {   siClipNudge = 1, siClipSlip = 2, siClipTrim = 3, siClipScale = 4,   siClipStartAt = 5, siClipEndAt = 6, siClipScaleTo = 7 }
	Edit clip options for the EditClip command. More...
enum	siPresetLocation {   siDefaultLocation = 0, siFactory = 1, siUser = 2, siWorkgroup = 3,   siProject = 4 }
	Preset locations. More...
enum	siVariantType {   siEmpty = 0, siInt2 = 2, siInt4 = 3, siFloat = 4,   siDouble = 5, siString = 8, siDispatch = 9, siBool = 11,   siUnknown = 13, siByte = 16, siUByte = 17, siUInt2 = 18,   siUInt4 = 19, siInt = 22, siUInt = 23, siWStr = 31 }
	The variant type determines the kind of value that can be stored in a parameter. More...
enum	siParamClassification {   siClassifVisualization = 1, siClassifPositioning = 2, siClassifAppearance = 4, siClassifMetaData = 8,   siClassifModel = 16, siClassifTopo = 16481, siClassifGeometry = 16449, siClassifUnknown = 32768 }
	This determines the classification of a Parameter to give Softimage some hint about its purpose. More...
enum	siMaterialPorts {   siMaterialPortSurface = 1, siMaterialPortVolume = 2, siMaterialPortEnvironment = 3, siMaterialPortContour = 4,   siMaterialPortDisplacement = 5, siMaterialPortShadow = 6, siMaterialPortPhoton = 7, siMaterialPortPhotonVol = 8,   siMaterialPortBumpMap = 9 }
	Port choice for the SIGetMaterialShader command. More...
enum	siShadingModel {   siUndefinedShadingModel = -1, siShadingModelConstant = 0, siShadingModelLambert = 1, siShadingModelBlinn = 2,   siShadingModelPhong = 3, siShadingModelShadow = 4, siShadingModelColorVertex = 5 }
	Defines the material shading model. More...
enum	siShaderType { siShaderUnknown = 0, siShader = 1, siShaderCompound = 2, siShaderComment = 3 }
	Defines the shader type. More...
enum	siShaderOutputType {   siUnknownOutputType = 0, siBooleanOutputType = 1, siIntegerOutputType = 2, siScalarOutputType = 3,   siColorOutputType = 4, siVectorOutputType = 5, siTextureSpaceOutputType = 6, siTextureOutputType = 7,   siStringOutputType = 8, siFilenameOutputType = 9, siLensOutputType = 10, siLightOutputType = 11,   siMaterialOutputType = 12, siModelOutputType = 13, siLightmapOutputType = 20 }
	Defines the output shader parameter types. More...
enum	siShaderParameterType {   siUnknownParameterType = 0, siArrayParameterType = 25, siBooleanParameterType = 1, siColorParameterType = 4,   siColor3ParameterType = 29, siCustomParameterType = 28, siDataParameterType = 14, siGradientParameterType = 26,   siIntegerParameterType = 2, siLensParameterType = 10, siLightParameterType = 11, siLightmapParameterType = 20,   siMaterialParameterType = 12, siMatrixParameterType = 15, siMatrix3ParameterType = 24, siModelParameterType = 13,   siProfileCurveParameterType = 21, siQuaternionParameterType = 27, siRealTimeParameterType = 16, siReferenceParameterType = 17,   siScalarParameterType = 3, siShaderReferenceParameterType = 18, siStringParameterType = 8, siStructParameterType = 19,   siTextureParameterType = 7, siTextureSpaceParameterType = 6, siVectorParameterType = 5, siVector2ParameterType = 22,   siVector4ParameterType = 23 }
	These represent the shader parameter data types for instantated shaders. More...
enum	siShaderParameterDataType {   siShaderDataTypeUnknown = -1, siShaderDataTypeBoolean = 0, siShaderDataTypeInteger = 1, siShaderDataTypeScalar = 2,   siShaderDataTypeVector2 = 3, siShaderDataTypeVector3 = 4, siShaderDataTypeVector4 = 5, siShaderDataTypeQuaternion = 6,   siShaderDataTypeMatrix33 = 7, siShaderDataTypeMatrix44 = 8, siShaderDataTypeColor3 = 9, siShaderDataTypeColor4 = 10,   siShaderDataTypeString = 11, siShaderDataTypeProperty = 16, siShaderDataTypeProfileCurve = 17, siShaderDataTypeGradient = 18,   siShaderDataTypeLightProfile = 19, siShaderDataTypeReference = 32, siShaderDataTypeImage = 33, siShaderDataTypeCustom = 48,   siShaderDataTypeStructure = 64, siShaderDataTypeArray = 65 }
	Defines the Shader parameter type for a Parameter object belonging to Shader, Material, Light or Camera. More...
enum	siShaderParameterConnectionType { siShaderCnxUnknown = -1, siShaderCnxInput = 0, siShaderCnxOutput = 1 }
enum	siShaderReferenceFilterType {   siUnknownReferenceFilter = 0, siObjectReferenceFilter = 1, siCameraReferenceFilter = 2, siLightReferenceFilter = 3,   siMaterialReferenceFilter = 4, siShaderReferenceFilter = 5, siGeometryReferenceFilter = 6, siUserDataBlobReferenceFilter = 7 }
	Defines the types of filters when creating a shader parameter definition of type reference(siShaderParameterDataType::siShaderDataTypeReference). More...
enum	siShaderballDimension {   siShaderballDimUndefined = 0, siShaderballDimParametric = 1, siShaderballDimSpatial = 2, siShaderballDimParticle = 4,   siShaderballDimAll = 7 }
	Defines the flags for Shaderball Dimension used by the ShaderballOptions object. More...
enum	siShaderPropertyFilterType {   siAnyPropertyFilter = 0, siAnyVertexMapPropertyFilter = 1, siUVPropertyFilter = 2, siCAVPropertyFilter = 3,   siWeightMapPropertyFilter = 4, siTextureMapPropertyFilter = 5, siNormalPropertyFilter = 6 }
	Defines the types of filters when creating a shader parameter definition of type property look-up(siShaderParameterDataType::siShaderDataTypeProperty). More...
enum	siLightType {   siLightPoint = 0, siLightInfinite = 1, siLightSpot = 2, siLightSun = 3,   siUndefinedLightType = 4 }
	Defines the types of light. More...
enum	siCnxGroupType { siCreatedObjects = 1 }
	Types of groups in connection sets. More...
enum	siCnxSetType { siGroupLevel = 0, siPortLevel = 1 }
	Types of connection sets. More...
enum	siPartitionType { siUnknownPartition = 0, siObjectPartition = 1, siLightPartition = 2 }
	Types of Partitions. More...
enum	siLockLevel {   siLockLevelNone = 0, siLockLevelConstruction = 1, siLockLevelAnimation = 2, siLockLevelManipulation = 4,   siLockLevelNavigation = 8, siLockLevelAll = 0xffff }
	Levels of lock. More...
enum	siLockType {   siLockTypeNone = 0, siLockTypeSystem = 1, siLockTypeUser = 2, siLockTypeRefModel = 3,   siLockTypeOverride = 4, siLockTypeAll = 0xffff }
	Type of lock owner. More...
enum	siTags {   siTagNone = 0, siTag1 = 1, siTag2 = 2, siTag3 = 4,   siTag4 = 8, siTag5 = 16, siTag6 = 32, siTag7 = 64,   siTag8 = 128, siTag9 = 256, siTag10 = 512, siTagAll = 0xffff }
	These are the different levels of tags. More...
enum	siGeometryType { siNurbsSurfaceMesh = 0, siNurbsCurveList = 1, siPolygonMesh = 2, siPointCloud = 3 }
	Type of geometry. More...
enum	siBoundingVolume { siBoundingBox = 0 }
	Types of bounding volumes. More...
enum	siPortType { siPortInput = 0, siPortOutput = 1 }
	Enumerates the different kinds of ports. More...
enum	siModificationType {   siModificationTypeNone = 0, siModificationTypeStaticPosition = 1, siModificationTypeFCurves = 2, siModificationTypeExpression = 4,   siModificationTypeConstraints = 8, siModificationTypeAddProp = 16, siModificationTypeAnimMixer = 32, siModificationTypeGroup = 64,   siModificationTypeInstance = 128, siModificationTypeOtherConnections = 256, siModificationTypeOperators = 512, siModificationTypeClusters = 1024,   siModificationTypeClusterProperties = 2048, siModificationTypeAll = 65535 }
	Type of modification on a referenced model. More...
enum	siModificationMixerType {   siModificationMixerNone = 0, siModificationMixerAnimation = 1, siModificationMixerShape = 2, siModificationMixerAudio = 4,   siModificationMixerCache = 8, siModificationMixerTypeAll = 65535 }
	Type of mixer modification on a referenced model. More...
enum	siModelResolution { siModelResolutionOffLoaded = 0, siModelResolutionLowRes = 1, siModelResolutionMediumRes = 2, siModelResolutionHighRes = 3 }
	Resolution description of a file for a referenced model. More...
enum	siParameterScope { siInputParameters = 1, siAnimatedParameters = 2, siAllAnimatedParameters = 3 }
	Type of parameters to gather from the input Object List. More...
enum	siSequenceType { siMarkedParams = 1, siAnimParams = 2, siAllAnimParams = 3 }
	Type of input objects for the Sequence feature. More...
enum	siSequenceMode {   siFCurves = 1, siFCurvesAnimationSources = 2, siFCurvesClips = 3, siAnimationSources = 4,   siClips = 5 }
	Mode to use for the Sequence feature. More...
enum	siEffectInputType { siSelectedParams = 1, siAllParamsInClip = 2, siPoseOffsetClip = 3 }
	Type of input objects for clip effect features. More...
enum	siNeighborType {   siAdjacent = 1, siGrow = 2, siNextCompo = 3, siPrevCompo = 4,   siFirstCompo = 5, siLastCompo = 6 }
	Types of neighboring for the deprecated Geometry_V1. More...
enum	siNavigDirection {   siNavigUp = 0, siNavigDown = 1, siNavigLeft = 2, siNavigRight = 3,   siNavigFirst = 4, siNavigLast = 5 }
	Modes for the SelectNeighborObj command. More...
enum	siNavigationDirection {   siParentNode = 1, siChildNode = 2, siNextNode = 3, siPreviousNode = 4,   siFirstNode = 5, siLastNode = 6 }
	Direction of the next Node. More...
enum	siNavigationFilter {   siNavigationFilterScene = 1, siNavigationFilter3DObject = 2, siNavigationFilterOperator = 3, siNavigationFilterPrimitive = 4,   siNavigationFilterProperty = 5, siNavigationFilterCluster = 6, siNavigationFilterObjectSubElems = 7, siNavigationFilterGroup = 8,   siNavigationFilterGenericComObject = 9, siNavigationFilterAll = 10, siNavigationFilterSame = 11 }
	Direction of the next Node. More...
enum	siNavigationSubFilter { siNavigationSubFilterAll = 0, siNavigationSubFilterSame = 1 }
	Sub-type of node wanted. More...
enum	siViewType {   siNoView = 0, siViewUser = 1, siViewTop = 2, siViewLeft = 3,   siViewRight = 4 }
	Type of views. More...
enum	si2DChainAlignType {   si2DChainTop = 0, si2DChainFront = 1, si2DChainRight = 2, si2DChainNormalRadian = 3,   si2DChainNormalDegree = 4 }
	Defines the types of alignment used for creating a 2D chain. More...
enum	siChainBoneType { siChainBoneUndefined = 0, siChainBonePin = 1, siChainBoneBallJoint = 2 }
	Type of chain bones. More...
enum	siConnectionType { siReadConnection = 1, siWriteConnection = 2, siReadWriteConnection = 3 }
	Operator connection types. More...
enum	siAxisType { siXAxis = 1, siYAxis = 2, siZAxis = 3 }
	Bitmask for types of axes. More...
enum	siKnotParameterization { siUniformParameterization = 0, siNonUniformParameterization = 1, siChordLengthParameterization = 2, siCentripetalParameterization = 3 }
	Type of knot parameterization type for NurbsCurves. More...
enum	siMappingRuleType { siConnectionMappingRule = 0, siValueMappingRule = 1 }
	Types of mapping rules. More...
enum	siNurbsDirection { siUDirection = 0, siVDirection = 1 }
	Types of nurbs direction parameters. More...
enum	siNurbsFormat { siSINurbs = 0, siIGESNurbs = 1 }
	Types of nurbs format. More...
enum	siInstallationPath {   siProjectPath = 0, siUserPath = 1, siWorkgroupPath = 2, siFactoryPath = 3,   siAddonPath = 4, siUserAddonPath = 5, siWorkgroupAddonPath = 6, siUnknownPath = 7,   siCustomPath = 9 }
	Installation path directories. More...
enum	siShapeInstanceMode {   siShapeInstanceOnlyMode = 0, siShapeMixedWeightMode = 1, siShapeTransitionMode = 2, siShapeTransitionCardinalMode = 3,   siShapeBlendedWeightMode = 4 }
	Shape key instantiation mode. More...
enum	siShapeReferenceMode { siShapeLocalReferenceMode = 0, siShapeObjectReferenceMode = 1, siShapeAbsoluteReferenceMode = 2 }
	Shape key reference mode. More...
enum	siShapeContent { siShapeContentUseConstructionMode = 0, siShapeContentPrimaryShape = 1, siShapeContentSecondaryShape = 2, siShapeContentAllDeforms = 3 }
	Indicates which deforms will be stored in the created shape. More...
enum	siConstructionMode {   siConstructionModeModeling = 0, siConstructionModePrimaryShape = 1, siConstructionModeAnimation = 2, siConstructionModeSecondaryShape = 3,   siConstructionModeDefault = 4 }
	The construction mode indicates the purpose of the deformations. More...
enum	siResolutionPlane { siDefaultResolutionPlane = 0, siPreferredAxisPlane = 1, siUpVectorPlane = 2 }
	Resolution Plane Type for Chain joints. More...
enum	siTextureProjectionType {   siTexturePlanarXY = 0, siTexturePlanarXZ = 1, siTexturePlanarYZ = 2, siTextureCylindrical = 3,   siTextureSpherical = 4, siTextureSpatial = 5, siTextureCamera = 6, siTextureUV = 7,   siTextureLollipop = 8, siTexturePureImplicit = 9 }
	Texture creation type constants. More...
enum	siUVTextureType {   siUVTexturePlanarXY = 0, siUVTexturePlanarXZ = 1, siUVTexturePlanarYZ = 2, siUVTextureCylindrical = 3,   siUVTextureSpherical = 4, siUVTextureSpatial = 5, siUVTextureLollipop = 6 }
	UV generation type used by the texture operator, used only if siTextureProjectionType:siTextureUV is specified as the projection type. More...
enum	siCapabilities {   siAnimatable = 1, siReadOnly = 2, siPersistable = 4, siNotInspectable = 8,   siSilent = 16, siNotPresetPersistable = 128, siTexturable = 256, siKeyable = 2048,   siNonKeyableVisible = 4096 }
	Determines the capabilities of a parameter. More...
enum	siFCurveType {   siUnknownFCurve = 0, siDefaultFCurve = 0, siBooleanFCurve = 10, siIntegerFCurve = 15,   siStandardFCurve = 20, siRawDataFCurve = 30, siQuaternionFCurve = 40 }
	Types of function curves (fcurves) More...
enum	siFCurveExtrapolation { siConstantExtrapolation = 1, siLinearExtrapolation = 2, siPeriodicExtrapolation = 3, siPeriodicRelativeExtrapolation = 4 }
	The extrapolation of an FCurve determines its shape before the first FCurveKey and after the last FCurveKey. More...
enum	siFCurveKeyConstraint {   siParameterConstraint = 1, siLeftRightValuesConstraint = 2, siG1ContinuousConstraint = 4, siLeftRightTangentDirectionConstraint = 8,   siLeftRightTangentLengthConstraint = 16, siLockConstraint = 32, siHorizontalTangentConstraint = 64, siExtremumHorizontalTangentConstraint = 128,   siZeroLengthTangentConstraint = 512, siSameLengthTangentConstraint = 1024, siNeighborTangentConstraint = 2048, siMirrorTangentConstraint = 4096,   siAutoPlateauTangentConstraint = 8192, siAdjustedTangentConstraint = 8448 }
	Function curve key constraints. More...
enum	siFCurveKeyInterpolation { siDefaultKeyInterpolation = 0, siConstantKeyInterpolation = 1, siLinearKeyInterpolation = 2, siCubicKeyInterpolation = 3 }
	Specifies the interpolation type for a specific key on an fcurve. More...
enum	siFCurveKeySelectionMode { siSetKeySelection = 1, siAddToKeySelection = 2, siRemoveFromKeySelection = 3, siToggleKeySelection = 4 }
	Specifies the mode for changing the FCurveKey selection. More...
enum	siFCurveInterpolation { siDefaultInterpolation = 0, siConstantInterpolation = 1, siLinearInterpolation = 2, siCubicInterpolation = 3 }
	The interpolation of an FCurve determines how values are evaluated between its FCurveKeys. More...
enum	siFCurveSmoothFilterType { siFCurveAverageFilterType = 1, siFCurveGaussianFilterType = 2 }
	Specifies the kind of filter used for smoothing function curves. More...
enum	siUpdateContextState { siUpdateContextNormalEval = 0, siUpdateContextRenderEval = 1 }
	Information on the context in which a plug-in is being evaluated. More...
enum	siArgumentFlags { siArgumentInput = 2, siArgumentOutput = 4, siArgumentInputOutput = 6 }
	Information on the direction of an argument indicating how it is passed to or from a command. More...
enum	siCommandCategory {   siImportCategory = 0, siExportCategory = 1, siSettingsCategory = 2, siHelpCategory = 3,   siNoCategory = 4, siFCurveCategory = 5 }
	Custom (v1.0) Commands can be defined from a pre-defined category. More...
enum	siImportShareOptions {   siImportShareOptionsNone = 0, siImportShareOptionsImageClips = 1, siImportShareOptionsMaterials = 2, siImportShareOptionsLayers = 4,   siImportShareOptionsPartitions = 8, siImportShareOptionsAll = 0xffff }
	Defines the option flags when importing a model or merging a scene. More...
enum	siEventID {   siOnBeginNewScene = 542179328, siOnEndNewScene = 542179329, siOnBeginSceneOpen = 542179330, siOnEndSceneOpen = 542179331,   siOnBeginSceneSave = 542179332, siOnEndSceneSave = 542179333, siOnBeginSceneSaveAs = 542179334, siOnEndSceneSaveAs = 542179335,   siOnTerminate = 542179336, siOnSelectionChange = 542179337, siOnBeginFrame = 542179338, siOnEndFrame = 542179339,   siOnBeginSequence = 542179340, siOnEndSequence = 542179341, siOnKeyUp = 542179342, siOnKeyDown = 542179343,   siOnValueChange = 542179344, siOnTimeChange = 542179345, siOnWindowEvent = 542179346, siOnBeginFileExport = 542179347,   siOnEndFileExport = 542179348, siOnBeginFileImport = 542179349, siOnEndFileImport = 542179350, siOnStartup = 542179351,   siOnSourcePathChange = 542179352, siOnObjectAdded = 542179353, siOnObjectRemoved = 542179354, siOnTimer = 542179355,   siOnBeginSceneSave2 = 542179356, siOnEndSceneSave2 = 542179357, siOnCloseScene = 542179358, siOnActivate = 542179359,   siOnMaximize = 542179360, siOnMinimize = 542179361, siOnChangeProject = 542179362, siOnRefModelModSave = 542179363,   siOnBeginRefModelModLoad = 542179364, siOnEndRefModelModLoad = 542179365, siOnCustomFileImport = 542179366, siOnCustomFileExport = 542179367,   siOnDragAndDrop = 542179368, siOnBeginPassChange = 542179369, siOnEndPassChange = 542179370, siOnStartAnimation = 542179371,   siOnStopAnimation = 542179372, siOnRefModelLoad = 542179373, siOnConnectShader = 542179374, siOnDisconnectShader = 542179375,   siOnAddShaderPort = 542179376, siOnRemoveShaderPort = 542179377, siOnCreateShader = 542179378, siOnCreateShaderDef = 542179379,   siOnCustomShaderExport = 542179380, siOnRenderAbort = 542179381, siOnEndCommand = 542181329, siOnBeginCommand = 542181331 }
	This enumerator provides the identifiers for the Softimage events, they can be used for implementing C++ event handlers in order to identify the events fired by Softimage. More...
enum	siSelectionChangeType { siAddedToSelection = 0, siRemovedFromSelection = 1 }
	Specifies the type of operation performed to update the selection. More...
enum	siRenderFieldType { siRenderFieldNone = 0, siRenderFieldOdd = 1, siRenderFieldEven = 2 }
	Specifies the render field setting. More...
enum	siRenderingType { siRenderSequence = 0, siRenderFramePreview = 1, siRenderEchoToMi = 2, siRenderExportArchive = 2 }
	Specifies the type of rendering. More...
enum	siRenderingErrorType { siRenderNoError = 0, siRenderAbort = 1, siRenderFailure = 2 }
	Specifies the type of rendering error. More...
enum	siSubdivisionRuleType { siCatmullClark = 0, siXSIDooSabin = 2, siLinearSubdivision = 3 }
	Specifies the subdivision rule used for an approximated geometry selection. More...
enum	siNavigateComponentType { siNextComponent = 0, siPreviousComponent = 1, siFirstComponent = 2, siLastComponent = 3 }
	Direction type for navigating geometry components. More...
enum	siParticleRenderType { siBillboardType = 0, siSphereType = 1, siBlobType = 2 }
	Enumeration of particle render types. More...
enum	siFCurveEditorAttribute { siRegionStartFrame = 0, siRegionEndFrame = 1, siRegionMin = 2, siRegionMax = 3 }
	Enumeration of the different attributes that are available on the FCurveEditor object. More...
enum	siSeverityType {   siFatalMsg = 1, siErrorMsg = 2, siWarningMsg = 4, siInfoMsg = 8,   siVerboseMsg = 16, siCommentMsg = 32 }
	Determines the severity types of a message implemented with the C++ API. More...
enum	siCustomCompiledOpFlags { siDLLLoadingUnloading = 1 }
	Information which is passed to the custom compiled operators through its Init and Term functions. More...
enum	siChannelAction { siChannelActionNone = 0, siChannelActionDrive = 1, siChannelActionCommand = 2, siChannelActionSpecial = 3 }
	A device driver contains a set of channels that can be configured. More...
enum	siSelectMode {   siSelectDefault = 0, siSelectNode = 1, siSelectBranch = 2, siSelectTree = 3,   siSelectModel = 4 }
	Specifies how to select objects in a hierarchy. More...
enum	siTransientExplorerFilter {   siSEFilterAllNodes = 0, siSEFilterAllNodesNoParams = 1, siSEFilterGeometryOperators = 2, siSEFilterObjectsOnly = 3,   siSEFilterAllProperties = 4, siSEFilterPropertiesAndPrimitives = 5, siSEFilterMaterialsAndShaders = 6, siSEFilterModelsOnly = 7,   siSEFilterGroupsOnly = 8, siSEFilterImageClips = 9 }
	Specifies the filter to use in a transient explorer. More...
enum	siClassID {   siObjectID = 0, siUnknownClassID = 0, siSIObjectID = 1, siOGLMaterialID = 2,   siOGLTextureID = 3, siOGLLightID = 4, siApplicationID = 5, siArgumentID = 6,   siCommandID = 7, siClipID = 8, siShapeClipID = 9, siSubComponentID = 10,   siFacetID = 11, siNurbsSurfaceID = 12, siPointID = 13, siControlPointID = 14,   siNurbsCurveControlPointID = 15, siNurbsCurveListControlPointID = 16, siNurbsSurfaceControlPointID = 17, siNurbsCurveID = 18,   siSampleID = 19, siNurbsSampleID = 20, siPolygonNodeID = 21, siGeometryID = 22,   siNurbsSurfaceMeshID = 23, siNurbsCurveListID = 24, siPolygonMeshID = 25, siSegmentID = 26,   siConnectionPointID = 27, siConstructionHistoryID = 28, siDictionaryID = 29, siEventInfoID = 30,   siFCurveID = 31, siNestedFCurveID = 32, siFCurveKeyID = 33, siFileBrowserID = 34,   siImageID = 35, siMappedItemID = 36, siPortID = 37, siInputPortID = 38,   siSelectionID = 39, siStaticSourceID = 40, siTriangleID = 41, siTriangleVertexID = 42,   siUpdateContextID = 43, siParameterID = 44, siCompoundParameterID = 45, siProjectID = 46,   siProjectItemID = 47, siActionSourceID = 48, siExpressionID = 49, siImageClipID = 50,   siSceneID = 51, siShaderID = 52, siOperatorID = 53, siEnvelopeID = 54,   siPrimitiveID = 55, siParticleCloudPrimitiveID = 56, siPropertyID = 57, siClusterPropertyID = 58,   siConstraintID = 59, siConstraintWithUpVectorID = 60, siCustomPropertyID = 61, siJointID = 62,   siKinematicsID = 63, siMaterialID = 64, siStaticKinematicStateID = 65, siSceneItemID = 66,   siClusterID = 67, siGroupID = 68, siLayerID = 69, siPassID = 70,   siUserGroupID = 71, siX3DObjectID = 72, siParticleCloudID = 73, siModelID = 74,   siChainElementID = 75, siChainRootID = 76, siChainBoneID = 77, siChainEffectorID = 78,   siDirectedID = 79, siCameraID = 80, siLightID = 81, siNullID = 82,   siRigID = 83, siCameraRigID = 84, siLightRigID = 85, siKinematicStateID = 86,   siTrackID = 87, siUserDataMapID = 88, siFxTreeID = 89, siFxOperatorID = 90,   siTriangleCollectionID = 91, siTriangleVertexCollectionID = 92, siSampleCollectionID = 93, siPolygonNodeCollectionID = 94,   siPointCollectionID = 95, siFacetCollectionID = 97, siVertexID = 98, siVertexCollectionID = 99,   siEdgeID = 100, siEdgeCollectionID = 101, siPolygonFaceID = 102, siPolygonFaceCollectionID = 103,   siDataSourceID = 104, siAnimationSourceID = 105, siOutputPortID = 106, siProxyParameterID = 107,   siDeviceCollectionID = 108, siDeviceID = 109, siChannelID = 110, siKnotCollectionID = 111,   siControlPointCollectionID = 112, siNurbsCurveCollectionID = 113, siNurbsSurfaceCollectionID = 114, siNurbsSampleCollectionID = 115,   siTextureID = 116, siUserDataBlobID = 117, siParticleID = 118, siAddonID = 119,   siPPGLayoutID = 120, siPPGItemID = 121, siPreferencesID = 122, siParticleTypeID = 123,   siParticleAttributeID = 124, siGridDataID = 125, siTextureLayerID = 126, siTextureLayerPortID = 127,   siCustomOperatorID = 128, siPortGroupID = 129, siDesktopID = 130, siLayoutID = 131,   siUIObjectID = 132, siUIPersistableID = 133, siViewID = 134, siArrayParameterID = 135,   siViewContextID = 137, siContextID = 138, siPPGEventContextID = 139, siClipEffectID = 140,   siClipEffectItemID = 141, siShapeKeyID = 142, siSourceID = 143, siTimeControlID = 144,   siTransitionID = 145, siAnimationSourceItemID = 146, siClipContainerID = 147, siArgumentHandlerID = 148,   siMenuID = 149, siMenuItemID = 150, siPluginID = 151, siPluginItemID = 152,   siPluginRegistrarID = 153, siFilterID = 154, siUIToolkitID = 155, siProgressBarID = 156,   siParamDefID = 157, siFactoryID = 158, siCommandCollectionID = 159, siArgumentCollectionID = 160,   siGraphicSequencerContextID = 161, siClipRelationID = 162, siMixerID = 163, siLibraryID = 164,   siSimulationEnvironmentID = 165, siGridWidgetID = 166, siGeometryAccessorID = 167, siEnvelopeWeightID = 168,   siMeshBuilderID = 169, siSegmentCollectionID = 170, siFileReferenceID = 171, siClusterPropertyBuilderID = 172,   siMaterialLibraryID = 173, siHairPrimitiveID = 174, siRenderHairAccessorID = 175, siPointLocatorDataID = 176,   siCollectionItemID = 177, siOperatorContextID = 178, siPointCloudID = 179, siRigidBodyAccessorID = 180,   siRigidConstraintAccessorID = 181, siDeltaID = 182, siActionDeltaID = 183, siActionDeltaItemID = 184,   siTimerEventID = 185, siPassContainerID = 186, siRenderChannelID = 187, siSceneRenderPropertyID = 188,   siFramebufferID = 189, siRendererContextID = 190, siRendererID = 191, siTimeTransportID = 192,   siTimeTransportContextID = 193, siICENodeID = 194, siICECompoundNodeID = 195, siICENodePortID = 196,   siICETreeID = 197, siICENodeContainerID = 198, siICENodeInputPortID = 199, siICENodeOutputPortID = 200,   siICEDataProviderNodeID = 201, siICEDataModifierNodeID = 202, siICENodeDefID = 203, siICENodeContextID = 204,   siICEAttributeID = 205, siPartitionID = 206, siOverrideID = 207, siHardwareShaderContextID = 208,   siValueMapID = 209, siShaderParamDefID = 210, siShaderParamDefOptionsID = 211, siShaderballOptionsID = 212,   siShaderParamDefContainerID = 213, siMetaShaderRendererDefID = 214, siShaderDefID = 215, siShaderStructParamDefID = 216,   siShaderArrayParamDefID = 217, siShaderParameterID = 218, siShaderArrayItemParameterID = 219, siShaderArrayParameterID = 220,   siShaderCompoundParameterID = 221, siRenderTreeNodeID = 222, siShaderBaseID = 223, siShaderContainerID = 224,   siShaderCompoundID = 225, siShaderCommentID = 226, siShaderDefManagerID = 227, siHardwareSurfaceID = 228,   siGraphicDriverID = 229, siHairGeometryID = 230, siPointCloudGeometryID = 231, siSchematicNodeID = 232,   siSchematicID = 233, siSchematicNodeCollectionID = 234, siUVPropertyID = 235, siToolContextID = 236,   siPickBufferID = 237 }
	The class ID of Softimage objects. More...
enum	siBlendInPresetModes { siBlendInPreset = 0, siReplaceAndBlendInPreset = 1, siReplaceNoBlend = 2 }
	This enumeration type specifies how the BlendInPresets command will apply the new shaders to the parameters selected by the command. More...
enum	siBlendInTextureLayersModes { siBlendInTextureLayers = 0, siReplaceAndBlendInTextureLayers = 1, siReplaceAndNoBlendInTextureLayers = 2 }
	This enumeration type specifies how the texture-layer blending commands will apply the new shaders to the parameters selected by the command. More...
enum	siShaderCnxPointType { siShaderCnxPointNone = 0, siShaderCnxPointBasePorts = 1, siShaderCnxPointTextureLayerPorts = 2, siShaderCnxPointAll = 65535 }
	This enumeration type specifies what kind of shader port connections you are interested in when using the RemoveAllShadersFromCnxPoint command. More...
enum	siAddonItemType {   siLayoutAddonItemType = 1, siToolbarAddonItemType = 2, siKeyMapAddonItemType = 3, siScriptCmdAddonItemType = 4,   siPresetAddonItemType = 5, siSpdlAddonItemType = 6, siLibraryAddonItemType = 7, siOtherAddonItemType = 8,   siEventAddonItemType = 9, siDeviceAddonItemType = 10, siShelfAddonItemType = 11, siPluginAddonItemType = 12,   siHelpAddonItemType = 13, siViewAddonItemType = 14 }
	This enumeration type specifies the type of item supported by add-ons. More...
enum	siGridWidgetColumnType { siColumnStandard = 0, siColumnBool = 1, siColumnCombo = 2 }
	Types of Columns supported by siControlGrid (see siPPGControlTypeand GridData.SetColumnType) More...
enum	siGridSelectionMode { siSelectionCell = 0, siSelectionHeader = 1, siSelectionNone = 2 }
	Selection Mode for the cells of the GridWidget, see siUIGridSelectionMode in siPPGItemAttribute. More...
enum	siTxtContourStretchingMethod { siContourStretchingWalkingOnMesh = 0, siContourStretchingSpatialDistance = 1, siContourStretchingReqularQuads = 2, siContourStretchingProjectionOnSurface = 3 }
	Polygon cluster contour stretching method used to generate texture coordinates as part of the GenerateUVSetByContourStretching and ModifyUVSetByContourStretching commands. More...
enum	siExplorerScope {   siExplorerScopeDefault = 0, siExplorerScopeProject = 1, siExplorerScopePreferences = 2, siExplorerScopeScene = 3,   siExplorerScopeLayers = 4, siExplorerScopePasses = 5, siExplorerScopeEnvironments = 6, siExplorerScopeParTypes = 7,   siExplorerScopeSelection = 8, siExplorerScopeCustom = 9, siExplorerScopeCurrentLayer = 10, siExplorerScopeCurrentPass = 11,   siExplorerScopeCurrentEnvironment = 12, siExplorerScopeCurrentParType = 13, siExplorerScopeSourcesClips = 14, siExplorerScopeSourcesClipsAnimation = 15,   siExplorerScopeSourcesClipsAudio = 16, siExplorerScopeSourcesClipsImages = 17, siExplorerScopeSourcesClipsMaterials = 18, siExplorerScopeSourcesClipsModels = 19,   siExplorerScopeCommands = 20 }
	The list of scopes supported by the Scene Explorer. More...
enum	siTimeState {   siTimeStateNull = 0, siTimeStateStop = 0x1, siTimeStatePreStop = 0x2, siTimeStatePlay = 0x4,   siTimeStatePrePlay = 0x8, siTimeStateRecord = 0x10, siTimeStatePreRecord = 0x20, siTimeStateFast = 0x40,   siTimeStatePreFast = 0x80, siTimeStatePreRoll = 0x100, siTimeStateStep = 0x200, siTimeStatePostStep = 0x400,   siTimeStatePause = 0x800, siTimeStatePrePause = 0x1000, siTimeStateSeek = 0x2000, siTimeNotifyTime = 0x4000,   siTimeNotifyScrub = 0x10000, siTimeNotifySeek = 0x20000, siTimeNotifyPortChange = 0x40000, siTimeNotifyFrameDrop = 0x80000 }
	States for the time change notification CTimeChangeNotificationfor Custom Displays. More...
enum	siDisplayCallback {   siUndefined = 0, siPreBeginFrame = 1, siBeginFrame = 2, siPostBeginFrame = 3,   siPrePass = 4, siPass = 5, siPostPass = 6, siPreEndFrame = 7,   siEndFrame = 8, siPostEndFrame = 9, siRenderFrame = 10 }
	Types of display callbacks defined for the Graphic Sequencer. More...
enum	siXGSClassType { siXGSPluginManager = 0 }
	Type of object passed to an Open Graphic Sequencer callback. More...
enum	siXGSFlag { siInactive = 0, siActive = 1 }
	Flags for Graphic Sequencer callbacks. More...
enum	siXGSPassFlag { siInsertBefore = 0, siInsertAfter = 1, siInsertBeforeAll = 2, siInsertAfterAll = 3 }
	Pass flags for Graphic Sequencer callbacks. More...
enum	siXGSStateType {   siXGSUnknown = 0, siXGSInteger = 1, siXGSFloat = 2, siXGSHandle = 3,   siXGSVector4 = 4, siXGSMatrix4 = 5 }
	XGS state types defined for the Graphic Sequencer. More...
enum	siViewMode {   siAll = 0, siBoundingBoxMode = 12, siWireframe = 13, siDepthCue = 14,   siHiddenLineRemoval = 15, siConstant = 16, siShaded = 17, siTextured = 18,   siTexturedDecal = 19, siCustom = 20, siRealtimePortMaterial = 21 }
	Viewport display modes used by the CGraphicSequencer classfor the Graphic Sequencer. More...
enum	siParticleAttributeType {   siPAVector4 = 0, siPAVector3 = 1, siPAFloat = 2, siPAInt = 3,   siPAULong = 4, siPAUShort = 5, siPABool = 6, siPAUndefined = 7 }
	The available types for user defined per particle ParticleAttribute. More...
enum	siAssetStorageType {   siAssetStorageTypeInternal = 0, siAssetStorageTypeExternalDotXSIBin = 1, siAssetStorageTypeExternalDotXSIText = 2, siAssetStorageTypeExternalBin = 3,   siAssetStorageTypeExternalXSIA = 4 }
	This is the enumeration of the different ways an asset in Softimage can be stored. More...
enum	siSourceStorageType { siSourceStorageTypeInternal = 0, siSourceStorageTypeExternalDotXSIBin = 1, siSourceStorageTypeExternalDotXSIText = 2, siSourceStorageTypeExternalBin = 3 }
	This enum has been replaced by siAssetStorageType. More...
enum	siAssetStatus { siAssetStatusOffloaded = 0, siAssetStatusPartiallyLoaded = 1, siAssetStatusLoaded = 2 }
	This is an enumeration of how an asset in Softimage can be treated when stored externally. More...
enum	siActionStatus { siActionStatusOffloaded = 0, siActionStatusPartiallyLoaded = 1, siActionStatusLoaded = 2 }
	This enum has been replaced by siAssetStatus. More...
enum	siFilterType {   siFilterUndefined = 0, siFilterObject = 1, siFilter3DObject = 2, siFilterProperty = 3,   siFilterSubComponentEdge = 4, siFilterSubComponentPoint = 5, siFilterSubComponentPolygon = 6, siFilterSubComponentKnot = 7 }
	Specifies the different type of filters that are used for implementing and categorizing custom Filters. More...
enum	siCommandCapabilities { siSupportsKeyAssignment = 8, siCannotBeUsedInBatch = 256, siNoLogging = 8388608, siAllowNotifications = 1073741824 }
	Determines the capabilities of a command. More...
enum	siSeverity {   siFatal = 1, siError = 2, siWarning = 4, siInfo = 8,   siVerbose = 16, siComment = 32 }
	Determines the severity types of a message implemented in a scripting language. More...
enum	siMsgBoxFlags {   siMsgOkOnly = 0, siMsgOkCancel = 1, siMsgAbortRetryIgnore = 2, siMsgYesNoCancel = 3,   siMsgYesNo = 4, siMsgRetryCancel = 5, siMsgCritical = 16, siMsgQuestion = 32,   siMsgExclamation = 48, siMsgInformation = 64, siMsgDefaultButton1 = 0, siMsgDefaultButton2 = 256,   siMsgDefaultButton3 = 512 }
	Flags values supported by the XSIUIToolkit.MsgBox command. More...
enum	siMsgButtonPressed {   siMsgOk = 1, siMsgCancel = 2, siMsgAbort = 3, siMsgRetry = 4,   siMsgIgnore = 5, siMsgYes = 6, siMsgNo = 7 }
	Return values from XSIUIToolkit.MsgBox that indicates which button was pressed by the user. More...
enum	siViewState { siNormal = 0, siClosed = 1, siMinimized = 2 }
	Specifies the view state information of the View object, such as whether the view is closed, whether the view is minimized, and whether the view is in a normal state. More...
enum	siToolbarControl {   siTBCtrlBlankSeparator = 0, siTBCtrlGroupHeader = 1, siTBCtrlLineBreak = 2, siTBCtrlMenu = 3,   siTBCtrlPreset = 4, siTBCtrlLineSeparator = 5 }
	Types of toolbar controls to use when building a toolbar. More...
enum	siTimeReferenceType { siOriginalClip = 0, siExtrapolatedClip = 1 }
	Specifies the type of time applicability of a ClipEffect on a Clip. More...
enum	siImageRatio {   siImageRatio1x1 = 0, siImageRatio2x1 = 1, siImageRatio4x1 = 2, siImageRatio8x1 = 3,   siImageRatio16x1 = 4, siImageRatioThumbnail = 5 }
	Specifies a reduction to apply to an image. More...
enum	siTimeControlExtrapolationType { siTimeControlExtrapolationNone = 0, siTimeControlExtrapolationHold = 1, siTimeControlExtrapolationCycle = 2, siTimeControlExtrapolationBounce = 3 }
	The siTimeControlExtrapolationType determines how a Clip contributes to the animation outside of the frames on which it is defined. More...
enum	siMenuItemStyle {   siMenuItemUndefined = 0, siMenuItem = ( siMenuItemUndefined + 1 ), siMenuItemSubmenu = ( siMenuItem + 1 ), siMenuItemSeparator = ( siMenuItemSubmenu + 1 ),   siMenuItemSection = ( siMenuItemSeparator + 1 ) }
	Specifies the style of a menu item. More...
enum	siMenuAnchorPoints {   siMenuUndefinedID = 0, siMenuTbGetPrimitiveCurveID = 1, siMenuTbGetPrimitivePolygonMeshBasicID = ( siMenuTbGetPrimitiveCurveID + 1 ), siMenuTbGetPrimitivePolygonMeshHedronID = ( siMenuTbGetPrimitivePolygonMeshBasicID + 1 ),   siMenuTbGetPrimitivePolygonMeshID = ( siMenuTbGetPrimitivePolygonMeshHedronID + 1 ), siMenuTbGetPrimitiveSurfaceID = ( siMenuTbGetPrimitivePolygonMeshID + 1 ), siMenuTbGetPrimitiveImplicitCurveID = ( siMenuTbGetPrimitiveSurfaceID + 1 ), siMenuTbGetPrimitiveImplicitID = ( siMenuTbGetPrimitiveImplicitCurveID + 1 ),   siMenuTbGetPrimitiveControlObjectID = ( siMenuTbGetPrimitiveImplicitID + 1 ), siMenuTbGetPrimitiveModelID = ( siMenuTbGetPrimitiveControlObjectID + 1 ), siMenuTbGetPrimitiveID = ( siMenuTbGetPrimitiveModelID + 1 ), siMenuTbGetCameraID = ( siMenuTbGetPrimitiveID + 1 ),   siMenuTbGetLightID = ( siMenuTbGetCameraID + 1 ), siMenuTbGetMaterialID = ( siMenuTbGetLightID + 1 ), siMenuTbGetMaterialBasicID = ( siMenuTbGetMaterialID + 1 ), siMenuTbGetMaterialSimpleID = ( siMenuTbGetMaterialBasicID + 1 ),   siMenuTbGetMaterialRealTimeID = ( siMenuTbGetMaterialSimpleID + 1 ), siMenuTbGetPropertyID = ( siMenuTbGetMaterialRealTimeID + 1 ), siMenuTbGetPropertyTextureProjectionID = ( siMenuTbGetPropertyID + 1 ), siMenuTbGetPropertyTextureMapID = ( siMenuTbGetPropertyTextureProjectionID + 1 ),   siMenuTbGetPropertyTextureID = ( siMenuTbGetPropertyTextureMapID + 1 ), siMenuTbGetPropertyUserDataMapID = ( siMenuTbGetPropertyTextureID + 1 ), siMenuTbGetPropertyMapPaintID = ( siMenuTbGetPropertyUserDataMapID + 1 ), siMenuTbGetPropertyPSetID = ( siMenuTbGetPropertyMapPaintID + 1 ),   siMenuTbDeformSpatialID = ( siMenuTbGetPropertyPSetID + 1 ), siMenuTbDeformID = ( siMenuTbDeformSpatialID + 1 ), siMenuTbCreateSkeletonID = ( siMenuTbDeformID + 1 ), siMenuTbCreateSkeletonDrawID = ( siMenuTbCreateSkeletonID + 1 ),   siMenuTbCreateSkeletonInspectID = ( siMenuTbCreateSkeletonDrawID + 1 ), siMenuTbModelCreateCurveID = 100, siMenuTbModelCreateSurfaceMeshID = ( siMenuTbModelCreateCurveID + 1 ), siMenuTbModelCreatePolygonMeshID = ( siMenuTbModelCreateSurfaceMeshID + 1 ),   siMenuTbModelCreateModelID = ( siMenuTbModelCreatePolygonMeshID + 1 ), siMenuTbModelCreateTextID = ( siMenuTbModelCreateModelID + 1 ), siMenuTbModelModifyComponentID = ( siMenuTbModelCreateTextID + 1 ), siMenuTbModelModifyCurveID = ( siMenuTbModelModifyComponentID + 1 ),   siMenuTbModelModifySurfaceMeshID = ( siMenuTbModelModifyCurveID + 1 ), siMenuTbModelModifyPolygonMeshID = ( siMenuTbModelModifySurfaceMeshID + 1 ), siMenuTbModelModifyModelID = ( siMenuTbModelModifyPolygonMeshID + 1 ), siMenuTbAnimateCreateParameterID = 200,   siMenuTbAnimateCreateParameterCustomPSetID = ( siMenuTbAnimateCreateParameterID + 1 ), siMenuTbAnimateCreateParameterCustomParamID = ( siMenuTbAnimateCreateParameterCustomPSetID + 1 ), siMenuTbAnimateCreateParameterExpressionID = ( siMenuTbAnimateCreateParameterCustomParamID + 1 ), siMenuTbAnimateCreateParameterProxyID = ( siMenuTbAnimateCreateParameterExpressionID + 1 ),   siMenuTbAnimateCreateCurveID = ( siMenuTbAnimateCreateParameterProxyID + 1 ), siMenuTbAnimateCreatePathID = ( siMenuTbAnimateCreateCurveID + 1 ), siMenuTbAnimateCreateCharacterID = ( siMenuTbAnimateCreatePathID + 1 ), siMenuTbAnimateDeformShapeID = ( siMenuTbAnimateCreateCharacterID + 1 ),   siMenuTbAnimateDeformShapeKeyID = ( siMenuTbAnimateDeformShapeID + 1 ), siMenuTbAnimateDeformEnvelopeID = ( siMenuTbAnimateDeformShapeKeyID + 1 ), siMenuTbAnimateActionsStoreID = ( siMenuTbAnimateDeformEnvelopeID + 1 ), siMenuTbAnimateActionsApplyID = ( siMenuTbAnimateActionsStoreID + 1 ),   siMenuTbAnimateActionsTemplatesID = ( siMenuTbAnimateActionsApplyID + 1 ), siMenuTbAnimateToolsPlotID = ( siMenuTbAnimateActionsTemplatesID + 1 ), siMenuTbAnimateToolsDevicesID = ( siMenuTbAnimateToolsPlotID + 1 ), siMenuTbAnimateToolsImportID = ( siMenuTbAnimateToolsDevicesID + 1 ),   siMenuTbAnimateToolsExportID = ( siMenuTbAnimateToolsImportID + 1 ), siMenuTbAnimateToolsMotorID = ( siMenuTbAnimateToolsExportID + 1 ), siMenuTbRenderRegionID = 300, siMenuTbRenderPreviewID = ( siMenuTbRenderRegionID + 1 ),   siMenuTbRenderRenderID = ( siMenuTbRenderPreviewID + 1 ), siMenuTbRenderExportMIID = ( siMenuTbRenderRenderID + 1 ), siMenuTbRenderPassEditID = ( siMenuTbRenderExportMIID + 1 ), siMenuTbRenderPassEditNewPassID = ( siMenuTbRenderPassEditID + 1 ),   siMenuTbRenderPassPartitionID = ( siMenuTbRenderPassEditNewPassID + 1 ), siMenuTbRenderExportID = ( siMenuTbRenderPassPartitionID + 1 ), siMenuTbICEParticlesCreateID = 320, siMenuTbICEParticlesOnEmissionID = ( siMenuTbICEParticlesCreateID + 1 ),   siMenuTbICEParticlesAfterEmissionID = ( siMenuTbICEParticlesOnEmissionID + 1 ), siMenuTbICEParticlesForceID = ( siMenuTbICEParticlesAfterEmissionID + 1 ), siMenuTbICEParticlesCollisionID = ( siMenuTbICEParticlesForceID + 1 ), siMenuTbICEParticlesSimulationID = ( siMenuTbICEParticlesCollisionID + 1 ),   siMenuTbICEParticlesModelLibraryID = ( siMenuTbICEParticlesSimulationID + 1 ), siMenuTbICEDeformCreateID = 340, siMenuTbICEDeformSimulateID = ( siMenuTbICEDeformCreateID + 1 ), siMenuTbICEKinematicsEffectsID = 360,   siMenuTbICEKinematicsConstrainID = ( siMenuTbICEKinematicsEffectsID + 1 ), siMenuTbGetForceID = 400, siMenuTbCreateParticlesID = ( siMenuTbGetForceID + 1 ), siMenuTbCreateParticlesFluidID = ( siMenuTbCreateParticlesID + 1 ),   siMenuTbCreateParticlesExplosionID = ( siMenuTbCreateParticlesFluidID + 1 ), siMenuTbCreateParticlesNewPTypeID = ( siMenuTbCreateParticlesExplosionID + 1 ), siMenuTbCreateRigidBodyID = ( siMenuTbCreateParticlesNewPTypeID + 1 ), siMenuTbCreateRigidBodyConstraintID = ( siMenuTbCreateRigidBodyID + 1 ),   siMenuTbCreateClothID = ( siMenuTbCreateRigidBodyConstraintID + 1 ), siMenuTbModifyParticlesID = ( siMenuTbCreateClothID + 1 ), siMenuTbModifyRigidBodyID = ( siMenuTbModifyParticlesID + 1 ), siMenuTbModifyEnvironmentID = ( siMenuTbModifyRigidBodyID + 1 ),   siMenuTbCreateSoftBodyID = ( siMenuTbModifyEnvironmentID + 1 ), siMenuTbICECreateID = ( siMenuTbCreateSoftBodyID + 1 ), siMenuTbICEEditID = ( siMenuTbICECreateID + 1 ), siMenuMainFileSceneID = 1000,   siMenuMainFileProjectID = ( siMenuMainFileSceneID + 1 ), siMenuMainFileExportID = ( siMenuMainFileProjectID + 1 ), siMenuMainFileImportID = ( siMenuMainFileExportID + 1 ), siMenuMainWindowID = ( siMenuMainFileImportID + 1 ),   siMenuMainHelpID = ( siMenuMainWindowID + 1 ), siMenuMainApplicationID = ( siMenuMainHelpID + 1 ), siMenuMainApplicationPropertySetsID = ( siMenuMainApplicationID + 1 ), siMenuMainApplicationLayoutsID = ( siMenuMainApplicationPropertySetsID + 1 ),   siMenuMainApplicationViewsID = ( siMenuMainApplicationLayoutsID + 1 ), siMenuMainApplicationToolbarsID = ( siMenuMainApplicationViewsID + 1 ), siMenuMainApplicationCommandsID = ( siMenuMainApplicationToolbarsID + 1 ), siMenuMainApplicationKeyMappingsID = ( siMenuMainApplicationCommandsID + 1 ),   siMenuMainApplicationPreferencesID = ( siMenuMainApplicationKeyMappingsID + 1 ), siMenuMainTopLevelID = ( siMenuMainApplicationPreferencesID + 1 ), siMenuMainFileCrosswalkID = ( siMenuMainTopLevelID + 1 ), siMenuMCPSelectTopID = 2000,   siMenuMCPSelectBottomID = ( siMenuMCPSelectTopID + 1 ), siMenuMCPSelectExploreBtnID = ( siMenuMCPSelectBottomID + 1 ), siMenuMCPSelectSelBtnContextID = ( siMenuMCPSelectExploreBtnID + 1 ), siMenuMCPTransformTopID = ( siMenuMCPSelectSelBtnContextID + 1 ),   siMenuMCPTransformBottomID = ( siMenuMCPTransformTopID + 1 ), siMenuMCPSnapID = ( siMenuMCPTransformBottomID + 1 ), siMenuMCPConstrainID = ( siMenuMCPSnapID + 1 ), siMenuMCPEditID = ( siMenuMCPConstrainID + 1 ),   siMenuMCPAnimationID = ( siMenuMCPEditID + 1 ), siMenuMCPPlaybackID = ( siMenuMCPAnimationID + 1 ), siMenuVMViewTypeID = 3000, siMenuVMCameraID = ( siMenuVMViewTypeID + 1 ),   siMenuVMVisibilityID = ( siMenuVMCameraID + 1 ), siMenuVMDisplayID = ( siMenuVMVisibilityID + 1 ), siMenu3DViewClusterContextID = 3100, siMenu3DViewComponentContextID = ( siMenu3DViewClusterContextID + 1 ),   siMenu3DViewComponentEditContextID = ( siMenu3DViewComponentContextID + 1 ), siMenu3DViewGeneralContextID = ( siMenu3DViewComponentEditContextID + 1 ), siMenu3DViewObjectContextID = ( siMenu3DViewGeneralContextID + 1 ), siMenu3DViewObjectEditContextID = ( siMenu3DViewObjectContextID + 1 ),   siMenu3DViewObjectGroupContextID = ( siMenu3DViewObjectEditContextID + 1 ), siMenu3DViewObjectMeshContextID = ( siMenu3DViewObjectGroupContextID + 1 ), siMenu3DViewObjectSelectContextID = ( siMenu3DViewObjectMeshContextID + 1 ), siMenuSEGeneralContextID = 3200,   siMenuSELayersContextID = ( siMenuSEGeneralContextID + 1 ), siMenuSEPassesContextID = ( siMenuSELayersContextID + 1 ), siMenuSEPartitionsContextID = ( siMenuSEPassesContextID + 1 ), siMenuSEObjectContextID = ( siMenuSEPartitionsContextID + 1 ),   siMenuSEGroupContextID = ( siMenuSEObjectContextID + 1 ), siMenuSEAnimContextID = ( siMenuSEGroupContextID + 1 ), siMenuSEClusterContextID = ( siMenuSEAnimContextID + 1 ), siMenuSEOperatorContextID = ( siMenuSEClusterContextID + 1 ),   siMenuSEConstraintContextID = ( siMenuSEOperatorContextID + 1 ), siMenuSEPreferenceContextID = ( siMenuSEConstraintContextID + 1 ), siMenuSEMaterialContextID = ( siMenuSEPreferenceContextID + 1 ), siMenuSEModelContextID = ( siMenuSEMaterialContextID + 1 ),   siMenuPluginMgrPluginFileID = 3300, siMenuPluginMgrTreeFileID = ( siMenuPluginMgrPluginFileID + 1 ), siMenuPluginMgrContextPluginID = ( siMenuPluginMgrTreeFileID + 1 ), siMenuPluginMgrContextPluginLocationID = ( siMenuPluginMgrContextPluginID + 1 ),   siMenuPluginMgrContextUserRootID = ( siMenuPluginMgrContextPluginLocationID + 1 ), siMenuPluginMgrContextFactoryRootID = ( siMenuPluginMgrContextUserRootID + 1 ), siMenuPluginMgrContextWorkgroupRootID = ( siMenuPluginMgrContextFactoryRootID + 1 ), siMenuPluginMgrContextAddonID = ( siMenuPluginMgrContextWorkgroupRootID + 1 ),   siMenuPluginMgrContextCustomLocationID = ( siMenuPluginMgrContextAddonID + 1 ), siMenuPluginMgrSPDLFileID = ( siMenuPluginMgrContextCustomLocationID + 1 ), siMenuPluginMgrContextSPDLID = ( siMenuPluginMgrSPDLFileID + 1 ), siMenuPluginMgrContextSPDLLocationID = ( siMenuPluginMgrContextSPDLID + 1 ),   siMenuPluginMgrContextPluginItemID = ( siMenuPluginMgrContextSPDLLocationID + 1 ), siMenuPluginMgrContextViewLocationID = ( siMenuPluginMgrContextPluginItemID + 1 ), siMenuPluginMgrContextViewID = ( siMenuPluginMgrContextViewLocationID + 1 ), siMenuPluginMgrContextToolbarLocationID = ( siMenuPluginMgrContextViewID + 1 ),   siMenuPluginMgrContextToolbarID = ( siMenuPluginMgrContextToolbarLocationID + 1 ), siMenuWorkgroupMgrFileID = 3350, siMenuWorkgroupMgrContextID = ( siMenuWorkgroupMgrFileID + 1 ), siMenuScriptEditContextID = 3400,   siMenuScriptHistoryContextID = 3401, siMenuPropertyPageContextID = 3600, siMenuPropertyPageAnimContextID = ( siMenuPropertyPageContextID + 1 ), siMenuShapeManagerEditID = 3700,   siMenuShapeManagerCreateContextSingleSelectionID = ( siMenuShapeManagerEditID + 1 ), siMenuShapeManagerCreateContextMultiSelectionID = ( siMenuShapeManagerCreateContextSingleSelectionID + 1 ), siMenuShapeManagerAnimateContextSingleSelectionID = ( siMenuShapeManagerCreateContextMultiSelectionID + 1 ), siMenuShapeManagerAnimateContextMultiSelectionID = ( siMenuShapeManagerAnimateContextSingleSelectionID + 1 ),   siMenuShapeManagerAnimateID = ( siMenuShapeManagerAnimateContextMultiSelectionID + 1 ), siMenuRenderRegionContextID = 3800, siMenuMaterialPanelMaterialID = 3900, siMenuTextureEditorToolsID = 4000,   siMenuRenderTreeToolsID = 4100, siMenuICEViewToolsID = ( siMenuRenderTreeToolsID + 1 ), siMenuRTNodeContextID = ( siMenuICEViewToolsID + 1 ), siMenuICENodeContextID = ( siMenuRTNodeContextID + 1 ),   siMenuICENodePortContextID = ( siMenuICENodeContextID + 1 ), siMenuRenderTreeTopLevelID = ( siMenuICENodePortContextID + 1 ), siMenuICEViewTopLevelID = ( siMenuRenderTreeTopLevelID + 1 ), siMenuTextEditorWidgetEditID = 4200,   siMenuTextEditorContextID = ( siMenuTextEditorWidgetEditID + 1 ), siMenuTextureSpaceProjectionID = 4300, siMenuSchematicViewID = 4400, siMenuSchematicViewContextID = 4401,   siMenuSchematicNodeContextID = 4402, siMenuSceneLayerManagerLayersID = 4500, siMenuSceneLayerManagerContextID = ( siMenuSceneLayerManagerLayersID + 1 ), siMenuWeightEditorFileID = 10000,   siMenuWeightEditorEditID = 10001, siMenuWeightEditorViewID = 10002 }
	Identifies the location of a custom menu. More...
enum	siPortFlags { siDefaultPort = 0, siOptionalInputPort = 16, siCreatedOutputPort = 256, siBranchGroupPort = 1024 }
	This enum specifies the operator port flags. More...
enum	siWindowChangeState { siWindowSize = 1, siWindowPaint = 2, siWindowSetFocus = 3, siWindowLostFocus = 4 }
	This enum specifies what has changed during a CWindowNotification for the Custom Display Host. More...
enum	siFileType {   siFileTypeDefault = 0, siFileTypeScene = 1, siFileTypeModel = 2, siFileTypeImage = 3,   siFileTypeAudio = 4, siFileTypeSI3D = 5, siFileTypeScript = 6, siFileTypeFcurve = 7,   siFileTypeExpression = 8, siFileTypeRenderPicture = 9, siFileTypeAction = 10, siFileTypeShader = 11,   siFileTypeBackup = 12, siFileTypeMI = 13, siFileTypeIgnore = 14, siFileTypeSimulation = 15,   siFileTypeReferencedModel = 16, siFileTypeQuery = 17, siFileTypeSynoptic = 18, siFileTypeDotXSI = 19,   siFileTypeRenderMap = 20, siFileTypeAddon = 21, siFileTypeMatLib = 22, siFileTypeThumbnail = 23,   siFileTypeMixer = 24, siFileTypeIges = 25, siFileTypeComposites = 26, siFileTypeDelta = 27,   siFileTypeCache = 28, siFileTypeICECompounds = 29, siFileTypeRTCompounds = 30, siFileTypeCustom = 31,   siFileTypeLast = 32 }
	This enum is used to determine the type of a file for the OnBeginFileExport, OnBeginFileImport, OnEndFileExport, OnEndFileImport, OnCustomFileExport, and OnCustomFileImport events. More...
enum	siClusterType { siClusterVertexType = 0, siClusterNodeType = 1, siClusterEdgeType = 2, siClusterPolygonType = 3 }
	This enum specifies the type of clusters in Softimage. More...
enum	siClusterPropertyType {   siClusterPropertyEnvelopeWeightType = 0, siClusterPropertyShapeKeyType = 1, siClusterPropertyWeightMapType = 2, siClusterPropertyUVType = 3,   siClusterPropertyVertexColorType = 4, siClusterPropertyUserNormalType = 5, siClusterPropertyUserMotionType = 6 }
	This enum specifies the type of cluster properties in Softimage. More...
enum	siCurveIsopointManipMode {   siCurveIsopointPositionManipMode = 0, siCurveIsopointPositionAndTangentsManipMode = 1, siCurveIsopointFwdTangentManipMode = 2, siCurveIsopointBwdTangentManipMode = 3,   siCurveIsopointFwdThenBwdTangentManipMode = 4, siCurveIsopointBwdThenFwdTangentManipMode = 5, siCurveIsopointCVManipMode = 6 }
	This enum specifies the mode of manipulation of a curve isopoint in Softimage. More...
enum	siCurveKnotTangentAlignment {   siCurveKnotAlignFwdTangentWithBwd = 0, siCurveKnotAlignBwdTangentWithFwd = 1, siCurveKnotAlignFwdAndBwdTangentsTogether = 2, siCurveKnotLinearizeNextSegment = 3,   siCurveKnotLinearizePrevSegment = 4, siCurveKnotLinearizeBothSegments = 5, siCurveKnotLinearizeInterSegments = 6, siCurveKnotMakeCorner = 7 }
	This enum specifies the type of alignment for a tangent of a curve knot in Softimage. More...
enum	siRBDEngine { siPhysXEngine = 0, siOpenDynamicsEngine = 1 }
	Specifies the rigid body dynamics engine used for simulation. More...
enum	siKeyableAttributeType { siKeyableAttributeClear = 0, siKeyableAttributeKeyable = 1, siKeyableAttributeNonKeyableVisible = 2 }
	Keyable attribute types. More...
enum	siClosestLocationMethod { siClosestVertexOrKnot = 0, siClosestSurface = 1, siClosestSmoothedSurface = 2, siClosestSurfaceRaycastIntersection = 3 }
	Indicates the method to use for finding closest locations on a geometry. More...
enum	siNormalComputationMethod { siInterpolatedVertexGeometricNormals = 0, siInterpolatedVertexAngleBasedGeometricNormals = 1, siInterpolatedShadingNormals = 2, siInterpolatedAngleBasedNodeShadingNormals = 3 }
	Indicates the method to use for computing normals on a geometry. More...
enum	siLineIntersectionType { siSemiLineIntersection = 0, siLineIntersection = 1, siSegmentIntersection = 2 }
	Type of line to use when intersecting a line with a geometry. More...
enum	siImageBitDepth {   siImageBitDepthUnknown = -1, siImageBitDepthInteger1 = 0, siImageBitDepthInteger2 = 1, siImageBitDepthInteger4 = 2,   siImageBitDepthInteger8 = 3, siImageBitDepthInteger16 = 4, siImageBitDepthInteger32 = 5, siImageBitDepthFloat16 = 20,   siImageBitDepthFloat32 = 21 }
	This enumeration lists the allowed bit depths for each channel of an image with the specified channel types. More...
enum	siImageChannelType {   siImageRGBAChannelType = 0, siImageRGBChannelType = 1, siImageAlphaChannelType = 2, siImageIntensityChannelType = 3,   siImageRGBEChannelType = 4, siImageDepthChannelType = 5, siImageNormalChannelType = 6, siImageMotionChannelType = 7,   siImageTagChannelType = 8 }
	This enum lists the allowed channel types in writable images and framebuffers. More...
enum	siImageChannelFilter {   siImageRGBAChannelFilter = 1, siImageRGBChannelFilter = 2, siImageColorChannelFilter = 3, siImageAlphaChannelFilter = 4,   siImageIntensityChannelFilter = 8, siImageRGBEChannelFilter = 16, siImageDepthChannelFilter = 32, siImageNormalChannelFilter = 64,   siImageMotionChannelFilter = 128, siImageTagChannelFilter = 256, siImageChannelFilterAll = 511 }
	This enumeration lists the allowed filters for user-selectable channel types in the UI. More...
enum	siVolumeCenterMethod { siVolumeCenterMethodCOG = 0, siVolumeCenterMethodBBoxCenter = 1, siVolumeCenterMethodObjectCenter = 2 }
	Indicates the method to use for calculating the center of a bounding volume. More...
enum	siBoundingCapsuleMethod { siBoundingCapsuleMethodXAxis = 0, siBoundingCapsuleMethodYAxis = 1, siBoundingCapsuleMethodZAxis = 2, siBoundingCapsuleMethodBestAxis = 3 }
	Indicates the method to use for calculating the long axis of a bounding cylinder. More...
enum	siSourcePathType { siSourcePathImageSource = 0, siSourcePathWritableImageSource = 1, siSourcePathModelSource = 3 }
	Specifies the source path being set for the OnSourcePathChange event. More...
enum	siModelKind { siModelKind_Regular = 0, siModelKind_Reference = 1, siModelKind_Instance = 2 }
	Describes whether Model is referenced, local (regular) or an instance. More...
enum	siViewport {   siViewportFocussed = -3, siViewportCurrent = -2, siViewportAll = -1, siViewportA = 0,   siViewportB = 1, siViewportC = 2, siViewportD = 3 }
	Used as a convenient list of identifiers for the different viewports of the view manager. More...
enum	siRenderRegionDisplayType {   siRenderRegionDisplayRGBA = 0, siRenderRegionDisplayRGB = 1, siRenderRegionDisplayAlpha = 2, siRenderRegionDisplayRed = 3,   siRenderRegionDisplayGreen = 4, siRenderRegionDisplayBlue = 5 }
	This enumeration represents the list of display types for the render region. More...
enum	siModificationDeltaType {   siModificationDeltaActiveResolution = 0, siModificationDeltaRemoveAnimation = 1, siModificationDeltaConstraint = 2, siModificationDeltaUpVectorConstraint = 3,   siModificationDeltaOperator = 4, siModificationDeltaExpression = 5, siModificationDeltaStaticValue = 6, siModificationDeltaFCurve = 7,   siModificationDeltaGroupRelation = 8, siModificationDeltaCluster = 9, siModificationDeltaClusterProperty = 10, siModificationDeltaProperty = 11 }
	Type of delta modification on a referenced model. More...
enum	siNodePortDataInsertionLocation { siNodePortDataInsertionLocationBegining = 0, siNodePortDataInsertionLocationEnd = ( siNodePortDataInsertionLocationBegining + 1 ), siNodePortDataInsertionLocationBefore = ( siNodePortDataInsertionLocationEnd + 1 ), siNodePortDataInsertionLocationAfter = ( siNodePortDataInsertionLocationBefore + 1 ) }
	Specifies the relative location where new node ports will be added. More...
enum	siPPGEventID {   siUndefinedPPGEvent = 0, siOnInit = 1, siOnClosed = 2, siParameterChange = 3,   siButtonClicked = 4, siTabChange = 5 }
	Defines the possible actions that trigger calling the PPGEvent callback function. More...
enum	siRenderProcessType { siRenderProcessRender = 0, siRenderProcessExportArchive = 1, siRenderProcessExportObjectArchive = 2, siRenderProcessGenerateRenderMap = 3 }
	The process types that a rendering engine can perform. More...
enum	siRenderQueryType {   siRenderQueryArchiveIsValid = 0, siRenderQueryArchiveProxies = 1, siRenderQueryArchiveBBox = 2, siRenderQueryArchiveFrameRange = 3,   siRenderQueryDisplayBitDepths = 4, siRenderQueryWantDirtyList = 5, siRenderQueryVersionString = 6 }
	Query codes that a rendering engine needs to respond to if it supports object archives and stand-ins, via registering itself with a siRenderProcessType::siRenderProcessExportObjectArchive process type, and multiple display bit depths. More...
enum	siRenderQualityType {   siRenderQualityTypeLowest = 0, siRenderQualityTypeLow = 1, siRenderQualityTypeMedium = 2, siRenderQualityTypeHigh = 3,   siRenderQualityTypeHighest = 4 }
	Quality levels that a rendering engine's renderer properties can be set to, or queried for. More...
enum	siRenderPropertyType { siRenderPropertyOptions = 0 }
	When a render engine registers, it provides a list of specific properties that Softimage should create for it. More...
enum	siRenderShutterType { siRenderShutterCenterOnFrame = 0, siRenderShutterEndOnFrame = 1, siRenderShutterStartOnFrame = 2 }
	Controls when the camera's shutter opens and closes when generating motion blur for render. More...
enum	siRenderFrameSource { siRenderFrameSourceFrameRange = 0, siRenderFrameSourceFrameSet = 1, siRenderFrameSourceTimeline = 2, siRenderFrameSourceGlobalOptions = 3 }
	Controls how the render frame list is computed for passes. More...
enum	siDragAndDropAction { siSourceDragAction = 0, siSourceDropAction = 0x1 }
	Possible actions for the drag and drop notification. More...
enum	siICEAttributeCategory { siICEAttributeCategoryUnknown = 0, siICEAttributeCategoryBuiltin = 1, siICEAttributeCategoryCustom = 2 }
	Describes how the ICEAttribute data is defined. More...
enum	siICENodeThreadingModel { siICENodeUnknownThreading = 0, siICENodeSingleThreading = 1, siICENodeMultiThreading = 2, siICENodeMultiEvaluationPhase = 3 }
	Defines the threading models available for ICENode evaluation. More...
enum	siICEShapeType {   siICEShapeUnknown = -1, siICEShapePoint = 0, siICEShapeSegment = 1, siICEShapeDisc = 2,   siICEShapeRectangle = 3, siICEShapeSphere = 4, siICEShapeBox = 5, siICEShapeCylinder = 6,   siICEShapeCapsule = 7, siICEShapeCone = 8, siICEShapeBlob = 9, siICEShapeInstance = 128,   siICEShapeReference = 129 }
	Defines the particle shape types for rendering. More...
enum	siRenderVerbosity { siRenderVerbosityOff = 0, siRenderVerbosityOn = 1, siRenderVerbosityDefault = 2 }
	This enum specifies the render verbosity settings used when rendering or exporting passes. More...
enum	siTimeTransportSeekMode { siTTScrubActive = 0, siTTScrubInactive = 1, siTTScrubJog = 2 }
	Softimage TimeTransport seek modes. More...
enum	siGraphicDriver {   siNullGraphicDriver = 0, siOpenGL20 = 1, siOpenGL30 = 2, siDirectX9 = 3,   siDirectX10 = 4 }
	Enumerates the supported graphics drivers. More...
enum	siHardwareSurfaceDimension {   siDefaultDimension = 0, si1D = 1, si2D = 2, si3D = 3,   siRectangle = 4, siCube = 5 }
	Defines the dimension of a hardware surface. More...
enum	siResourceSharing { siSharedResource = 0, siExclusiveResource = 1 }
	Defines the sharing capability of a resource. More...
enum	siHardwareInputSemantic {   siHardwareSemanticPosition = 0, siHardwareSemanticNormal = 1, siHardwareSemanticColor0 = 2, siHardwareSemanticColor1 = 3,   siHardwareSemanticTexcoord0 = 4, siHardwareSemanticTexcoord1 = 5, siHardwareSemanticTexcoord2 = 6, siHardwareSemanticTexcoord3 = 7,   siHardwareSemanticTexcoord4 = 8, siHardwareSemanticTexcoord5 = 9, siHardwareSemanticTexcoord6 = 10, siHardwareSemanticTexcoord7 = 11,   siHardwareSemanticTexcoord8 = 12, siHardwareSemanticTexcoord9 = 13, siHardwareSemanticTexcoord10 = 14, siHardwareSemanticTexcoord11 = 15,   siHardwareSemanticTexcoord12 = 16, siHardwareSemanticTexcoord13 = 17, siHardwareSemanticTexcoord14 = 18, siHardwareSemanticTexcoord15 = 19,   siHardwareSemanticAttr0 = 20, siHardwareSemanticAttr1 = 21, siHardwareSemanticAttr2 = 22, siHardwareSemanticAttr3 = 23,   siHardwareSemanticAttr4 = 24, siHardwareSemanticAttr5 = 25, siHardwareSemanticAttr6 = 26, siHardwareSemanticAttr7 = 27,   siHardwareSemanticAttr8 = 28, siHardwareSemanticAttr9 = 29, siHardwareSemanticAttr10 = 30, siHardwareSemanticAttr11 = 31,   siHardwareSemanticAttr12 = 32, siHardwareSemanticAttr13 = 33, siHardwareSemanticAttr14 = 34, siHardwareSemanticAttr15 = 35,   siHardwareSemanticFogcoord = 36, siHardwareSemanticPsize = 37, siHardwareSemanticTangent = 38, siHardwareSemanticBinormal = 39,   siHardwareSemanticWeight = 40, siHardwareSemanticIndice = 41, siHardwareSemanticTessfactor = 42, siHardwareSemanticDepth = 43,   siHardwareSemanticSample = 44, siHardwareSemanticMax = 45 }
	Describes the standard vertex attribute hardware slot for a Realtime Shader. More...
enum	siCollapseLayersPlottingType { siDefaultPlottingType = 0, siPreserveAnimation = 1, siPreserveTangentHandles = 2 }
	Indicates the plotting type to use when collapsing animation layers. More...
enum	siMaterialConflictAction { siDefaultAction = 0, siShareMaterial = 1, siCopyMaterial = 2 }
	This indicates the action to perform when there is a conflict with a material. More...
enum	siHWShaderVersionID { siHWShaderV1 = 4 }
	Declares the supported hardware shader versions. More...
enum	siXGSContextFlag { siXGSContextNormal = ( 1L << 1 ), siXGSContextCapture = ( 1L << 2 ), siXGSContextHWRender = ( 1L << 3 ) }
	Context flags for the Graphic Sequencer. More...
enum	siXGSRenderFlag {   siRenderDefault = ( 1L << 1 ), siRenderUnsorted = ( 1L << 2 ), siRenderSorted = ( 1L << 3 ), siRenderSortedNear = ( 1L << 4 ),   siRenderSortedCenter = ( 1L << 5 ), siRenderSortedFar = ( 1L << 6 ), siRenderSortFront = ( 1L << 7 ), siRenderSelected = ( 1L << 8 ),   siTexEnvReplace = ( 1L << 9 ), siRenderNoRTSOverride = ( 1L << 10 ) }
	XGS render flags for the Graphic Sequencer. More...
enum	siCustomDisplayFlags { siSupportCommandMap = ( 1L << 1 ), siWindowNotifications = ( 1L << 2 ) }
	Determines the behavior and look of a Custom Display. More...
enum	siComponentDataType {   siComponentDataTypeBool = ( 1L << 0 ), siComponentDataTypeLong = ( 1L << 1 ), siComponentDataTypeFloat = ( 1L << 2 ), siComponentDataTypeVector2 = ( 1L << 3 ),   siComponentDataTypeVector3 = ( 1L << 4 ), siComponentDataTypeVector4 = ( 1L << 5 ), siComponentDataTypeQuaternion = ( 1L << 6 ), siComponentDataTypeMatrix33 = ( 1L << 7 ),   siComponentDataTypeMatrix44 = ( 1L << 8 ), siComponentDataTypeColor4 = ( 1L << 9 ), siComponentDataTypeRotation3 = ( 1L << 14 ), siComponentDataTypeShape = ( 1L << 15 ),   siComponentDataTypeIcon = ( 1L << 17 ) }
	Specifies the type of component data (vector3, boolean, color, etc.) on an ICEAttribute. More...
enum	siComponentDataContext {   siComponentDataContextSingleton = ( 1L << 0 ), siComponentDataContextComponent0D = ( 1L << 1 ), siComponentDataContextComponent1D = ( 1L << 2 ), siComponentDataContextComponent2D = ( 1L << 3 ),   siComponentDataContextComponent0D2D = ( 1L << 4 ) }
	Specifies the context of component data (points, edges, etc.) on an ICEAttribute. More...
enum	siComponentDataStructure { siComponentDataStructureSingle = ( 1L << 0 ), siComponentDataStructureDynamicArray = ( 1L << 1 ) }
	Specifies the structure of component data (single element or dynamic array) on an ICEAttribute. More...
enum	siRenderChannelType {   siRenderChannelUnknownType = 0, siRenderChannelColorType = 1, siRenderChannelGrayscaleType = 2, siRenderChannelDepthType = 3,   siRenderChannelNormalVectorType = 4, siRenderChannelVectorType = 5, siRenderChannelLabelType = 6, siRenderChannelCustomType = ( 1L << 31 ) }
	Types of data allowed for render channels. More...
enum	siICENodeDataType {   siICENodeDataBool = ( 1L << 0 ), siICENodeDataLong = ( 1L << 1 ), siICENodeDataFloat = ( 1L << 2 ), siICENodeDataVector2 = ( 1L << 3 ),   siICENodeDataVector3 = ( 1L << 4 ), siICENodeDataVector4 = ( 1L << 5 ), siICENodeDataQuaternion = ( 1L << 6 ), siICENodeDataMatrix33 = ( 1L << 7 ),   siICENodeDataMatrix44 = ( 1L << 8 ), siICENodeDataColor4 = ( 1L << 9 ), siICENodeDataGeometry = ( 1L << 10 ), siICENodeDataLocation = ( 1L << 11 ),   siICENodeDataExecute = ( 1L << 12 ), siICENodeDataReference = ( 1L << 13 ), siICENodeDataRotation = ( 1L << 14 ), siICENodeDataShape = ( 1L << 15 ),   siICENodeDataCustomType = ( 1L << 16 ), siICENodeDataString = ( 1L << 17 ), siICENodeDataIcon = ( 1L << 18 ), siICENodeDataValue = ( ( ( ( ( ( ( ( ( ( ( ( ( ( siICENodeDataBool | siICENodeDataLong ) | siICENodeDataFloat ) | siICENodeDataVector2 ) | siICENodeDataVector3 ) | siICENodeDataVector4 ) | siICENodeDataQuaternion ) | siICENodeDataRotation ) | siICENodeDataMatrix33 ) | siICENodeDataMatrix44 ) | siICENodeDataColor4 ) | siICENodeDataShape ) | siICENodeDataIcon ) | siICENodeDataCustomType ) | siICENodeDataString ),   siICENodeDataInterface = siICENodeDataGeometry, siICENodeDataMultiComp = ( ( ( ( ( ( ( siICENodeDataVector2 | siICENodeDataVector3 ) | siICENodeDataVector4 ) | siICENodeDataQuaternion ) | siICENodeDataRotation ) | siICENodeDataMatrix33 ) | siICENodeDataMatrix44 ) | siICENodeDataColor4 ), siICENodeDataArithmeticSupport = ( ( ( ( ( ( ( ( siICENodeDataLong | siICENodeDataFloat ) | siICENodeDataVector2 ) | siICENodeDataVector3 ) | siICENodeDataVector4 ) | siICENodeDataQuaternion ) | siICENodeDataRotation ) | siICENodeDataMatrix33 ) | siICENodeDataMatrix44 ), siICENodeDataAny = ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( siICENodeDataBool | siICENodeDataLong ) | siICENodeDataFloat ) | siICENodeDataVector2 ) | siICENodeDataVector3 ) | siICENodeDataVector4 ) | siICENodeDataQuaternion ) | siICENodeDataRotation ) | siICENodeDataMatrix33 ) | siICENodeDataMatrix44 ) | siICENodeDataColor4 ) | siICENodeDataShape ) | siICENodeDataGeometry ) | siICENodeDataLocation ) | siICENodeDataReference ) | siICENodeDataExecute ) | siICENodeDataCustomType ) | siICENodeDataString ) | siICENodeDataIcon ) }
	Defines the types of data that can be associated to a ICE node port connection. More...
enum	siICENodeStructureType { siICENodeStructureSingle = ( 1L << 0 ), siICENodeStructureArray = ( 1L << 1 ), siICENodeStructureAny = ( siICENodeStructureSingle | siICENodeStructureArray ) }
	Defines the way data are structured for ICE node connections: single data or dynamic array. More...
enum	siICENodeContextType {   siICENodeContextSingleton = ( 1L << 0 ), siICENodeContextComponent0D = ( 1L << 1 ), siICENodeContextComponent1D = ( 1L << 2 ), siICENodeContextComponent2D = ( 1L << 3 ),   siICENodeContextComponent0D2D = ( 1L << 4 ), siICENodeContextElementGenerator = ( 1L << 5 ), siICENodeContextSingletonOrComponent0D = ( siICENodeContextSingleton | siICENodeContextComponent0D ), siICENodeContextSingletonOrComponent1D = ( siICENodeContextSingleton | siICENodeContextComponent1D ),   siICENodeContextSingletonOrComponent2D = ( siICENodeContextSingleton | siICENodeContextComponent2D ), siICENodeContextSingletonOrComponent0D2D = ( siICENodeContextSingleton | siICENodeContextComponent0D2D ), siICENodeContextSingletonOrElementGenerator = ( siICENodeContextSingleton | siICENodeContextElementGenerator ), siICENodeContextComponent0DOr1DOr2D = ( ( siICENodeContextComponent0D | siICENodeContextComponent1D ) | siICENodeContextComponent2D ),   siICENodeContextNotSingleton = ( ( ( ( siICENodeContextComponent0D | siICENodeContextComponent1D ) | siICENodeContextComponent2D ) | siICENodeContextComponent0D2D ) | siICENodeContextElementGenerator ), siICENodeContextAny = ( ( ( ( ( siICENodeContextSingleton | siICENodeContextComponent0D ) | siICENodeContextComponent1D ) | siICENodeContextComponent2D ) | siICENodeContextComponent0D2D ) | siICENodeContextElementGenerator ) }
	Defines the element set associated with the data for ICE node connections. More...
enum	siAutoCompleteMode { siNone = 0, siKeywords = ( 1L << 1 ), siCommands = ( 1L << 2 ) }
	Determines the behavior of the auto-complete feature for a text editor widget control (see siPPGControlType::siControlTextEditor). More...
enum	siTextEditorCapability { siNoSaveLoad = 0, siCanSave = ( 1L << 1 ), siCanLoad = ( 1L << 2 ) }
	Determines the availability of the File menu functions for a text editor widget control (siPPGControlType::siControlTextEditor). More...
enum	siViewportFeature { siHardwareRendering = ( 1L << 0 ) }
	Defines the supported features for a custom viewport. More...
enum	siTimeTransportPlaybackMode { siTTPlaybackNormal = 0, siTTPlaybackSlideShow = 0x2 }
	Softimage TimeTransport playback types. More...
enum	siTimeTransportState {   siTTStateStop = 0x1, siTTStatePlay = 0x4, siTTStateSeek = 0x2000, siTTStateTimeChange = 0x4000,   siTTStateContextChange = 0x8000, siTTStateScrubChange = 0x10000, siTTStateSeekChange = 0x20000, siTTStateDeviceChange = 0x40000,   siTTStateFrameDropChange = 0x80000 }
	Softimage TimeTransport states. More...
enum	siToolCapabilities { siToolAllowNotifications = 1 }
	Various flags that affect tool behaviour. More...
enum	siToolCursor {   siArrowCursor = 0, siCrossCursor = 1, siHandCursor = 2, siPenCursor = 3,   siDropperCursor = 4, siSelectCursor = 5, siTranslateCursor = 6, siRotateCursor = 7,   siScaleCursor = 8, siZoomCursor = 9, siDragXYCursor = 10, siDragXCursor = 11,   siDragYCursor = 12 }
	ToolContext cursors. More...
enum	siAlignment {   siLeftAlign = 0, siCenterAlign = 1, siRightAlign = 2, siTopAlign = 0,   siBottomAlign = 2 }
	ToolContext text/menu alignment. More...
enum	siSnapType {   siSnapNone = 0L, siSnapPoint = 0x1L, siSnapKnot = 0x2L, siSnapCenter = 0x4L,   siSnapMidPoint = 0x8L, siSnapBBox = 0x20L, siSnap0D = 0xffffL, siSnapEdge = 0x10000L,   siSnapCurve = 0x20000L, siSnapUIsocurve = 0x40000L, siSnapVIsocurve = 0x80000L, siSnapBoundary = 0x100000L,   siSnap1D = 0xff0000L, siSnapFace = 0x1000000L, siSnapSurface = 0x2000000L, siSnap2D = 0x3f000000L,   siSnapGrid = 0x40000000L }
	ToolContext snapping type flags. More...
enum	siPickMode { siPickSingleObject = 0, siPickSingleSubComponent = 1, siPickMultipleObjects = 2, siPickMultipleSubComponents = 3 }
	ToolContext picking mode flags. More...
enum	siPickType {   siPickRectangle = 1, siPickRaycast = 2, siPickLasso = 3, siPickFreeform = 4,   siPickRectangleRaycast = 6 }
	ToolContext picking type flags. More...
enum	siPasteUVsMode { siDefaultPasteUVsMode = 0, siPasteUVsUsingSourceIndices = 1, siPasteUVsUsingTargetIndices = 2 }
	This indicates which UVs indices to use when the UVs are copied from one object and pasted onto another object. More...
enum	siSetValueMode { siSetValueModeAbsolute = 0, siSetValueModeAdditive = 1, siSetValueModeAddPercentage = 2 }
	This indicates the mathematical mode when setting a new value to a current value. More...
enum	RotationRep { siQuaternionRot = 0, siEulerRot, siAxisAngleRot }
	Defines the rotation representation. More...
Functions
virtual	~CBase ()
	Default destructor.
CString	GetClassIDName () const
	Returns the type of the API class in a text string,.
virtual siClassID	GetClassID () const =0
	Returns the type of the API class.
virtual bool	IsA (siClassID in_ClassID) const
	Returns true if a given class type is compatible with this API class.
bool	IsA (const CRef &in_ref) const
	Returns true if a given CRef object is compatible with this API class.
CStatus	SetObject (const CRef &in_obj)
	Sets this API class object with a reference object.
bool	IsValid () const
	Returns true if the object is valid.
void	ResetObject ()
	Resets this API class by deleting its CRef object.
	operator CRef & ()
	Converts from CBase to a CRef reference object.
bool	operator== (const CBase &in_obj) const
	Equality operator.
bool	operator!= (const CBase &in_obj) const
	Inequality operator.
const CRef &	GetRef () const
	Converts from CBase to a constant CRef reference object.
void	SetPtr (void *)
void	SetRef (const CRef &in_ref)
void	Clear ()
void *	GetPtr (void) const
SICPPSDK_INLINE	CLine (const CVector3 &in_point, const CVector3 &in_tangent)
	Construct a line through given point in given direction.
SICPPSDK_INLINE	CLine (const CLine &in_line)
	Copy constructor.
SICPPSDK_INLINE	~CLine ()
	Default destructor.
SICPPSDK_INLINE CLine &	operator= (const CLine &in_line)
	Assignment operator.
SICPPSDK_INLINE bool	operator== (const CLine &in_line) const
	Equality operator tests the strict equality of this CLine with the specified line.
SICPPSDK_INLINE bool	operator!= (const CLine &in_line) const
	Inequality operator tests the strict inequality of this CLine with the specified line.
SICPPSDK_INLINE bool	EpsilonEquals (const CLine &in_line, double in_dEpsilon) const
	Tests the equality of this line with the specified line, with a tolerance of Epsilon.
SICPPSDK_INLINE bool	Equals (const CLine &in_line) const
	Tests the strict equality of this line with the specified line.
bool	Parallel (const CLine &in_line) const
	Tests whether two lines are parallel.
bool	Collinear (const CLine &in_line) const
	Tests whether two lines are collinear.
SICPPSDK_INLINE CVector3	Project (const CVector3 &in_point) const
	Return projection of given point on this line.
SICPPSDK_INLINE CVector3	GetClosestPoint (const CLine &in_line) const
	Return closest point on the the line to the given line.
SICPPSDK_INLINE double	GetDistance (const CVector3 &in_point) const
	Return distance fromt the line to the given point.
SICPPSDK_INLINE double	GetDistance (const CLine &in_line) const
	Return distance fromt the line to the given line.
SICPPSDK_INLINE CVector3	GetPosition (double in_param) const
	Return position on line for given parameter.
double	GetParameter (const CVector3 &in_point) const
	Return parameter on line closest to input point.
bool	Intersect (const CLine &in_line, CVector3 &out_point) const
	Return intersection of this line with the given line.
SICPPSDK_INLINE const CVector3 &	GetOrigin () const
	Return origin of the line.
SICPPSDK_INLINE const CVector3 &	GetTangent () const
	Return tangent direction of the line.
SICPPSDK_INLINE CLine &	SetOrigin (const CVector3 &in_point)
	Set origin of the line.
SICPPSDK_INLINE CLine &	SetTangent (const CVector3 &in_tangent)
	Set tangent direction of the line.
SICPPSDK_INLINE CLine &	Set (const CVector3 &in_point, const CVector3 &in_tangent)
	Set origin and tangent direction of the line.
SICPPSDK_INLINE CLine &	operator*= (const CMatrix3 &in_matrix3)
	Right-multiplies this line by the matrix m in place (this = this .
SICPPSDK_INLINE CLine &	operator*= (const CMatrix4 &in_matrix4)
	Right-multiplies this line by the matrix m in place (this = this .
SICPPSDK_INLINE CLine &	operator*= (const CTransformation &in_transformation)
	Right-multiplies this line by the transformation t in place (this = this .
SICPPSDK_INLINE CLine &	MulByMatrix3InPlace (const CMatrix3 &in_matrix3)
	Right-multiplies this line by the matrix m in place (this = this .
SICPPSDK_INLINE CLine &	MulByMatrix3 (const CLine &in_line, const CMatrix3 &in_matrix3)
	Right-multiplies the line l by the matrix m and store the result in this line (this = l .
SICPPSDK_INLINE CLine &	MulByMatrix4InPlace (const CMatrix4 &in_matrix4)
	Right-multiplies this line by the matrix m in place (this = this .
SICPPSDK_INLINE CLine &	MulByMatrix4 (const CLine &in_line, const CMatrix4 &in_matrix4)
	Right-multiplies the line l by the matrix m and store the result in this line (this = l .
SICPPSDK_INLINE CLine &	MulByTransformationInPlace (const CTransformation &in_transformation)
	Right-multiplies this line by the transformation t in place (this = this .
SICPPSDK_INLINE CLine &	MulByTransformation (const CLine &in_line, const CTransformation &in_transformation)
	Right-multiplies the line l by the transformation t and stores the result in this line (this = l .
static const double	PI (3.14159265358979323846)
static const float	PI2 ((float) PI *2.0f)
static const float	Invert2PI (0.5f/(float) PI)
static const float	MilliEPS (1.0e-03f)
static const float	MicroEPS (1.0e-06f)
static const float	NanoEPS (1.0e-09f)
static const float	PicoEPS (1.0e-012f)
double	DegreesToRadians (double in_dDegrees)
	Converts an angle in degrees to an angle in radians.
double	RadiansToDegrees (double in_dRadians)
	Converts an angle in radians to an angle in degrees.
CTransformation	MapObjectPoseToWorldSpace (const CTransformation &in_transfoObjectSpace, const CTransformation &in_transfoPose)
	Converts a Pose described in a given ObjectSpace to WorldSpace.
CVector3	MapObjectOrientationToWorldSpace (const CTransformation &in_transfoObjectSpace, const CVector3 &in_vector3Orientation)
	Converts an Orientation described in a given ObjectSpace to WorldSpace.
CVector3	MapObjectPositionToWorldSpace (const CTransformation &in_transfoObjectSpace, const CVector3 &in_vector3Position)
	Converts a Position described in a given ObjectSpace to WorldSpace.
CTransformation	MapWorldPoseToObjectSpace (const CTransformation &in_transfoObjectSpace, const CTransformation &in_transfoPose)
	Converts a Pose described in WorldSpace to a different ObjectSpace.
CVector3	MapWorldOrientationToObjectSpace (const CTransformation &in_transfoObjectSpace, const CVector3 &in_vector3Orientation)
	Converts an orientation described in WorldSpace to a different ObjectSpace.
CVector3	MapWorldPositionToObjectSpace (const CTransformation &in_transfoObjectSpace, const CVector3 &in_vector3Position)
	Converts a position described in WorldSpace to a position in a different ObjectSpace.
CTransformation	MapObjectPoseToObjectSpace (const CTransformation &in_transfoObjectSpace, const CTransformation &in_transfoSpace, const CTransformation &in_transfoPose)
	Converts a pose described in an ObjectSpace to a pose in a different ObjectSpace.
CVector3	MapObjectOrientationToObjectSpace (const CTransformation &in_transfoObjectSpace, const CTransformation &in_transfoSpace, const CVector3 &in_vector3Orientation)
	Converts an orientation described in an ObjectSpace to an orientation in a different ObjectSpace.
CVector3	MapObjectPositionToObjectSpace (const CTransformation &in_transfoObjectSpace, const CTransformation &in_transfoSpace, const CVector3 &in_vector3Position)
	Converts a position described in an ObjectSpace to a position in a different ObjectSpace.
SICPPSDK_INLINE void	LimitValue (float &io_fVal, float in_fMin, float in_fMax)
void	MatToEuler (const CMatrix3f &in_mat, CVector3f &io_vct, const short in_order)
void	EulerToMat (const CVector3f &in_vct, CMatrix3f &out_mat, const short in_order)
void	EulerToQuat (const CVector3f &in_vct, CQuaternionf &out_quat, const short in_order)
SICPPSDK_INLINE	CPlane (const CVector3 &in_point, const CVector3 &in_normal)
	Construct a plane through a point with the given normal.
SICPPSDK_INLINE	CPlane (const CVector3 &in_point, const CVector3 &in_tangentU, const CVector3 &in_tangentV)
	Construct a plane through a point with the given tangents.
SICPPSDK_INLINE	CPlane (const CPlane &in_plane)
	Copy constructor.
SICPPSDK_INLINE	~CPlane ()
	Default destructor.
SICPPSDK_INLINE CPlane &	operator= (const CPlane &in_plane)
	Assignment operator.
SICPPSDK_INLINE bool	operator== (const CPlane &in_plane) const
	Equality operator tests the strict equality of this CPlane with the specified plane.
SICPPSDK_INLINE bool	operator!= (const CPlane &in_plane) const
	Inequality operator tests the strict inequality of this CPlane with the specified plane.
SICPPSDK_INLINE bool	EpsilonEquals (const CPlane &in_plane, double in_dEpsilon) const
	Tests the equality of this plane with the specified plane, with a tolerance of Epsilon.
SICPPSDK_INLINE bool	Equals (const CPlane &in_plane) const
	Tests the strict equality of this plane with the specified plane.
bool	Parallel (const CPlane &in_plane) const
	Tests whether two planes are parallel.
bool	Coplanar (const CPlane &in_plane) const
	Tests whether two planes are coplanar.
SICPPSDK_INLINE CVector3	GetPosition (double in_U, double inV) const
	Return position on plane for given parameters.
void	GetParameters (const CVector3 &in_point, double &out_U, double &out_V) const
	Return parameter on plane closest to input point.
SICPPSDK_INLINE CVector3	Reflect (const CVector3 &in_point) const
	Return reflection of this point across the plane.
SICPPSDK_INLINE CLine	ProjectLine (const CLine &in_line) const
	Return projection of line on the plane.
SICPPSDK_INLINE CLine	ReflectLine (const CLine &in_line) const
	Return reflection of line across the plane.
CMatrix4 &	GetMirrorTransform (CMatrix4 &out_matrix4) const
	Return CMatrix4 that transforms points across this plane.
SICPPSDK_INLINE const CVector3 &	GetNormal () const
	Return normal for the plane.
SICPPSDK_INLINE const CVector3 &	GetTangentU () const
	Return first tangent for the plane.
SICPPSDK_INLINE const CVector3 &	GetTangentV () const
	Return second tangent for the plane.
CPlane &	SetNormal (const CVector3 &in_normal)
	Set normal for the plane.
CPlane &	SetTangents (const CVector3 &in_U, const CVector3 &in_V)
	Set direction of the plane.
SICPPSDK_INLINE CPlane &	Set (const CVector3 &in_point, const CVector3 &in_U, const CVector3 &in_V)
	Set origin and tangents of the plane.
SICPPSDK_INLINE CPlane &	MulByMatrix3 (const CPlane &in_plane, const CMatrix3 &in_matrix3)
	Right-multiplies the plane l by the matrix m and store the result in this plane (this = l .
SICPPSDK_INLINE CPlane &	MulByMatrix4 (const CPlane &in_plane, const CMatrix4 &in_matrix4)
	Right-multiplies the plane l by the matrix m and store the result in this plane (this = l .
SICPPSDK_INLINE CPlane &	MulByTransformation (const CPlane &in_plane, const CTransformation &in_transformation)
	Right-multiplies the plane l by the transformation t and stores the result in this plane (this = l .
CRef	ConvertObject (void *in_pAuto)
	Converts an XSI Automation (XSI Object Model) object to a CRef object.
void *	ConvertObject (const CRef &in_obj)
	Converts a CRef object to an XSI Automation (XSI Object Model) object.
bool	HasClassID (CRef &, LONG)
bool	CanSubClass (CRef &, LONG)
SICPPSDK_INLINE	CRotationf ()
	Default constructor.
SICPPSDK_INLINE	CRotationf (const CRotationf &in_rotation)
	Copy constructor.
SICPPSDK_INLINE	CRotationf (const CVector3f &in_EulerAngles, const RotationOrder in_RotOrder=siXYZ)
	Constructor (from CVector3f of Euler angles).
SICPPSDK_INLINE	CRotationf (const float in_X, const float in_Y, const float in_Z, const RotationOrder in_RotOrder=siXYZ)
	Constructor (from XYZ Euler angles).
SICPPSDK_INLINE	CRotationf (const CQuaternionf &in_Quat)
	Constructor (from a quaternion).
SICPPSDK_INLINE	CRotationf (const CVector3f &in_Axis, const float in_Angle)
	Constructor (using axis angle representation).
SICPPSDK_INLINE	~CRotationf ()
	Default destructor.
SICPPSDK_INLINE CRotationf &	operator= (const CRotationf &in_rotation)
	Assignment operator.
SICPPSDK_INLINE CVector3f	GetXYZAngles (const RotationOrder in_Order) const
	Returns the euler angles of the rotation as a CVector3f from a rotation order.
SICPPSDK_INLINE void	GetXYZAngles (float &io_X, float &io_Y, float &io_Z) const
	Returns the Euler angles's representation of the rotation.
SICPPSDK_INLINE CVector3f	GetXYZAngles () const
	Returns the Euler angles's representation of the rotation.
SICPPSDK_INLINE RotationOrder	GetOrder () const
	Returns the rotation order of this rotation for the Euler angles representation.
SICPPSDK_INLINE void	SetOrder (const RotationOrder in_rotOrder)
	Sets the rotation order for the Euler angles representation.
SICPPSDK_INLINE RotationRep	GetRepresentation () const
	Returns the rotation representation of this rotation.
SICPPSDK_INLINE void	SetRepresentation (const RotationRep in_rotRep, const RotationOrder in_order=siXYZ)
	Sets the rotation representation for this rotation.
SICPPSDK_INLINE CRotationf &	Set (const RotationOrder in_order, const bool in_bCompensate=false)
	Change the current rotation from a rotation order with the option of preserving the overall rotation matrix.
SICPPSDK_INLINE CRotationf &	Set (const CVector3f &in_EulerAngles, const RotationOrder in_Order=siXYZ)
	Sets the current rotation from Euler angles.
SICPPSDK_INLINE CRotationf &	Set (const float in_X, const float in_Y, const float in_Z, const RotationOrder in_Order=siXYZ)
	Sets the rotation from Euler angles.
SICPPSDK_INLINE CRotationf &	Set (const CQuaternionf &in_Quat)
	Sets the rotation from a quaternion.
SICPPSDK_INLINE CRotationf &	Mul (const CRotationf &in_rot)
	Multiplies this rotation with another one in place.
SICPPSDK_INLINE CRotationf &	Mul (const CRotationf &in_rot1, const CRotationf &in_rot2)
	Stores the result of the multiplication of two rotations.
SICPPSDK_INLINE CRotationf &	Mul (const float in_scalar)
	Multiply in-place this rotation with a scalar.
SICPPSDK_INLINE CRotationf &	LeftMul (const CRotationf &in_rot)
	Left multiply in-place this rotation with a rotation.
SICPPSDK_INLINE CRotationf &	Interpolate (const CRotationf &in_rot1, const CRotationf &in_rot2, const float in_u)
	Interpolate two rotations into this one for in_u between 0 and 1.
SICPPSDK_INLINE CRotationf &	Div (const CRotationf &in_rot1, const float in_scalar)
	Divides in-place this rotation with the specified rotation and scalar.
SICPPSDK_INLINE CRotationf &	Div (const float in_scalar)
	Divides in-place this rotation with a scalar.
SICPPSDK_INLINE CRotationf &	Div (const CRotationf &in_rot)
	Divides in-place by a rotation.
SICPPSDK_INLINE CRotationf &	Div (const CRotationf &in_rot1, const CRotationf &in_rot2)
	Divide in-place in_rot1 by in_rot2.
SICPPSDK_INLINE CRotationf &	Invert ()
	Inverts the rotation in place.
SICPPSDK_INLINE CRotationf &	Invert (const CRotationf &in_rot)
	Stores the invert of a rotation.
SICPPSDK_INLINE CQuaternionf	GetQuaternion () const
	Returns the quaternion representation of the rotation.
SICPPSDK_INLINE CRotationf &	operator= (const CQuaternionf &in_Quat)
	Sets the rotation from a quaternion.
SICPPSDK_INLINE CVector3f	GetAxisAngle (float &io_Angle) const
	Returns the axis angle representation of the rotation.
SICPPSDK_INLINE CRotationf &	Set (const CVector3f &in_Axis, const float in_Angle)
	Sets the rotation from an axis angle.
SICPPSDK_INLINE void	SetIdentity ()
	Sets the rotation to identity rotation.
SICPPSDK_INLINE bool	Equals (const CRotationf &in_rot) const
	Performs exact comparison of two quaternions.
SICPPSDK_INLINE bool	EpsilonEquals (const CRotationf &in_rot, const float in_fEpsilon) const
	Performs comparison between this rotation and in_rot within the specified epsilon value.
SICPPSDK_INLINE bool	operator== (const CRotationf &in_rot) const
	Performs exact comparison of two quaternions.
SICPPSDK_INLINE bool	operator!= (const CRotationf &in_rot) const
	Inequality operator tests the strict inequality of this rotation with the rotation in_rotation.
SICPPSDK_INLINE bool	operator< (const CRotationf &in_rot) const
	Less than operator.
bool	operator== (CStatus::Code lhs, const CStatus &rhs)
	The equality operator that takes a Code on the left side and a CStatus object on the right side.
bool	operator!= (CStatus::Code lhs, const CStatus &rhs)
	The inequality operator that takes a Code on the left side and a CStatus object on the right side.
CString	operator+ (const wchar_t *in_pwstr, const CString &in_refStr)
	Addition operator.
CString	operator+ (const wchar_t in_wchar, const CString &in_refStr)
	Addition operator.
CString	operator+ (const char *in_pstr, const CString &in_refStr)
	Addition operator.
CString	operator+ (const char in_char, const CString &in_refStr)
	Addition operator.
bool	operator== (const double lhs, const CTime &rhs)
	Equality operator (takes a CTime::Format on the left side and a CTime object on the right side).
bool	operator!= (const double lhs, const CTime &rhs)
	Inequality operator (takes a CTime::Format on the left side and a CTime object on the right side).
	~CSelectionChangeNotification ()
	Default destructor.
const CRefArray &	GetSelectionList () const
	Returns a CRefArray holding the new selection list.
Variables
E	__pad0__
	X, Y, Z order.
CRef	m_ref
const wchar_t *	siBoundaryFilter
	Filters by boundaries (on active NURBS objects)
const wchar_t *	siCameraFilter
	Filters by cameras.
const wchar_t *	siChainElementFilter
	Filters by chain elements.
const wchar_t *	siClusterFilter
	Filters by clusters.
const wchar_t *	siConstraintFilter
	Filters by constraints.
const wchar_t *	siControlFilter
	Filters by control objects.
const wchar_t *	siCurveFilter
	Filters by curves.
const wchar_t *	siEdgeFilter
	Filters by edges (on active 3D objects)
const wchar_t *	siEffectorFilter
	Filters by chain effectors.
const wchar_t *	siGenericObjectFilter
	Filters by any object.
const wchar_t *	siGeometryFilter
	Filters by any type of geometric 3D object.
const wchar_t *	siGroupFilter
	Filters by groups.
const wchar_t *	siImplicitFilter
	Filters by implicit primitives.
const wchar_t *	siIsopointFilter
	Filters by isopoints (on active 3D objects)
const wchar_t *	siKnotFilter
	Filters by knots (on active 3D objects)
const wchar_t *	siLatticeFilter
	Filters by implicit lattices.
const wchar_t *	siLayerFilter
	Filters by layers.
const wchar_t *	siLightFilter
	Filters by lights.
const wchar_t *	siLightPartitionFilter
	Filters by light partitions.
const wchar_t *	siModelFilter
	Filters by models.
const wchar_t *	siNullFilter
	Filters by nulls.
const wchar_t *	siObjectFilter
	Filters by 3D objects only.
const wchar_t *	siObjectPartitionFilter
	Filters by object partitions.
const wchar_t *	siOperatorFilter
	Filters by operators.
const wchar_t *	siPointCloudFilter
	Filters by point clouds.
const wchar_t *	siPointFilter
	Filters by points.
const wchar_t *	siPolygonFilter
	Filters by polygons.
const wchar_t *	siPolyMeshFilter
	Filters by polygon meshes.
const wchar_t *	siPrimitiveFilter
	Filters by primitives.
const wchar_t *	siPropertyFilter
	Filters by properties.
const wchar_t *	siSceneFilter
	Filters by scenes.
const wchar_t *	siShaderFilter
	Filters by shaders.
const wchar_t *	siSkeletonJointFilter
	Filters by skeleton joint properties.
const wchar_t *	siSubComponentFilter
	Filters by subcomponents.
const wchar_t *	siSubSurfaceFilter
	Filters by subsurfaces (on active 3D objects)
const wchar_t *	siSurfaceCurveFilter
	Filters by surface curves (on active 3D objects)
const wchar_t *	siSurfaceMeshFilter
	Filters by surface meshes.
const wchar_t *	siTextureControlFilter
	Filters by texture controls.
const wchar_t *	siTrimCurveFilter
	Filters by trim curves (on active 3D objects)
const wchar_t *	siUIsolineFilter
	Filters by U isolines (on active 3D objects)
const wchar_t *	siVIsolineFilter
	Filters by V isolines (on active 3D objects)
const wchar_t *	siUKnotCurveFilter
	Filters by U knot curves (on active 3D objects)
const wchar_t *	siVKnotCurveFilter
	Filters by V knot curves (on active 3D objects)
const wchar_t *	siWaveFilter
	Filters by wave controls.
const wchar_t *	siConditionalObjectFilter
const wchar_t *	siAutoInspect
	TRUE to force the property dialogs to automatically pop up on object creation.
const wchar_t *	siCompensationFlag
	Toggle the Comp button in the Constrain panel.
const wchar_t *	siCustomCommandLibCache
	This preference enables or disables the custom command library cache.
const wchar_t *	siCustomOperatorLibCache
	This preference enables or disables the custom operator library cache.
const wchar_t *	siDisplayCallbackLibCache
	This preference enables or disables the custom display callback library cache.
const wchar_t *	siDisplayLibCache
	This preference enables or disables the custom view library cache.
const wchar_t *	siDisplayPassLibCache
	This preference enables or disables the custom display pass library cache.
const wchar_t *	siEventLibCache
	This preference enables or disables the event library cache.
const wchar_t *	siFilterLibCache
	This preference enables or disables the custom filter library cache.
const wchar_t *	siMenuLibCache
	This preference enables or disables the custom menu library cache.
const wchar_t *	siPropertyLibCache
	This preference enables or disables the custom property library cache.
const wchar_t *	siRTShaderLibCache
	This preference enables or disables the Realtime shader library cache.
const wchar_t *	siScrCommandLogEnabled
	Set to True to enable command execution logging in the scripting history window.
const wchar_t *	siScrCommandLogFileName
	Use this user preference to specify the name of the file to use for logging commands and messages.
const wchar_t *	siScrCommandLogMaxSize
	Use this user preference to get and set the maximum size for the scripting command/message log.
const wchar_t *	siScrCommandLogToFile
	Set to True to log the scripting command/message to a file.
const wchar_t *	siScrCommandLogUnlimitedSize
	Set to True to allow the scripting command/message log to be of an unlimited size.
const wchar_t *	siScrLanguage
	Use this user preference to get and set the preferred scripting language.
const wchar_t *	siScrMessageLogEnabled
	Set to True to enable message logging in the scripting history window.
const wchar_t *	siScrRealTimeMessagingEnabled
	Set to True to enable real-time message logging in the scripting history window.
const wchar_t *	siTimeDisplayFormatDisplayAsFrames
	Set to True to display time as frame.
const wchar_t *	siTimeDisplayFormatDisplayUserFormat
	Set to True to use the default frame format or false for a user selected format for display purposes.
const wchar_t *	siTimeDisplayFormatUserFormat
	Use this user preference to specify the user display frame format.
const wchar_t *	siTimeFormatDefaultFrameFormat
	Use this user preference to specify the default frame format.
const wchar_t *	siTimeFormatDefaultFrameRate
	Use this user preference to access the default frame rate.
const wchar_t *	siTransformAxisMode
	Set the Transformation Axis Mode.
const wchar_t *	siTransformRefMode
	Set the TransRefValues values for a list of possible values.
const wchar_t *	siUILayoutDefault
	Use this user preference to specify the default current layout that will be used when starting Softimage.
const wchar_t *	siAnimationKeyword
	Animation property sets.
const wchar_t *	siClusterKeyword
	Cluster property sets.
const wchar_t *	siConstraintKeyword
	Constraint property sets.
const wchar_t *	siControlObjectKeyword
	ControlObject property sets.
const wchar_t *	siConverterKeyword
	Converter property sets.
const wchar_t *	siCurrentKeyword
	Reuse keywords in property page dialog.
const wchar_t *	siCurveKeyword
	Curve property sets.
const wchar_t *	siCustomPSetKeyword
	CustomPSet property sets.
const wchar_t *	siDeformKeyword
	Deform property sets.
const wchar_t *	siDynamicsKeyword
	Dynamics property sets.
const wchar_t *	siExpressionsKeyword
	Expressions property sets.
const wchar_t *	siGeneralKeyword
	General property sets.
const wchar_t *	siGeneratorKeyword
	Generator property sets.
const wchar_t *	siGeometryKeyword
	Geometry property sets.
const wchar_t *	siHairKeyword
	Hair property sets.
const wchar_t *	siIKKeyword
	IK property sets.
const wchar_t *	siKinematicsKeyword
	Kinematics property sets.
const wchar_t *	siMeshKeyword
	Mesh property sets.
const wchar_t *	siMixerKeyword
	Mixer property sets.
const wchar_t *	siModelingKeyword
	Modeling property sets.
const wchar_t *	siOperatorsKeyword
	Operators property sets.
const wchar_t *	siParticleKeyword
	Particle property sets.
const wchar_t *	siPrimitiveKeyword
	Primitive property sets.
const wchar_t *	siProjectionKeyword
	Projection property sets.
const wchar_t *	siRenderingKeyword
	Rendering property sets.
const wchar_t *	siSimulationKeyword
	Simulation property sets.
const wchar_t *	siSurfaceKeyword
	Surface property sets.
const wchar_t *	siTopologyEditorKeyword
	Topology Editor property sets.
const wchar_t *	siTopologyKeyword
	Topology property sets.
const wchar_t *	siViewingKeyword
	Viewing property sets.
const wchar_t *	siBoundaryCluster
	boundary cluster
const wchar_t *	siEdgeCluster
	edge cluster
const wchar_t *	siFaceCluster
	face cluster
const wchar_t *	siIsoLineUCluster
	iso line U cluster
const wchar_t *	siIsoLineVCluster
	iso line V cluster
const wchar_t *	siIsoPointCluster
	iso point cluster
const wchar_t *	siKnotCluster
	knot cluster
const wchar_t *	siKnotCurveUCluster
	knot curve U cluster
const wchar_t *	siKnotCurveVCluster
	knot curve V cluster
const wchar_t *	siPolygonCluster
	polygon cluster
const wchar_t *	siPolygonNodeCluster
	polygon node cluster
const wchar_t *	siSampledPointCluster
	sampled point cluster
const wchar_t *	siSubCurveCluster
	subcurve cluster
const wchar_t *	siSubSurfaceCluster
	subsurface cluster
const wchar_t *	siSurfaceCurveCluster
	surface curve cluster
const wchar_t *	siTrimCurveCluster
	trim curve cluster
const wchar_t *	siVertexCluster
	vertex cluster
const wchar_t *	si0DComponentFamily
	0D Component family
const wchar_t *	si1DComponentFamily
	1D Component family
const wchar_t *	si2DComponentFamily
	2D Component family
const wchar_t *	si3DObjectFamily
	3D Object family
const wchar_t *	siAssignmentOperatorFamily
	Assignment operator family.
const wchar_t *	siCameraFamily
	Camera family.
const wchar_t *	siChainElementFamily
	Chain Element family.
const wchar_t *	siClusterableComponentFamily
	Clusterable Component family.
const wchar_t *	siClusterFamily
	Cluster family.
const wchar_t *	siConstraintFamily
	Constraint property family.
const wchar_t *	siContourContrastShaderFamily
	Contour Contrast shader family.
const wchar_t *	siContourShaderFamily
	Contour shader family.
const wchar_t *	siContourStoreShaderFamily
	Contour Store shader family.
const wchar_t *	siControlObjectFamily
	Control Object family.
const wchar_t *	siControlObjectNurbsTextureFamily
	Control Object Nurbs Texture family.
const wchar_t *	siControlObjectTextureFamily
	Control Object Texture family.
const wchar_t *	siControlObjectTextureProjectionFamily
	Control Object Texture Projection family.
const wchar_t *	siConverterOperatorFamily
	Converter operator family.
const wchar_t *	siCurveFamily
	Curve Geometry family.
const wchar_t *	siDeformOperatorFamily
	Deform operator family.
const wchar_t *	siDisplacementShaderFamily
	Displacement shader family.
const wchar_t *	siEnvironmentShaderFamily
	Environment shader family.
const wchar_t *	siFxOperatorFamily
	Fx Operator family.
const wchar_t *	siGeneratorOperatorFamily
	Generator operator family.
const wchar_t *	siGeometryFamily
	Geometry family.
const wchar_t *	siGeometryShaderFamily
	Geometry shader family.
const wchar_t *	siGroupFamily
	Group family.
const wchar_t *	siImageOperatorFamily
	Image Operator family.
const wchar_t *	siImplicitGeometryFamily
	Implicit Geometry family.
const wchar_t *	siKineInfoFamily
	KineInfo property family.
const wchar_t *	siLatticeFamily
	Lattice family.
const wchar_t *	siLensShaderFamily
	Lens shader family.
const wchar_t *	siLightPhotonShaderFamily
	Light Photon shader family.
const wchar_t *	siLightPrimitiveFamily
	Light Primitive family.
const wchar_t *	siLightShaderFamily
	Light shader family.
const wchar_t *	siMaterialFamily
	Material property family.
const wchar_t *	siMaterialShaderFamily
	Material shader family.
const wchar_t *	siMeshFamily
	Mesh Geometry family.
const wchar_t *	siNullPrimitiveFamily
	Null Primitive family.
const wchar_t *	siNurbsCurveListFamily
	Nurbs CurveList Geometry family.
const wchar_t *	siNurbsSurfaceMeshFamily
	Nurbs Surface Mesh Geometry family.
const wchar_t *	siOperatorFamily
	Operator family.
const wchar_t *	siOutputShaderFamily
	Output shader family.
const wchar_t *	siParticleControlObjectFamily
	Particle Control Object family.
const wchar_t *	siParticleFamily
	Particle family.
const wchar_t *	siPassFamily
	Pass family.
const wchar_t *	siPatchNetworkFamily
	Patch Network family.
const wchar_t *	siPhotonShaderFamily
	Photon shader family.
const wchar_t *	siPlanarObjectFamily
	Planar Object family.
const wchar_t *	siPointCloudFamily
	Point Cloud Geometry family.
const wchar_t *	siPropertyFamily
	Property family.
const wchar_t *	siRealTimeShaderFamily
	RealTime shader family.
const wchar_t *	siShaderFamily
	Shader family.
const wchar_t *	siShadowShaderFamily
	Shadow shader family.
const wchar_t *	siSubComponentFamily
	SubComponent family.
const wchar_t *	siSurfaceCurveFamily
	Surface Curve Geometry family.
const wchar_t *	siSurfaceFamily
	Surface Geometry family.
const wchar_t *	siTextureShaderFamily
	Texture shader family.
const wchar_t *	siTopologyOperatorFamily
	Topology operator family.
const wchar_t *	siVirtualComponentFamily
	Virtual Component family.
const wchar_t *	siVirtualCurveFamily
	Virtual Curve family.
const wchar_t *	siVolumeShaderFamily
	Volume shader family.
const wchar_t *	si2PntCnsType
	Two Points Constraint type.
const wchar_t *	si3DObjectType
	3D Object type
const wchar_t *	si3PntCnsType
	Three Points Constraint type.
const wchar_t *	siActionClipType
	Action Clip type (instanced action)
const wchar_t *	siActionType
	Action type.
const wchar_t *	siAddEdgeOpType
	AddEdge Operator type (add an edge between an existing point and an existing edge)
const wchar_t *	siAddMeshPntOpType
	Add Mesh Points Operator type.
const wchar_t *	siAddNurbsCrvPntOpType
	Add Nurbs Curve Points Operator type.
const wchar_t *	siAddNurbsSrfPntOpType
	Add Nurbs Surface Points Operator type.
const wchar_t *	siAddPntMiddleCrvType
	Add Point Inside Curve Operator type.
const wchar_t *	siAddPntMiddleSrfOpType
	Add Point Inside Surface Operator type.
const wchar_t *	siAmbientLightingType
	Ambient Lighting type.
const wchar_t *	siArcPrimType
	Implicit Arc Primitive type.
const wchar_t *	siAttractorCtrlType
	Attractor Control Object type (electric force)
const wchar_t *	siAutoCageAssignOpType
	Automatic Cage Assignment Operator type.
const wchar_t *	siAutoEnvAssignOpType
	Automatic Envelope Assignment Operator type.
const wchar_t *	siBallJointCnsType
	Ball Joint Constraint type.
const wchar_t *	siBasePathCnsType
	Base Path Constraint type.
const wchar_t *	siBendOpType
	Bend Operator type.
const wchar_t *	siBevelOpType
	Bevel Operator type (bevel geometry component)
const wchar_t *	siBirail2GenOpType
	Birail2Generators Operator Type.
const wchar_t *	siBirailOpType
	Birail Operator type (generates a surface from 2 curves and a profile)
const wchar_t *	siBlasterOpType
	Blaster Operator type.
const wchar_t *	siBlendCrvOpType
	Blend Curves Operator type (create a blended curve between two existing curves)
const wchar_t *	siBlendSrfOpType
	Blend Surfaces Operator type (blend surfaces)
const wchar_t *	siBooleanGenOpType
	Boolean Generator Operator type.
const wchar_t *	siBooleanSrfTopoOpType
	Boolean Surface Operator type.
const wchar_t *	siBPlaneCnsType
	Bounding Plane Constraint type.
const wchar_t *	siBridgeOpType
	Bridge Op Operator type (bridge polygon)
const wchar_t *	siBrushPropertiesType
	Brush Properties type.
const wchar_t *	siBulgeOpType
	Bulge Op Operator type.
const wchar_t *	siBVolCnsType
	Bounding Volume Constraint type.
const wchar_t *	siCageDeformOpType
	Cage Deform Operator type.
const wchar_t *	siCamDispType
	Camera Display type.
const wchar_t *	siCameraLensFlareType
	Camera Lens Flare type.
const wchar_t *	siCameraPrimType
	Camera Primitive type.
const wchar_t *	siCameraRootPrimType
	Camera Root primitive type.
const wchar_t *	siCameraTxtOpType
	CameraTxt Operator type (camera texture projection operator)
const wchar_t *	siCamVisType
	Camera Visibility type.
const wchar_t *	siCapOpType
	CapOp type.
const wchar_t *	siCenterOpType
	Center Operator type (center manipulation)
const wchar_t *	siChainBonePrimType
	Chain Bone Primitive type.
const wchar_t *	siChainEffPrimType
	Chain End Effector Primitive type.
const wchar_t *	siChainRootPrimType
	Chain Root Primitive type.
const wchar_t *	siCirclePrimType
	Implicit Circle Primitive type.
const wchar_t *	siCleanCrvOpType
	Clean Curve Operator type.
const wchar_t *	siCleanSrfOpType
	Clean Surface Operator type.
const wchar_t *	siClothOpType
	Cloth Operator type.
const wchar_t *	siClothPropType
	Cloth Property type.
const wchar_t *	siCloudPrimType
	Cloud Primitive type.
const wchar_t *	siClsColorType
	Cluster Color type.
const wchar_t *	siClsCtrOpType
	Cluster Center Operator type (cluster center deformation)
const wchar_t *	siClsKeyType
	Cluster Key type.
const wchar_t *	siClsKeyWgtMapOpType
	Cluster Key Weight Map Operator type.
const wchar_t *	siClsPoseType
	Cluster Pose type.
const wchar_t *	siClsShapeCombinerOpType
	Cluster Shape Combiner Operator type.
const wchar_t *	siClsUVSpaceTxtType
	Cluster Property UV Texture Projection type.
const wchar_t *	siCoBBoxSclOpType
	CoBBoxSclOp type.
const wchar_t *	siCollapseOpType
	Collapse Operator type (collapse geometry component)
const wchar_t *	siConePrimType
	Cone Primitive type.
const wchar_t *	siCoPoseFCrvOpType
	CoPoseFCurveOp type.
const wchar_t *	siCopyOpType
	Copy Operator type (geometry copy operator for instances)
const wchar_t *	siCopyShapeOpType
	copyshape operator type
const wchar_t *	siCopyUVWOpType
	CopyUVW Operator type.
const wchar_t *	siCreatePolyOpType
	Create Polygon Operator type.
const wchar_t *	siCrvCnsType
	Curve Constraint type.
const wchar_t *	siCrvCreationOpType
	Curve Creation Operator type.
const wchar_t *	siCrvCtrlOpType
	CrvControlOp type.
const wchar_t *	siCrvCutOpType
	CrvCutOp type.
const wchar_t *	siCrvDeformOpType
	Curve Deform Operator type.
const wchar_t *	siCrvListAggregatePrimType
	NURBS Curve List Aggregate Primitive type.
const wchar_t *	siCrvListPrimType
	NURBS Curve List Primitive type.
const wchar_t *	siCrvListToMeshOpType
	Curve To Mesh Converter Operator type (curve list to polygon mesh converter)
const wchar_t *	siCrvNetOpType
	Curve Net Operator type.
const wchar_t *	siCrvOpenCloseOpType
	Open/Close Curve Operator type (open or close a curve)
const wchar_t *	siCrvReparamOpType
	Reparameterize Curve Operator type.
const wchar_t *	siCrvShiftOpType
	Curve Shift Operator type.
const wchar_t *	siCubePrimType
	Cube Primitive type.
const wchar_t *	siCustomParamSet
	Custom Parameter Set type.
const wchar_t *	siCycleUVWType
	Cycleuvw Operator type.
const wchar_t *	siCylinderPrimType
	Cylinder Primitive type.
const wchar_t *	siDeformBySpineOp2Type
	Deform By Spine Operator type (alternate envelope by spine operator)
const wchar_t *	siDeformBySpineOpType
	Deform by spine operator type (envelope by spine)
const wchar_t *	siDeformOpType
	Base Deform Operator type.
const wchar_t *	siDeleteCompOpType
	Delete Component Operator type (delete geometry component)
const wchar_t *	siDelPntCrvOpType
	Delete Point From Curve Operator type.
const wchar_t *	siDGlowType
	DGlow type.
const wchar_t *	siDirCnsType
	Direction Constraint type.
const wchar_t *	siDiscPrimType
	Disc Primitive type.
const wchar_t *	siDisplayType
	Display type.
const wchar_t *	siDissolveCompOpType
	Dissolve Component Operator type (dissolve geometry component)
const wchar_t *	siDistanceOpType
	Distance Operator type.
const wchar_t *	siDistCnsType
	Distance Constraint type.
const wchar_t *	siDodecahedronPrimType
	Dodecahedron Primitive type.
const wchar_t *	siDragCtrlPrimType
	Drag Control Primitive type.
const wchar_t *	siEddyCtrlPrimType
	Eddy Control Primitive type.
const wchar_t *	siEditPolyOpType
	Edit Polygon Operator type.
const wchar_t *	siEmissionPropType
	Emission Property type.
const wchar_t *	siEnvelopOpType
	Envelope Operator type.
const wchar_t *	siEnvSelClsOpType
	Envelope Selection Clusters Operator type.
const wchar_t *	siEnvWgtType
	Envelope Weights type.
const wchar_t *	siExplosionOpType
	Explosion Operator type.
const wchar_t *	siExtendCrv2PntOpType
	Extend Curve To Point Operator type.
const wchar_t *	siExtendToCrvOpType
	Extend To Curve Operator type (extend the surface to the selected curve)
const wchar_t *	siExtractCrvOpType
	Extract Curve Operator type.
const wchar_t *	siExtractCrvSegOpType
	Extract Curve Segment Operator type (extract a curve from a segment of an existing curve)
const wchar_t *	siExtractPolyOpType
	Extract Polygons Operator type.
const wchar_t *	siExtractSubCrvOpType
	Extract Subcurve Operator type.
const wchar_t *	siExtrude2ProfsOpType
	Extrusion 2 Profiles Operator type (extrude 2 profiles)
const wchar_t *	siExtrudeCompAxisOpType
	Extrude Component Axis Operator type (extrude geometry component)
const wchar_t *	siExtrudeComponentOpType
	Extrude Component Operator type (extrude geometry component)
const wchar_t *	siExtrusionOpType
	Extrusion Operator type (extrude a curve to create a surface)
const wchar_t *	siFanType
	Fan Force Object type.
const wchar_t *	siFilletCrvOpType
	Fillet Curves Operator type (intersecting or not)
const wchar_t *	siFilletSrfOpType
	Fillet Surfaces Operator type.
const wchar_t *	siFillHoleOpType
	Fill Hole Operator type.
const wchar_t *	siFilterEdgeOpType
	Edge Filter Operator type.
const wchar_t *	siFilterPolyOpType
	Polygon Filter Operator type.
const wchar_t *	siFitCrvOpType
	Fit Curve Operator type (fit a new curve on to the selected curve)
const wchar_t *	siFitSrfOpType
	Fit Surface Operator type (fit a new surface on to the selected surface)
const wchar_t *	siFlipUVWOpType
	Flip UVW Operator type.
const wchar_t *	siFluidOpType
	Fluid Operator type.
const wchar_t *	siFoldOpType
	Fold Operator type.
const wchar_t *	siFourSidedOpType
	Four Sided Operator type.
const wchar_t *	siFurOpType
	Fur Operator type (fur generator operator)
const wchar_t *	siFurPrimType
	Fur Primitive type.
const wchar_t *	siFurPropType
	Fur Property type.
const wchar_t *	siFurSimOpType
	Fur Simulation Operator type.
const wchar_t *	siGeneratorOpType
	Base Generator Operator type.
const wchar_t *	siGeomApproxType
	Geometry Approximation type (tesselation)
const wchar_t *	siGeoShaderPrimType
	GeoShader Primitive Type.
const wchar_t *	siGeoTxtOpType
	GeoTxtOp type (copy geometry xyz to uvw texture operator)
const wchar_t *	siGlobalType
	Global Transform type.
const wchar_t *	siGravityCtrlType
	Gravity Force Control Object type.
const wchar_t *	siGridPrimType
	Grid Primitive type.
const wchar_t *	siGroup
	Group type (obsolete)
const wchar_t *	siGroupType
	Group type.
const wchar_t *	siHealOpType
	Heal Operator type.
const wchar_t *	siHealUVWOpType
	Heal UVW Operator type.
const wchar_t *	siIcosahedronPrimType
	Icosahedron Primitive type.
const wchar_t *	siImageClipType
	Image Clip type.
const wchar_t *	siImageCropOpType
	Image Crop Operator type.
const wchar_t *	siImageFXOpType
	Image FX Operator type.
const wchar_t *	siImageObjectType
	Image Object type.
const wchar_t *	siImageSourceOpType
	Image Source Operator type.
const wchar_t *	siImageSourceType
	Image Source type.
const wchar_t *	siInsertCrvKnotOpType
	Insert Curve Knot Operator type.
const wchar_t *	siInsSrfKnotOpType
	Insert Surface Knot Operator type (inserts a knot in a nurbs surface)
const wchar_t *	siIntersectSrfOpType
	Intersect Surfaces Operator type (extract a curve from the intersection of two surfaces)
const wchar_t *	siInvCrvOpType
	Inverse Curve Operator type (inverse curve direction)
const wchar_t *	siInvertPolyOpType
	Invert Polygon Operator type.
const wchar_t *	siInvisiblePolygonsClusterName
	Name of the InvisiblePolygons cluster.
const wchar_t *	siInvSrfOpType
	Inverse Normals Operator type (inverse normals direction)
const wchar_t *	siKineChainPropType
	Kinematic Chain Properties type.
const wchar_t *	siKineChainType
	Kinematic Chain type.
const wchar_t *	siKineCnsType
	Kinematic Constraint type.
const wchar_t *	siKineInfoType
	Kinematics Information type.
const wchar_t *	siKineJointType
	Kinematic Joint type.
const wchar_t *	siLatticeOpType
	Lattice Operator type.
const wchar_t *	siLatticePrimType
	Lattice Primitive type.
const wchar_t *	siLayersType
	Layers type.
const wchar_t *	siLightLensFlareType
	Light Lens Flare type.
const wchar_t *	siLightPrimType
	Light Primitive type.
const wchar_t *	siLineCnsType
	Line Constraint type.
const wchar_t *	siLocalType
	Local Transform type.
const wchar_t *	siLoftOpType
	Loft Generator Operator type.
const wchar_t *	siMapCompOpType
	Component Map Operator type.
const wchar_t *	siMarkHardEdgeVertexOpType
	Mark Hard Edge/Vertex Operator type.
const wchar_t *	siMaterialType
	Material type.
const wchar_t *	siMergeCrvOpType
	Merge Curves Operator type.
const wchar_t *	siMergeMeshOpType
	Merge Meshes Operator type.
const wchar_t *	siMergeSrfOpType
	Merge Surfaces Operator type.
const wchar_t *	siMeshLocalSubdivisionOpType
	Mesh Local Subdivision Operator type.
const wchar_t *	siMeshSubdivOpType
	Mesh Subdivision Operator type.
const wchar_t *	siMeshSubdivWithCenterOpType
	Mesh Subdivide With Center Operator type (mesh subdivision with center)
const wchar_t *	siMixerAnimClipType
	Mixer Animation Clip type.
const wchar_t *	siMixerAnimTrackType
	Mixer Animation Action Track type.
const wchar_t *	siMixerAudioClipType
	Mixer Audio Clip type.
const wchar_t *	siMixerAudioTrackType
	Mixer Audio Track type.
const wchar_t *	siMixerPropType
	Mixer Property type.
const wchar_t *	siMixerShapeClipType
	Mixer Shape Clip type.
const wchar_t *	siMixerShapeTrackType
	Mixer Shape Track type.
const wchar_t *	siMixerType
	Mixer type (property)
const wchar_t *	siModelClipType
	3D Model Clip type
const wchar_t *	siModelNullPrimType
	Model Null Primitive type.
const wchar_t *	siModelType
	3D Model type
const wchar_t *	siMotionBlurType
	Motion Blur type.
const wchar_t *	siMoveComponentOpType
	Move Component Operator type.
const wchar_t *	siNPntCnsType
	N Points Constraint type.
const wchar_t *	siNullPrimType
	Null Primitive type.
const wchar_t *	siNurbsToMeshOpType
	Nurbs To Mesh Operator type.
const wchar_t *	siObjClsCnsType
	Object To Cluster Constraint type.
const wchar_t *	siObstaclePropType
	Obstacle Property type.
const wchar_t *	siOctahedronPrimType
	Octahedron Primitive type.
const wchar_t *	siOffsetClsOpType
	Offset Cluster Operator type.
const wchar_t *	siOffsetCrvOpType
	Offset Curve Operator type.
const wchar_t *	siOffsetSrfOpType
	Offset Surface Operator type (offset a surface to create a new surface)
const wchar_t *	siOpenCloseSrfOpType
	Open/Close Surface Operator type (open or close a surface)
const wchar_t *	siOriCnsType
	Orientation Constraint type.
const wchar_t *	siOverrideType
	Override type.
const wchar_t *	siParDecayType
	Particle decay type.
const wchar_t *	siParObstExtSparksType
	ParObstExtSparks type.
const wchar_t *	siParticleEventType
	Particle Event type.
const wchar_t *	siParticlesOpType
	Particles Operator type.
const wchar_t *	siPathCnsType
	Path Constraint type.
const wchar_t *	siPinJointCnsType
	Pin Joint Constraint type.
const wchar_t *	siPlaneCnsType
	Plane Constraint type.
const wchar_t *	siPointCloudPrimType
	Point CloudPrimitive type.
const wchar_t *	siPolyMeshPNetOpType
	PolyMeshPNetOp type.
const wchar_t *	siPolyMeshType
	Polygon Mesh type.
const wchar_t *	siPosCnsType
	Position Constraint type.
const wchar_t *	siPoseCnsType
	Pose Constraint type.
const wchar_t *	siProjectCrvOpType
	Project Curve Operator type (project a curve on to a surface)
const wchar_t *	siProportionalOpType
	Proportional Modeling Operator type.
const wchar_t *	siPropVolumeOpType
	Proportional Volume Operator type.
const wchar_t *	siPushOpType
	Push Operator type.
const wchar_t *	siQStretchOpType
	QStretch Operator type (quick stretch)
const wchar_t *	siRandomizeOpType
	Randomize Operator type.
const wchar_t *	siRefPlaneType
	Reference Plane type.
const wchar_t *	siRelaxUVWOpType
	Relax UVW Operator type.
const wchar_t *	siRemoveCrvKnotOpType
	Remove Curve Knot Operator type.
const wchar_t *	siRemSrfKnotOpType
	Remove Surface Knot Operator type (removes a knot from a nurbs surface)
const wchar_t *	siRenderMapType
	Render Map type.
const wchar_t *	siRevolutionOpType
	Revolution Operator type.
const wchar_t *	siRotoscopeType
	Camera Rotoscopy type.
const wchar_t *	siSceneAmbienceType
	Scene Ambience type.
const wchar_t *	siSceneColorsType
	Scene Display Colors type.
const wchar_t *	siSclCnsType
	Scaling Constraint type.
const wchar_t *	siSCMFixerOpType
	SCM Fixer Operator type.
const wchar_t *	siSCMTopologyOpType
	SCM Topology Operator type.
const wchar_t *	siScriptedOpType
	Scripted Operator type (scripted operator host)
const wchar_t *	siSetEdgeCreaseValueOpType
	Set Edge Crease Value Operator type.
const wchar_t *	siShapeActionCompoundClipType
	Shape Action Compound Clip type (base compound clip)
const wchar_t *	siShapeActionType
	Shape Action type.
const wchar_t *	siVisemeActionType
	Viseme Action type.
const wchar_t *	siShearOpType
	Shear Operator type.
const wchar_t *	siShrinkWrapOpType
	Shrink Wrap Operator type.
const wchar_t *	siSkelCtrlOpPropType
	Skeleton Controller Operator type.
const wchar_t *	siSmoothEnvelopeWgtOpType
	Smooth Envelope Weight Operator type.
const wchar_t *	siSnapBoundOpType
	Snap Boundary Operator type.
const wchar_t *	siSnapCrvOpType
	Snap To Curves Operator type.
const wchar_t *	siSnipSrfOpType
	Snip Surface Operator type.
const wchar_t *	siSoftBodyOpType
	SoftBody Operator type.
const wchar_t *	siSpherePrimType
	Sphere Primitive type.
const wchar_t *	siSpineDefOp2Type
	Deform by Spine Operator 2 type (alternate operator)
const wchar_t *	siSpineDefOpType
	Deform by Spine Operator type.
const wchar_t *	siSpineWgtMapOp3Type
	Spine Weight Map Operator 3 type.
const wchar_t *	siSpineWgtMapOp4Type
	Deform by Spine Weight Map Operator 4 type.
const wchar_t *	siSpiralPrimType
	Implicit Spiral Primitive type.
const wchar_t *	siSplitEdgeOpType
	Split Edge Operator type (split some edges)
const wchar_t *	siSplitPolyOpType
	Split Polygon Operator type (split some polygons)
const wchar_t *	siSpotInterestPrimType
	Spot Interest Primitive type.
const wchar_t *	siSpotRootPrimType
	Spot Root Primitive type.
const wchar_t *	siSquarePrimType
	Implicit Square Primitive type.
const wchar_t *	siSrfCnsType
	Surface Constraint type.
const wchar_t *	siSrfCrvInverseOpType
	Surface Curve Inverse Operator type.
const wchar_t *	siSrfCrvShiftOpType
	Surface Curve Shift Operator type.
const wchar_t *	siSrfCtrlOpType
	SrfControlOp type.
const wchar_t *	siSrfDefOpType
	Surface Deform Operator type.
const wchar_t *	siSrfMeshPrimType
	NURBS Surface Mesh Primitive type.
const wchar_t *	siSrfPQOpType
	SurfacePQ Operator type.
const wchar_t *	siSrfReparamOpType
	Reparameterize Surface Operator type.
const wchar_t *	siSrfShiftOpType
	Surface Shift Operator type.
const wchar_t *	siSrfSubdivisionOpType
	Surface Subdivision Operator type.
const wchar_t *	siSrfUVCtrlOpType
	Surface UV Control Operator type (Nurbs UV control)
const wchar_t *	siStandInPrimType
	Stand-in Primitive type.
const wchar_t *	siStartOffsetOpType
	Start Offset Operator type.
const wchar_t *	siStitchCrvToCrvOpType
	Stitch Curve To Curve Operator type (stitch curves together)
const wchar_t *	siStitchCrvToSrfOpType
	Stitch Curve To Surface Operator type.
const wchar_t *	siStitchSrfOpType
	Stitch Surfaces Operator type (stitch surfaces and curves together)
const wchar_t *	siStrokeOpType
	Gap Stroke Operator type.
const wchar_t *	siSubCompType
	Subcomponents type.
const wchar_t *	siSubdivEdgeOpType
	Subdivide Edge Operator type.
const wchar_t *	siSubdivPolyOpType
	Subdivide Polygon Operator type.
const wchar_t *	siSwapSrfUVOpType
	Swap Surface UVs Operator type.
const wchar_t *	siSymmetrizePolygon
	Symmetrize Polygon Operator type.
const wchar_t *	siSymmetryCnsType
	Symmetry Constraint type.
const wchar_t *	siSymmetryMapOpType
	Symmetry Map Genrator Operator type.
const wchar_t *	siSymmetryMapType
	Symmetry Map type.
const wchar_t *	siSynopticViewType
	Synoptic View type.
const wchar_t *	siTaperOpType
	Taper Operator type.
const wchar_t *	siTetrahedronPrimType
	Tetrahedron Primitive type.
const wchar_t *	siTextToCrvListOpType
	Text To CurveList Operator type.
const wchar_t *	siTorusPrimType
	Torus Primitive type.
const wchar_t *	siTrajCnsType
	Trajectory Constraint type.
const wchar_t *	siTransformSetupType
	Transform Setup type.
const wchar_t *	siTurbulenceCtrlPrimType
	Turbulence Control Primitive type.
const wchar_t *	siTwistOpType
	Twist Operator type.
const wchar_t *	siTxtMapType
	Texture Map type.
const wchar_t *	siTxtOpType
	Texture Projection Operator type.
const wchar_t *	siTxtSupportType
	Texture Support type.
const wchar_t *	siUpVctCnsType
	Up Vector Constraint type.
const wchar_t *	siUserMotionType
	User Motion Property type.
const wchar_t *	siUserNormalType
	User Normal Property type.
const wchar_t *	siUVProjDefType
	UV Projection Definition type (definition of how to perform a texture projection)
const wchar_t *	siVertexcolorType
	Vertex Color type.
const wchar_t *	siVisibilityType
	Visibility type.
const wchar_t *	siVolumeDeformType
	Volume Deform type (implicit sphere volume)
const wchar_t *	siVolumicLightSceneType
	Volumic Light Scene Local Property Set type.
const wchar_t *	siVolumicLightType
	Volumic Light Effect type.
const wchar_t *	siVortexCtrlType
	Vortex Control Object type (magnetic force)
const wchar_t *	siVtxColPainterOpType
	Vertex Color Painter Operator type.
const wchar_t *	siVtxColPropOpType
	Vertex Color Property Generator Operator type.
const wchar_t *	siWaveCtrlType
	Wave Control Object type.
const wchar_t *	siWaveOpType
	Wave Operator type.
const wchar_t *	siWeldEdgesOpType
	Weld Edges Operator type (weld pair of edges together)
const wchar_t *	siWeldPntOpType
	Weld Points Operator type (weld two points together)
const wchar_t *	siWgtMapCnxOpType
	Weight Map Connection Operator type.
const wchar_t *	siWgtMapOpType
	Weight Map Generator Operator type.
const wchar_t *	siWgtMapsMixOpType
	Weight Maps Mixer Operator type.
const wchar_t *	siWgtMapType
	Weight Map type.
const wchar_t *	siWgtPainterOpType
	Weight Painter Operator type.
const wchar_t *	siWindType
	Wind Force Object type.
const wchar_t *	siWtStrokeOpType
	Weight Stroke Operator type.
const wchar_t *	siControlBitmap
const wchar_t *	siControlBoolean
const wchar_t *	siControlButton
const wchar_t *	siControlCheck
const wchar_t *	siControlCombo
const wchar_t *	siControlEdit
const wchar_t *	siControlFCurve
const wchar_t *	siControlFilePath
const wchar_t *	siControlFolder
const wchar_t *	siControlGrid
const wchar_t *	siControlIconList
const wchar_t *	siControlImageClip
const wchar_t *	siControlListBox
const wchar_t *	siControlNumber
const wchar_t *	siControlRadio
const wchar_t *	siControlRGB
const wchar_t *	siControlRGBA
const wchar_t *	siControlStatic
const wchar_t *	siControlString
const wchar_t *	siControlSynoptic
const wchar_t *	siControlTextEditor
const wchar_t *	siUIAlignCenter
const wchar_t *	siUIAlignLeft
const wchar_t *	siUIAlignRight
const wchar_t *	siUIAudioFile
const wchar_t *	siUICaption
const wchar_t *	siUIColumnCnt
const wchar_t *	siUIColumnGap
const wchar_t *	siUIContinue
const wchar_t *	siUICX
const wchar_t *	siUICY
const wchar_t *	siUIDecimals
const wchar_t *	siUIFCurveColorNonBijective
const wchar_t *	siUIFCurveGhosting
const wchar_t *	siUIFCurveGridSpaceX
const wchar_t *	siUIFCurveGridSpaceY
const wchar_t *	siUIFCurveLabelX
const wchar_t *	siUIFCurveLabelY
const wchar_t *	siUIFCurveNoGrid
const wchar_t *	siUIFCurveNoRulerX
const wchar_t *	siUIFCurveNoRulerY
const wchar_t *	siUIFCurveShowTimeCursor
const wchar_t *	siUIFCurveSnapX
const wchar_t *	siUIFCurveSnapY
const wchar_t *	siUIFCurveViewMaxX
const wchar_t *	siUIFCurveViewMaxY
const wchar_t *	siUIFCurveViewMinX
const wchar_t *	siUIFCurveViewMinY
const wchar_t *	siUIFileFilter
const wchar_t *	siUIFileMustExist
const wchar_t *	siUIFilePath
const wchar_t *	siUIImageFile
const wchar_t *	siUIInitialDir
const wchar_t *	siUILabel
const wchar_t *	siUILabelMinPixels
const wchar_t *	siUILabelPercentage
const wchar_t *	siUILineCnt
const wchar_t *	siUILineGap
const wchar_t *	siUILogarithmic
const wchar_t *	siUIMultiSelectionListBox
const wchar_t *	siUINoLabel
const wchar_t *	siUINoSlider
const wchar_t *	siUIOpenFile
const wchar_t *	siUISelectionColor
const wchar_t *	siUIShowClip
const wchar_t *	siUIShowFrame
const wchar_t *	siUIButtonDisable
const wchar_t *	siUIGridColumnWidths
const wchar_t *	siUIGridHideColumnHeader
const wchar_t *	siUIGridHideRowHeader
const wchar_t *	siUIGridLockColumnHeader
const wchar_t *	siUIGridLockRowHeader
const wchar_t *	siUIGridReadOnlyColumns
const wchar_t *	siUIGridSelectionMode
const wchar_t *	siUIGridShowColumns
const wchar_t *	siUIStyle
const wchar_t *	siUISubFolder
const wchar_t *	siUISyncSlider
const wchar_t *	siUIThumbWheel
const wchar_t *	siUITreadmill
const wchar_t *	siUIItems
const wchar_t *	siUIType
const wchar_t *	siUIUseSelectionIcon
const wchar_t *	siUIValueOnly
const wchar_t *	siUIWidthPercentage
const wchar_t *	siUILineNumbering
const wchar_t *	siUIFolding
const wchar_t *	siUIBackgroundColor
const wchar_t *	siUIForegroundColor
const wchar_t *	siUIFont
const wchar_t *	siUICommentColor
const wchar_t *	siUIPreprocessorColor
const wchar_t *	siUIMarginWidth
const wchar_t *	siUICommentFont
const wchar_t *	siUIFontSize
const wchar_t *	siUIKeywords
const wchar_t *	siUIHeight
const wchar_t *	siUIHorizontalScroll
const wchar_t *	siUIVerticalScroll
const wchar_t *	siUILineWrap
const wchar_t *	siUIKeywordFile
const wchar_t *	siUIAutoComplete
const wchar_t *	siUIToolbar
const wchar_t *	siUICapability
const wchar_t *	siUIDictionary
const wchar_t *	siUIHelpFile
const wchar_t *	siUIHelpID
	Reference to a topic in the Help file.Normally this is only used for internal objects.
const wchar_t *	siUILanguage
	See PPGLayout.Language
const wchar_t *	siUILogic
	See PPGLayout.Logic
const wchar_t *	siUILogicFile
const wchar_t *	siUILogicPrefix
const wchar_t *	siUIShowChildren
const wchar_t *	siArgHandlerAnimatableParameters
const wchar_t *	siArgHandlerCollection
const wchar_t *	siArgHandlerFrame
const wchar_t *	siArgHandlerFrameRate
const wchar_t *	siArgHandlerMarkedParameters
const wchar_t *	siArgHandlerSingleObj
const wchar_t *	siFilter3DObjectType
	Represents the filter objects that can be used with 3D objects.
const wchar_t *	siFilterObjectType
const wchar_t *	siFilterPropertyType
	Represents the filter objects that can be used with property objects.
const wchar_t *	siFilterSubComponentType
const wchar_t *	siClipAnimationType
const wchar_t *	siClipAnimCompoundType
const wchar_t *	siClipAudioType
	Represents clip objects which are instances of audio files.
const wchar_t *	siClipImageType
	Represents an ImageClip object.
const wchar_t *	siClipMixerType
	Represents clip objects which are the top-level container for all other clip objects.
const wchar_t *	siClipShapeCompoundType
const wchar_t *	siClipShapeType
const wchar_t *	siTrackAnimationType
const wchar_t *	siTrackAudioType
	Represents the track objects which organize audio Clip objects.
const wchar_t *	siTrackShapeType
	Represents the track objects which organize shape Clip objects.
const wchar_t *	siTransitionBridgeType
const wchar_t *	siTransitionCardinalType
const wchar_t *	siTransitionStandardType
const wchar_t *	siAnimCompoundAnimItem
	Represents a compound animation source stored in an ActionSource.
const wchar_t *	siConstraintAnimItem
	Represents an Constraint stored in an ActionSource.
const wchar_t *	siExpressionAnimItem
	Represents an Expression stored in an ActionSource.
const wchar_t *	siFCurveAnimItem
	Represents an FCurve stored in an ActionSource.
const wchar_t *	siShapeCompoundAnimItem
	Represents a shape compound source stored in an ActionSource.
const wchar_t *	siShapeKeyAnimItem
	Represents an ShapeKey stored in an ActionSource.
const wchar_t *	siStaticValueAnimItem
	Represents an StaticSource stored in an ActionSource.
const wchar_t *	siCompoundMappedItem
	Represents a compound item in a compound clip.
const wchar_t *	siConstraintMappedItem
const wchar_t *	siExpressionMappedItem
const wchar_t *	siFCurveMappedItem
const wchar_t *	siShapeCompoundMappedItem
	Represents a shape compound item in a compound clip.
const wchar_t *	siShapeKeyMappedItem
const wchar_t *	siStaticValueMappedItem
const wchar_t *	siSEFilterActionNodes
	Show only Action nodes.
const wchar_t *	siSEFilterAllNodeTypes
	Show All Node types.
const wchar_t *	siSEFilterAnimatableNodes
	Show only Animatable parameter nodes.
const wchar_t *	siSEFilterAnimatedNodes
	Show only Animated parameter nodes.
const wchar_t *	siSEFilterClusterNodes
	Show only Cluster nodes.
const wchar_t *	siSEFilterGroupNodes
	Show only Group nodes.
const wchar_t *	siSEFilterKeywordAll
	Show nodes with any keyword set.
const wchar_t *	siSEFilterKeywordAnimation
	Show nodes with Animation keyword set.
const wchar_t *	siSEFilterKeywordCustom
	Show nodes with Custom keyword set.
const wchar_t *	siSEFilterKeywordGeneral
	Show nodes with General keyword set.
const wchar_t *	siSEFilterKeywordKinematics
	Show nodes with Kinematics keyword set.
const wchar_t *	siSEFilterKeywordModeling
	Show nodes with Modeling keyword set.
const wchar_t *	siSEFilterKeywordRendering
	Show nodes with Rendering keyword set.
const wchar_t *	siSEFilterKeywordViewing
	Show nodes with Viewing keyword set.
const wchar_t *	siSEFilterMaterialNodes
	Show only Material nodes.
const wchar_t *	siSEFilterMiscellaneousNodes
	Show only Miscellaneous nodes.
const wchar_t *	siSEFilterModelNodes
	Show only Model nodes.
const wchar_t *	siSEFilterObjectNodes
	Show only Object nodes.
const wchar_t *	siSEFilterOperatorNodes
	Show only Operator nodes.
const wchar_t *	siSEFilterParameterNodes
	Show only regular Parameter (non-animatable) nodes.
const wchar_t *	siSEFilterPrimitiveNodes
	Show only Primitive nodes.
const wchar_t *	siSEFilterPropertyNodes
	Show only Property nodes.
const wchar_t *	siSEFilterSceneNodes
	Show only Scene nodes.
const wchar_t *	siSEFilterShaderNodes
	Show only Shader nodes.
const wchar_t *	siImageDataTypeRGBA
	Represents a four channel RGB color image, where the fourth channel is the alpha matte.
const wchar_t *	siImageDataTypeRGB
	Represents a three channel, RGBA color image.
const wchar_t *	siImageDataTypeRGBE
	Represents a four channel, RGB color image, where the fourth channel is an exponent.
const wchar_t *	siImageDataTypeAlpha
	Represents a single channel, alpha matte image.
const wchar_t *	siImageDataTypeIntensity
	Represents a single channel, grayscale intensity image.
const wchar_t *	siImageDataTypeDepth
	Represents a single channel, depth value image.
const wchar_t *	siImageDataTypeNormal
	Represents a three channel, vector image composed of normalized vectors.
const wchar_t *	siImageDataTypeMotion
	Represents a three channel, motion vector image.
const wchar_t *	siImageDataTypeVector
	Represents a three channel image composed of arbitrary vectors.
const wchar_t *	siImageDataTypePoint
	Represents a three channel image composed of arbitrary points in space.
const wchar_t *	siImageDataTypeLabel
	Represents a single channel, object label image.
const wchar_t *	siImageDataTypeBitMask
	Represents a single channel, single bit-mask image.
const wchar_t *	siATFilterPresetAll
	Display all nodes for the selected elements.
const wchar_t *	siATFilterPresetCustom
	Display any type of custom parameter set for the selected elements.
const wchar_t *	siATFilterPresetGeneral
	Display only the general properties for the selected elements.
const wchar_t *	siATFilterPresetModeling
	Display only the modeling properties for the selected elements.
const wchar_t *	siATFilterPresetAnimation
	Display only the animation properties for the selected elements.
const wchar_t *	siATFilterPresetKinematics
	Display only the kinematics properties for the selected elements.
const wchar_t *	siATFilterPresetRendering
	Display only the rendering properties for the selected elements.
const wchar_t *	siATFilterPresetViewing
	Display only the viewing properties for the selected elements.
const wchar_t *	siATFilterPresetLocalTransform
	Display only the local transform parameters for the selected elements.
const wchar_t *	siATFilterPresetPosition
	Display only the position parameters for the selected elements.
const wchar_t *	siATFilterPresetPositionX
	Display only the position in X parameters for the selected elements.
const wchar_t *	siATFilterPresetPositionY
	Display only the position in Y parameters for the selected elements.
const wchar_t *	siATFilterPresetPositionZ
	Display only the position in Z parameters for the selected elements.
const wchar_t *	siATFilterPresetRotation
	Display only the rotation parameters for the selected elements.
const wchar_t *	siATFilterPresetRotationX
	Display only the rotation in X parameters for the selected elements.
const wchar_t *	siATFilterPresetRotationY
	Display only the rotation in Y parameters for the selected elements.
const wchar_t *	siATFilterPresetRotationZ
	Display only the rotation in Z parameters for the selected elements.
const wchar_t *	siATFilterPresetScaling
	Display only the scaling parameters for the selected elements.
const wchar_t *	siATFilterPresetScalingX
	Display only the scaling in X parameters for the selected elements.
const wchar_t *	siATFilterPresetScalingY
	Display only the scaling in Y parameters for the selected elements.
const wchar_t *	siATFilterPresetScalingZ
	Display only the scaling in Z parameters for the selected elements.
const wchar_t *	siATFilterPresetColor
	Display only the color parameters for the selected elements.
const wchar_t *	siATFilterTaggedAll
	Filter all tagged parameters.
const wchar_t *	siATFilterTagged1
	Filter the tagged 1 parameters.
const wchar_t *	siATFilterTagged2
	Filter the tagged 2 parameters.
const wchar_t *	siATFilterTagged3
	Filter the tagged 3 parameters.
const wchar_t *	siATFilterTagged4
	Filter the tagged 4 parameters.
const wchar_t *	siATFilterTagged5
	Filter the tagged 5 parameters.
const wchar_t *	siATFilterTagged6
	Filter the tagged 6 parameters.
const wchar_t *	siATFilterTagged7
	Filter the tagged 7 parameters.
const wchar_t *	siATFilterTagged8
	Filter the tagged 8 parameters.
const wchar_t *	siATFilterTagged9
	Filter the tagged 9 parameters.
const wchar_t *	siATFilterTagged10
	Filter the tagged 10 parameters.
const wchar_t *	siReferenceFilterAttribute
const wchar_t *	siPropertyFilterAttribute
const wchar_t *	siCustomTypeNameAttribute
const wchar_t *	siShaderFamilyAttribute
	Type of filter for a shader's family.
const wchar_t *	siDefaultConnectionAttribute
const wchar_t *	siWritableImageAttribute
	Type of filter for a writable image.
const wchar_t *	siWritableImageTypeAttribute
	Type of filter for a writable image type.
const wchar_t *	siRenderTreeNodeColorRAttribute
	Type of filter to match the Red color for a RenderTree node.
const wchar_t *	siRenderTreeNodeColorGAttribute
	Type of filter to match the Green color for a RenderTree node.
const wchar_t *	siRenderTreeNodeColorBAttribute
	Type of filter to match the Blue color for a RenderTree node.
const wchar_t *	siHWShaderVersionAttribute
	Attribute used for defining the version of a hardware shader.
const wchar_t *	siShaderFamilyCntContrast
	mental ray Contour Contrast Shader
const wchar_t *	siShaderFamilyCntMat
	mental ray Contour Material
const wchar_t *	siShaderFamilyCntStore
	mental ray Contour Store Shader
const wchar_t *	siShaderFamilyData
	mental ray Data Blob
const wchar_t *	siShaderFamilyEnvironment
	mental ray Environment Shader (environment phenomenon in a material or camera)
const wchar_t *	siShaderFamilyGeometry
	mental ray Geometry Shader (geometry phenomenon)
const wchar_t *	siShaderFamilyLens
	mental ray Lens Shader (lens phenomenon in a camera)
const wchar_t *	siShaderFamilyLight
	mental ray Light Shader (light phenomenon)
const wchar_t *	siShaderFamilyLightmap
	mental ray Lightmap Shader
const wchar_t *	siShaderFamilyOutput
	mental ray Output Shader (output phenomenon in a camera)
const wchar_t *	siShaderFamilyPhenomMat
	mental ray Material Phenomenon
const wchar_t *	siShaderFamilyPhotonLight
	mental ray Photon Light Shader (photon emitter phenomenon in a light)
const wchar_t *	siShaderFamilyPhotonMat
	mental ray Photon Material Shader (photon phenomenon in a material)
const wchar_t *	siShaderFamilyPhotonVolume
	mental ray Photon Volume Shader (photon phenomenon in a material or camera)
const wchar_t *	siShaderFamilyShadowMat
	mental ray Shadow Material Shader (shadow phenomenon in a material)
const wchar_t *	siShaderFamilyState
	mental ray State Shader
const wchar_t *	siShaderFamilySurfaceMat
	mental ray Surface Material Shader (material phenomenon in a material)
const wchar_t *	siShaderFamilyTexture
	mental ray Texture Shader (texture phenomenon)
const wchar_t *	siShaderFamilyVolume
	mental ray Volume Shader (volume phenomenon in a material or camera)
const wchar_t *	siShaderFamilyRTShader
	Realtime Shader.
const wchar_t *	siMentalRayLightmapPortType
const wchar_t *	siMentalRayGeometryPortType
const wchar_t *	siMentalRayContourStorePortType
const wchar_t *	siMentalRayContourContrastPortType
const wchar_t *	siMentalRayPhenomenonMaterialPortType
const wchar_t *	siXGSRealTimePortType
const wchar_t *	siHWShaderPortType
const wchar_t *	siHardwareVertexPosition
const wchar_t *	siHardwareVertexNormal
const wchar_t *	siHardwareVertexColor
	Default vertex color name.
const wchar_t *	siHardwareVertexTangent
	Tangent.
const wchar_t *	siHardwareVertexBinormal
	Binormal.
const wchar_t *	siHardwareVertexTexCoord
	Texture projection.
const wchar_t *	siHardwareVertexWeightMap
	Weight map.
const wchar_t *	siHardwareVertexPointVelocity
	Point velocity.
const wchar_t *	siHardwareVertexOrientation
	Orientation.
const wchar_t *	siHardwareVertexAge
	Age.
const wchar_t *	siHardwareVertexRadius
	Radius.
const wchar_t *	siHardwareVertexID
	ID.
const wchar_t *	siHardwareVertexFog
	Fog.
const wchar_t *	siHardwareVertexWeight
	Weight.
const wchar_t *	siHardwareVertexIndice
	Index.
const wchar_t *	siHardwareVertexTessfactor
	Tesselation factor.
const wchar_t *	siHardwareVertexDepth
	Depth.
const wchar_t *	siHardwareVertexSample
	Sample.
const wchar_t *	siHardwareVertexAuto
	Let Softimage handle the creation of the attribute (useful for tangents and binormals).
const wchar_t *	siICERenderPropSuffixUWrap
	Constant Boolean ICE attribute to control texture U wrapping.
const wchar_t *	siICERenderPropSuffixVWrap
	Constant Boolean ICE attribute to control texture V wrapping.
const wchar_t *	siICERenderPropSuffixWWrap
	Constant Boolean ICE attribute to control texture W wrapping.
const wchar_t *	siICERenderPropSuffixTransform
	Constant Matrix44 ICE attribute to control texture matrix.
const wchar_t *	siICERenderPropSuffixIsHomogeneous
	Constant Boolean ICE attribute to control if coordinates are homogeneous.
const wchar_t *	siICERenderPropSuffixSmoothWhenSubd
	Constant Boolean ICE attribute to control if attributes are smoothed based on the subdivision ssurface algorithm.
static const char	kRevLogTable256 []
const LONG	kBitShift = 5
const LONG	kBitSize = 32
CVector3	m_vOrigin
CVector3	m_vTangent
CVector3	m_vNormal
CVector3	m_vTangentU
CVector3	m_vTangentV
E	siXZY = 1
	X, Z, Y order.
E	siYXZ = 2
	Y, X, Z order.
E	siYZX = 3
	Y, Z, X order.
E	siZXY = 4
	Z, X, Y order.
E	siZYX
	Z, Y, X order.
float	m_X
float	m_Y
float	m_Z
union {
float   m_W
float   m_Angle
RotationOrder   m_rotOrder
};
unsigned char	m_rotRep
void *	m_pImpl

---

Detailed Description

The XSI namespace defines a region where all API classes are declared.

Namespaces are used to prevent global namespace pollution and name clashing.

All API classes defined in the C++ API are assigned to the XSI namespace. Members of the XSI namespace can be identified explicitly with the symbol XSI for code clarity. To simplify the code however, namespace members can be referenced without the namespace symbol by using the C++ using directive.

Example:

Demonstrates use of namespace

        // namespace qualification
        XSI::CSIObject myObj;

        // CSIObject referenced without explicit qualification
        using namespace XSI;
        CSIObject myObj;

---

Typedef Documentation

typedef XSI::CDataArray< float > CDataArrayFloat

Definition at line 1041 of file xsi_dataarray.h.

typedef XSI::CDataArray< LONG > CDataArrayLong

Definition at line 1042 of file xsi_dataarray.h.

typedef XSI::CDataArray< bool > CDataArrayBool

Definition at line 1043 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CVector2f > CDataArrayVector2f

Definition at line 1044 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CVector3f > CDataArrayVector3f

Definition at line 1045 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CVector4f > CDataArrayVector4f

Definition at line 1046 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CQuaternionf > CDataArrayQuaternionf

Definition at line 1047 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CRotationf > CDataArrayRotationf

Definition at line 1048 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CMatrix3f > CDataArrayMatrix3f

Definition at line 1049 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CMatrix4f > CDataArrayMatrix4f

Definition at line 1050 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CColor4f > CDataArrayColor4f

Definition at line 1051 of file xsi_dataarray.h.

typedef XSI::CDataArray< XSI::MATH::CShape> CDataArrayShape

Definition at line 1052 of file xsi_dataarray.h.

typedef CDataArray2D< float > CDataArray2DFloat

Definition at line 1476 of file xsi_dataarray2D.h.

typedef CDataArray2D< LONG > CDataArray2DLong

Definition at line 1477 of file xsi_dataarray2D.h.

typedef CDataArray2D< bool > CDataArray2DBool

Definition at line 1478 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CVector2f > CDataArray2DVector2f

Definition at line 1479 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CVector3f > CDataArray2DVector3f

Definition at line 1480 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CVector4f > CDataArray2DVector4f

Definition at line 1481 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CQuaternionf > CDataArray2DQuaternionf

Definition at line 1482 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CRotationf > CDataArray2DRotationf

Definition at line 1483 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CMatrix3f > CDataArray2DMatrix3f

Definition at line 1484 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CMatrix4f > CDataArray2DMatrix4f

Definition at line 1485 of file xsi_dataarray2D.h.

typedef CDataArray2D< XSI::MATH::CColor4f > CDataArray2DColor4f

Definition at line 1486 of file xsi_dataarray2D.h.

typedef XSI::CDataArray2D< XSI::MATH::CShape> CDataArray2DShape

Definition at line 1487 of file xsi_dataarray2D.h.

typedef enum XSI::siErrorValueEnum siErrorValueEnum

Error constants.

To use with Err object.

See also:

RemoveKey RemoveKeyOnKeyable RemoveKeyOnMarkedKeyable

typedef enum XSI::siDefaultTimeFormat siDefaultTimeFormat

Time format values which are used by siTimeFormatDefaultFrameFormat UserPreference.

See also:

SetValue

typedef enum XSI::siDisplayTimeFormat siDisplayTimeFormat

Time format values which are used by siTimeDisplayFormatUserFormat UserPreference.

See also:

SetValue

typedef enum XSI::siFilterMode siFilterMode

Different modes for SIFilter command.

See also:

SIFilter

typedef enum XSI::siDeltaMode siDeltaMode

Delta transformation modes for transformation commands (Translate, Rotate, Scale)

See also:

Translate Rotate Scale TranslateUVW RotateUVW ScaleUVW

typedef enum XSI::siTextureEffectsComputation siTextureEffectsComputation

Texture effects bit flags, to be used in conjunction with Texture.GetTransformValues

typedef enum XSI::siRefMode siRefMode

Reference transformation modes for transformation commands (Translate, Rotate, Scale).

Note: "COG" indicates an additional translation about the Centre-Of-Geometry. "Sym" indicates a symmetrical translation. These indicators can also be used in combination.

typedef enum XSI::siCenterMode siCenterMode

Center transformation modes for transformation commands.

typedef enum XSI::siAxesFilter siAxesFilter

Axes filters for transformation commands (Translate, Rotate, Scale).

Note: This flag is only used for absolute transformations.

typedef enum XSI::siUVWAxesFilter siUVWAxesFilter

Axes filters for transformation commands (TranslateUVW, RotateUVW, ScaleUVW)

typedef enum XSI::siTransformFilter siTransformFilter

Transformation type filters (Translation, Rotation, Scaling)

typedef enum XSI::siParameterFilter siParameterFilter

Parameter filter (Marked, Animated, Scaling, Rotation, Translation, Weight, etc..)

typedef enum XSI::siPSetRelationship siPSetRelationship

Parent-child parameter set relationships.

typedef enum XSI::siPropagationType siPropagationType

Property propagation types.

typedef enum XSI::siDupHierarchy siDupHierarchy

Hierarchy options for duplication commands.

typedef enum XSI::siDupHistory siDupHistory

History options for duplication commands.

typedef enum XSI::siDupParent siDupParent

Parenting options for duplication commands.

typedef enum XSI::siDupGroup siDupGroup

Grouping options for duplication commands.

typedef enum XSI::siDupProperty siDupProperty

Property options for duplication commands.

typedef enum XSI::siDupAnimation siDupAnimation

Animation options for duplication commands.

typedef enum XSI::siDupConstraint siDupConstraint

Constraint options for duplication commands.

typedef enum XSI::siDupTextureSupport siDupTextureSupport

Texture Support options for duplication commands.

typedef enum XSI::siDupSelection siDupSelection

Selection options for duplication commands.

typedef enum XSI::siDupTransform siDupTransform

Transform options for duplication commands.

typedef enum XSI::siKeyboardState siKeyboardState

Keyboard modifier states.

typedef enum XSI::siInspectMode siInspectMode

Inspection Dialog Modes.

typedef enum XSI::siInspectBrowseMode siInspectBrowseMode

Constants that define the way to browse the inspection history.

typedef enum XSI::siSourceType siSourceType

Animation Source Types.

typedef enum XSI::siBranchFlag siBranchFlag

The branch flag is used to determine whether we are referring to the object as a node or as a branch.

typedef enum XSI::siOperationMode siOperationMode

The operation mode is used to determine if we are in immediate mode or persistent mode.

typedef enum XSI::siGeneratorInputsDisposalMode siGeneratorInputsDisposalMode

This mode is used to determine if we should keep, hide or delete the inputs after a generator is applied.

typedef enum XSI::siComponentVisibilityMode siComponentVisibilityMode

This mode is used to determine if the command should only apply to visible components.

typedef enum XSI::siActionWhenLocalMaterialsOverlap siActionWhenLocalMaterialsOverlap

This indicates what to do when local materials overlap.

typedef enum XSI::siSplitPolygonType siSplitPolygonType

Split type for polygons.

typedef enum XSI::siSelectionUpdate siSelectionUpdate

Constants that define the different options for updating selection list when working with topology operators.

typedef enum XSI::siTxtCreationType siTxtCreationType

Texture creation type constants.

To use with the texturing commands.

typedef enum XSI::siTxtDefaultCreationType siTxtDefaultCreationType

Default texture creation type constants.

To use with the texturing commands.

typedef enum XSI::siTxtProjType siTxtProjType

Texture projection type constants.

To use with the texturing commands.

typedef enum XSI::siTxtProjPlane siTxtProjPlane

Texture projection plane constants.

To use with the texturing commands.

typedef enum XSI::siTxtProjFitMethod siTxtProjFitMethod

Texture support positioning constants.

To use with the texturing commands.

typedef enum XSI::siChangeUVInputActions siChangeUVInputActions

Actions for the ChangeUVInput command.

typedef enum XSI::siAlignModes siAlignModes

Modes for the align command.

typedef enum XSI::siWeightPresets siWeightPresets

Presets for the PresetWeight command.

typedef enum XSI::siCutClipOptions siCutClipOptions

Cut options for the CutClip command.

typedef enum XSI::siEditClipOptions siEditClipOptions

Edit clip options for the EditClip command.

typedef enum XSI::siPresetLocation siPresetLocation

Preset locations.

typedef enum XSI::siVariantType siVariantType

The variant type determines the kind of value that can be stored in a parameter.

Note: Only a subset of these types are fully supported and recommended for use: these are siString, siBool, siDouble, siFloat, siInt4, siInt2, siUInt4, siUInt2, siByte, and siUByte. (See DataTypes for more information).

typedef enum XSI::siParamClassification siParamClassification

This determines the classification of a Parameter to give Softimage some hint about its purpose.

In most cases it is acceptable to use the default, siClassifUnknown.

typedef enum XSI::siMaterialPorts siMaterialPorts

Port choice for the SIGetMaterialShader command.

typedef enum XSI::siShadingModel siShadingModel

Defines the material shading model.

typedef enum XSI::siShaderType siShaderType

Defines the shader type.

typedef enum XSI::siShaderOutputType siShaderOutputType

Defines the output shader parameter types.

typedef enum XSI::siShaderParameterType siShaderParameterType

These represent the shader parameter data types for instantated shaders.

Note: For shader parameter definitions, the siShaderParameterDataType values are used instead.

typedef enum XSI::siShaderParameterDataType siShaderParameterDataType

Defines the Shader parameter type for a Parameter object belonging to Shader, Material, Light or Camera.

Shader parameter types only apply to parameters that support the siCapabilities::siTexturable capability. This can be tested using the Parameter.Capabilities property. The output type of a shader can be checked using the Shader.OutputType property.
Note: Each data type, apart from siShaderParameterDataType::siShaderDataTypeUnknown, has also an equivalent string name that can be used to create shader parameter definitions using type strings, instead of this enum. Custom port types can't be registered using those built-in string names. The string names are shown in brackets after each type's description.

typedef enum XSI::siShaderParameterConnectionType siShaderParameterConnectionType

typedef enum XSI::siShaderReferenceFilterType siShaderReferenceFilterType

Defines the types of filters when creating a shader parameter definition of type reference(siShaderParameterDataType::siShaderDataTypeReference).

When you call the SetAttribute method, pass siShaderParameterAttribute::siReferenceFilterAttribute in the first parameter and one of these values in the second parameter.

typedef enum XSI::siShaderballDimension siShaderballDimension

Defines the flags for Shaderball Dimension used by the ShaderballOptions object.

typedef enum XSI::siShaderPropertyFilterType siShaderPropertyFilterType

Defines the types of filters when creating a shader parameter definition of type property look-up(siShaderParameterDataType::siShaderDataTypeProperty).

When you call the SetAttribute method, pass siShaderParameterAttribute::siPropertyFilterAttribute in the first parameter and one of these values in the second parameter.

typedef enum XSI::siLightType siLightType

Defines the types of light.

typedef enum XSI::siCnxGroupType siCnxGroupType

Types of groups in connection sets.

typedef enum XSI::siCnxSetType siCnxSetType

Types of connection sets.

typedef enum XSI::siPartitionType siPartitionType

Types of Partitions.

typedef enum XSI::siLockLevel siLockLevel

Levels of lock.

Each level is a bit field.

typedef enum XSI::siLockType siLockType

Type of lock owner.

The lock owner type indicated who or why an object is locked, Users can modify only the locks of type siLockTypeUser.

typedef enum XSI::siTags siTags

These are the different levels of tags.

typedef enum XSI::siGeometryType siGeometryType

Type of geometry.

typedef enum XSI::siBoundingVolume siBoundingVolume

Types of bounding volumes.

typedef enum XSI::siPortType siPortType

Enumerates the different kinds of ports.

typedef enum XSI::siModificationType siModificationType

Type of modification on a referenced model.

This is a bit field, so many values can be combined.

typedef enum XSI::siModificationMixerType siModificationMixerType

Type of mixer modification on a referenced model.

This is a bit field, so many values can be combined.

typedef enum XSI::siModelResolution siModelResolution

Resolution description of a file for a referenced model.

Used by the AddModelSource, SetResolutionOfRefModels, and SIAddModelSource commands.

typedef enum XSI::siParameterScope siParameterScope

Type of parameters to gather from the input Object List.

Note: This enum replaces the obsolete siSequenceType enum as of v6.0.

typedef enum XSI::siSequenceType siSequenceType

Type of input objects for the Sequence feature.

typedef enum XSI::siSequenceMode siSequenceMode

Mode to use for the Sequence feature.

typedef enum XSI::siEffectInputType siEffectInputType

Type of input objects for clip effect features.

typedef enum XSI::siNeighborType siNeighborType

Types of neighboring for the deprecated Geometry_V1.

typedef enum XSI::siNavigDirection siNavigDirection

Modes for the SelectNeighborObj command.

typedef enum XSI::siNavigationDirection siNavigationDirection

Direction of the next Node.

typedef enum XSI::siNavigationFilter siNavigationFilter

Direction of the next Node.

typedef enum XSI::siNavigationSubFilter siNavigationSubFilter

Sub-type of node wanted.

typedef enum XSI::siViewType siViewType

Type of views.

This type is obsolete, you must use si2DChainAlignType instead.

typedef enum XSI::si2DChainAlignType si2DChainAlignType

Defines the types of alignment used for creating a 2D chain.

Note: Use this enum instead of the obsolete siViewType enum.

typedef enum XSI::siChainBoneType siChainBoneType

Type of chain bones.

typedef enum XSI::siConnectionType siConnectionType

Operator connection types.

typedef enum XSI::siAxisType siAxisType

Bitmask for types of axes.

typedef enum XSI::siKnotParameterization siKnotParameterization

Type of knot parameterization type for NurbsCurves.

typedef enum XSI::siMappingRuleType siMappingRuleType

Types of mapping rules.

typedef enum XSI::siNurbsDirection siNurbsDirection

Types of nurbs direction parameters.

typedef enum XSI::siNurbsFormat siNurbsFormat

Types of nurbs format.

typedef enum XSI::siInstallationPath siInstallationPath

Installation path directories.

typedef enum XSI::siShapeInstanceMode siShapeInstanceMode

Shape key instantiation mode.

typedef enum XSI::siShapeReferenceMode siShapeReferenceMode

Shape key reference mode.

typedef enum XSI::siShapeContent siShapeContent

Indicates which deforms will be stored in the created shape.

typedef enum XSI::siConstructionMode siConstructionMode

The construction mode indicates the purpose of the deformations.

typedef enum XSI::siResolutionPlane siResolutionPlane

Resolution Plane Type for Chain joints.

typedef enum XSI::siTextureProjectionType siTextureProjectionType

Texture creation type constants.

To use with the texturing commands.

typedef enum XSI::siUVTextureType siUVTextureType

UV generation type used by the texture operator, used only if siTextureProjectionType:siTextureUV is specified as the projection type.

typedef enum XSI::siCapabilities siCapabilities

Determines the capabilities of a parameter.

They can be combined by adding them: for example, to have a parameter animatable (1) and persistable (4), use 5.

typedef enum XSI::siFCurveType siFCurveType

Types of function curves (fcurves)

typedef enum XSI::siFCurveExtrapolation siFCurveExtrapolation

The extrapolation of an FCurve determines its shape before the first FCurveKey and after the last FCurveKey.

Extrapolation extends the curve's ends based on the position of these two keys.

typedef enum XSI::siFCurveKeyConstraint siFCurveKeyConstraint

Function curve key constraints.

The last seven tangent constraints apply only to standard function curves. FCurve key constraints can be set and retrieved via the FCurveKey.Constraint property.
The constraints are not mutally exclusive for example if you have the siParameterConstraint set and clear the siLockConstraint you will also clear the siParameterConstraint. You cannot set constraints on a raw function curve. They will be ignored.

typedef siFCurveKeyConstraint siFCurveKeyFlags

Definition at line 1147 of file xsi_decl.h.

typedef enum XSI::siFCurveKeyInterpolation siFCurveKeyInterpolation

Specifies the interpolation type for a specific key on an fcurve.

The interpolation determines how the value is evaluated between FCurveKeys.

typedef enum XSI::siFCurveKeySelectionMode siFCurveKeySelectionMode

Specifies the mode for changing the FCurveKey selection.

typedef enum XSI::siFCurveInterpolation siFCurveInterpolation

The interpolation of an FCurve determines how values are evaluated between its FCurveKeys.

This is very similar to the siFCurveKeyInterpolation enum.

typedef enum XSI::siFCurveSmoothFilterType siFCurveSmoothFilterType

Specifies the kind of filter used for smoothing function curves.

typedef enum XSI::siUpdateContextState siUpdateContextState

Information on the context in which a plug-in is being evaluated.

typedef enum XSI::siArgumentFlags siArgumentFlags

Information on the direction of an argument indicating how it is passed to or from a command.

Note: Output and InOut arguments are not supported by some script languages, including JScript. For this reason only siArgumentInput is supported on custom Commands.

typedef enum XSI::siCommandCategory siCommandCategory

Custom (v1.0) Commands can be defined from a pre-defined category.

Each category specifies the base arguments of a command and the location of the menu item for that command in Softimage. Softimage automatically installs a menu item for each command created for a specific category.
You can retrieve the type of category specified using either SIObject.Categories or Command.Category but you cannot define custom categories for this type of command. For that you need to use the alternative and more powerful, way to create custom commands and add them to Menus: via the self-installing plug-in APIs.

typedef enum XSI::siImportShareOptions siImportShareOptions

Defines the option flags when importing a model or merging a scene.

typedef enum XSI::siEventID siEventID

This enumerator provides the identifiers for the Softimage events, they can be used for implementing C++ event handlers in order to identify the events fired by Softimage.

typedef enum XSI::siSelectionChangeType siSelectionChangeType

Specifies the type of operation performed to update the selection.

typedef enum XSI::siRenderFieldType siRenderFieldType

Specifies the render field setting.

typedef enum XSI::siRenderingType siRenderType

Specifies the type of rendering.

typedef enum XSI::siRenderingErrorType siRenderingErrorType

Specifies the type of rendering error.

typedef enum XSI::siSubdivisionRuleType siSubdivisionRuleType

Specifies the subdivision rule used for an approximated geometry selection.

typedef enum XSI::siNavigateComponentType siNavigateComponentType

Direction type for navigating geometry components.

typedef enum XSI::siParticleRenderType siParticleRenderType

Enumeration of particle render types.

typedef enum XSI::siFCurveEditorAttribute siFCurveEditorAttribute

Enumeration of the different attributes that are available on the FCurveEditor object.

typedef enum XSI::siSeverityType siSeverityType

Determines the severity types of a message implemented with the C++ API.

They can be combined.

typedef enum XSI::siCustomCompiledOpFlags siCustomCompiledOpFlags

Information which is passed to the custom compiled operators through its Init and Term functions.

typedef enum XSI::siChannelAction siChannelAction

A device driver contains a set of channels that can be configured.

This enumeration is the type of action to perform for a channel.

typedef enum XSI::siSelectMode siSelectMode

Specifies how to select objects in a hierarchy.

typedef enum XSI::siTransientExplorerFilter siTransientExplorerFilter

Specifies the filter to use in a transient explorer.

typedef enum XSI::siClassID siClassID

The class ID of Softimage objects.

This enumerator is used by the C++ API to manage references between the object model and C++. For example, the CRef::IsA function uses the class ID to determine whether or not the class type is compatible with the underlying reference object.

typedef enum XSI::siBlendInPresetModes siBlendInPresetModes

This enumeration type specifies how the BlendInPresets command will apply the new shaders to the parameters selected by the command.

typedef enum XSI::siBlendInTextureLayersModes siBlendInTextureLayersModes

This enumeration type specifies how the texture-layer blending commands will apply the new shaders to the parameters selected by the command.

typedef enum XSI::siShaderCnxPointType siShaderCnxPointType

This enumeration type specifies what kind of shader port connections you are interested in when using the RemoveAllShadersFromCnxPoint command.

typedef enum XSI::siAddonItemType siAddonItemType

This enumeration type specifies the type of item supported by add-ons.

Depending on which type you use with the Addon.AddItem method, you need to supply only a name, or a path and file name, or you may be able to use either as indicated below.

typedef enum XSI::siGridWidgetColumnType siGridWidgetColumnType

Types of Columns supported by siControlGrid (see siPPGControlTypeand GridData.SetColumnType)

typedef enum XSI::siGridSelectionMode siGridSelectionMode

Selection Mode for the cells of the GridWidget, see siUIGridSelectionMode in siPPGItemAttribute.

typedef enum XSI::siTxtContourStretchingMethod siTxtContourStretchingMethod

Polygon cluster contour stretching method used to generate texture coordinates as part of the GenerateUVSetByContourStretching and ModifyUVSetByContourStretching commands.

typedef enum XSI::siExplorerScope siExplorerScope

The list of scopes supported by the Scene Explorer.

typedef enum XSI::siTimeState siTimeState

States for the time change notification CTimeChangeNotificationfor Custom Displays.

typedef enum XSI::siDisplayCallback siDisplayCallback

Types of display callbacks defined for the Graphic Sequencer.

typedef enum XSI::siXGSClassType siXGSClassType

Type of object passed to an Open Graphic Sequencer callback.

typedef enum XSI::siXGSFlag siXGSFlag

Flags for Graphic Sequencer callbacks.

typedef enum XSI::siXGSPassFlag siXGSPassFlag

Pass flags for Graphic Sequencer callbacks.

typedef enum XSI::siXGSStateType siXGSStateType

XGS state types defined for the Graphic Sequencer.

typedef enum XSI::siViewMode siViewMode

Viewport display modes used by the CGraphicSequencer classfor the Graphic Sequencer.

typedef enum XSI::siParticleAttributeType siParticleAttributeType

The available types for user defined per particle ParticleAttribute.

typedef enum XSI::siAssetStorageType siAssetStorageType

This is the enumeration of the different ways an asset in Softimage can be stored.

Assets can be either ActionSource objects or deltas.
Note: This enum replaces the obsolete siSourceStorageType enum.

typedef enum XSI::siSourceStorageType siSourceStorageType

This enum has been replaced by siAssetStorageType.

typedef enum XSI::siAssetStatus siAssetStatus

This is an enumeration of how an asset in Softimage can be treated when stored externally.

Assets can be either ActionSource objects or deltas.
Note: This enum replaces the obsolete siActionStatus enum.

typedef enum XSI::siActionStatus siActionStatus

This enum has been replaced by siAssetStatus.

typedef enum XSI::siFilterType siFilterType

Specifies the different type of filters that are used for implementing and categorizing custom Filters.

Custom filters of types siFilter3DObject, siFilterSubComponentEdge, siFilterSubComponentPoint, siFilterSubComponentPolygon and siFilterProperty are automatically added to the Main Command Panel filter menus and integrated with the selection tool.

typedef enum XSI::siCommandCapabilities siCommandCapabilities

Determines the capabilities of a command.

typedef enum XSI::siSeverity siSeverity

Determines the severity types of a message implemented in a scripting language.

They can be combined.

typedef enum XSI::siMsgBoxFlags siMsgBoxFlags

Flags values supported by the XSIUIToolkit.MsgBox command.

These are identical the arguments supported by the VBScript MsgBox() and Win32 ::MessageBox() functions.

typedef enum XSI::siMsgButtonPressed siMsgButtonPressed

Return values from XSIUIToolkit.MsgBox that indicates which button was pressed by the user.

typedef enum XSI::siViewState siViewState

Specifies the view state information of the View object, such as whether the view is closed, whether the view is minimized, and whether the view is in a normal state.

typedef enum XSI::siToolbarControl siToolbarControl

Types of toolbar controls to use when building a toolbar.

Toolbar controls help you to tweak the appearance of your toolbar by adding some cosmetic features, such as separators and line breaks.

typedef enum XSI::siTimeReferenceType siTimeReferenceType

Specifies the type of time applicability of a ClipEffect on a Clip.

typedef enum XSI::siImageRatio siImageRatio

Specifies a reduction to apply to an image.

For example a 800x400 image reduced by a 4x1 ratio will have a resolution of 200x100.

typedef enum XSI::siTimeControlExtrapolationType siTimeControlExtrapolationType

The siTimeControlExtrapolationType determines how a Clip contributes to the animation outside of the frames on which it is defined.

typedef enum XSI::siMenuItemStyle siMenuItemStyle

Specifies the style of a menu item.

typedef enum XSI::siMenuAnchorPoints siMenuAnchorPoints

Identifies the location of a custom menu.

typedef enum XSI::siPortFlags siPortFlags

This enum specifies the operator port flags.

These flags are used to determine the behaviour and characteristics of the port.

typedef enum XSI::siWindowChangeState siWindowChangeState

This enum specifies what has changed during a CWindowNotification for the Custom Display Host.

typedef enum XSI::siFileType siFileType

This enum is used to determine the type of a file for the OnBeginFileExport, OnBeginFileImport, OnEndFileExport, OnEndFileImport, OnCustomFileExport, and OnCustomFileImport events.

typedef enum XSI::siClusterType siClusterType

This enum specifies the type of clusters in Softimage.

typedef enum XSI::siClusterPropertyType siClusterPropertyType

This enum specifies the type of cluster properties in Softimage.

typedef enum XSI::siCurveIsopointManipMode siCurveIsopointManipMode

This enum specifies the mode of manipulation of a curve isopoint in Softimage.

typedef enum XSI::siCurveKnotTangentAlignment siCurveKnotTangentAlignment

This enum specifies the type of alignment for a tangent of a curve knot in Softimage.

typedef enum XSI::siRBDEngine siRBDEngine

Specifies the rigid body dynamics engine used for simulation.

There can be only one rigid body dynamics engine per SimulationEnvironment.

typedef enum XSI::siKeyableAttributeType siKeyableAttributeType

Keyable attribute types.

typedef enum XSI::siClosestLocationMethod siClosestLocationMethod

Indicates the method to use for finding closest locations on a geometry.

typedef enum XSI::siNormalComputationMethod siNormalComputationMethod

Indicates the method to use for computing normals on a geometry.

These only apply to PolygonMesh objects (for NurbsSurfaceMesh the normal is always the exact surface normal).

typedef enum XSI::siLineIntersectionType siLineIntersectionType

Type of line to use when intersecting a line with a geometry.

typedef enum XSI::siImageBitDepth siImageBitDepth

This enumeration lists the allowed bit depths for each channel of an image with the specified channel types.

Not all bit depths are allowed for all channel types.

typedef enum XSI::siImageChannelType siImageChannelType

This enum lists the allowed channel types in writable images and framebuffers.

typedef enum XSI::siImageChannelFilter siImageChannelFilter

This enumeration lists the allowed filters for user-selectable channel types in the UI.

typedef enum XSI::siVolumeCenterMethod siVolumeCenterMethod

Indicates the method to use for calculating the center of a bounding volume.

typedef enum XSI::siBoundingCapsuleMethod siBoundingCapsuleMethod

Indicates the method to use for calculating the long axis of a bounding cylinder.

typedef enum XSI::siSourcePathType siSourcePathType

Specifies the source path being set for the OnSourcePathChange event.

typedef enum XSI::siModelKind siModelKind

Describes whether Model is referenced, local (regular) or an instance.

typedef enum XSI::siViewport siViewport

Used as a convenient list of identifiers for the different viewports of the view manager.

The first three are special identifiers for commands and methods that use the enumeration and do not refer to a specific viewport.

typedef enum XSI::siRenderRegionDisplayType siRenderRegionDisplayType

This enumeration represents the list of display types for the render region.

These display types affect any framebuffer being viewed.

typedef enum XSI::siModificationDeltaType siModificationDeltaType

Type of delta modification on a referenced model.

typedef enum XSI::siNodePortDataInsertionLocation siNodePortDataInsertionLocation

Specifies the relative location where new node ports will be added.

typedef enum XSI::siPPGEventID siPPGEventID

Defines the possible actions that trigger calling the PPGEvent callback function.

typedef enum XSI::siRenderProcessType siRenderProcessType

The process types that a rendering engine can perform.

These types are used both when a render engine is registered, to indicate to Softimage which process type it can perform, and when the render engine's Process callback is called to indicate which type of processing Softimage wants it to perform at that point.

typedef enum XSI::siRenderQueryType siRenderQueryType

Query codes that a rendering engine needs to respond to if it supports object archives and stand-ins, via registering itself with a siRenderProcessType::siRenderProcessExportObjectArchive process type, and multiple display bit depths.

These query codes are used in conjunction with the renderer query callback and have no meaning outside of it since the query results are returned through specific context attributes.

typedef enum XSI::siRenderQualityType siRenderQualityType

Quality levels that a rendering engine's renderer properties can be set to, or queried for.

These quality levels are used in conjunction with the renderer quality callback and have no meaning outside of it since the quality levels are used through a specific context attribute.

typedef enum XSI::siRenderPropertyType siRenderPropertyType

When a render engine registers, it provides a list of specific properties that Softimage should create for it.

Note: At this time, only the render options property is supported.

typedef enum XSI::siRenderShutterType siRenderShutterType

Controls when the camera's shutter opens and closes when generating motion blur for render.

typedef enum XSI::siRenderFrameSource siRenderFrameSource

Controls how the render frame list is computed for passes.

This enum can also be used for scene render options, but siRenderFrameSourceGlobalOptions is an invalid value.

typedef enum XSI::siDragAndDropAction siDragAndDropAction

Possible actions for the drag and drop notification.

typedef enum XSI::siICEAttributeCategory siICEAttributeCategory

Describes how the ICEAttribute data is defined.

typedef enum XSI::siICENodeThreadingModel siICENodeThreadingModel

Defines the threading models available for ICENode evaluation.

typedef enum XSI::siICEShapeType siICEShapeType

Defines the particle shape types for rendering.

typedef enum XSI::siRenderVerbosity siRenderVerbosity

This enum specifies the render verbosity settings used when rendering or exporting passes.

typedef enum XSI::siTimeTransportSeekMode siTimeTransportSeekMode

Softimage TimeTransport seek modes.

typedef enum XSI::siGraphicDriver siGraphicDriver

Enumerates the supported graphics drivers.

typedef enum XSI::siHardwareSurfaceDimension siHardwareSurfaceDimension

Defines the dimension of a hardware surface.

typedef enum XSI::siResourceSharing siResourceSharing

Defines the sharing capability of a resource.

typedef enum XSI::siHardwareInputSemantic siHardwareInputSemantic

Describes the standard vertex attribute hardware slot for a Realtime Shader.

typedef enum XSI::siCollapseLayersPlottingType siCollapseLayersPlottingType

Indicates the plotting type to use when collapsing animation layers.

typedef enum XSI::siMaterialConflictAction siMaterialConflictAction

This indicates the action to perform when there is a conflict with a material.

typedef enum XSI::siHWShaderVersionID siHWShaderVersionID

Declares the supported hardware shader versions.

typedef enum XSI::siXGSContextFlag siXGSContextFlag

Context flags for the Graphic Sequencer.

typedef enum XSI::siXGSRenderFlag siXGSRenderFlag

XGS render flags for the Graphic Sequencer.

typedef enum XSI::siCustomDisplayFlags siCustomDisplayFlags

Determines the behavior and look of a Custom Display.

typedef enum XSI::siComponentDataType siComponentDataType

Specifies the type of component data (vector3, boolean, color, etc.) on an ICEAttribute.

typedef enum XSI::siComponentDataContext siComponentDataContext

Specifies the context of component data (points, edges, etc.) on an ICEAttribute.

typedef enum XSI::siComponentDataStructure siComponentDataStructure

Specifies the structure of component data (single element or dynamic array) on an ICEAttribute.

typedef enum XSI::siRenderChannelType siRenderChannelType

Types of data allowed for render channels.

All channel types, apart from the custom type, are interpreted by Softimage for display viewing.

typedef enum XSI::siICENodeDataType siICENodeDataType

Defines the types of data that can be associated to a ICE node port connection.

typedef enum XSI::siICENodeStructureType siICENodeStructureType

Defines the way data are structured for ICE node connections: single data or dynamic array.

typedef enum XSI::siICENodeContextType siICENodeContextType

Defines the element set associated with the data for ICE node connections.

In other words, which elements will be evaluated.

typedef enum XSI::siAutoCompleteMode siAutoCompleteMode

Determines the behavior of the auto-complete feature for a text editor widget control (see siPPGControlType::siControlTextEditor).

typedef enum XSI::siTextEditorCapability siTextEditorCapability

Determines the availability of the File menu functions for a text editor widget control (siPPGControlType::siControlTextEditor).

By default, if you display the toolbar (explicitly set the siPPGItemAttribute::siUIToolbar attribute to true), every function (entry) in the menu will be enabled. However, you can disable the loading and saving functions by setting the siPPGItemAttribute::siUICapability attribute to one of these values.
Note: Using these values does not affect the Edit menu at all nor does it change the availability of the rest of the File menu functions (Recent Files, Preferences, and Print).

typedef enum XSI::siViewportFeature siViewportFeature

Defines the supported features for a custom viewport.

typedef enum XSI::siTimeTransportPlaybackMode siTimeTransportPlaybackMode

Softimage TimeTransport playback types.

typedef enum XSI::siTimeTransportState siTimeTransportState

Softimage TimeTransport states.

typedef enum XSI::siToolCapabilities siToolCapabilities

Various flags that affect tool behaviour.

typedef enum XSI::siToolCursor siToolCursor

ToolContext cursors.

typedef enum XSI::siAlignment siAlignment

ToolContext text/menu alignment.

typedef enum XSI::siSnapType siSnapType

ToolContext snapping type flags.

typedef enum XSI::siPickMode siPickMode

ToolContext picking mode flags.

typedef enum XSI::siPickType siPickType

ToolContext picking type flags.

typedef enum XSI::siPasteUVsMode siPasteUVsMode

This indicates which UVs indices to use when the UVs are copied from one object and pasted onto another object.

typedef enum XSI::siSetValueMode siSetValueMode

This indicates the mathematical mode when setting a new value to a current value.

typedef XSI::CICEAttributeDataArray< float > CICEAttributeDataArrayFloat

Definition at line 617 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< LONG > CICEAttributeDataArrayLong

Definition at line 618 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< bool > CICEAttributeDataArrayBool

Definition at line 619 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CVector2f > CICEAttributeDataArrayVector2f

Definition at line 620 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CVector3f > CICEAttributeDataArrayVector3f

Definition at line 621 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CVector4f > CICEAttributeDataArrayVector4f

Definition at line 622 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CQuaternionf > CICEAttributeDataArrayQuaternionf

Definition at line 623 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CRotationf > CICEAttributeDataArrayRotationf

Definition at line 624 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CMatrix3f > CICEAttributeDataArrayMatrix3f

Definition at line 625 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CMatrix4f > CICEAttributeDataArrayMatrix4f

Definition at line 626 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CColor4f > CICEAttributeDataArrayColor4f

Definition at line 627 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray< XSI::MATH::CShape> CICEAttributeDataArrayShape

Definition at line 628 of file xsi_iceattributedataarray.h.

typedef XSI::CICEAttributeDataArray2D< float > CICEAttributeDataArray2DFloat

Definition at line 438 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< LONG > CICEAttributeDataArray2DLong

Definition at line 439 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< bool > CICEAttributeDataArray2DBool

Definition at line 440 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CVector2f > CICEAttributeDataArray2DVector2f

Definition at line 441 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CVector3f > CICEAttributeDataArray2DVector3f

Definition at line 442 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CVector4f > CICEAttributeDataArray2DVector4f

Definition at line 443 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CQuaternionf > CICEAttributeDataArray2DQuaternionf

Definition at line 444 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CRotationf > CICEAttributeDataArray2DRotationf

Definition at line 445 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CMatrix3f > CICEAttributeDataArray2DMatrix3f

Definition at line 446 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CMatrix4f > CICEAttributeDataArray2DMatrix4f

Definition at line 447 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CColor4f > CICEAttributeDataArray2DColor4f

Definition at line 448 of file xsi_iceattributedataarray2D.h.

typedef XSI::CICEAttributeDataArray2D< XSI::MATH::CShape > CICEAttributeDataArray2DShape

Definition at line 449 of file xsi_iceattributedataarray2D.h.

---

Enumeration Type Documentation

enum siErrorValueEnum

Error constants.

To use with Err object.

See also:

RemoveKey RemoveKeyOnKeyable RemoveKeyOnMarkedKeyable

Enumerator:

siErrCancelled

Command was cancelled.

Definition at line 39 of file xsi_decl.h.

    {   siErrCancelled  = 0x4c7L        
    }   siErrorValueEnum;

enum siDefaultTimeFormat

Time format values which are used by siTimeFormatDefaultFrameFormat UserPreference.

See also:

SetValue

Enumerator:

siDefaultFILM24	FILM 24 frames per second.
siDefaultPAL25	PAL 25 frames per second.
siDefaultNTSC30	NTSC 29.97 frames per second.
siDefaultUserTimeFormat	User ticks per second.
siDefault30	HDTV 30 frames per seconde interlaced.

Definition at line 47 of file xsi_decl.h.

    {   siDefaultFILM24 = 7,        
    siDefaultPAL25  = 8,        
    siDefaultNTSC30 = 10,       
    siDefaultUserTimeFormat = 11,       
    siDefault30 = 19        
    }   siDefaultTimeFormat;

enum siDisplayTimeFormat

Time format values which are used by siTimeDisplayFormatUserFormat UserPreference.

See also:

SetValue

Enumerator:

siDisplayMilliSeconds	Used for display format, to show the milliseconds equivalent of a frame rate.
siDisplayFILM24	FILM 24 frames per second.
siDisplayPAL25	PAL 25 frames per second.
siDisplayNTSCDF	NTSC Drop Frame display format.
siDisplayNTSC30	NTSC 29.97 frames per second (non-drop frame).
siDisplaySampleRate	Corresponds to the audio sample rate.

Definition at line 59 of file xsi_decl.h.

    {   siDisplayMilliSeconds   = 2,        
    siDisplayFILM24 = 7,        
    siDisplayPAL25  = 8,        
    siDisplayNTSCDF = 9,        
    siDisplayNTSC30 = 10,       
    siDisplaySampleRate = 12        
    }   siDisplayTimeFormat;

enum siFilterMode

Different modes for SIFilter command.

See also:

SIFilter

Enumerator:

siQuickSearch	Look up filter from installed filters.
siSearchFamilies	Look up filter name in registered families.
siSearchObjects	Look up filter name in registered objects (not implemented)
siFullSearch	siSearchFamilies and siSearchObjects

Definition at line 72 of file xsi_decl.h.

    {   siQuickSearch   = 0,        
    siSearchFamilies    = 1,        
    siSearchObjects = 2,        
    siFullSearch    = 3     
    }   siFilterMode;

enum siDeltaMode

Delta transformation modes for transformation commands (Translate, Rotate, Scale)

See also:

Translate Rotate Scale TranslateUVW RotateUVW ScaleUVW

Enumerator:

siAbsolute	Transformation moves the object to an absolute position.
siRelative	Transformation moves the object a relative distance.

Definition at line 83 of file xsi_decl.h.

    {   siAbsolute  = 0,        
    siRelative  = 1     
    }   siDeltaMode;

enum siTextureEffectsComputation

Texture effects bit flags, to be used in conjunction with Texture.GetTransformValues

Enumerator:

siTextureComputeTransformation	Uses the transformation of the Texture projection definition.
siTextureComputeCropping	Uses the Image effect applied to the image clip.
siTextureComputeUVRemap	Remaps the UVW domains using the data stored into the Advanced tab of the texture shader.
siTextureComputeFlip	Uses the Flip information on the image clipto swap the UV values.
siTextureComputeRepeats	Uses the repeat information of the texture shader.This flag applies to polygon mesh objects only. Artifacts may appear if the texture ends in the middle of a polygon.
siTextureComputeAlternate	Only applies if the Repeat is on. Uses the alternate flag stored on the texture shader. This flag applies to polygon mesh objects only.
siTextureComputeWrapping	Uses the flags stored on the Texture projection definition.This flag applies to polygon mesh objects only. Artifacts may appear if the texture ends in the middle of a polygon.

Definition at line 90 of file xsi_decl.h.

    {   siTextureComputeTransformation  = 1,        
    siTextureComputeCropping    = 2,        
    siTextureComputeUVRemap = 4,        
    siTextureComputeFlip    = 8,        
    siTextureComputeRepeats = 16,       
    siTextureComputeAlternate   = 32,       
    siTextureComputeWrapping    = 64        
    }   siTextureEffectsComputation;

enum siRefMode

Reference transformation modes for transformation commands (Translate, Rotate, Scale).

Note: "COG" indicates an additional translation about the Centre-Of-Geometry. "Sym" indicates a symmetrical translation. These indicators can also be used in combination.

Enumerator:

siGlobal	Global (world) relative movement or position.
siLocal	Local movement relative to center of each object/component.
siObjCtr	By Reference movement relative to center of referenced object or an absolute position where 0,0,0 is the center of the referenced object. This corresponds to Ref mode on the MCP panel.
siView	By Reference movement relative to the view.
siParent	Object/Parent movement is relative to the center of the parent (for an object) or the object (for a component).
siPlane	By Reference movement relative to the active reference plane. This corresponds to Plane mode on the MCP panel.
siPivot	Object/Pivot movement is relative to the object's pivot. If the object has not pivot or neutral pose, siPivot is the same as siParent.
siAdd	Additive rotation when manipulating (rotation only)
siGlobalCOG	Global + COG.
siLocalCOG	Local + COG.
siObjectCOG	Object + COG.
siViewCOG	View + COG.
siParentCOG	Parent + COG.
siPlaneCOG	Plane + COG.
siPivotCOG	Pivot + COG.
siAddCOG	Add + COG.
siGlobalSym	Global + Sym.
siLocalSym	Local + Sym.
siObjectSym	Object + Sym.
siViewSym	View + Sym.
siParentSym	Parent + Sym.
siPlaneSym	Plane + Sym.
siPivotSym	Pivot + Sym.
siAddSym	Add + Sym.
siGlobalSymCOG	Global + Sym + COG.
siLocalSymCOG	Local + Sym + COG.
siObjectSymCOG	Object + Sym + COG.
siViewSymCOG	View + Sym + COG.
siParentSymCOG	Parent + Sym + COG.
siPlaneSymCOG	Plane + Sym + COG.
siPivotSymCOG	Pivot + Sym + COG.
siAddSymCOG	Add + Sym + COG.

Definition at line 102 of file xsi_decl.h.

    {   siGlobal    = 1,        
    siLocal = 2,        
    siObjCtr    = 3,        
    siView  = 4,        
    siParent    = 6,        
    siPlane = 7,        
    siPivot = 8,        
    siAdd   = 70,       
    siGlobalCOG = 17,       
    siLocalCOG  = 18,       
    siObjectCOG = 19,       
    siViewCOG   = 20,       
    siParentCOG = 22,       
    siPlaneCOG  = 23,       
    siPivotCOG  = 24,       
    siAddCOG    = 86,       
    siGlobalSym = 2049,     
    siLocalSym  = 2050,     
    siObjectSym = 2051,     
    siViewSym   = 2052,     
    siParentSym = 2054,     
    siPlaneSym  = 2055,     
    siPivotSym  = 2056,     
    siAddSym    = 2118,     
    siGlobalSymCOG  = 2065,     
    siLocalSymCOG   = 2066,     
    siObjectSymCOG  = 2067,     
    siViewSymCOG    = 2068,     
    siParentSymCOG  = 2070,     
    siPlaneSymCOG   = 2071,     
    siPivotSymCOG   = 2072,     
    siAddSymCOG = 2134      
    }   siRefMode;

enum siCenterMode

Center transformation modes for transformation commands.

Enumerator:

siObj	Object/component will be translated.
siCtr	Center of the object will be translated.

Definition at line 139 of file xsi_decl.h.

    {   siObj   = 0,        
    siCtr   = 1     
    }   siCenterMode;

enum siAxesFilter

Axes filters for transformation commands (Translate, Rotate, Scale).

Note: This flag is only used for absolute transformations.

Enumerator:

siX	Filter in X.
siY	Filter in Y.
siXY	Filter in X & Y.
siZ	Filter in Z.
siXZ	Filter in X & Z.
siYZ	Filter in Y & Z.
siXYZ	Filter in X & Y & Z.

Definition at line 146 of file xsi_decl.h.

    {   siX = 1,        
    siY = 2,        
    siXY    = 3,        
    siZ = 4,        
    siXZ    = 5,        
    siYZ    = 6,        
    siXYZ   = 7     
    }   siAxesFilter;

enum siUVWAxesFilter

Axes filters for transformation commands (TranslateUVW, RotateUVW, ScaleUVW)

Enumerator:

siU	Filter in U.
siV	Filter in V.
siUV	Filter in U & V.
siW	Filter in W.
siUW	Filter in U & W.
siVW	Filter in V & W.
siUVW	Filter in U & V & W.

Definition at line 158 of file xsi_decl.h.

    {   siU = 1,        
    siV = 2,        
    siUV    = 3,        
    siW = 4,        
    siUW    = 5,        
    siVW    = 6,        
    siUVW   = 7     
    }   siUVWAxesFilter;

enum siTransformFilter

Transformation type filters (Translation, Rotation, Scaling)

Enumerator:

siScl	Scaling.
siRot	Rotation.
siTrn	Translation.
siSR	Scaling & Rotation.
siST	Scaling & Translation.
siRT	Rotation & Translation.
siSRT	Scaling & Rotation & Translation.

Definition at line 170 of file xsi_decl.h.

    {   siScl   = 1,        
    siRot   = 2,        
    siTrn   = 4,        
    siSR    = 8,        
    siST    = 16,       
    siRT    = 32,       
    siSRT   = 64        
    }   siTransformFilter;

enum siParameterFilter

Parameter filter (Marked, Animated, Scaling, Rotation, Translation, Weight, etc..)

Enumerator:

siNoParam	No Parameter.
siMarkedParam	Marked Parameters.
siAnimatedParam	Animated Parameters.
siSelectedParam	Selected Parameters.
siScalingParam	Scaling Parameters.
siRotationParam	Rotation Parameters.
siTranslationParam	Translation Parameters.
siTransformParam	All Transform Parameters.
siAllParam	All Parameters.

Definition at line 182 of file xsi_decl.h.

    {   siNoParam   = 0,        
    siMarkedParam   = 1,        
    siAnimatedParam = 3,        
    siSelectedParam = 4,        
    siScalingParam  = 5,        
    siRotationParam = 6,        
    siTranslationParam  = 7,        
    siTransformParam    = 8,        
    siAllParam  = 128       
    }   siParameterFilter;

enum siPSetRelationship

Parent-child parameter set relationships.

Enumerator:

siContainedPSet	Child is contained as part of parent (for example, Kinematics)
siSharedPSet	Child is an inherited PSet.
siLocalPSet	Child is a local PSet.
siObjectPSet	Child is a member of the parent (for example, Object in Group)
siPortPSet	Child is connected to the parent PSet (for example, Shader/Operator)
siParameterPSet	Child is a leaf component part of the parent (for example, Object.Name). (not implemented)

Definition at line 196 of file xsi_decl.h.

    {   siContainedPSet = 1,        
    siSharedPSet    = 2,        
    siLocalPSet = 4,        
    siObjectPSet    = 8,        
    siPortPSet  = 16,       
    siParameterPSet = 32        
    }   siPSetRelationship;

enum siPropagationType

Property propagation types.

Enumerator:

siDefaultPropagation	Based on propagation of selection type.
siBranchPropagation	Branch propagation.
siNodePropagation	Node propagation.

Definition at line 207 of file xsi_decl.h.

    {   siDefaultPropagation    = 0,        
    siBranchPropagation = 1,        
    siNodePropagation   = 2     
    }   siPropagationType;

enum siDupHierarchy

Hierarchy options for duplication commands.

Enumerator:

siNodeDuplicate	duplicate node only
siBranchDuplicate	duplicate branch
siDefaultDuplicate	duplicate based on selection type

Definition at line 215 of file xsi_decl.h.

    {   siNodeDuplicate = 0,        
    siBranchDuplicate   = 1,        
    siDefaultDuplicate  = 3     
    }   siDupHierarchy;

enum siDupHistory

History options for duplication commands.

Enumerator:

siCurrentHistory	Duplicate final resulting geometry of the source object.
siOriginalHistory	Duplicate the original geometry of the source object (not implemented)
siDuplicateHistory	Duplicate whole construction history if the source object.
siSharedHistory	Share the construction history of the source object such that changes to the source object effect the copied object (same as instance)

Definition at line 223 of file xsi_decl.h.

    {   siCurrentHistory    = 0,        
    siOriginalHistory   = 1,        
    siDuplicateHistory  = 2,        
    siSharedHistory = 3     
    }   siDupHistory;

enum siDupParent

Parenting options for duplication commands.

Enumerator:

siNoParent	Parent the copied object under the scene root.
siSharedParent	Share the parent of the source object.
siNewNullParent	Create a null to act as the parent of this object.

Definition at line 232 of file xsi_decl.h.

    {   siNoParent  = 0,        
    siSharedParent  = 1,        
    siNewNullParent = 2     
    }   siDupParent;

enum siDupGroup

Grouping options for duplication commands.

Enumerator:

siNoGrouping	Ignore grouping.
siShareGrouping	Add duplicate to the same groups as the source (not implemented)

Definition at line 240 of file xsi_decl.h.

    {   siNoGrouping    = 0,        
    siShareGrouping = 1     
    }   siDupGroup;

enum siDupProperty

Property options for duplication commands.

Enumerator:

siDuplicateProperties	Copy properties from the source.
siSharedProperties	Share properties with the source (not implemented)
siNoProperties	Ignore properties.

Definition at line 247 of file xsi_decl.h.

    {   siDuplicateProperties   = 0,        
    siSharedProperties  = 1,        
    siNoProperties  = 2     
    }   siDupProperty;

enum siDupAnimation

Animation options for duplication commands.

Enumerator:

siDuplicateAnimation	Copy animation from the source and share the mixer source.
siNoAnimation	Ignore animation.
siDupAnimationCopySource	Copy animation from the source and copy the mixer source.

Definition at line 255 of file xsi_decl.h.

    {   siDuplicateAnimation    = 0,        
    siNoAnimation   = 1,        
    siDupAnimationCopySource    = 2     
    }   siDupAnimation;

enum siDupConstraint

Constraint options for duplication commands.

Enumerator:

siDuplicateConstraints	Copy constraints from the source.
siShareConstraints	Share constraints with the source (not implemented)
siNoConstraints	Ignore constraints.

Definition at line 263 of file xsi_decl.h.

    {   siDuplicateConstraints  = 0,        
    siShareConstraints  = 1,        
    siNoConstraints = 2     
    }   siDupConstraint;

enum siDupTextureSupport

Texture Support options for duplication commands.

Enumerator:

siDuplicateSelectedTextureSupports	Projection definition is linked to a duplicated texture support object if the object was selected for duplication, shared otherwise.
siDuplicateTextureSupports	Texture support object is duplicated for each projection.
siShareTextureSupports	Texture support object is shared by the duplicated projections.
siFreezeAllProjections	Duplicated projections are frozen and disconnected from the texture support object.

Definition at line 271 of file xsi_decl.h.

    {   siDuplicateSelectedTextureSupports  = 0,        
    siDuplicateTextureSupports  = 1,        
    siShareTextureSupports  = 2,        
    siFreezeAllProjections  = 3     
    }   siDupTextureSupport;

enum siDupSelection

Selection options for duplication commands.

Enumerator:

siSetSelection	Set the current selection to the copied object.
siNoSelection	Do not change the current selection.
siAddToSelection	Extend the current selection to include the copied object.

Definition at line 280 of file xsi_decl.h.

    {   siSetSelection  = 0,        
    siNoSelection   = 1,        
    siAddToSelection    = 2     
    }   siDupSelection;

enum siDupTransform

Transform options for duplication commands.

Enumerator:

siGlobalXForm	Apply same global transform as source object.
siApplyRepeatXForm	Apply and repeat transform argument on duplicated objects.

Definition at line 288 of file xsi_decl.h.

    {   siGlobalXForm   = 0,        
    siApplyRepeatXForm  = 1     
    }   siDupTransform;

enum siKeyboardState

Keyboard modifier states.

Enumerator:

siShiftMask	SHIFT key bit mask.
siCtrlMask	CTRL key bit mask.
siAltMask	ALT key bit mask.

Definition at line 295 of file xsi_decl.h.

    {   siShiftMask = 1,        
    siCtrlMask  = 2,        
    siAltMask   = 4     
    }   siKeyboardState;

enum siInspectMode

Inspection Dialog Modes.

Enumerator:

siRecycle	Recycle dialog.
siFollow	Recycle dialog if object is of the same family.
siLock	Prevent dialog from being recycled.
siModal	Pop up a modal dialog.
siLockAndForceNew	Force a new dialog to open and prevent dialog from being recycled.

Definition at line 303 of file xsi_decl.h.

    {   siRecycle   = 1,        
    siFollow    = 2,        
    siLock  = 3,        
    siModal = 4,        
    siLockAndForceNew   = 5     
    }   siInspectMode;

enum siInspectBrowseMode

Constants that define the way to browse the inspection history.

Enumerator:

siNext	Browse to the next inspection in the history ( newer )
siPrevious	Browse to the previous inspection in the history ( older )
siLast	Browse to the last inspection in the history ( newest )
siFirst	Browse to the first inspection in the history ( oldest )

Definition at line 313 of file xsi_decl.h.

    {   siNext  = 1,        
    siPrevious  = 2,        
    siLast  = 3,        
    siFirst = 4     
    }   siInspectBrowseMode;

enum siSourceType

Animation Source Types.

Enumerator:

siFCurveSource	Include fcurves.
siExpressionSource	Include expressions.
siAnySource	Any source.
siMixerSource	Mixer source.
siConstraintSource	Constraint source.
siScriptedOperatorSource	Scripted operator source.
siShapeAnimationSource	Shape animation source.

Definition at line 322 of file xsi_decl.h.

    {   siFCurveSource  = 1,        
    siExpressionSource  = 2,        
    siAnySource = 4,        
    siMixerSource   = 8,        
    siConstraintSource  = 16,       
    siScriptedOperatorSource    = 32,       
    siShapeAnimationSource  = 64        
    }   siSourceType;

enum siBranchFlag

The branch flag is used to determine whether we are referring to the object as a node or as a branch.

Enumerator:

siNode	Node.
siBranch	Branch.
siUnspecified	Unspecified.
siNotSelected	Not selected.

Definition at line 334 of file xsi_decl.h.

    {   siNode  = 0,        
    siBranch    = 1,        
    siUnspecified   = 3,        
    siNotSelected   = 4     
    }   siBranchFlag;

enum siOperationMode

The operation mode is used to determine if we are in immediate mode or persistent mode.

Enumerator:

siPersistentOperation	Persistent Operation.
siImmediateOperation	Immediate Operation.

Definition at line 343 of file xsi_decl.h.

    {   siPersistentOperation   = 0,        
    siImmediateOperation    = 1     
    }   siOperationMode;

enum siGeneratorInputsDisposalMode

This mode is used to determine if we should keep, hide or delete the inputs after a generator is applied.

Enumerator:

siKeepGenOpInputs	Keep the inputs.
siHideGenOpInputs	Hide the inputs.
siDeleteGenOpInputs	Delete the inputs.

Definition at line 350 of file xsi_decl.h.

    {   siKeepGenOpInputs   = 0,        
    siHideGenOpInputs   = 1,        
    siDeleteGenOpInputs = 2     
    }   siGeneratorInputsDisposalMode;

enum siComponentVisibilityMode

This mode is used to determine if the command should only apply to visible components.

Enumerator:

siIgnoreComponentVisibility	Ignore Visibility.
siCheckComponentVisibility	Check Visibility.

Definition at line 358 of file xsi_decl.h.

    {   siIgnoreComponentVisibility = 0,        
    siCheckComponentVisibility  = 1     
    }   siComponentVisibilityMode;

enum siActionWhenLocalMaterialsOverlap

This indicates what to do when local materials overlap.

Enumerator:

siPromptUser	Prompt the user that local materials overlap (used by ApplyShader only)
siRemoveFromSelectedClusters	Remove the common elements from the selected clusters.
siRemoveFromExistingClusters	Remove the common elements from the existing clusters.
siLetLocalMaterialsOverlap	Let the local materials overlap (used by ApplyShader only)
siJustReturnExistingClusters	Return the existing clusters overlapping with the selected ones (used by ClusterNonOverlapEnforcement only)

Definition at line 365 of file xsi_decl.h.

    {   siPromptUser    = 0,        
    siRemoveFromSelectedClusters    = 1,        
    siRemoveFromExistingClusters    = 2,        
    siLetLocalMaterialsOverlap  = 3,        
    siJustReturnExistingClusters    = 4     
    }   siActionWhenLocalMaterialsOverlap;

enum siSplitPolygonType

Split type for polygons.

Enumerator:

siByTheVertices	Split along the vertices.
siByTheEdgesMidPoints	Add edges from the geometric center of a polygon to the midpoint of each edge.
siCross	Draw edges from the midpoint of a polygon to each of its vertices.
siDiamond	Draw edges connecting the midpoints of a polygon's edges.

Definition at line 375 of file xsi_decl.h.

    {   siByTheVertices = 0,        
    siByTheEdgesMidPoints   = 1,        
    siCross = 2,        
    siDiamond   = 3     
    }   siSplitPolygonType;

enum siSelectionUpdate

Constants that define the different options for updating selection list when working with topology operators.

Enumerator:

siLeaveSelection	Leave selection.
siCleanSelection	Clean selection.
siUpdateSelection	Update selection.

Definition at line 384 of file xsi_decl.h.

    {   siLeaveSelection    = 0,        
    siCleanSelection    = 1,        
    siUpdateSelection   = 2     
    }   siSelectionUpdate;

enum siTxtCreationType

Texture creation type constants.

To use with the texturing commands.

Enumerator:

siTxtPlanarXY	XY Planar projection.
siTxtPlanarXZ	XZ Planar projection.
siTxtPlanarYZ	YZ Planar projection.
siTxtCylindrical	Cylindrical projection.
siTxtSpherical	Spherical projection.
siTxtSpatial	Spatial projection.
siTxtCamera	Camera projection.
siTxtUV	UV projection.
siTxtLollipop	Lollipop projection.
siTxtPureImplicit	Purely implicit projection.
siTxtCubic	Cubic projection.
siTxtUniqueUV	Unique UV projection.

Definition at line 392 of file xsi_decl.h.

    {   siTxtPlanarXY   = 0,        
    siTxtPlanarXZ   = 1,        
    siTxtPlanarYZ   = 2,        
    siTxtCylindrical    = 3,        
    siTxtSpherical  = 4,        
    siTxtSpatial    = 5,        
    siTxtCamera = 6,        
    siTxtUV = 7,        
    siTxtLollipop   = 8,        
    siTxtPureImplicit   = 9,        
    siTxtCubic  = 10,       
    siTxtUniqueUV   = 11        
    }   siTxtCreationType;

enum siTxtDefaultCreationType

Default texture creation type constants.

To use with the texturing commands.

Enumerator:

siTxtDefaultPlanarXY	XY Planar projection.
siTxtDefaultPlanarXZ	XZ Planar projection.
siTxtDefaultPlanarYZ	YZ Planar projection.
siTxtDefaultCylindrical	Cylindrical projection.
siTxtDefaultSpherical	Spherical projection.
siTxtDefaultSpatial	Spatial projection.
siTxtDefaultCubic	Cubic projection.
siTxtDefaultLollipop	Lollipop projection.

Definition at line 409 of file xsi_decl.h.

    {   siTxtDefaultPlanarXY    = 0,        
    siTxtDefaultPlanarXZ    = 1,        
    siTxtDefaultPlanarYZ    = 2,        
    siTxtDefaultCylindrical = 3,        
    siTxtDefaultSpherical   = 4,        
    siTxtDefaultSpatial = 5,        
    siTxtDefaultCubic   = 6,        
    siTxtDefaultLollipop    = 8     
    }   siTxtDefaultCreationType;

enum siTxtProjType

Texture projection type constants.

To use with the texturing commands.

Enumerator:

siProjPlanar	Planar projection.
siProjCylindrical	Cylindrical projection.
siProjSpherical	Spherical projection.
siProjLollipop	Lollipop projection.
siProjSpatial	Spatial projection.
siProjCubic	Cubic projection.

Definition at line 422 of file xsi_decl.h.

    {   siProjPlanar    = 0,        
    siProjCylindrical   = 1,        
    siProjSpherical = 2,        
    siProjLollipop  = 3,        
    siProjSpatial   = 4,        
    siProjCubic = 5     
    }   siTxtProjType;

enum siTxtProjPlane

Texture projection plane constants.

To use with the texturing commands.

Enumerator:

siPlaneXY	XY Plane.
siPlaneXZ	XZ Plane.
siPlaneYZ	YZ Plane.

Definition at line 433 of file xsi_decl.h.

    {   siPlaneXY   = 0,        
    siPlaneXZ   = 1,        
    siPlaneYZ   = 2     
    }   siTxtProjPlane;

enum siTxtProjFitMethod

Texture support positioning constants.

To use with the texturing commands.

Enumerator:

siRelDefault	Perform default behavior for input: siRelBestFit for subcomponents, siRelObject for objects.
siRelBestFit	Choose the best fit for the projection.
siRelObject	Align relative to the object's coordinate system.
siRelWorld	Align relative to the world's coordinate system.
siRelObjectPosObject	Align relative to the object's coordinate system, and position/scale relative to the object's bounding box.
siRelWorldPosObject	Align relative to the world's coordinate system, and position/scale relative to the object's bounding box.

Definition at line 441 of file xsi_decl.h.

    {   siRelDefault    = 0,        
    siRelBestFit    = 1,        
    siRelObject = 2,        
    siRelWorld  = 3,        
    siRelObjectPosObject    = 4,        
    siRelWorldPosObject = 5     
    }   siTxtProjFitMethod;

enum siChangeUVInputActions

Actions for the ChangeUVInput command.

Enumerator:

siChangeUVInputActionSwim	Cause the UV to swim (move to top of operator stack).
siChangeUVInputActionStick	If the UV operator is swimming (top of operator stack), cause the operator to stick (top of modeling).
siChangeUVInputActionReproject	If the UV operator is sticking (modeling region), force the operator to the top of the modeling stack.

Definition at line 452 of file xsi_decl.h.

    {   siChangeUVInputActionSwim   = 0,        
    siChangeUVInputActionStick  = 1,        
    siChangeUVInputActionReproject  = 2     
    }   siChangeUVInputActions;

enum siAlignModes

Modes for the align command.

Enumerator:

siAlignGMIN	Global minimum bounding value of the whole selection.
siAlignGMIDDLE	Global center bounding value of the whole selection.
siAlignGMAX	Global maximum bounding value of the whole selection.
siAlignFMIN	Minimum bounding value of the first selected object.
siAlignFMIDDLE	Center bounding value of the first selected object.
siAlignFMAX	Maximum bounding value of the first selected object.

Definition at line 460 of file xsi_decl.h.

    {   siAlignGMIN = 0,        
    siAlignGMIDDLE  = 1,        
    siAlignGMAX = 2,        
    siAlignFMIN = 3,        
    siAlignFMIDDLE  = 4,        
    siAlignFMAX = 5     
    }   siAlignModes;

enum siWeightPresets

Presets for the PresetWeight command.

Enumerator:

siWeightEaseIn	Ease-in preset.
siWeightEaseOut	Ease-out preset.
siWeightLinearEaseIn	Linear ease-in preset.
siWeightLinearEaseOut	Linear ease-out preset.
siWeightExponentialIn	Exponential-in preset.
siWeightExponentialOut	Exponential-out presett.
siWeightGaussian	Gaussian preset.
siWeightGaussianReverse	Reverse gaussian preset.
siWeightSquare	Square preset.
siWeightSquareReverse	Reverse square preset.
siWeightOscillate	Oscillation preset.
siWeightConstant	Constant preset.
siWeightFlipX	Flip X of weight curve.
siWeightFlipY	Flip Y of weight curve.

Definition at line 471 of file xsi_decl.h.

    {   siWeightEaseIn  = 1,        
    siWeightEaseOut = 2,        
    siWeightLinearEaseIn    = 3,        
    siWeightLinearEaseOut   = 4,        
    siWeightExponentialIn   = 5,        
    siWeightExponentialOut  = 6,        
    siWeightGaussian    = 7,        
    siWeightGaussianReverse = 8,        
    siWeightSquare  = 9,        
    siWeightSquareReverse   = 10,       
    siWeightOscillate   = 11,       
    siWeightConstant    = 12,       
    siWeightFlipX   = 13,       
    siWeightFlipY   = 14        
    }   siWeightPresets;

enum siCutClipOptions

Cut options for the CutClip command.

Enumerator:

siCut	Splits the clip in two distincts clips.
siTrimBefore	Trims the clip keeping the tail.
siTrimAfter	Trims the clip keeping the head.

Definition at line 490 of file xsi_decl.h.

    {   siCut   = 1,        
    siTrimBefore    = 2,        
    siTrimAfter = 3     
    }   siCutClipOptions;

enum siEditClipOptions

Edit clip options for the EditClip command.

Enumerator:

siClipNudge	Nudge clip.
siClipSlip	Slip clip.
siClipTrim	Trim clip.
siClipScale	Scale clip.
siClipStartAt	Start clip at frame.
siClipEndAt	End clip at frame.
siClipScaleTo	Scale clip to frame.

Definition at line 498 of file xsi_decl.h.

    {   siClipNudge = 1,        
    siClipSlip  = 2,        
    siClipTrim  = 3,        
    siClipScale = 4,        
    siClipStartAt   = 5,        
    siClipEndAt = 6,        
    siClipScaleTo   = 7     
    }   siEditClipOptions;

enum siPresetLocation

Preset locations.

Enumerator:

siDefaultLocation	Default location.
siFactory	Factory.
siUser	User.
siWorkgroup	Workgroup.
siProject	Project.

Definition at line 510 of file xsi_decl.h.

    {   siDefaultLocation   = 0,        
    siFactory   = 1,        
    siUser  = 2,        
    siWorkgroup = 3,        
    siProject   = 4     
    }   siPresetLocation;

enum siVariantType

The variant type determines the kind of value that can be stored in a parameter.

Note: Only a subset of these types are fully supported and recommended for use: these are siString, siBool, siDouble, siFloat, siInt4, siInt2, siUInt4, siUInt2, siByte, and siUByte. (See DataTypes for more information).

Enumerator:

siEmpty	no type
siInt2	2 bytes signed integer number (-32768..32767)
siInt4	4 bytes signed integer number (-2147483648..2147483647) (See Long)
siFloat	Float: single precision real number (-3.402823466e+38F..3.402823466e+38F)
siDouble	Double: double precision real number (-1.7976931348623158e+308..1.7976931348623158e+308)
siString	Text represented as a BSTR. See String.
siDispatch	dispatch object. This is an object which exposes methods and properties to scripting. This is the variant type of all objects in the Object Model.
siBool	Boolean
siUnknown	Pointer to a COM object. This object cannot be manipulated from scripting and such an object is not normally exposed in the Object Model.
siByte	byte (-128..127)
siUByte	unsigned byte (0..255)
siUInt2	2 bytes unsigned integer number (0..65535)
siUInt4	4 bytes unsigned integer number (0..4294967295)
siInt	signed machine integer. This variant type is not supported, use siInt4 instead.
siUInt	unsigned machine integer. This variant type is not supported, use siUInt4 instead.
siWStr	Null-terminated wide character string. This variant type is rarely encountered because siString is the recommended representation for all Softimage strings.

Definition at line 520 of file xsi_decl.h.

    {   siEmpty = 0,        
    siInt2  = 2,        
    siInt4  = 3,        
    siFloat = 4,        
    siDouble    = 5,        
    siString    = 8,        
    siDispatch  = 9,        
    siBool  = 11,       
    siUnknown   = 13,       
    siByte  = 16,       
    siUByte = 17,       
    siUInt2 = 18,       
    siUInt4 = 19,       
    siInt   = 22,       
    siUInt  = 23,       
    siWStr  = 31        
    }   siVariantType;

enum siParamClassification

This determines the classification of a Parameter to give Softimage some hint about its purpose.

In most cases it is acceptable to use the default, siClassifUnknown.

Enumerator:

siClassifVisualization	Parameter affects the UI visualization of an object (ex: level of detail)
siClassifPositioning	Parameter affects the location, size and position of an object (ex: scaling)
siClassifAppearance	Parameter affects the visual appearance of the default representation of an object (ex: color)
siClassifMetaData
siClassifModel
siClassifTopo
siClassifGeometry
siClassifUnknown	Default classification for normal parameters.

Definition at line 541 of file xsi_decl.h.

    {   siClassifVisualization  = 1,        
    siClassifPositioning    = 2,        
    siClassifAppearance = 4,        
    siClassifMetaData   = 8,
    siClassifModel  = 16,
    siClassifTopo   = 16481,
    siClassifGeometry   = 16449,
    siClassifUnknown    = 32768     
    }   siParamClassification;

enum siMaterialPorts

Port choice for the SIGetMaterialShader command.

Enumerator:

siMaterialPortSurface	Surface shader port.
siMaterialPortVolume	Volume shader port.
siMaterialPortEnvironment	Environment shader port.
siMaterialPortContour	Contour shader port.
siMaterialPortDisplacement	Displacement shader port.
siMaterialPortShadow	Shadow shader port.
siMaterialPortPhoton	Photon shader port.
siMaterialPortPhotonVol	Photon volume shader port.
siMaterialPortBumpMap	Bump map shader port.

Definition at line 554 of file xsi_decl.h.

    {   siMaterialPortSurface   = 1,        
    siMaterialPortVolume    = 2,        
    siMaterialPortEnvironment   = 3,        
    siMaterialPortContour   = 4,        
    siMaterialPortDisplacement  = 5,        
    siMaterialPortShadow    = 6,        
    siMaterialPortPhoton    = 7,        
    siMaterialPortPhotonVol = 8,        
    siMaterialPortBumpMap   = 9     
    }   siMaterialPorts;

enum siShadingModel

Defines the material shading model.

Enumerator:

siUndefinedShadingModel	Undefined shading model.
siShadingModelConstant	Constant shading.
siShadingModelLambert	Lambert shading.
siShadingModelBlinn	Blinn shading.
siShadingModelPhong	Phong shading.
siShadingModelShadow	Shadow shading.
siShadingModelColorVertex	Color vertex shading.

Definition at line 568 of file xsi_decl.h.

    {   siUndefinedShadingModel = -1,       
    siShadingModelConstant  = 0,        
    siShadingModelLambert   = 1,        
    siShadingModelBlinn = 2,        
    siShadingModelPhong = 3,        
    siShadingModelShadow    = 4,        
    siShadingModelColorVertex   = 5     
    }   siShadingModel;

enum siShaderType

Defines the shader type.

Enumerator:

siShaderUnknown	Unknown shader.
siShader	Normal shader.
siShaderCompound	Shader Compound.
siShaderComment	Shader Comment.

Definition at line 580 of file xsi_decl.h.

    {   siShaderUnknown = 0,        
    siShader    = 1,        
    siShaderCompound    = 2,        
    siShaderComment = 3     
    }   siShaderType;

enum siShaderOutputType

Defines the output shader parameter types.

Enumerator:

siUnknownOutputType	See siUnknownParameterType.
siBooleanOutputType	See siBooleanParameterType.
siIntegerOutputType	See siIntegerParameterType.
siScalarOutputType	See siScalarParameterType.
siColorOutputType	See siColorParameterType.
siVectorOutputType	See siVectorParameterType.
siTextureSpaceOutputType	See siTextureSpaceParameterType.
siTextureOutputType	See siTextureParameterType.
siStringOutputType	See siStringParameterType.
siFilenameOutputType	See siStringParameterType (remapped to string)
siLensOutputType	See siLensParameterType.
siLightOutputType	See siLightParameterType.
siMaterialOutputType	See siMaterialParameterType.
siModelOutputType	See siModelParameterType.
siLightmapOutputType	See siLightmapParameterType.

Definition at line 589 of file xsi_decl.h.

    {   siUnknownOutputType = 0,        
    siBooleanOutputType = 1,        
    siIntegerOutputType = 2,        
    siScalarOutputType  = 3,        
    siColorOutputType   = 4,        
    siVectorOutputType  = 5,        
    siTextureSpaceOutputType    = 6,        
    siTextureOutputType = 7,        
    siStringOutputType  = 8,        
    siFilenameOutputType    = 9,        
    siLensOutputType    = 10,       
    siLightOutputType   = 11,       
    siMaterialOutputType    = 12,       
    siModelOutputType   = 13,       
    siLightmapOutputType    = 20        
    }   siShaderOutputType;

enum siShaderParameterType

These represent the shader parameter data types for instantated shaders.

Note: For shader parameter definitions, the siShaderParameterDataType values are used instead.

Enumerator:

siUnknownParameterType	Unknown parameter type.
siArrayParameterType	Array shader parameter type.
siBooleanParameterType	Boolean shader parameter type.
siColorParameterType	Color RGBA shader parameter type.
siColor3ParameterType	Color RGB shader parameter type.
siCustomParameterType	Custom shader parameter type.
siDataParameterType	Data shader parameter type.
siGradientParameterType	Gradient shader parameter type.
siIntegerParameterType	Integer shader parameter type.
siLensParameterType	Lens shader parameter type.
siLightParameterType	Light shader parameter type.
siLightmapParameterType	Lightmap shader parameter type.
siMaterialParameterType	Material shader parameter type.
siMatrixParameterType	Transform matrix 4x4 shader parameter type.
siMatrix3ParameterType	Transform matrix 3x3 shader parameter type.
siModelParameterType	Model parameter type, maps shader output type that can write to geometry shader.
siProfileCurveParameterType	Profile curve parameter type.
siQuaternionParameterType	Quaterninon shader parameter type.
siRealTimeParameterType	Realtime shader parameter type.
siReferenceParameterType	Reference shader parameter type, input type only.
siScalarParameterType	Scalar shader parameter type; Float
siShaderReferenceParameterType	Shader reference shader parameter type.
siStringParameterType	String shader parameter type.
siStructParameterType	Struct shader parameter type.
siTextureParameterType	Texture shader parameter type; normally a ImageClip object (in the object model) or ImageClip2 class (in the C++ API).
siTextureSpaceParameterType	Texturespace shader parameter type; ; such as a vertexcolor, UV texture, weightmap ClusterProperty object or a texture map Property.
siVectorParameterType	Vector3d shader parameter type.
siVector2ParameterType	Vector2d shader parameter type.
siVector4ParameterType	Vector4d shader parameter type.

Definition at line 609 of file xsi_decl.h.

    {   siUnknownParameterType  = 0,        
    siArrayParameterType    = 25,       
    siBooleanParameterType  = 1,        
    siColorParameterType    = 4,        
    siColor3ParameterType   = 29,       
    siCustomParameterType   = 28,       
    siDataParameterType = 14,       
    siGradientParameterType = 26,       
    siIntegerParameterType  = 2,        
    siLensParameterType = 10,       
    siLightParameterType    = 11,       
    siLightmapParameterType = 20,       
    siMaterialParameterType = 12,       
    siMatrixParameterType   = 15,       
    siMatrix3ParameterType  = 24,       
    siModelParameterType    = 13,       
    siProfileCurveParameterType = 21,       
    siQuaternionParameterType   = 27,       
    siRealTimeParameterType = 16,       
    siReferenceParameterType    = 17,       
    siScalarParameterType   = 3,        
    siShaderReferenceParameterType  = 18,       
    siStringParameterType   = 8,        
    siStructParameterType   = 19,       
    siTextureParameterType  = 7,        
    siTextureSpaceParameterType = 6,        
    siVectorParameterType   = 5,        
    siVector2ParameterType  = 22,       
    siVector4ParameterType  = 23        
    }   siShaderParameterType;

enum siShaderParameterDataType

Defines the Shader parameter type for a Parameter object belonging to Shader, Material, Light or Camera.

Shader parameter types only apply to parameters that support the siCapabilities::siTexturable capability. This can be tested using the Parameter.Capabilities property. The output type of a shader can be checked using the Shader.OutputType property.
Note: Each data type, apart from siShaderParameterDataType::siShaderDataTypeUnknown, has also an equivalent string name that can be used to create shader parameter definitions using type strings, instead of this enum. Custom port types can't be registered using those built-in string names. The string names are shown in brackets after each type's description.

Enumerator:

siShaderDataTypeUnknown	Not a known type.
siShaderDataTypeBoolean	A boolean value ["boolean"].
siShaderDataTypeInteger	A signed integer value ["integer"].
siShaderDataTypeScalar	A scalar (floating point) value ["scalar"].
siShaderDataTypeVector2	A 2-scalar component vector value ["vector2"].
siShaderDataTypeVector3	A 3-scalar component vector value ["vector3"].
siShaderDataTypeVector4	A 4-scalar component vector value ["vector4"].
siShaderDataTypeQuaternion	A 4-scalar component quaternion value ["quaternion"].
siShaderDataTypeMatrix33	A 9-scalar component matrix value ["matrix33"].
siShaderDataTypeMatrix44	A 16-scalar component matrix value ["matrix44"].
siShaderDataTypeColor3	A 3-scalar component color value (red, green, and blue) ["color3"].
siShaderDataTypeColor4	A 4-scalar component color value (red, green, blue, and alpha) ["color4"].
siShaderDataTypeString	A string value ["string"].
siShaderDataTypeProperty
siShaderDataTypeProfileCurve	A profile curve (scalar fcurve) ["fcurve"].
siShaderDataTypeGradient	A color gradient ["gradient"].
siShaderDataTypeLightProfile	A light profile parameter ["lightprofile"].
siShaderDataTypeReference
siShaderDataTypeImage	An image input (texture map) ["image"].
siShaderDataTypeCustom
siShaderDataTypeStructure	A strucure container ["structure"].
siShaderDataTypeArray	An array container ["array"].

Definition at line 643 of file xsi_decl.h.

    {   siShaderDataTypeUnknown = -1,       
    siShaderDataTypeBoolean = 0,        
    siShaderDataTypeInteger = 1,        
    siShaderDataTypeScalar  = 2,        
    siShaderDataTypeVector2 = 3,        
    siShaderDataTypeVector3 = 4,        
    siShaderDataTypeVector4 = 5,        
    siShaderDataTypeQuaternion  = 6,        
    siShaderDataTypeMatrix33    = 7,        
    siShaderDataTypeMatrix44    = 8,        
    siShaderDataTypeColor3  = 9,        
    siShaderDataTypeColor4  = 10,       
    siShaderDataTypeString  = 11,       
    siShaderDataTypeProperty    = 16,
    siShaderDataTypeProfileCurve    = 17,       
    siShaderDataTypeGradient    = 18,       
    siShaderDataTypeLightProfile    = 19,       
    siShaderDataTypeReference   = 32,
    siShaderDataTypeImage   = 33,       
    siShaderDataTypeCustom  = 48,
    siShaderDataTypeStructure   = 64,       
    siShaderDataTypeArray   = 65        
    }   siShaderParameterDataType;

enum siShaderParameterConnectionType

Enumerator:

siShaderCnxUnknown
siShaderCnxInput
siShaderCnxOutput

Definition at line 669 of file xsi_decl.h.

    {   siShaderCnxUnknown  = -1,
    siShaderCnxInput    = 0,
    siShaderCnxOutput   = 1
    }   siShaderParameterConnectionType;

enum siShaderReferenceFilterType

Defines the types of filters when creating a shader parameter definition of type reference(siShaderParameterDataType::siShaderDataTypeReference).

When you call the SetAttribute method, pass siShaderParameterAttribute::siReferenceFilterAttribute in the first parameter and one of these values in the second parameter.

Enumerator:

siUnknownReferenceFilter	Unknown filter.
siObjectReferenceFilter	Any X3DObject.
siCameraReferenceFilter	Any camera primitive.
siLightReferenceFilter	Any light primitive.
siMaterialReferenceFilter	Any material.
siShaderReferenceFilter	Any shader.
siGeometryReferenceFilter	Any geometric primitive.
siUserDataBlobReferenceFilter	Any userdata blob.

Definition at line 678 of file xsi_decl.h.

    {   siUnknownReferenceFilter    = 0,        
    siObjectReferenceFilter = 1,        
    siCameraReferenceFilter = 2,        
    siLightReferenceFilter  = 3,        
    siMaterialReferenceFilter   = 4,        
    siShaderReferenceFilter = 5,        
    siGeometryReferenceFilter   = 6,        
    siUserDataBlobReferenceFilter   = 7     
    }   siShaderReferenceFilterType;

enum siShaderballDimension

Defines the flags for Shaderball Dimension used by the ShaderballOptions object.

Enumerator:

siShaderballDimUndefined	Undefined.
siShaderballDimParametric	Supports Parametric Shaderballs.
siShaderballDimSpatial	Supports Spatial Shaderballs.
siShaderballDimParticle	Supports Particle Shaderballs.
siShaderballDimAll	Supports all dimensions.

Definition at line 691 of file xsi_decl.h.

    {   siShaderballDimUndefined    = 0,        
    siShaderballDimParametric   = 1,        
    siShaderballDimSpatial  = 2,        
    siShaderballDimParticle = 4,        
    siShaderballDimAll  = 7     
    }   siShaderballDimension;

enum siShaderPropertyFilterType

Defines the types of filters when creating a shader parameter definition of type property look-up(siShaderParameterDataType::siShaderDataTypeProperty).

When you call the SetAttribute method, pass siShaderParameterAttribute::siPropertyFilterAttribute in the first parameter and one of these values in the second parameter.

Enumerator:

siAnyPropertyFilter	Any property.
siAnyVertexMapPropertyFilter	Any vertex map property.
siUVPropertyFilter	Texture projection property.
siCAVPropertyFilter	Color-at-Vertices property.
siWeightMapPropertyFilter	Weightmap property.
siTextureMapPropertyFilter	Texture map property.
siNormalPropertyFilter	Normal property.

Definition at line 701 of file xsi_decl.h.

    {   siAnyPropertyFilter = 0,        
    siAnyVertexMapPropertyFilter    = 1,        
    siUVPropertyFilter  = 2,        
    siCAVPropertyFilter = 3,        
    siWeightMapPropertyFilter   = 4,        
    siTextureMapPropertyFilter  = 5,        
    siNormalPropertyFilter  = 6     
    }   siShaderPropertyFilterType;

enum siLightType

Defines the types of light.

Enumerator:

siLightPoint	Point light.
siLightInfinite	Infinite light.
siLightSpot	Spot light.
siLightSun	Sun light.
siUndefinedLightType	Undefined light.

Definition at line 713 of file xsi_decl.h.

    {   siLightPoint    = 0,        
    siLightInfinite = 1,        
    siLightSpot = 2,        
    siLightSun  = 3,        
    siUndefinedLightType    = 4     
    }   siLightType;

enum siCnxGroupType

Types of groups in connection sets.

Enumerator:

siCreatedObjects

Created objects group.

Definition at line 723 of file xsi_decl.h.

    {   siCreatedObjects    = 1     
    }   siCnxGroupType;

enum siCnxSetType

Types of connection sets.

Enumerator:

siGroupLevel	Group level specifies objects containing the components that will be connected to the an operator's group of ports.
siPortLevel	Port level specifies objects that will be directly connected to the operator ports.

Definition at line 729 of file xsi_decl.h.

    {   siGroupLevel    = 0,        
    siPortLevel = 1     
    }   siCnxSetType;

enum siPartitionType

Types of Partitions.

Enumerator:

siUnknownPartition	Unknown partition.
siObjectPartition	Object partition.
siLightPartition	Light partition.

Definition at line 736 of file xsi_decl.h.

    {   siUnknownPartition  = 0,        
    siObjectPartition   = 1,        
    siLightPartition    = 2     
    }   siPartitionType;

enum siLockLevel

Levels of lock.

Each level is a bit field.

Enumerator:

siLockLevelNone	Not locked.
siLockLevelConstruction	Cannot change the hierarchy and topology.
siLockLevelAnimation	Cannot animate.
siLockLevelManipulation	Cannot change the values.
siLockLevelNavigation	Cannot navigate (not supported)
siLockLevelAll	All levels.

Definition at line 744 of file xsi_decl.h.

    {   siLockLevelNone = 0,        
    siLockLevelConstruction = 1,        
    siLockLevelAnimation    = 2,        
    siLockLevelManipulation = 4,        
    siLockLevelNavigation   = 8,        
    siLockLevelAll  = 0xffff        
    }   siLockLevel;

enum siLockType

Type of lock owner.

The lock owner type indicated who or why an object is locked, Users can modify only the locks of type siLockTypeUser.

Enumerator:

siLockTypeNone	Not locked.
siLockTypeSystem	Locked by the system.
siLockTypeUser	Locked by a user.
siLockTypeRefModel	Locked by a referenced model.
siLockTypeOverride	Locked by an override.
siLockTypeAll	All owners (not used)

Definition at line 755 of file xsi_decl.h.

    {   siLockTypeNone  = 0,        
    siLockTypeSystem    = 1,        
    siLockTypeUser  = 2,        
    siLockTypeRefModel  = 3,        
    siLockTypeOverride  = 4,        
    siLockTypeAll   = 0xffff        
    }   siLockType;

enum siTags

These are the different levels of tags.

Enumerator:

siTagNone	Not tagged.
siTag1	User-defined tag 1.
siTag2	User-defined tag 2.
siTag3	User-defined tag 3.
siTag4	User-defined tag 4.
siTag5	User-defined tag 5.
siTag6	User-defined tag 6.
siTag7	User-defined tag 7.
siTag8	User-defined tag 8.
siTag9	User-defined tag 9.
siTag10	User-defined tag 10.
siTagAll	All tags.

Definition at line 766 of file xsi_decl.h.

    {   siTagNone   = 0,        
    siTag1  = 1,        
    siTag2  = 2,        
    siTag3  = 4,        
    siTag4  = 8,        
    siTag5  = 16,       
    siTag6  = 32,       
    siTag7  = 64,       
    siTag8  = 128,      
    siTag9  = 256,      
    siTag10 = 512,      
    siTagAll    = 0xffff        
    }   siTags;

enum siGeometryType

Type of geometry.

Enumerator:

siNurbsSurfaceMesh	Nurbs surface.
siNurbsCurveList	Nurbs curve.
siPolygonMesh	Mesh surface.
siPointCloud	Point cloud.

Definition at line 783 of file xsi_decl.h.

    {   siNurbsSurfaceMesh  = 0,        
    siNurbsCurveList    = 1,        
    siPolygonMesh   = 2,        
    siPointCloud    = 3     
    }   siGeometryType;

enum siBoundingVolume

Types of bounding volumes.

Enumerator:

siBoundingBox

Bounding box.

Definition at line 792 of file xsi_decl.h.

    {   siBoundingBox   = 0     
    }   siBoundingVolume;

enum siPortType

Enumerates the different kinds of ports.

Enumerator:

siPortInput	Input port.
siPortOutput	Output port.

Definition at line 798 of file xsi_decl.h.

    {   siPortInput = 0,        
    siPortOutput    = 1     
    }   siPortType;

enum siModificationType

Type of modification on a referenced model.

This is a bit field, so many values can be combined.

Enumerator:

siModificationTypeNone	None.
siModificationTypeStaticPosition	Static Posistion.
siModificationTypeFCurves	Animation FCurves.
siModificationTypeExpression	Expressions.
siModificationTypeConstraints	Constraints.
siModificationTypeAddProp	Adding properties.
siModificationTypeAnimMixer	Adding Animation mixer.
siModificationTypeGroup	Groups.
siModificationTypeInstance	Instances.
siModificationTypeOtherConnections	Other connections.
siModificationTypeOperators	Operators.
siModificationTypeClusters	Clusters.
siModificationTypeClusterProperties	Cluster Properties.
siModificationTypeAll	All types.

Definition at line 805 of file xsi_decl.h.

    {   siModificationTypeNone  = 0,        
    siModificationTypeStaticPosition    = 1,        
    siModificationTypeFCurves   = 2,        
    siModificationTypeExpression    = 4,        
    siModificationTypeConstraints   = 8,        
    siModificationTypeAddProp   = 16,       
    siModificationTypeAnimMixer = 32,       
    siModificationTypeGroup = 64,       
    siModificationTypeInstance  = 128,      
    siModificationTypeOtherConnections  = 256,      
    siModificationTypeOperators = 512,      
    siModificationTypeClusters  = 1024,     
    siModificationTypeClusterProperties = 2048,     
    siModificationTypeAll   = 65535     
    }   siModificationType;

enum siModificationMixerType

Type of mixer modification on a referenced model.

This is a bit field, so many values can be combined.

Enumerator:

siModificationMixerNone	None.
siModificationMixerAnimation	Animation tracks.
siModificationMixerShape	Shape tracks.
siModificationMixerAudio	Audio tracks.
siModificationMixerCache	Cache tracks.
siModificationMixerTypeAll	All types.

Definition at line 824 of file xsi_decl.h.

    {   siModificationMixerNone = 0,        
    siModificationMixerAnimation    = 1,        
    siModificationMixerShape    = 2,        
    siModificationMixerAudio    = 4,        
    siModificationMixerCache    = 8,        
    siModificationMixerTypeAll  = 65535     
    }   siModificationMixerType;

enum siModelResolution

Resolution description of a file for a referenced model.

Used by the AddModelSource, SetResolutionOfRefModels, and SIAddModelSource commands.

Enumerator:

siModelResolutionOffLoaded	Model not loaded.
siModelResolutionLowRes	Low resolution.
siModelResolutionMediumRes	Medium resolution.
siModelResolutionHighRes	High resolution.

Definition at line 835 of file xsi_decl.h.

    {   siModelResolutionOffLoaded  = 0,        
    siModelResolutionLowRes = 1,        
    siModelResolutionMediumRes  = 2,        
    siModelResolutionHighRes    = 3     
    }   siModelResolution;

enum siParameterScope

Type of parameters to gather from the input Object List.

Note: This enum replaces the obsolete siSequenceType enum as of v6.0.

Enumerator:

siInputParameters	Use the input parameters directly from the Object List.
siAnimatedParameters	Use only the parameters of the Object List that are animated.
siAllAnimatedParameters	Ignore Object List and use all animated parameters in the scene (ie., every animated parameter on each object in the scene)

Definition at line 844 of file xsi_decl.h.

    {   siInputParameters   = 1,        
    siAnimatedParameters    = 2,        
    siAllAnimatedParameters = 3     
    }   siParameterScope;

enum siSequenceType

Type of input objects for the Sequence feature.

Enumerator:

siMarkedParams	Marked parameters of selected objects(s)
siAnimParams	Animated parameters of selected objects(s)
siAllAnimParams	All animated parameters of all objects in scene.

Definition at line 852 of file xsi_decl.h.

    {   siMarkedParams  = 1,        
    siAnimParams    = 2,        
    siAllAnimParams = 3     
    }   siSequenceType;

enum siSequenceMode

Mode to use for the Sequence feature.

Enumerator:

siFCurves	Process fcurves.
siFCurvesAnimationSources	Process fcurves and animation sources.
siFCurvesClips	Process fcurves and clips.
siAnimationSources	Process animation sources.
siClips	Process clips.

Definition at line 860 of file xsi_decl.h.

    {   siFCurves   = 1,        
    siFCurvesAnimationSources   = 2,        
    siFCurvesClips  = 3,        
    siAnimationSources  = 4,        
    siClips = 5     
    }   siSequenceMode;

enum siEffectInputType

Type of input objects for clip effect features.

Enumerator:

siSelectedParams	Marked parameters of selected objects(s)
siAllParamsInClip	Single clip - operate on all parameters.
siPoseOffsetClip	Single clip - operate on pose offset.

Definition at line 870 of file xsi_decl.h.

    {   siSelectedParams    = 1,        
    siAllParamsInClip   = 2,        
    siPoseOffsetClip    = 3     
    }   siEffectInputType;

enum siNeighborType

Types of neighboring for the deprecated Geometry_V1.

Enumerator:

siAdjacent	Adjacent neighboring.
siGrow	Grow neighboring.
siNextCompo	Next component.
siPrevCompo	Prev component.
siFirstCompo	First component.
siLastCompo	Last component.

Definition at line 878 of file xsi_decl.h.

    {   siAdjacent  = 1,        
    siGrow  = 2,        
    siNextCompo = 3,        
    siPrevCompo = 4,        
    siFirstCompo    = 5,        
    siLastCompo = 6     
    }   siNeighborType;

enum siNavigDirection

Modes for the SelectNeighborObj command.

Enumerator:

siNavigUp	Navigate up.
siNavigDown	Navigate down.
siNavigLeft	Navigate left.
siNavigRight	Navigate right.
siNavigFirst	Navigate to first item.
siNavigLast	Navigate to last item.

Definition at line 889 of file xsi_decl.h.

    {   siNavigUp   = 0,        
    siNavigDown = 1,        
    siNavigLeft = 2,        
    siNavigRight    = 3,        
    siNavigFirst    = 4,        
    siNavigLast = 5     
    }   siNavigDirection;

enum siNavigationDirection

Direction of the next Node.

Enumerator:

siParentNode	Ask for parent of the current node.
siChildNode	Ask for parent of the current node.
siNextNode	Ask for next sibling of the current node.
siPreviousNode	Ask for previous sibling of the current node.
siFirstNode	Ask for first sibling of the current node.
siLastNode	Ask for last sibling of the current node.

Definition at line 900 of file xsi_decl.h.

    {   siParentNode    = 1,        
    siChildNode = 2,        
    siNextNode  = 3,        
    siPreviousNode  = 4,        
    siFirstNode = 5,        
    siLastNode  = 6     
    }   siNavigationDirection;

enum siNavigationFilter

Direction of the next Node.

Enumerator:

siNavigationFilterScene	Scene.
siNavigationFilter3DObject	3D Object
siNavigationFilterOperator	Operator.
siNavigationFilterPrimitive	Primitive.
siNavigationFilterProperty	Container or attribute.
siNavigationFilterCluster	Cluster.
siNavigationFilterObjectSubElems	Subcomponent.
siNavigationFilterGroup	Group.
siNavigationFilterGenericComObject	Any COM Object.
siNavigationFilterAll	All types.
siNavigationFilterSame	Same type.

Definition at line 911 of file xsi_decl.h.

    {   siNavigationFilterScene = 1,        
    siNavigationFilter3DObject  = 2,        
    siNavigationFilterOperator  = 3,        
    siNavigationFilterPrimitive = 4,        
    siNavigationFilterProperty  = 5,        
    siNavigationFilterCluster   = 6,        
    siNavigationFilterObjectSubElems    = 7,        
    siNavigationFilterGroup = 8,        
    siNavigationFilterGenericComObject  = 9,        
    siNavigationFilterAll   = 10,       
    siNavigationFilterSame  = 11        
    }   siNavigationFilter;

enum siNavigationSubFilter

Sub-type of node wanted.

Enumerator:

siNavigationSubFilterAll	All types.
siNavigationSubFilterSame	Same type.

Definition at line 927 of file xsi_decl.h.

    {   siNavigationSubFilterAll    = 0,        
    siNavigationSubFilterSame   = 1     
    }   siNavigationSubFilter;

enum siViewType

Type of views.

This type is obsolete, you must use si2DChainAlignType instead.

Enumerator:

siNoView	No viewport.
siViewUser	User viewport.
siViewTop	Top viewport.
siViewLeft	Left viewport.
siViewRight	Right viewport.

Definition at line 934 of file xsi_decl.h.

    {   siNoView    = 0,        
    siViewUser  = 1,        
    siViewTop   = 2,        
    siViewLeft  = 3,        
    siViewRight = 4     
    }   siViewType;

enum si2DChainAlignType

Defines the types of alignment used for creating a 2D chain.

Note: Use this enum instead of the obsolete siViewType enum.

Enumerator:

si2DChainTop	Align with top viewport.
si2DChainFront	Align with front viewport.
si2DChainRight	Align with right viewport.
si2DChainNormalRadian	Align with plane normal, value must be specified in radian units.
si2DChainNormalDegree	Align with plane normal, value must be specified in degree units.

Definition at line 944 of file xsi_decl.h.

    {   si2DChainTop    = 0,        
    si2DChainFront  = 1,        
    si2DChainRight  = 2,        
    si2DChainNormalRadian   = 3,        
    si2DChainNormalDegree   = 4     
    }   si2DChainAlignType;

enum siChainBoneType

Type of chain bones.

Enumerator:

siChainBoneUndefined	Undefined type.
siChainBonePin	Pin bone.
siChainBoneBallJoint	Ball joint bone.

Definition at line 954 of file xsi_decl.h.

    {   siChainBoneUndefined    = 0,        
    siChainBonePin  = 1,        
    siChainBoneBallJoint    = 2     
    }   siChainBoneType;

enum siConnectionType

Operator connection types.

Enumerator:

siReadConnection	Read only.
siWriteConnection	Write only.
siReadWriteConnection	Read/write.

Definition at line 962 of file xsi_decl.h.

    {   siReadConnection    = 1,        
    siWriteConnection   = 2,        
    siReadWriteConnection   = 3     
    }   siConnectionType;

enum siAxisType

Bitmask for types of axes.

Enumerator:

siXAxis	X axis.
siYAxis	Y axis.
siZAxis	Z axis.

Definition at line 970 of file xsi_decl.h.

    {   siXAxis = 1,        
    siYAxis = 2,        
    siZAxis = 3     
    }   siAxisType;

enum siKnotParameterization

Type of knot parameterization type for NurbsCurves.

Enumerator:

siUniformParameterization	Uniform.
siNonUniformParameterization	Non-uniform.
siChordLengthParameterization	Chord_length.
siCentripetalParameterization	Centripetal.

Definition at line 978 of file xsi_decl.h.

    {   siUniformParameterization   = 0,        
    siNonUniformParameterization    = 1,        
    siChordLengthParameterization   = 2,        
    siCentripetalParameterization   = 3     
    }   siKnotParameterization;

enum siMappingRuleType

Types of mapping rules.

Enumerator:

siConnectionMappingRule	Connection mapping rule.
siValueMappingRule	Value mapping rule.

Definition at line 987 of file xsi_decl.h.

    {   siConnectionMappingRule = 0,        
    siValueMappingRule  = 1     
    }   siMappingRuleType;

enum siNurbsDirection

Types of nurbs direction parameters.

Enumerator:

siUDirection	Nurbs direction in U.
siVDirection	Nurbs direction in V.

Definition at line 994 of file xsi_decl.h.

    {   siUDirection    = 0,        
    siVDirection    = 1     
    }   siNurbsDirection;

enum siNurbsFormat

Types of nurbs format.

Enumerator:

siSINurbs	Softimage Nurbs format.
siIGESNurbs	IGES Nurbs format.

Definition at line 1001 of file xsi_decl.h.

    {   siSINurbs   = 0,        
    siIGESNurbs = 1     
    }   siNurbsFormat;

enum siInstallationPath

Installation path directories.

Enumerator:

siProjectPath	Project directory path.
siUserPath	User directory path.
siWorkgroupPath	Workgroup directory path. See XSIApplication.Workgroups.
siFactoryPath	Factory directory path.
siAddonPath	Add-on directory path.
siUserAddonPath	User Add-on directory path.
siWorkgroupAddonPath	Workgroup Add-on directory path.
siUnknownPath	Unknown installation path.
siCustomPath	The custom plug-in directory path. This value maps to the XSI_PLUGINS environment variable which may contain multiple folders.

Definition at line 1008 of file xsi_decl.h.

    {   siProjectPath   = 0,        
    siUserPath  = 1,        
    siWorkgroupPath = 2,        
    siFactoryPath   = 3,        
    siAddonPath = 4,        
    siUserAddonPath = 5,        
    siWorkgroupAddonPath    = 6,        
    siUnknownPath   = 7,        
    siCustomPath    = 9     
    }   siInstallationPath;

enum siShapeInstanceMode

Shape key instantiation mode.

Enumerator:

siShapeInstanceOnlyMode	Only instance the action.
siShapeMixedWeightMode	Instance in mixed weight mode.
siShapeTransitionMode	Instance in transition mode.
siShapeTransitionCardinalMode	Instance in transition cardinal mode.
siShapeBlendedWeightMode	Instance in mixed weight mode without keying the weight.

Definition at line 1022 of file xsi_decl.h.

    {   siShapeInstanceOnlyMode = 0,        
    siShapeMixedWeightMode  = 1,        
    siShapeTransitionMode   = 2,        
    siShapeTransitionCardinalMode   = 3,        
    siShapeBlendedWeightMode    = 4     
    }   siShapeInstanceMode;

enum siShapeReferenceMode

Shape key reference mode.

Enumerator:

siShapeLocalReferenceMode	Shapes are relative to reference frame of the control vertices.
siShapeObjectReferenceMode	Shapes are relative to the primitive reference frame.
siShapeAbsoluteReferenceMode	Shapes are absolute.

Definition at line 1032 of file xsi_decl.h.

    {   siShapeLocalReferenceMode   = 0,        
    siShapeObjectReferenceMode  = 1,        
    siShapeAbsoluteReferenceMode    = 2     
    }   siShapeReferenceMode;

enum siShapeContent

Indicates which deforms will be stored in the created shape.

Enumerator:

siShapeContentUseConstructionMode
siShapeContentPrimaryShape	Store the primary shape deformations.
siShapeContentSecondaryShape	Store the secondary shape deformations.
siShapeContentAllDeforms	Store all except for modeling deforms.

Definition at line 1040 of file xsi_decl.h.

    {   siShapeContentUseConstructionMode   = 0,
    siShapeContentPrimaryShape  = 1,        
    siShapeContentSecondaryShape    = 2,        
    siShapeContentAllDeforms    = 3     
    }   siShapeContent;

enum siConstructionMode

The construction mode indicates the purpose of the deformations.

Enumerator:

siConstructionModeModeling	The deformations are used to model the geometry.
siConstructionModePrimaryShape	The deformations are used to author shapes based on the base geometry.
siConstructionModeAnimation	The deformations are used to animate the geometry.
siConstructionModeSecondaryShape	The deformations are used to author shapes based on the animated geometry.
siConstructionModeDefault	Use the current user preference.

Definition at line 1049 of file xsi_decl.h.

    {   siConstructionModeModeling  = 0,        
    siConstructionModePrimaryShape  = 1,        
    siConstructionModeAnimation = 2,        
    siConstructionModeSecondaryShape    = 3,        
    siConstructionModeDefault   = 4     
    }   siConstructionMode;

enum siResolutionPlane

Resolution Plane Type for Chain joints.

Enumerator:

siDefaultResolutionPlane	Default resolution plane.
siPreferredAxisPlane	Preferred axis plane.
siUpVectorPlane	Up-vector plane.

Definition at line 1059 of file xsi_decl.h.

    {   siDefaultResolutionPlane    = 0,        
    siPreferredAxisPlane    = 1,        
    siUpVectorPlane = 2     
    }   siResolutionPlane;

enum siTextureProjectionType

Texture creation type constants.

To use with the texturing commands.

Enumerator:

siTexturePlanarXY	XY Planar projection.
siTexturePlanarXZ	XZ Planar projection.
siTexturePlanarYZ	YZ Planar projection.
siTextureCylindrical	Cylindrical projection.
siTextureSpherical	Spherical projection.
siTextureSpatial	Spatial projection.
siTextureCamera	Camera projection.
siTextureUV	UV projection.
siTextureLollipop	Lollipop projection.
siTexturePureImplicit	Purely implicit projection.

Definition at line 1067 of file xsi_decl.h.

    {   siTexturePlanarXY   = 0,        
    siTexturePlanarXZ   = 1,        
    siTexturePlanarYZ   = 2,        
    siTextureCylindrical    = 3,        
    siTextureSpherical  = 4,        
    siTextureSpatial    = 5,        
    siTextureCamera = 6,        
    siTextureUV = 7,        
    siTextureLollipop   = 8,        
    siTexturePureImplicit   = 9     
    }   siTextureProjectionType;

enum siUVTextureType

UV generation type used by the texture operator, used only if siTextureProjectionType:siTextureUV is specified as the projection type.

Enumerator:

siUVTexturePlanarXY	XY Planar projection.
siUVTexturePlanarXZ	XZ Planar projection.
siUVTexturePlanarYZ	YZ Planar projection.
siUVTextureCylindrical	Cylindrical projection.
siUVTextureSpherical	Spherical projection.
siUVTextureSpatial	Spatial projection.
siUVTextureLollipop	Lollipop projection.

Definition at line 1082 of file xsi_decl.h.

    {   siUVTexturePlanarXY = 0,        
    siUVTexturePlanarXZ = 1,        
    siUVTexturePlanarYZ = 2,        
    siUVTextureCylindrical  = 3,        
    siUVTextureSpherical    = 4,        
    siUVTextureSpatial  = 5,        
    siUVTextureLollipop = 6     
    }   siUVTextureType;

enum siCapabilities

Determines the capabilities of a parameter.

They can be combined by adding them: for example, to have a parameter animatable (1) and persistable (4), use 5.

Enumerator:

siAnimatable	Animatable.
siReadOnly	Cannot be written to.
siPersistable	Is saved with its parameter set.
siNotInspectable	Does not show up in the UI.
siSilent	For internal use only. Do not use.
siNotPresetPersistable	Will not be saved in presets.
siTexturable	Parameter supports connection to rendering node.
siKeyable	Parameter is visible in 'Keying Panel' and keyable.
siNonKeyableVisible	Parameter is only visible in 'Keying Panel'.

Definition at line 1094 of file xsi_decl.h.

    {   siAnimatable    = 1,        
    siReadOnly  = 2,        
    siPersistable   = 4,        
    siNotInspectable    = 8,        
    siSilent    = 16,       
    siNotPresetPersistable  = 128,      
    siTexturable    = 256,      
    siKeyable   = 2048,     
    siNonKeyableVisible = 4096      
    }   siCapabilities;

enum siFCurveType

Types of function curves (fcurves)

Enumerator:

siUnknownFCurve	Unknown fcurve type.
siDefaultFCurve	Use the fcurve type associated with parameter type.
siBooleanFCurve	Boolean fcurve mapping a double parameter to {0, 1}.
siIntegerFCurve	Integer fcurve.
siStandardFCurve	FCurve mapping a double parameter to a double value.
siRawDataFCurve	Raw data fcurve.
siQuaternionFCurve	Quaternion fcurve.

Definition at line 1108 of file xsi_decl.h.

    {   siUnknownFCurve = 0,        
    siDefaultFCurve = 0,        
    siBooleanFCurve = 10,       
    siIntegerFCurve = 15,       
    siStandardFCurve    = 20,       
    siRawDataFCurve = 30,       
    siQuaternionFCurve  = 40        
    }   siFCurveType;

enum siFCurveExtrapolation

The extrapolation of an FCurve determines its shape before the first FCurveKey and after the last FCurveKey.

Extrapolation extends the curve's ends based on the position of these two keys.

Enumerator:

siConstantExtrapolation	Constant extrapolation.
siLinearExtrapolation	Linear extrapolation.
siPeriodicExtrapolation	Periodic extrapolation.
siPeriodicRelativeExtrapolation	Constant extrapolation relative to an offset.

Definition at line 1120 of file xsi_decl.h.

    {   siConstantExtrapolation = 1,        
    siLinearExtrapolation   = 2,        
    siPeriodicExtrapolation = 3,        
    siPeriodicRelativeExtrapolation = 4     
    }   siFCurveExtrapolation;

enum siFCurveKeyConstraint

Function curve key constraints.

The last seven tangent constraints apply only to standard function curves. FCurve key constraints can be set and retrieved via the FCurveKey.Constraint property.
The constraints are not mutally exclusive for example if you have the siParameterConstraint set and clear the siLockConstraint you will also clear the siParameterConstraint. You cannot set constraints on a raw function curve. They will be ignored.

Enumerator:

siParameterConstraint	If on, the parameter (or key time) is locked.
siLeftRightValuesConstraint	If on, the left and right key values are locked.
siG1ContinuousConstraint	If on, the left and right tangent orientations are the same.
siLeftRightTangentDirectionConstraint	If on, the left and right tangent directions are locked.
siLeftRightTangentLengthConstraint	If on, the left and right tangent lengths are locked.
siLockConstraint	If on, the parameter, values, and tangents are locked.
siHorizontalTangentConstraint	If on, the tangents are considered horizontal.
siExtremumHorizontalTangentConstraint	If on, the tangents are considered as horizontal when the key is a local extremum.
siZeroLengthTangentConstraint	If on, the left and right tangent lengths are constrained to be zero.
siSameLengthTangentConstraint	If on, the left and right tangent lengths are the same.
siNeighborTangentConstraint	If on, the left and right tangent point at the previous and next keys.
siMirrorTangentConstraint	If on, the left and right tangents are mirrored.
siAutoPlateauTangentConstraint	If on, the left and right tangents are automatically adjusted and plateaued based on neighbouring keys.
siAdjustedTangentConstraint	If on, the tangents are adjusted automatically when neighbouring keys are created or moved.

Definition at line 1129 of file xsi_decl.h.

    {   siParameterConstraint   = 1,        
    siLeftRightValuesConstraint = 2,        
    siG1ContinuousConstraint    = 4,        
    siLeftRightTangentDirectionConstraint   = 8,        
    siLeftRightTangentLengthConstraint  = 16,       
    siLockConstraint    = 32,       
    siHorizontalTangentConstraint   = 64,       
    siExtremumHorizontalTangentConstraint   = 128,      
    siZeroLengthTangentConstraint   = 512,      
    siSameLengthTangentConstraint   = 1024,     
    siNeighborTangentConstraint = 2048,     
    siMirrorTangentConstraint   = 4096,     
    siAutoPlateauTangentConstraint  = 8192,     
    siAdjustedTangentConstraint = 8448      
    }   siFCurveKeyConstraint;

enum siFCurveKeyInterpolation

Specifies the interpolation type for a specific key on an fcurve.

The interpolation determines how the value is evaluated between FCurveKeys.

Enumerator:

siDefaultKeyInterpolation	Existing function.
siConstantKeyInterpolation	Constant function.
siLinearKeyInterpolation	Linear function.
siCubicKeyInterpolation	Bezier cubic function.

Definition at line 1150 of file xsi_decl.h.

    {   siDefaultKeyInterpolation   = 0,        
    siConstantKeyInterpolation  = 1,        
    siLinearKeyInterpolation    = 2,        
    siCubicKeyInterpolation = 3     
    }   siFCurveKeyInterpolation;

enum siFCurveKeySelectionMode

Specifies the mode for changing the FCurveKey selection.

Enumerator:

siSetKeySelection	Set specified keys as new key selection (clears current key selection first)
siAddToKeySelection	Add specified keys to current key selection.
siRemoveFromKeySelection	Remove keys from current key selection.
siToggleKeySelection	Toggle key selection state.

Definition at line 1159 of file xsi_decl.h.

    {   siSetKeySelection   = 1,        
    siAddToKeySelection = 2,        
    siRemoveFromKeySelection    = 3,        
    siToggleKeySelection    = 4     
    }   siFCurveKeySelectionMode;

enum siFCurveInterpolation

The interpolation of an FCurve determines how values are evaluated between its FCurveKeys.

This is very similar to the siFCurveKeyInterpolation enum.

Enumerator:

siDefaultInterpolation	Existing function.
siConstantInterpolation	Constant function.
siLinearInterpolation	Linear function.
siCubicInterpolation	Bezier cubic function.

Definition at line 1168 of file xsi_decl.h.

    {   siDefaultInterpolation  = 0,        
    siConstantInterpolation = 1,        
    siLinearInterpolation   = 2,        
    siCubicInterpolation    = 3     
    }   siFCurveInterpolation;

enum siFCurveSmoothFilterType

Specifies the kind of filter used for smoothing function curves.

Enumerator:

siFCurveAverageFilterType	Moving Average filter. Use this filter to smooth the function curve by applying a moving average. The weights of the averages are uniformly distributed.
siFCurveGaussianFilterType	Gaussian filter. Use this filter to smooth the function curve by applying a moving average. The weights of the averages are distributed as a bell curve. This usually gives better results than the average filter.

Definition at line 1177 of file xsi_decl.h.

    {   siFCurveAverageFilterType   = 1,        
    siFCurveGaussianFilterType  = 2     
    }   siFCurveSmoothFilterType;

enum siUpdateContextState

Information on the context in which a plug-in is being evaluated.

Enumerator:

siUpdateContextNormalEval	Normal evaluation.
siUpdateContextRenderEval	Evaluation during a render pass.

Definition at line 1186 of file xsi_decl.h.

    {   siUpdateContextNormalEval   = 0,        
    siUpdateContextRenderEval   = 1     
    }   siUpdateContextState;

enum siArgumentFlags

Information on the direction of an argument indicating how it is passed to or from a command.

Note: Output and InOut arguments are not supported by some script languages, including JScript. For this reason only siArgumentInput is supported on custom Commands.

Enumerator:

siArgumentInput	The parameter is passed as input to the command.
siArgumentOutput	The parameter is used to return information from the command.
siArgumentInputOutput	The parameter is used to pass information both to and from a command.

Definition at line 1193 of file xsi_decl.h.

    {   siArgumentInput = 2,        
    siArgumentOutput    = 4,        
    siArgumentInputOutput   = 6     
    }   siArgumentFlags;

enum siCommandCategory

Custom (v1.0) Commands can be defined from a pre-defined category.

Each category specifies the base arguments of a command and the location of the menu item for that command in Softimage. Softimage automatically installs a menu item for each command created for a specific category.
You can retrieve the type of category specified using either SIObject.Categories or Command.Category but you cannot define custom categories for this type of command. For that you need to use the alternative and more powerful, way to create custom commands and add them to Menus: via the self-installing plug-in APIs.

Enumerator:

siImportCategory
siExportCategory
siSettingsCategory
siHelpCategory
siNoCategory
siFCurveCategory

Definition at line 1201 of file xsi_decl.h.

    {   siImportCategory    = 0,
    siExportCategory    = 1,
    siSettingsCategory  = 2,
    siHelpCategory  = 3,
    siNoCategory    = 4,
    siFCurveCategory    = 5
    }   siCommandCategory;

enum siImportShareOptions

Defines the option flags when importing a model or merging a scene.

Enumerator:

siImportShareOptionsNone
siImportShareOptionsImageClips
siImportShareOptionsMaterials
siImportShareOptionsLayers
siImportShareOptionsPartitions
siImportShareOptionsAll

Definition at line 1212 of file xsi_decl.h.

    {   siImportShareOptionsNone    = 0,
    siImportShareOptionsImageClips  = 1,
    siImportShareOptionsMaterials   = 2,
    siImportShareOptionsLayers  = 4,
    siImportShareOptionsPartitions  = 8,
    siImportShareOptionsAll = 0xffff
    }   siImportShareOptions;

enum siEventID

This enumerator provides the identifiers for the Softimage events, they can be used for implementing C++ event handlers in order to identify the events fired by Softimage.

Enumerator:

siOnBeginNewScene	OnBeginNewScene event identifier. Fired when a new scene is created.
siOnEndNewScene	OnEndNewScene event identifier. Fired when a new scene is created.
siOnBeginSceneOpen	OnBeginSceneOpen event identifier. Fired after a user clicks OK in the Load Scene dialog box. See the list of available Context Attributes for this event.
siOnEndSceneOpen	OnEndSceneOpen event identifier. Fired after the scene is loaded. See the list of available Context Attributes for this event.
siOnBeginSceneSave	OnBeginSceneSave event identifier. Fired when a scene is saved.
siOnEndSceneSave	OnEndSceneSave event identifier. Fired when a scene is saved.
siOnBeginSceneSaveAs	OnBeginSceneSaveAs event identifier. Fired when a scene is saved using File > Save As. Fired after the scene is loaded. See the list of available Context Attributes for this event.
siOnEndSceneSaveAs	OnEndSceneSaveAs event identifier. Fired when a scene is saved using File > Save As. See the list of available Context Attributes for this event.
siOnTerminate	OnTerminate event identifier. Fired when Softimage exits.
siOnSelectionChange	OnSelectionChange event identifier. Fired when the selection lists change. See the list of available Context Attributes for this event. This event is supported only by the Custom Display Host.
siOnBeginFrame	OnBeginFrame event identifier. Fired when a frame is rendered. See the list of available Context Attributes for this event.
siOnEndFrame	OnEndFrame event identifier. Fired when a frame is rendered. See the list of available Context Attributes for this event.
siOnBeginSequence	OnBeginSequence event identifier. Fired before the first OnBeginFrame event when a sequence is rendered. See the list of available Context Attributes for this event.
siOnEndSequence	OnEndSequence event identifier. Fired after the last OnEndFrame event when a sequence is rendered. See the list of available Context Attributes for this event.
siOnKeyUp	OnKeyUp event identifier. Fired when a user releases a key. OnKeyUp is not fired if the window with the focus handles keyboard events. See the list of available Context Attributes for this event.
siOnKeyDown	OnKeyDown event identifier. Fired when a user presses a key. OnKeyDown is not fired if the window with the focus handles keyboard events. See the list of available Context Attributes for this event.
siOnValueChange	OnValueChange event identifier. Fired when a parameter value or scene object is changed. See the list of available Context Attributes for this event.Note: This event is a regular Softimage event but is also supported by the Custom Display Host.
siOnTimeChange	OnTimeChange event identifier. Fired when the time line changes. See the list of available Context Attributes for this event.
siOnWindowEvent	OnWindowEvent event identifier. Fired when a custom display changes position or get refreshed. This event is supported only by the Custom Display Host.
siOnBeginFileExport	OnBeginFileExport event identifier. This event occurs at the beginning of a file export. See the list of available Context Attributes for this event.
siOnEndFileExport	OnEndFileExport event identifier. This event occurs at the end of a file export. See the list of available Context Attributes for this event.
siOnBeginFileImport	OnBeginFileImport event identifier. This event occurs at the beginning of a file import. See the list of available Context Attributes for this event.
siOnEndFileImport	OnEndFileImport event identifier. This event occurs at the end of a file import. See the list of available Context Attributes for this event.
siOnStartup	OnStartup event identifier. Fired when Softimage starts.
siOnSourcePathChange	OnSourcePathChange event identifier. Fired when a Softimage source path is changed. See the list of available Context Attributes for this event.
siOnObjectAdded	OnObjectAdded event identifier. Fired when an object has been added to the scene. See the list of available Context Attributes for this event.Note: Prior to v6.5 this was only available for the Custom Display Host.
siOnObjectRemoved	OnObjectRemoved event identifier. Fired when an object has been removed from the scene. See the list of available Context Attributes for this event.Note: Prior to v6.5 this was only available for the Custom Display Host.
siOnTimer	OnTimer event identifier. Fired when a timer elapses.
siOnBeginSceneSave2	OnBeginSceneSave2 event identifier. Same as siOnBeginSceneSave except this version allows you to pass in the full path name of the scene via Context Attributes.
siOnEndSceneSave2	OnEndSceneSave2 event identifier. Same as siOnEndSceneSave except this version allows you to pass in the full path name of the scene via Context Attributes.
siOnCloseScene	OnCloseScene event identifier. Fired when a scene is closing. This event occurs before a new scene or a new project is created, or before a scene is loaded.
siOnActivate	OnActivate event identifier. Fired when the Softimage application is activated or deactivated. The Softimage application is activated when a window belonging to a different application than Softimage is about to be deactivated. This results typically from a user action such as changing the focus or closing the window. See the list of available Context Attributes for this event.
siOnMaximize	OnMaximize event identifier. Fired when the Softimage application window is maximized. The Maximize action activates the application which therefore triggers an siOnActivate event with a state set to true.
siOnMinimize	OnMinimize event identifier. Fired when the Softimage application window is minimized. The Minimize action de-activates the application which therefore triggers an siOnActivate event with a state set to false.
siOnChangeProject	OnChangeProject event identifier. Fired when the project changes in Softimage. This can occur when one of the following actions takes place: - a new project is created - a project is activated - a new scene is loaded - during a crash recovery operation Note: The event is not fired when a project gets closed due to Softimage terminating. See the list of available Context Attributes for this event.
siOnRefModelModSave	OnRefModelPreModSave event identifier. Fired just before saving the modification of the current reference model resolution.
siOnBeginRefModelModLoad	OnRefModelPostLoad event identifier. Fired just before loading the modification of the current reference model resolution.
siOnEndRefModelModLoad	siOnRefModelPostLoadAfterMod event identifier. Fired just after loading the modification of the current reference model resolution.
siOnCustomFileImport	OnCustomFileImport event identifier. Fired when importing an asset with a custom file-extension. See the list of available Context Attributes for this event.
siOnCustomFileExport	OnCustomFileExport event identifier. Fired when exporting an asset with a custom file-extension. See the list of available Context Attributes for this event.
siOnDragAndDrop	OnDragAndDrop event identifier. Fired when a source is dragged over or dropped in a view and no default Softimage handlers dealt with it. See the list of available Context Attributes for this event.
siOnBeginPassChange	OnBeginPassChange event identifier. Fired before a renderpass is changed. See the list of available Context Attributes for this event.
siOnEndPassChange	OnEndPassChange event identifier. Fired after a renderpass has been changed. See the list of available Context Attributes for this event.
siOnStartAnimation	OnStartAnimation event identifier. Fired when animation playback has been started with the timeline play button or animation scrubbing has been started. The event can also be fired when one of these commands has been executed: PlayBackwards, PlayBackwardsFromEnd, PlayForwards, PlayForwardsFromStart, PlayFrame, PlayRealTime, or PlayRealTimeFromStart. Note: This event has no specific attributes.
siOnStopAnimation	siOnStopAnimation event identifier. Fired after animation playback has been stopped with the timeline play button or animation scrubbing has been stopped. The event can also be fired after one of these commands has been executed: PlaybackStop, PlayBackwards, PlayBackwardsFromEnd, PlayForwards, PlayForwardsFromStart, PlayFrame, PlayRealTime, or PlayRealTimeFromStart. Note: This event has no specific attributes.
siOnRefModelLoad	OnRefModelLoad event identifier. Fired before the current resolution gets loaded for a referenced model
siOnConnectShader	OnConnectShader event identifier. Fired after a shader port is connected. See the list of available Context Attributes for this event.
siOnDisconnectShader	OnDisconnectShader event identifier. Fired after a shader port is disconnected. See the list of available Context Attributes for this event.
siOnAddShaderPort	OnAddShaderPort event identifier. Not implemented.
siOnRemoveShaderPort	OnRemoveShaderPort event identifier. Not implemented.
siOnCreateShader	OnCreateShader event identifier. Fired after a shader is created. See the list of available Context Attributes for this event.
siOnCreateShaderDef	OnCreateShaderDef event identifier. Fired after a shader definition is created. See the list of available Context Attributes for this event.
siOnCustomShaderExport	siOnCustomShaderExport event identifier. Fired when exporting a shader or shader tree in the RenderTree with a custom file-extension. See the list of available Context Attributes for this event.
siOnRenderAbort	OnRenderAbort event identifier. Fired when a render sequence has been aborted by the user. The event can also be sent when a render region job is re-executed as a result of a scene change.
siOnEndCommand	OnEndCommand event identifier. Fired when a Command terminates. This event is fired for top-level commands only, sub-commands executed while a top-level command is running will not trigger this event. See the list of available Context Attributes for this event.
siOnBeginCommand	OnBeginCommand event identifier. Fired before a Command is executed. This event is fired for top-level commands only, sub-commands executed while a top-level command is running will not trigger this event. See the list of available Context Attributes for this event.

Definition at line 1223 of file xsi_decl.h.

    {   siOnBeginNewScene   = 542179328,        
    siOnEndNewScene = 542179329,        
    siOnBeginSceneOpen  = 542179330,        
    siOnEndSceneOpen    = 542179331,        
    siOnBeginSceneSave  = 542179332,        
    siOnEndSceneSave    = 542179333,        
    siOnBeginSceneSaveAs    = 542179334,        
    siOnEndSceneSaveAs  = 542179335,        
    siOnTerminate   = 542179336,        
    siOnSelectionChange = 542179337,        
    siOnBeginFrame  = 542179338,        
    siOnEndFrame    = 542179339,        
    siOnBeginSequence   = 542179340,        
    siOnEndSequence = 542179341,        
    siOnKeyUp   = 542179342,        
    siOnKeyDown = 542179343,        
    siOnValueChange = 542179344,        
    siOnTimeChange  = 542179345,        
    siOnWindowEvent = 542179346,        
    siOnBeginFileExport = 542179347,        
    siOnEndFileExport   = 542179348,        
    siOnBeginFileImport = 542179349,        
    siOnEndFileImport   = 542179350,        
    siOnStartup = 542179351,        
    siOnSourcePathChange    = 542179352,        
    siOnObjectAdded = 542179353,        
    siOnObjectRemoved   = 542179354,        
    siOnTimer   = 542179355,        
    siOnBeginSceneSave2 = 542179356,        
    siOnEndSceneSave2   = 542179357,        
    siOnCloseScene  = 542179358,        
    siOnActivate    = 542179359,        
    siOnMaximize    = 542179360,        
    siOnMinimize    = 542179361,        
    siOnChangeProject   = 542179362,        
    siOnRefModelModSave = 542179363,        
    siOnBeginRefModelModLoad    = 542179364,        
    siOnEndRefModelModLoad  = 542179365,        
    siOnCustomFileImport    = 542179366,        
    siOnCustomFileExport    = 542179367,        
    siOnDragAndDrop = 542179368,        
    siOnBeginPassChange = 542179369,        
    siOnEndPassChange   = 542179370,        
    siOnStartAnimation  = 542179371,        
    siOnStopAnimation   = 542179372,        
    siOnRefModelLoad    = 542179373,        
    siOnConnectShader   = 542179374,        
    siOnDisconnectShader    = 542179375,        
    siOnAddShaderPort   = 542179376,        
    siOnRemoveShaderPort    = 542179377,        
    siOnCreateShader    = 542179378,        
    siOnCreateShaderDef = 542179379,        
    siOnCustomShaderExport  = 542179380,        
    siOnRenderAbort = 542179381,        
    siOnEndCommand  = 542181329,        
    siOnBeginCommand    = 542181331     
    }   siEventID;

enum siSelectionChangeType

Specifies the type of operation performed to update the selection.

Enumerator:

siAddedToSelection	One or more objects added to selection.
siRemovedFromSelection	One or more objects removed from selection.

Definition at line 1284 of file xsi_decl.h.

    {   siAddedToSelection  = 0,        
    siRemovedFromSelection  = 1     
    }   siSelectionChangeType;

enum siRenderFieldType

Specifies the render field setting.

Enumerator:

siRenderFieldNone	No field setting.
siRenderFieldOdd	Odd field setting.
siRenderFieldEven	Even field setting.

Definition at line 1291 of file xsi_decl.h.

    {   siRenderFieldNone   = 0,        
    siRenderFieldOdd    = 1,        
    siRenderFieldEven   = 2     
    }   siRenderFieldType;

enum siRenderingType

Specifies the type of rendering.

Enumerator:

siRenderSequence	Render sequence.
siRenderFramePreview	Frame preview or render region rendering.
siRenderEchoToMi
siRenderExportArchive

Definition at line 1299 of file xsi_decl.h.

    {   siRenderSequence    = 0,        
    siRenderFramePreview    = 1,        
    siRenderEchoToMi    = 2,
    siRenderExportArchive   = 2
    }   siRenderType;

enum siRenderingErrorType

Specifies the type of rendering error.

Enumerator:

siRenderNoError	No rendering error.
siRenderAbort
siRenderFailure

Definition at line 1308 of file xsi_decl.h.

    {   siRenderNoError = 0,        
    siRenderAbort   = 1,
    siRenderFailure = 2
    }   siRenderingErrorType;

enum siSubdivisionRuleType

Specifies the subdivision rule used for an approximated geometry selection.

Enumerator:

siCatmullClark	Catmull-Clark subdivision rule.
siXSIDooSabin	XSI-Doo-Sabin subdivision rule.
siLinearSubdivision	Linear subdivision rule.

Definition at line 1316 of file xsi_decl.h.

    {   siCatmullClark  = 0,        
    siXSIDooSabin   = 2,        
    siLinearSubdivision = 3     
    }   siSubdivisionRuleType;

enum siNavigateComponentType

Direction type for navigating geometry components.

Enumerator:

siNextComponent	next component
siPreviousComponent	previous component
siFirstComponent	first component
siLastComponent	last component

Definition at line 1324 of file xsi_decl.h.

    {   siNextComponent = 0,        
    siPreviousComponent = 1,        
    siFirstComponent    = 2,        
    siLastComponent = 3     
    }   siNavigateComponentType;

enum siParticleRenderType

Enumeration of particle render types.

Enumerator:

siBillboardType	Billboard render type.
siSphereType	Sphere render type.
siBlobType	Blob render type.

Definition at line 1333 of file xsi_decl.h.

    {   siBillboardType = 0,        
    siSphereType    = 1,        
    siBlobType  = 2     
    }   siParticleRenderType;

enum siFCurveEditorAttribute

Enumeration of the different attributes that are available on the FCurveEditor object.

Enumerator:

siRegionStartFrame	If a region has been selected this returns the start frame. If no region has been selected then 0.0 is returned.
siRegionEndFrame	End frame of the region selection, or 0.0 if no region has been selected.
siRegionMin	Minimum value of the keys in the region, or 0.0 if no region has been selected.
siRegionMax	Maximum value of the keys in the region, or 0.0 if no region has been selected.

Definition at line 1341 of file xsi_decl.h.

    {   siRegionStartFrame  = 0,        
    siRegionEndFrame    = 1,        
    siRegionMin = 2,        
    siRegionMax = 3     
    }   siFCurveEditorAttribute;

enum siSeverityType

Determines the severity types of a message implemented with the C++ API.

They can be combined.

Enumerator:

siFatalMsg	Fatal error has occurred; possibly leading to an unstable system state. Displayed as Message Box and in History window.
siErrorMsg	An error has occurred; possibly leading data loss. Displayed in History window and Status Bar.
siWarningMsg	An error has occurred but is recoverable. Displayed in History window and Status Bar.
siInfoMsg	Log an information message. Displayed in History window and Status Bar.
siVerboseMsg	Log a diagnostic information message. Displayed in History window.
siCommentMsg	Log an information message without a prefix to describe its type.

Definition at line 1350 of file xsi_decl.h.

    {   siFatalMsg  = 1,        
    siErrorMsg  = 2,        
    siWarningMsg    = 4,        
    siInfoMsg   = 8,        
    siVerboseMsg    = 16,       
    siCommentMsg    = 32        
    }   siSeverityType;

enum siCustomCompiledOpFlags

Information which is passed to the custom compiled operators through its Init and Term functions.

Enumerator:

siDLLLoadingUnloading

Flag passed to the operator in the Init or Term to notify that the DLL is Offloading/Reloading .

Definition at line 1361 of file xsi_decl.h.

    {   siDLLLoadingUnloading   = 1     
    }   siCustomCompiledOpFlags;

enum siChannelAction

A device driver contains a set of channels that can be configured.

This enumeration is the type of action to perform for a channel.

Enumerator:

siChannelActionNone	Nothing to do with the channel.
siChannelActionDrive	Drive a parameter of a scene object. If you choose this type of action, you can set the Channel.Target property to any valid expression (for example, "current.kine.local.posx").
siChannelActionCommand	Fire a command. If you choose this type of action, you can set the Channel.Target property to the name of the command to launch through this channel. This can be either a native Softimage command or a custom command.
siChannelActionSpecial	Other action (Special). If you choose this type of action, you can set the Channel.Target property to any of these special keywords:TIMELINE (drives the timeline)TIME_START (goes to the first frame)TIME_END (goes to the last frame)TIME_STEP_FORWARD (goes to the next frame)TIME_STEP_BACK (goes to the previous frame)TIME_STOP (stops the playback)TIME_PLAY_NORMAL (real time playback from current frame)TIME_PLAY_FRAME (real time playback from first frame)TIME_PLAY_SLIDE (plays all frames from current frame on)TIME_SPECIFY,<frame>ACTIVATE,<driver_ID> (enables a device driver)DEACTIVATE,<driver_ID> (disables a device driver)

Definition at line 1367 of file xsi_decl.h.

    {   siChannelActionNone = 0,        
    siChannelActionDrive    = 1,        
    siChannelActionCommand  = 2,        
    siChannelActionSpecial  = 3     
    }   siChannelAction;

enum siSelectMode

Specifies how to select objects in a hierarchy.

Enumerator:

siSelectDefault	Select the object as is.
siSelectNode	Select the object in node.
siSelectBranch	Select the object and its children.
siSelectTree	Select the entire hierarchy of objects.
siSelectModel	Select the model and the hierarchy of objects. If that model is the scene root then this is the same as siSelectTree.

Definition at line 1376 of file xsi_decl.h.

    {   siSelectDefault = 0,        
    siSelectNode    = 1,        
    siSelectBranch  = 2,        
    siSelectTree    = 3,        
    siSelectModel   = 4     
    }   siSelectMode;

enum siTransientExplorerFilter

Specifies the filter to use in a transient explorer.

Enumerator:

siSEFilterAllNodes	Display all nodes.
siSEFilterAllNodesNoParams	Display all nodes without leaf nodes.
siSEFilterGeometryOperators	Display the operators and primitives.
siSEFilterObjectsOnly	Display the objects.
siSEFilterAllProperties	Display all the properties.
siSEFilterPropertiesAndPrimitives	Display all the properties and primitives.
siSEFilterMaterialsAndShaders	Display all the materials and shaders.
siSEFilterModelsOnly	Display only the models.
siSEFilterGroupsOnly	Display only the groups.
siSEFilterImageClips	Display only the image clips.

Definition at line 1386 of file xsi_decl.h.

    {   siSEFilterAllNodes  = 0,        
    siSEFilterAllNodesNoParams  = 1,        
    siSEFilterGeometryOperators = 2,        
    siSEFilterObjectsOnly   = 3,        
    siSEFilterAllProperties = 4,        
    siSEFilterPropertiesAndPrimitives   = 5,        
    siSEFilterMaterialsAndShaders   = 6,        
    siSEFilterModelsOnly    = 7,        
    siSEFilterGroupsOnly    = 8,        
    siSEFilterImageClips    = 9     
    }   siTransientExplorerFilter;

enum siClassID

The class ID of Softimage objects.

This enumerator is used by the C++ API to manage references between the object model and C++. For example, the CRef::IsA function uses the class ID to determine whether or not the class type is compatible with the underlying reference object.

Enumerator:

siObjectID	Generic object id.
siUnknownClassID	Unknown object id.
siSIObjectID	SIObject object id.
siOGLMaterialID	OGLMaterial object id.
siOGLTextureID	OGLTexture object id.
siOGLLightID	OGLLight object id.
siApplicationID	Application object id.
siArgumentID	Argument object id.
siCommandID	Command object id.
siClipID	Clip object id.
siShapeClipID	ShapeClip object id.
siSubComponentID	SubComponent object id.
siFacetID	Facet object id.
siNurbsSurfaceID	NurbsSurfaceFace object id.
siPointID	Point object id.
siControlPointID	ControlPoint object id.
siNurbsCurveControlPointID	NurbsCurveControlPoint object id.
siNurbsCurveListControlPointID	NurbsCurveListControlPoint object id.
siNurbsSurfaceControlPointID	NurbsSurfaceControlPoint object id.
siNurbsCurveID	NurbsCurve object id.
siSampleID	Sample object id.
siNurbsSampleID	NurbsSample object id.
siPolygonNodeID	PolygonNode object id.
siGeometryID	Geometry object id.
siNurbsSurfaceMeshID	NurbsSurfaceMesh object id.
siNurbsCurveListID	NurbsCurveList object id.
siPolygonMeshID	PolygonMesh object id.
siSegmentID	Segment object id.
siConnectionPointID	ConnectionPoint object id.
siConstructionHistoryID	ConstructionHistory object id.
siDictionaryID	Dictionary object id.
siEventInfoID	EventInfo object id.
siFCurveID	FCurve object id.
siNestedFCurveID	NestedFCurve object id.
siFCurveKeyID	FCurveKey object id.
siFileBrowserID	FileBrowser object id.
siImageID	Image object id.
siMappedItemID	MappedItem object id.
siPortID	Port object id.
siInputPortID	InputPort object id.
siSelectionID	Selection object id.
siStaticSourceID	StaticSource object id.
siTriangleID	Triangle object id.
siTriangleVertexID	TriangleVertex object id.
siUpdateContextID	UpdateContext object id.
siParameterID	Parameter object id.
siCompoundParameterID	CompoundParameter object id.
siProjectID	Project object id.
siProjectItemID	ProjectItem object id.
siActionSourceID	ActionSource object id.
siExpressionID	Expression object id.
siImageClipID	ImageClip object id.
siSceneID	Scene object id.
siShaderID	Shader object id.
siOperatorID	Operator object id.
siEnvelopeID	Envelope object id.
siPrimitiveID	Primitive object id.
siParticleCloudPrimitiveID	ParticleCloudPrimitive object id.
siPropertyID	Property object id.
siClusterPropertyID	ClusterProperty object id.
siConstraintID	Constraint object id.
siConstraintWithUpVectorID	ConstraintWithUpVector object id.
siCustomPropertyID	CustomProperty object id.
siJointID	Joint object id.
siKinematicsID	Kinematics object id.
siMaterialID	Material object id.
siStaticKinematicStateID	StaticKinematicState object id.
siSceneItemID	SceneItem object id.
siClusterID	Cluster object id.
siGroupID	Group object id.
siLayerID	Layer object id.
siPassID	Pass object id.
siUserGroupID	UserGroup object id.
siX3DObjectID	X3DObject object id.
siParticleCloudID	ParticleCloud object id.
siModelID	Model object id.
siChainElementID	ChainElement object id.
siChainRootID	ChainRoot object id.
siChainBoneID	ChainBone object id.
siChainEffectorID	ChainEffector object id.
siDirectedID	Directed object id.
siCameraID	Camera object id.
siLightID	Light object id.
siNullID	Null object id.
siRigID	Rig object id.
siCameraRigID	CameraRig object id.
siLightRigID	LightRigobject id.
siKinematicStateID	KinematicState object id.
siTrackID	Track object id.
siUserDataMapID	UserDataMap object id.
siFxTreeID	FxTree object id.
siFxOperatorID	FxOperator object id.
siTriangleCollectionID	TriangleCollection object id.
siTriangleVertexCollectionID	TriangleVertexCollection object id.
siSampleCollectionID	SampleCollection object id.
siPolygonNodeCollectionID	PolygonNodeCollection object id.
siPointCollectionID	PointCollection object id.
siFacetCollectionID	FacetCollection object id.
siVertexID	Vertex object id.
siVertexCollectionID	VertexCollection object id.
siEdgeID	Edge object id.
siEdgeCollectionID	EdgeCollection object id.
siPolygonFaceID	PolygonFace object id.
siPolygonFaceCollectionID	PolygonFaceCollection object id.
siDataSourceID	DataSource object id.
siAnimationSourceID	AnimationSource object id.
siOutputPortID	OuptputPort object id.
siProxyParameterID	Proxy Parameter object id.
siDeviceCollectionID	Device collection object id.
siDeviceID	Device object id.
siChannelID	Channel object id.
siKnotCollectionID	KnotCollection object id.
siControlPointCollectionID	ControlPointCollection object id.
siNurbsCurveCollectionID	NurbsCurveCollection object id.
siNurbsSurfaceCollectionID	NurbsSurfaceCollection object id.
siNurbsSampleCollectionID	NurbsSampleCollection object id.
siTextureID	Texture object id.
siUserDataBlobID	UserDataBlob object id.
siParticleID	Particle object id.
siAddonID	Addon object id.
siPPGLayoutID	PPGLayout object id.
siPPGItemID	PPGItem object id.
siPreferencesID	Preferences object id.
siParticleTypeID	ParticleType object id.
siParticleAttributeID	ParticleAttribute object id.
siGridDataID	GridData object id.
siTextureLayerID	TextureLayer object id.
siTextureLayerPortID	TextureLayerPort object id.
siCustomOperatorID	CustomOperator object id.
siPortGroupID	PortGroup object id.
siDesktopID	Desktop object id.
siLayoutID	Layout object id.
siUIObjectID	UIObject object id.
siUIPersistableID	UIPersistable object id.
siViewID	View object id.
siArrayParameterID	ArrayParameter object id.
siViewContextID	X3DObject object id.
siContextID	Context object id.
siPPGEventContextID	PPGEventContext id.
siClipEffectID	ClipEffect object id.
siClipEffectItemID	ClipEffectItem object id.
siShapeKeyID	ShapeKey object id.
siSourceID	Source object id.
siTimeControlID	TimeControl object id.
siTransitionID	Transition object id.
siAnimationSourceItemID	AnimationSourceItem object id.
siClipContainerID	ClipContainer object id.
siArgumentHandlerID	Argument Handler object id.
siMenuID	Menu object id.
siMenuItemID	MenuItem object id.
siPluginID	Plugin object id.
siPluginItemID	PluginItem object id.
siPluginRegistrarID	PluginRegistrar object id.
siFilterID	Filter object id.
siUIToolkitID	UIToolkit object id.
siProgressBarID	ProgressBar object id.
siParamDefID	ParamDef object id.
siFactoryID	Factory object id.
siCommandCollectionID	Command object id.
siArgumentCollectionID	Argument Collection id.
siGraphicSequencerContextID	Graphic Sequencer Core id.
siClipRelationID	ClipRelation object id.
siMixerID	Mixer object id.
siLibraryID	Library id.
siSimulationEnvironmentID	SimulationEnvironment object id.
siGridWidgetID	GridWidget object id.
siGeometryAccessorID	Geometry accessor object id.
siEnvelopeWeightID	EnvelopeWeight property object id.
siMeshBuilderID	MeshBuilder object id.
siSegmentCollectionID
siFileReferenceID	X3DObject object id.
siClusterPropertyBuilderID	ClusterPropertyBuilder object id.
siMaterialLibraryID	MaterialLibrary id.
siHairPrimitiveID	HairPrimitive object id.
siRenderHairAccessorID	RenderHairAccessor object id.
siPointLocatorDataID	PointLocatorData object id.
siCollectionItemID	CollectionItem object id.
siOperatorContextID	Operator context object id.
siPointCloudID	PointCloud object id.
siRigidBodyAccessorID	RigidBodyAccessor object id.
siRigidConstraintAccessorID	RigidConstraintAccessor object id.
siDeltaID	Delta object id.
siActionDeltaID	ActionDelta object id.
siActionDeltaItemID	ActionDeltaItem object id.
siTimerEventID	TimerEvent object id.
siPassContainerID	PassContainer object id.
siRenderChannelID	RenderChannel object id.
siSceneRenderPropertyID	SceneRenderProperty object id.
siFramebufferID	Framebuffer object id.
siRendererContextID	RendererContext object id.
siRendererID	Renderer object id.
siTimeTransportID	Do not use.
siTimeTransportContextID	Do not use.
siICENodeID	ICENode object id.
siICECompoundNodeID	ICECompoundNode object id.
siICENodePortID	ICENodePort object id.
siICETreeID	ICETree object id.
siICENodeContainerID	ICENodeContainer object id.
siICENodeInputPortID	ICENodeInputPort object id.
siICENodeOutputPortID	ICENodeOutputPort object id.
siICEDataProviderNodeID	ICEDataProviderNode object id.
siICEDataModifierNodeID	ICEDataModifierNode object id.
siICENodeDefID	ICENodeDef object id.
siICENodeContextID	ICENodeContext object id.
siICEAttributeID	ICEAttribute object id.
siPartitionID	Partition object id.
siOverrideID	Override object id.
siHardwareShaderContextID	Hardware Shader Context Object id.
siValueMapID	ValueMap object id.
siShaderParamDefID	ShaderParamDef object id.
siShaderParamDefOptionsID	ShaderParamDefOptions object id.
siShaderballOptionsID	ShaderballOptions object id.
siShaderParamDefContainerID	ShaderParamDefContainer object id.
siMetaShaderRendererDefID	MetaShaderRendererDef object id.
siShaderDefID	ShaderDef object id.
siShaderStructParamDefID	ShaderStructParamDef object id.
siShaderArrayParamDefID	ShaderArrayParamDef object id.
siShaderParameterID	ShaderParameter object id.
siShaderArrayItemParameterID	ShaderArrayItemParameter object id.
siShaderArrayParameterID	ShaderArrayParameter object id.
siShaderCompoundParameterID	ShaderCompoundParameter object id.
siRenderTreeNodeID	RenderTreeNode object id.
siShaderBaseID	ShaderBase object id.
siShaderContainerID	ShaderContainer object id.
siShaderCompoundID	ShaderCompound object id.
siShaderCommentID	ShaderComment object id.
siShaderDefManagerID	ShaderDefManager object id.
siHardwareSurfaceID	HardwareSurface object id.
siGraphicDriverID	Graphic Driver object id.
siHairGeometryID	HairGeometry object id.
siPointCloudGeometryID	PointCloudGeometry object id.
siSchematicNodeID	SchematicNode object id.
siSchematicID	Schematic object id.
siSchematicNodeCollectionID	SchematicNodeCollection object id.
siUVPropertyID	UVProperty property object id.
siToolContextID	ToolContext object id.
siPickBufferID	PickBuffer object id.

Definition at line 1401 of file xsi_decl.h.

    {   siObjectID  = 0,        
    siUnknownClassID    = 0,        
    siSIObjectID    = 1,        
    siOGLMaterialID = 2,        
    siOGLTextureID  = 3,        
    siOGLLightID    = 4,        
    siApplicationID = 5,        
    siArgumentID    = 6,        
    siCommandID = 7,        
    siClipID    = 8,        
    siShapeClipID   = 9,        
    siSubComponentID    = 10,       
    siFacetID   = 11,       
    siNurbsSurfaceID    = 12,       
    siPointID   = 13,       
    siControlPointID    = 14,       
    siNurbsCurveControlPointID  = 15,       
    siNurbsCurveListControlPointID  = 16,       
    siNurbsSurfaceControlPointID    = 17,       
    siNurbsCurveID  = 18,       
    siSampleID  = 19,       
    siNurbsSampleID = 20,       
    siPolygonNodeID = 21,       
    siGeometryID    = 22,       
    siNurbsSurfaceMeshID    = 23,       
    siNurbsCurveListID  = 24,       
    siPolygonMeshID = 25,       
    siSegmentID = 26,       
    siConnectionPointID = 27,       
    siConstructionHistoryID = 28,       
    siDictionaryID  = 29,       
    siEventInfoID   = 30,       
    siFCurveID  = 31,       
    siNestedFCurveID    = 32,       
    siFCurveKeyID   = 33,       
    siFileBrowserID = 34,       
    siImageID   = 35,       
    siMappedItemID  = 36,       
    siPortID    = 37,       
    siInputPortID   = 38,       
    siSelectionID   = 39,       
    siStaticSourceID    = 40,       
    siTriangleID    = 41,       
    siTriangleVertexID  = 42,       
    siUpdateContextID   = 43,       
    siParameterID   = 44,       
    siCompoundParameterID   = 45,       
    siProjectID = 46,       
    siProjectItemID = 47,       
    siActionSourceID    = 48,       
    siExpressionID  = 49,       
    siImageClipID   = 50,       
    siSceneID   = 51,       
    siShaderID  = 52,       
    siOperatorID    = 53,       
    siEnvelopeID    = 54,       
    siPrimitiveID   = 55,       
    siParticleCloudPrimitiveID  = 56,       
    siPropertyID    = 57,       
    siClusterPropertyID = 58,       
    siConstraintID  = 59,       
    siConstraintWithUpVectorID  = 60,       
    siCustomPropertyID  = 61,       
    siJointID   = 62,       
    siKinematicsID  = 63,       
    siMaterialID    = 64,       
    siStaticKinematicStateID    = 65,       
    siSceneItemID   = 66,       
    siClusterID = 67,       
    siGroupID   = 68,       
    siLayerID   = 69,       
    siPassID    = 70,       
    siUserGroupID   = 71,       
    siX3DObjectID   = 72,       
    siParticleCloudID   = 73,       
    siModelID   = 74,       
    siChainElementID    = 75,       
    siChainRootID   = 76,       
    siChainBoneID   = 77,       
    siChainEffectorID   = 78,       
    siDirectedID    = 79,       
    siCameraID  = 80,       
    siLightID   = 81,       
    siNullID    = 82,       
    siRigID = 83,       
    siCameraRigID   = 84,       
    siLightRigID    = 85,       
    siKinematicStateID  = 86,       
    siTrackID   = 87,       
    siUserDataMapID = 88,       
    siFxTreeID  = 89,       
    siFxOperatorID  = 90,       
    siTriangleCollectionID  = 91,       
    siTriangleVertexCollectionID    = 92,       
    siSampleCollectionID    = 93,       
    siPolygonNodeCollectionID   = 94,       
    siPointCollectionID = 95,       
    siFacetCollectionID = 97,       
    siVertexID  = 98,       
    siVertexCollectionID    = 99,       
    siEdgeID    = 100,      
    siEdgeCollectionID  = 101,      
    siPolygonFaceID = 102,      
    siPolygonFaceCollectionID   = 103,      
    siDataSourceID  = 104,      
    siAnimationSourceID = 105,      
    siOutputPortID  = 106,      
    siProxyParameterID  = 107,      
    siDeviceCollectionID    = 108,      
    siDeviceID  = 109,      
    siChannelID = 110,      
    siKnotCollectionID  = 111,      
    siControlPointCollectionID  = 112,      
    siNurbsCurveCollectionID    = 113,      
    siNurbsSurfaceCollectionID  = 114,      
    siNurbsSampleCollectionID   = 115,      
    siTextureID = 116,      
    siUserDataBlobID    = 117,      
    siParticleID    = 118,      
    siAddonID   = 119,      
    siPPGLayoutID   = 120,      
    siPPGItemID = 121,      
    siPreferencesID = 122,      
    siParticleTypeID    = 123,      
    siParticleAttributeID   = 124,      
    siGridDataID    = 125,      
    siTextureLayerID    = 126,      
    siTextureLayerPortID    = 127,      
    siCustomOperatorID  = 128,      
    siPortGroupID   = 129,      
    siDesktopID = 130,      
    siLayoutID  = 131,      
    siUIObjectID    = 132,      
    siUIPersistableID   = 133,      
    siViewID    = 134,      
    siArrayParameterID  = 135,      
    siViewContextID = 137,      
    siContextID = 138,      
    siPPGEventContextID = 139,      
    siClipEffectID  = 140,      
    siClipEffectItemID  = 141,      
    siShapeKeyID    = 142,      
    siSourceID  = 143,      
    siTimeControlID = 144,      
    siTransitionID  = 145,      
    siAnimationSourceItemID = 146,      
    siClipContainerID   = 147,      
    siArgumentHandlerID = 148,      
    siMenuID    = 149,      
    siMenuItemID    = 150,      
    siPluginID  = 151,      
    siPluginItemID  = 152,      
    siPluginRegistrarID = 153,      
    siFilterID  = 154,      
    siUIToolkitID   = 155,      
    siProgressBarID = 156,      
    siParamDefID    = 157,      
    siFactoryID = 158,      
    siCommandCollectionID   = 159,      
    siArgumentCollectionID  = 160,      
    siGraphicSequencerContextID = 161,      
    siClipRelationID    = 162,      
    siMixerID   = 163,      
    siLibraryID = 164,      
    siSimulationEnvironmentID   = 165,      
    siGridWidgetID  = 166,      
    siGeometryAccessorID    = 167,      
    siEnvelopeWeightID  = 168,      
    siMeshBuilderID = 169,      
    siSegmentCollectionID   = 170,
    siFileReferenceID   = 171,      
    siClusterPropertyBuilderID  = 172,      
    siMaterialLibraryID = 173,      
    siHairPrimitiveID   = 174,      
    siRenderHairAccessorID  = 175,      
    siPointLocatorDataID    = 176,      
    siCollectionItemID  = 177,      
    siOperatorContextID = 178,      
    siPointCloudID  = 179,      
    siRigidBodyAccessorID   = 180,      
    siRigidConstraintAccessorID = 181,      
    siDeltaID   = 182,      
    siActionDeltaID = 183,      
    siActionDeltaItemID = 184,      
    siTimerEventID  = 185,      
    siPassContainerID   = 186,      
    siRenderChannelID   = 187,      
    siSceneRenderPropertyID = 188,      
    siFramebufferID = 189,      
    siRendererContextID = 190,      
    siRendererID    = 191,      
    siTimeTransportID   = 192,      
    siTimeTransportContextID    = 193,      
    siICENodeID = 194,      
    siICECompoundNodeID = 195,      
    siICENodePortID = 196,      
    siICETreeID = 197,      
    siICENodeContainerID    = 198,      
    siICENodeInputPortID    = 199,      
    siICENodeOutputPortID   = 200,      
    siICEDataProviderNodeID = 201,      
    siICEDataModifierNodeID = 202,      
    siICENodeDefID  = 203,      
    siICENodeContextID  = 204,      
    siICEAttributeID    = 205,      
    siPartitionID   = 206,      
    siOverrideID    = 207,      
    siHardwareShaderContextID   = 208,      
    siValueMapID    = 209,      
    siShaderParamDefID  = 210,      
    siShaderParamDefOptionsID   = 211,      
    siShaderballOptionsID   = 212,      
    siShaderParamDefContainerID = 213,      
    siMetaShaderRendererDefID   = 214,      
    siShaderDefID   = 215,      
    siShaderStructParamDefID    = 216,      
    siShaderArrayParamDefID = 217,      
    siShaderParameterID = 218,      
    siShaderArrayItemParameterID    = 219,      
    siShaderArrayParameterID    = 220,      
    siShaderCompoundParameterID = 221,      
    siRenderTreeNodeID  = 222,      
    siShaderBaseID  = 223,      
    siShaderContainerID = 224,      
    siShaderCompoundID  = 225,      
    siShaderCommentID   = 226,      
    siShaderDefManagerID    = 227,      
    siHardwareSurfaceID = 228,      
    siGraphicDriverID   = 229,      
    siHairGeometryID    = 230,      
    siPointCloudGeometryID  = 231,      
    siSchematicNodeID   = 232,      
    siSchematicID   = 233,      
    siSchematicNodeCollectionID = 234,      
    siUVPropertyID  = 235,      
    siToolContextID = 236,      
    siPickBufferID  = 237       
    }   siClassID;

enum siBlendInPresetModes

This enumeration type specifies how the BlendInPresets command will apply the new shaders to the parameters selected by the command.

Enumerator:

siBlendInPreset	Blend the new shaders in with any existing shaders on the ports, or the parameter value if there are no shaders.
siReplaceAndBlendInPreset	Remove any existing shaders from the parameters, and blend with the parameter value.
siReplaceNoBlend	Remove any existing shaders and connect the new shaders directly to the parameters, without blending.

Definition at line 1643 of file xsi_decl.h.

    {   siBlendInPreset = 0,        
    siReplaceAndBlendInPreset   = 1,        
    siReplaceNoBlend    = 2     
    }   siBlendInPresetModes;

enum siBlendInTextureLayersModes

This enumeration type specifies how the texture-layer blending commands will apply the new shaders to the parameters selected by the command.

Enumerator:

siBlendInTextureLayers	Blend the new shaders in with any existing shaders on the ports, or the parameter value if there are no shaders.
siReplaceAndBlendInTextureLayers	Remove any existing shaders and layers from the parameters, and blend with the parameter value.
siReplaceAndNoBlendInTextureLayers	Remove any existing shaders and layers and connect the new shaders directly to the parameters, without blending.

Definition at line 1651 of file xsi_decl.h.

    {   siBlendInTextureLayers  = 0,        
    siReplaceAndBlendInTextureLayers    = 1,        
    siReplaceAndNoBlendInTextureLayers  = 2     
    }   siBlendInTextureLayersModes;

enum siShaderCnxPointType

This enumeration type specifies what kind of shader port connections you are interested in when using the RemoveAllShadersFromCnxPoint command.

Enumerator:

siShaderCnxPointNone	Reference none of the connections on a parameter. (not normally used)
siShaderCnxPointBasePorts	Reference only regular shader connections (not including texture layer port connections). "Regular connections" refers to connections of one shader to another.
siShaderCnxPointTextureLayerPorts	Reference texture layer port connections only.
siShaderCnxPointAll	Reference all types of shader connections, including both regular and texture layer port connections.

Definition at line 1659 of file xsi_decl.h.

    {   siShaderCnxPointNone    = 0,        
    siShaderCnxPointBasePorts   = 1,        
    siShaderCnxPointTextureLayerPorts   = 2,        
    siShaderCnxPointAll = 65535     
    }   siShaderCnxPointType;

enum siAddonItemType

This enumeration type specifies the type of item supported by add-ons.

Depending on which type you use with the Addon.AddItem method, you need to supply only a name, or a path and file name, or you may be able to use either as indicated below.

Enumerator:

siLayoutAddonItemType
siToolbarAddonItemType
siKeyMapAddonItemType
siScriptCmdAddonItemType
siPresetAddonItemType
siSpdlAddonItemType
siLibraryAddonItemType
siOtherAddonItemType
siEventAddonItemType
siDeviceAddonItemType
siShelfAddonItemType
siPluginAddonItemType
siHelpAddonItemType
siViewAddonItemType

Definition at line 1668 of file xsi_decl.h.

    {   siLayoutAddonItemType   = 1,
    siToolbarAddonItemType  = 2,
    siKeyMapAddonItemType   = 3,
    siScriptCmdAddonItemType    = 4,
    siPresetAddonItemType   = 5,
    siSpdlAddonItemType = 6,
    siLibraryAddonItemType  = 7,
    siOtherAddonItemType    = 8,
    siEventAddonItemType    = 9,
    siDeviceAddonItemType   = 10,
    siShelfAddonItemType    = 11,
    siPluginAddonItemType   = 12,
    siHelpAddonItemType = 13,
    siViewAddonItemType = 14
    }   siAddonItemType;

enum siGridWidgetColumnType

Types of Columns supported by siControlGrid (see siPPGControlTypeand GridData.SetColumnType)

Enumerator:

siColumnStandard	A column of text. Numeric values are shown in decimal format without a slider.
siColumnBool	A check mark is shown if the value of the zero is non-zero.
siColumnCombo	The value of the cell is chosen from a drop down list.

Definition at line 1687 of file xsi_decl.h.

    {   siColumnStandard    = 0,        
    siColumnBool    = 1,        
    siColumnCombo   = 2     
    }   siGridWidgetColumnType;

enum siGridSelectionMode

Selection Mode for the cells of the GridWidget, see siUIGridSelectionMode in siPPGItemAttribute.

Enumerator:

siSelectionCell	Individual cells are selectable (Default behavior)
siSelectionHeader	Entire columns or rows are selected by clicking in the header cells.
siSelectionNone	Nothing can be selected.

Definition at line 1695 of file xsi_decl.h.

    {   siSelectionCell = 0,        
    siSelectionHeader   = 1,        
    siSelectionNone = 2     
    }   siGridSelectionMode;

enum siTxtContourStretchingMethod

Polygon cluster contour stretching method used to generate texture coordinates as part of the GenerateUVSetByContourStretching and ModifyUVSetByContourStretching commands.

Enumerator:

siContourStretchingWalkingOnMesh	Texture coordinates obtained by accumulated distance from contours while walking along mesh edges.
siContourStretchingSpatialDistance	Texture coordinates obtained by accumulated spatial distance from contours to the mesh vertices.
siContourStretchingReqularQuads	Texture coordinates obtained by accumulated distances along grid lines obtained from contours.
siContourStretchingProjectionOnSurface	Texture coordinates obtained by projection on a parameteric surface built from contours.

Definition at line 1703 of file xsi_decl.h.

    {   siContourStretchingWalkingOnMesh    = 0,        
    siContourStretchingSpatialDistance  = 1,        
    siContourStretchingReqularQuads = 2,        
    siContourStretchingProjectionOnSurface  = 3     
    }   siTxtContourStretchingMethod;

enum siExplorerScope

The list of scopes supported by the Scene Explorer.

Enumerator:

siExplorerScopeDefault	Default scope.
siExplorerScopeProject	Project (Content Container) scope.
siExplorerScopePreferences	Preferences scope.
siExplorerScopeScene	Scene scope.
siExplorerScopeLayers	Layers scope.
siExplorerScopePasses	Passes scope.
siExplorerScopeEnvironments	Environments scope.
siExplorerScopeParTypes	The Particle Types scope is no longer supported.
siExplorerScopeSelection	Selection scope.
siExplorerScopeCustom	Custom scope.
siExplorerScopeCurrentLayer	Current Layer scope.
siExplorerScopeCurrentPass	Current Pass scope.
siExplorerScopeCurrentEnvironment	The Current Environment scope is no longer supported.
siExplorerScopeCurrentParType	Current Particle Type scope.
siExplorerScopeSourcesClips	Sources and Clips scope.
siExplorerScopeSourcesClipsAnimation	Sources and Clips (Animation Only) scope.
siExplorerScopeSourcesClipsAudio	Sources and Clips (Audio Only) scope.
siExplorerScopeSourcesClipsImages	Sources and Clips (Images Only) scope.
siExplorerScopeSourcesClipsMaterials	Sources and Clips (Materials Only) scope.
siExplorerScopeSourcesClipsModels	The Sources and Clips (Models Only) scope is no longer supported.
siExplorerScopeCommands	The Commands scope is no longer supported.

Definition at line 1712 of file xsi_decl.h.

    {   siExplorerScopeDefault  = 0,        
    siExplorerScopeProject  = 1,        
    siExplorerScopePreferences  = 2,        
    siExplorerScopeScene    = 3,        
    siExplorerScopeLayers   = 4,        
    siExplorerScopePasses   = 5,        
    siExplorerScopeEnvironments = 6,        
    siExplorerScopeParTypes = 7,        
    siExplorerScopeSelection    = 8,        
    siExplorerScopeCustom   = 9,        
    siExplorerScopeCurrentLayer = 10,       
    siExplorerScopeCurrentPass  = 11,       
    siExplorerScopeCurrentEnvironment   = 12,       
    siExplorerScopeCurrentParType   = 13,       
    siExplorerScopeSourcesClips = 14,       
    siExplorerScopeSourcesClipsAnimation    = 15,       
    siExplorerScopeSourcesClipsAudio    = 16,       
    siExplorerScopeSourcesClipsImages   = 17,       
    siExplorerScopeSourcesClipsMaterials    = 18,       
    siExplorerScopeSourcesClipsModels   = 19,       
    siExplorerScopeCommands = 20        
    }   siExplorerScope;

enum siTimeState

States for the time change notification CTimeChangeNotificationfor Custom Displays.

Enumerator:

siTimeStateNull	Null state.
siTimeStateStop	Stop state.
siTimeStatePreStop	Pre-Stop state.
siTimeStatePlay	Play state.
siTimeStatePrePlay	Pre-Play state.
siTimeStateRecord	Record state.
siTimeStatePreRecord	Pre-Record state.
siTimeStateFast	Fast state.
siTimeStatePreFast	Pre-Fast state.
siTimeStatePreRoll	Pre-Roll state.
siTimeStateStep	Step state.
siTimeStatePostStep	Post-Step state.
siTimeStatePause	Pause state.
siTimeStatePrePause	Pre-Pause state.
siTimeStateSeek	Seek state.
siTimeNotifyTime	Time notification.
siTimeNotifyScrub	Scrub notification.
siTimeNotifySeek	Seek notification.
siTimeNotifyPortChange	Port Change notification.
siTimeNotifyFrameDrop	Frame Drop notification.

Definition at line 1738 of file xsi_decl.h.

    {   siTimeStateNull = 0,        
    siTimeStateStop = 0x1,      
    siTimeStatePreStop  = 0x2,      
    siTimeStatePlay = 0x4,      
    siTimeStatePrePlay  = 0x8,      
    siTimeStateRecord   = 0x10,     
    siTimeStatePreRecord    = 0x20,     
    siTimeStateFast = 0x40,     
    siTimeStatePreFast  = 0x80,     
    siTimeStatePreRoll  = 0x100,        
    siTimeStateStep = 0x200,        
    siTimeStatePostStep = 0x400,        
    siTimeStatePause    = 0x800,        
    siTimeStatePrePause = 0x1000,       
    siTimeStateSeek = 0x2000,       
    siTimeNotifyTime    = 0x4000,       
    siTimeNotifyScrub   = 0x10000,      
    siTimeNotifySeek    = 0x20000,      
    siTimeNotifyPortChange  = 0x40000,      
    siTimeNotifyFrameDrop   = 0x80000       
    }   siTimeState;

enum siDisplayCallback

Types of display callbacks defined for the Graphic Sequencer.

Enumerator:

siUndefined	Undefined.
siPreBeginFrame	Fired just before a new frame begins.
siBeginFrame	Fired when a new frame begins.
siPostBeginFrame	Fired after the frame has begun.
siPrePass	Fired before each XGS display pass.
siPass	Fired XGS display pass callback.
siPostPass	Fired after each XGS display pass.
siPreEndFrame	Fired just before the frame ends.
siEndFrame	Fired when the frame ends.
siPostEndFrame	Fired after the frame has ended.
siRenderFrame	Fired after MentalRay renders a frame, or after a render region is finished rendering a frame.

Definition at line 1763 of file xsi_decl.h.

    {   siUndefined = 0,        
    siPreBeginFrame = 1,        
    siBeginFrame    = 2,        
    siPostBeginFrame    = 3,        
    siPrePass   = 4,        
    siPass  = 5,        
    siPostPass  = 6,        
    siPreEndFrame   = 7,        
    siEndFrame  = 8,        
    siPostEndFrame  = 9,        
    siRenderFrame   = 10        
    }   siDisplayCallback;

enum siXGSClassType

Type of object passed to an Open Graphic Sequencer callback.

Enumerator:

siXGSPluginManager

The Open Graphic Sequencer plug-in manager.

Definition at line 1779 of file xsi_decl.h.

    {   siXGSPluginManager  = 0     
    }   siXGSClassType;

enum siXGSFlag

Flags for Graphic Sequencer callbacks.

Enumerator:

siInactive	Callback is inactive.
siActive	Callback is active.

Definition at line 1785 of file xsi_decl.h.

    {   siInactive  = 0,        
    siActive    = 1     
    }   siXGSFlag;

enum siXGSPassFlag

Pass flags for Graphic Sequencer callbacks.

Enumerator:

siInsertBefore	Insert before a callback.
siInsertAfter	Insert after a callback.
siInsertBeforeAll	Insert before all callbacks.
siInsertAfterAll	Insert after all callbacks.

Definition at line 1792 of file xsi_decl.h.

    {   siInsertBefore  = 0,        
    siInsertAfter   = 1,        
    siInsertBeforeAll   = 2,        
    siInsertAfterAll    = 3     
    }   siXGSPassFlag;

enum siXGSStateType

XGS state types defined for the Graphic Sequencer.

Enumerator:

siXGSUnknown	Unknown type.
siXGSInteger	Integer state type.
siXGSFloat	Float state type.
siXGSHandle	Handle state type.
siXGSVector4	Vector4 state type.
siXGSMatrix4	Matrix4 state type.

Definition at line 1801 of file xsi_decl.h.

    {   siXGSUnknown    = 0,        
    siXGSInteger    = 1,        
    siXGSFloat  = 2,        
    siXGSHandle = 3,        
    siXGSVector4    = 4,        
    siXGSMatrix4    = 5     
    }   siXGSStateType;

enum siViewMode

Viewport display modes used by the CGraphicSequencer classfor the Graphic Sequencer.

Enumerator:

siAll	All modes.
siBoundingBoxMode	Bounding box.
siWireframe	Wireframe.
siDepthCue	Depth Cue.
siHiddenLineRemoval	Hidden Line Removal.
siConstant	Constant.
siShaded	Shaded.
siTextured	Textured.
siTexturedDecal	Textured Decal.
siCustom	Custom view.
siRealtimePortMaterial	Realtime.

Definition at line 1812 of file xsi_decl.h.

    {   siAll   = 0,        
    siBoundingBoxMode   = 12,       
    siWireframe = 13,       
    siDepthCue  = 14,       
    siHiddenLineRemoval = 15,       
    siConstant  = 16,       
    siShaded    = 17,       
    siTextured  = 18,       
    siTexturedDecal = 19,       
    siCustom    = 20,       
    siRealtimePortMaterial  = 21        
    }   siViewMode;

enum siParticleAttributeType

The available types for user defined per particle ParticleAttribute.

Enumerator:

siPAVector4	Type of vector containing 4 double-precision floating-point values.
siPAVector3	Type of vector containing 3 double-precision floating-point values.
siPAFloat	Floating-point type.
siPAInt	Integer type.
siPAULong	ULONG integer type.
siPAUShort	Unsigned short integer type.
siPABool	Boolean type.
siPAUndefined	Error type returned when requesting the type for an undefined attribute.

Definition at line 1828 of file xsi_decl.h.

    {   siPAVector4 = 0,        
    siPAVector3 = 1,        
    siPAFloat   = 2,        
    siPAInt = 3,        
    siPAULong   = 4,        
    siPAUShort  = 5,        
    siPABool    = 6,        
    siPAUndefined   = 7     
    }   siParticleAttributeType;

enum siAssetStorageType

This is the enumeration of the different ways an asset in Softimage can be stored.

Assets can be either ActionSource objects or deltas.
Note: This enum replaces the obsolete siSourceStorageType enum.

Enumerator:

siAssetStorageTypeInternal	The asset is saved in the scene file.
siAssetStorageTypeExternalDotXSIBin	The asset is saved in a dotXSI file (.xsi) of type binary.
siAssetStorageTypeExternalDotXSIText	The source is saved in a dotXSI file (.xsi) of type text.
siAssetStorageTypeExternalBin	The asset is saved in a binary native Softimage file (.eani).
siAssetStorageTypeExternalXSIA	The asset is saved in a delta file (.xsia).

Definition at line 1841 of file xsi_decl.h.

    {   siAssetStorageTypeInternal  = 0,        
    siAssetStorageTypeExternalDotXSIBin = 1,        
    siAssetStorageTypeExternalDotXSIText    = 2,        
    siAssetStorageTypeExternalBin   = 3,        
    siAssetStorageTypeExternalXSIA  = 4     
    }   siAssetStorageType;

enum siSourceStorageType

This enum has been replaced by siAssetStorageType.

Enumerator:

siSourceStorageTypeInternal	The source is saved in the scene file.
siSourceStorageTypeExternalDotXSIBin	The source is saved in a dotXSI file (.eani) of type binary.
siSourceStorageTypeExternalDotXSIText	The source is saved in a dotXSI file (.xsi) of type text.
siSourceStorageTypeExternalBin	The asset is saved in a binary native Softimage file (.eani).

Definition at line 1851 of file xsi_decl.h.

    {   siSourceStorageTypeInternal = 0,        
    siSourceStorageTypeExternalDotXSIBin    = 1,        
    siSourceStorageTypeExternalDotXSIText   = 2,        
    siSourceStorageTypeExternalBin  = 3     
    }   siSourceStorageType;

enum siAssetStatus

This is an enumeration of how an asset in Softimage can be treated when stored externally.

Assets can be either ActionSource objects or deltas.
Note: This enum replaces the obsolete siActionStatus enum.

Enumerator:

siAssetStatusOffloaded	The asset is offloaded on disk.
siAssetStatusPartiallyLoaded	The asset contains portions that are offloaded. See ActionSource.PartialOffload
siAssetStatusLoaded	The asset is loaded.

Definition at line 1860 of file xsi_decl.h.

    {   siAssetStatusOffloaded  = 0,        
    siAssetStatusPartiallyLoaded    = 1,        
    siAssetStatusLoaded = 2     
    }   siAssetStatus;

enum siActionStatus

This enum has been replaced by siAssetStatus.

Enumerator:

siActionStatusOffloaded	The action source is offloaded on disk.
siActionStatusPartiallyLoaded	The action source contains section that are offloaded. See method ActionSource.PartialOffload
siActionStatusLoaded	The action source is loaded.

Definition at line 1868 of file xsi_decl.h.

    {   siActionStatusOffloaded = 0,        
    siActionStatusPartiallyLoaded   = 1,        
    siActionStatusLoaded    = 2     
    }   siActionStatus;

enum siFilterType

Specifies the different type of filters that are used for implementing and categorizing custom Filters.

Custom filters of types siFilter3DObject, siFilterSubComponentEdge, siFilterSubComponentPoint, siFilterSubComponentPolygon and siFilterProperty are automatically added to the Main Command Panel filter menus and integrated with the selection tool.

Enumerator:

siFilterUndefined	Undefined filter type.
siFilterObject	Represents generic filters that are not object-specific.
siFilter3DObject	Kind of filter used with 3D objects.
siFilterProperty	Kind of filter used with property objects.
siFilterSubComponentEdge	Kind of filter used with the edge sub components of a geometry.
siFilterSubComponentPoint	Kind of filter used with the point sub components of a geometry.
siFilterSubComponentPolygon	Kind of filter used with the polygon sub components of a geometry.
siFilterSubComponentKnot	Kind of filter used with the knot sub components of a geometry.

Definition at line 1876 of file xsi_decl.h.

    {   siFilterUndefined   = 0,        
    siFilterObject  = 1,        
    siFilter3DObject    = 2,        
    siFilterProperty    = 3,        
    siFilterSubComponentEdge    = 4,        
    siFilterSubComponentPoint   = 5,        
    siFilterSubComponentPolygon = 6,        
    siFilterSubComponentKnot    = 7     
    }   siFilterType;

enum siCommandCapabilities

Determines the capabilities of a command.

Enumerator:

siSupportsKeyAssignment
siCannotBeUsedInBatch
siNoLogging
siAllowNotifications

Definition at line 1889 of file xsi_decl.h.

    {   siSupportsKeyAssignment = 8,
    siCannotBeUsedInBatch   = 256,
    siNoLogging = 8388608,
    siAllowNotifications    = 1073741824
    }   siCommandCapabilities;

enum siSeverity

Determines the severity types of a message implemented in a scripting language.

They can be combined.

Enumerator:

siFatal	Fatal error has occurred; possibly leading to an unstable system state. Displayed as Message Box and in History window.
siError	An error has occurred; possibly leading data loss. Displayed in History window and Status Bar.
siWarning	An error has occurred but is recoverable. Displayed in History window and Status Bar.
siInfo	Log an information message. Displayed in History window and Status Bar.
siVerbose	Log a diagnostic information message. Displayed in History window.
siComment	Log an information message without adding a prefix to describe its type.

Definition at line 1898 of file xsi_decl.h.

    {   siFatal = 1,        
    siError = 2,        
    siWarning   = 4,        
    siInfo  = 8,        
    siVerbose   = 16,       
    siComment   = 32        
    }   siSeverity;

enum siMsgBoxFlags

Flags values supported by the XSIUIToolkit.MsgBox command.

These are identical the arguments supported by the VBScript MsgBox() and Win32 ::MessageBox() functions.

Enumerator:

siMsgOkOnly	Display OK button only.
siMsgOkCancel	Display OK and Cancel buttons.
siMsgAbortRetryIgnore	Display Abort, Retry, and Ignore buttons.
siMsgYesNoCancel	Display Yes, No, and Cancel buttons.
siMsgYesNo	Display Yes and No buttons.
siMsgRetryCancel	Display Retry and Cancel buttons.
siMsgCritical	Display Critical Message icon.
siMsgQuestion	Display Query icon.
siMsgExclamation	Display Warning Message icon.
siMsgInformation	Display Information Message icon.
siMsgDefaultButton1	First button is default.
siMsgDefaultButton2	Second button is default.
siMsgDefaultButton3	Third button is default.

Definition at line 1909 of file xsi_decl.h.

    {   siMsgOkOnly = 0,        
    siMsgOkCancel   = 1,        
    siMsgAbortRetryIgnore   = 2,        
    siMsgYesNoCancel    = 3,        
    siMsgYesNo  = 4,        
    siMsgRetryCancel    = 5,        
    siMsgCritical   = 16,       
    siMsgQuestion   = 32,       
    siMsgExclamation    = 48,       
    siMsgInformation    = 64,       
    siMsgDefaultButton1 = 0,        
    siMsgDefaultButton2 = 256,      
    siMsgDefaultButton3 = 512       
    }   siMsgBoxFlags;

enum siMsgButtonPressed

Return values from XSIUIToolkit.MsgBox that indicates which button was pressed by the user.

Enumerator:

siMsgOk	OK.
siMsgCancel	Cancel.
siMsgAbort	Abort.
siMsgRetry	Retry.
siMsgIgnore	Ignore.
siMsgYes	Yes.
siMsgNo	No.

Definition at line 1927 of file xsi_decl.h.

    {   siMsgOk = 1,        
    siMsgCancel = 2,        
    siMsgAbort  = 3,        
    siMsgRetry  = 4,        
    siMsgIgnore = 5,        
    siMsgYes    = 6,        
    siMsgNo = 7     
    }   siMsgButtonPressed;

enum siViewState

Specifies the view state information of the View object, such as whether the view is closed, whether the view is minimized, and whether the view is in a normal state.

Enumerator:

siNormal	Normal.
siClosed	Closed.
siMinimized	Minimized.

Definition at line 1939 of file xsi_decl.h.

    {   siNormal    = 0,        
    siClosed    = 1,        
    siMinimized = 2     
    }   siViewState;

enum siToolbarControl

Types of toolbar controls to use when building a toolbar.

Toolbar controls help you to tweak the appearance of your toolbar by adding some cosmetic features, such as separators and line breaks.

Enumerator:

siTBCtrlBlankSeparator	Blank separator.
siTBCtrlGroupHeader	Group header.
siTBCtrlLineBreak	Line break.
siTBCtrlMenu	Cascading command menu button.
siTBCtrlPreset	Cascading command preset menu button.
siTBCtrlLineSeparator	Line separator.

Definition at line 1947 of file xsi_decl.h.

    {   siTBCtrlBlankSeparator  = 0,        
    siTBCtrlGroupHeader = 1,        
    siTBCtrlLineBreak   = 2,        
    siTBCtrlMenu    = 3,        
    siTBCtrlPreset  = 4,        
    siTBCtrlLineSeparator   = 5     
    }   siToolbarControl;

enum siTimeReferenceType

Specifies the type of time applicability of a ClipEffect on a Clip.

Enumerator:

siOriginalClip	The effect will repeat itself over time.
siExtrapolatedClip	the effect spans over extrapolation.

Definition at line 1958 of file xsi_decl.h.

    {   siOriginalClip  = 0,        
    siExtrapolatedClip  = 1     
    }   siTimeReferenceType;

enum siImageRatio

Specifies a reduction to apply to an image.

For example a 800x400 image reduced by a 4x1 ratio will have a resolution of 200x100.

Enumerator:

siImageRatio1x1	Full resolution issue.
siImageRatio2x1	Image reduced to 1/2 resolution (e.g. 1/4 the memory consumption).
siImageRatio4x1	Image reduced to 1/4 resolution.
siImageRatio8x1	Image reduced to 1/8 resolution.
siImageRatio16x1	Image reduced to 1/16 resolution.
siImageRatioThumbnail	Image reduced to Thumbnail resolution.

Definition at line 1965 of file xsi_decl.h.

    {   siImageRatio1x1 = 0,        
    siImageRatio2x1 = 1,        
    siImageRatio4x1 = 2,        
    siImageRatio8x1 = 3,        
    siImageRatio16x1    = 4,        
    siImageRatioThumbnail   = 5     
    }   siImageRatio;

enum siTimeControlExtrapolationType

The siTimeControlExtrapolationType determines how a Clip contributes to the animation outside of the frames on which it is defined.

Enumerator:

siTimeControlExtrapolationNone	Results in no extrapolation. Use this to delete an extrapolation.
siTimeControlExtrapolationHold	Results in the first or last values being held for the number of frames specified by TimeControl.ExtrapolationBeforeValue or TimeControl.ExtrapolationAfterValue.
siTimeControlExtrapolationCycle	Repeats the clip for the number of times specified by TimeControl.ExtrapolationBeforeValue or TimeControl.ExtrapolationAfterValue.
siTimeControlExtrapolationBounce	Repeats the clip forward, then backward, and so on for the number of times specified by TimeControl.ExtrapolationBeforeValue or TimeControl.ExtrapolationAfterValue.

Definition at line 1976 of file xsi_decl.h.

    {   siTimeControlExtrapolationNone  = 0,        
    siTimeControlExtrapolationHold  = 1,        
    siTimeControlExtrapolationCycle = 2,        
    siTimeControlExtrapolationBounce    = 3     
    }   siTimeControlExtrapolationType;

enum siMenuItemStyle

Specifies the style of a menu item.

Enumerator:

siMenuItemUndefined	Undefined menu item style.
siMenuItem	Regular menu item.
siMenuItemSubmenu	Defines item as a submenu.
siMenuItemSeparator	Defines item as a separator.
siMenuItemSection	Defines item as a colored section separator with a label.

Definition at line 1985 of file xsi_decl.h.

    {   siMenuItemUndefined = 0,        
    siMenuItem  = ( siMenuItemUndefined + 1 ) ,     
    siMenuItemSubmenu   = ( siMenuItem + 1 ) ,      
    siMenuItemSeparator = ( siMenuItemSubmenu + 1 ) ,       
    siMenuItemSection   = ( siMenuItemSeparator + 1 )       
    }   siMenuItemStyle;

enum siMenuAnchorPoints

Identifies the location of a custom menu.

Enumerator:

siMenuUndefinedID	Undefined menu id.
siMenuTbGetPrimitiveCurveID	Get > Primitive > Curve menu.
siMenuTbGetPrimitivePolygonMeshBasicID	Basic section (Cone, Cube, ..., Torus) in the Get > Primitive > Polygon Mesh menu.
siMenuTbGetPrimitivePolygonMeshHedronID	Hedron section (Dodecahedron, Icosahedron, ..., Rhombicosidodecahedron) in the Get > Primitive > Polygon Mesh menu.
siMenuTbGetPrimitivePolygonMeshID	Get > Primitive > Polygon Mesh menu.
siMenuTbGetPrimitiveSurfaceID	Get > Primitive > Surface menu.
siMenuTbGetPrimitiveImplicitCurveID	Curve section (Arc, Circle, ..., Square) in the Get > Primitive > Implicit menu.
siMenuTbGetPrimitiveImplicitID	Get > Primitive > Implicit menu.
siMenuTbGetPrimitiveControlObjectID	Get > Primitive > Control Object menu.
siMenuTbGetPrimitiveModelID	Get > Primitive > Model menu .
siMenuTbGetPrimitiveID	Get > Primitive menu.
siMenuTbGetCameraID	Get > Primitive > Camera menu.
siMenuTbGetLightID	Get > Primitive > Light menu.
siMenuTbGetMaterialID	Get > Material menu.
siMenuTbGetMaterialBasicID	Basic (Phong, Lambert, ..., Toon) section in the Get > Material menu.
siMenuTbGetMaterialSimpleID	Simple section in the Get > Material menu.
siMenuTbGetMaterialRealTimeID	Realtime section (OGL Combined,...) in the Get > Material menu.
siMenuTbGetPropertyID	Get > Property menu.
siMenuTbGetPropertyTextureProjectionID	Get > Property > Texture Projection menu.
siMenuTbGetPropertyTextureMapID	Get > Property > Texture Map menu.
siMenuTbGetPropertyTextureID	Texture section in the Get > Property menu.
siMenuTbGetPropertyUserDataMapID	Get > Property > User Data Map menu.
siMenuTbGetPropertyMapPaintID	Get > Property > Map Paint Tools menu.
siMenuTbGetPropertyPSetID	Property section (Ultimapper, TextProp, ..., Tangent) in the Get > Property menu.
siMenuTbDeformSpatialID	Spatial section (Bend, Bulge, ..., Fold) in the Modify > Deform menu.
siMenuTbDeformID	dify > Deform menu.
siMenuTbCreateSkeletonID	Create > Skeleton menu.
siMenuTbCreateSkeletonDrawID	Draw section (2D Chain, 3D Chain) in the Create > Skeleton menu.
siMenuTbCreateSkeletonInspectID	Inspect section (Inspect Chain Properties) in the Create > Skeleton menu.
siMenuTbModelCreateCurveID	Create > Curve menu (Model toolbar).
siMenuTbModelCreateSurfaceMeshID	Create > Surf. Mesh menu.
siMenuTbModelCreatePolygonMeshID	Create > Poly. Mesh menu.
siMenuTbModelCreateModelID	Create > Model menu.
siMenuTbModelCreateTextID	Create > Text menu.
siMenuTbModelModifyComponentID	Modify > Component menu.
siMenuTbModelModifyCurveID	Modify > Curve menu.
siMenuTbModelModifySurfaceMeshID	Modify > Surf. Mesh menu.
siMenuTbModelModifyPolygonMeshID	Modify > Poly. Mesh menu.
siMenuTbModelModifyModelID	Modify > Model menu.
siMenuTbAnimateCreateParameterID	Create > Parameter menu.
siMenuTbAnimateCreateParameterCustomPSetID	Custom Property Wizard section in the Create > Parameter menu.
siMenuTbAnimateCreateParameterCustomParamID	Custom Parameter section in the Create > Parameter menu.
siMenuTbAnimateCreateParameterExpressionID	Expression section in the Create > Parameter menu.
siMenuTbAnimateCreateParameterProxyID	Proxy Parameter section in the Create > Parameter menu.
siMenuTbAnimateCreateCurveID	Create > Curve menu (Animate toolbar).
siMenuTbAnimateCreatePathID	Create > Path menu.
siMenuTbAnimateCreateCharacterID	Create > Character menu.
siMenuTbAnimateDeformShapeID	Deform > Shape menu.
siMenuTbAnimateDeformShapeKeyID	Shape Key section in the Deform > Shape menu.
siMenuTbAnimateDeformEnvelopeID	Deform > Envelope menu.
siMenuTbAnimateActionsStoreID	Actions > Store menu.
siMenuTbAnimateActionsApplyID	Actions > Apply menu.
siMenuTbAnimateActionsTemplatesID	Actions > Templates menu.
siMenuTbAnimateToolsPlotID	Tools > Plot menu.
siMenuTbAnimateToolsDevicesID	Tools > Devices menu.
siMenuTbAnimateToolsImportID	Import section in the Tools > Import/Export menu.
siMenuTbAnimateToolsExportID	Export section in the Tools > Import/Export menu.
siMenuTbAnimateToolsMotorID	MOTOR section in the Tools > Import/Export menu.
siMenuTbRenderRegionID	Render > Region menu.
siMenuTbRenderPreviewID	Obsolete - menu no longer exists.
siMenuTbRenderRenderID	Render > Render menu.
siMenuTbRenderExportMIID	Obsolete - renamed siMenuTbRenderExportID.
siMenuTbRenderPassEditID	Render > Pass > Edit menu.
siMenuTbRenderPassEditNewPassID	Render > Pass > Edit > New Pass menu.
siMenuTbRenderPassPartitionID	Render > Pass > Partition menu.
siMenuTbRenderExportID	Render > Export menu.
siMenuTbICEParticlesCreateID	Menu the ICE module toolbar.
siMenuTbICEParticlesOnEmissionID	Menu the ICE module toolbar.
siMenuTbICEParticlesAfterEmissionID	Menu the ICE module toolbar.
siMenuTbICEParticlesForceID	Menu the ICE module toolbar.
siMenuTbICEParticlesCollisionID	Menu the ICE module toolbar.
siMenuTbICEParticlesSimulationID	Menu the ICE module toolbar.
siMenuTbICEParticlesModelLibraryID	Menu the ICE module toolbar.
siMenuTbICEDeformCreateID	Menu the ICE module toolbar.
siMenuTbICEDeformSimulateID	Menu the ICE module toolbar.
siMenuTbICEKinematicsEffectsID	Menu the ICE module toolbar.
siMenuTbICEKinematicsConstrainID	Menu the ICE module toolbar.
siMenuTbGetForceID	Get > Force menu (Simulate toolbar).
siMenuTbCreateParticlesID	Create > Particles menu (Simulate toolbar).
siMenuTbCreateParticlesFluidID	Create > Particles > Fluid menu (Simulate toolbar).
siMenuTbCreateParticlesExplosionID	Create > Particles > Explosion menu (Simulate toolbar).
siMenuTbCreateParticlesNewPTypeID	Create > Particles > New Particle Type menu (Simulate toolbar).
siMenuTbCreateRigidBodyID	Create > Rigid Body menu (Simulate toolbar).
siMenuTbCreateRigidBodyConstraintID	Create > Rigid Body > Rigid Constraint menu (Simulate toolbar).
siMenuTbCreateClothID	Create > Cloth menu (Simulate toolbar).
siMenuTbModifyParticlesID	Modify > Particles menu (Simulate toolbar).
siMenuTbModifyRigidBodyID	Modify > Rigid Body menu (Simulate toolbar).
siMenuTbModifyEnvironmentID	Modify > Environment menu (Simulate toolbar).
siMenuTbCreateSoftBodyID	Create > Soft Body menu (Simulate toolbar).
siMenuTbICECreateID	ICE > Particles > Create menu (ICE toolbar).
siMenuTbICEEditID	ICE > Particles > Simulation menu (ICE toolbar).
siMenuMainFileSceneID	Scene section in the File menu on the main menu bar.
siMenuMainFileProjectID	Project section in the File menu on the main menu bar.
siMenuMainFileExportID	File > Export menu on the main menu bar.
siMenuMainFileImportID	File > Import menu on the main menu bar.
siMenuMainWindowID	Windows menu on the main menu bar.
siMenuMainHelpID	Help menu on the main menu bar.
siMenuMainApplicationID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View menu on the main menu bar.
siMenuMainApplicationPropertySetsID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View menu on the main menu bar.
siMenuMainApplicationLayoutsID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View > Layouts menu on the main menu bar.
siMenuMainApplicationViewsID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View menu on the main menu bar.
siMenuMainApplicationToolbarsID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View menu on the main menu bar.
siMenuMainApplicationCommandsID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View menu on the main menu bar.
siMenuMainApplicationKeyMappingsID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the View menu on the main menu bar.
siMenuMainApplicationPreferencesID	Do not use. The Application menu was removed in Softimage v5.0. Existing menus that use this anchor point are added to the Preferences section of the File menu on the main menu bar.
siMenuMainTopLevelID	The main menu bar. Menus registered with this identifier are added to the Softimage main menu bar as top-level menus.
siMenuMainFileCrosswalkID	File > Crosswalk menu on the main menu bar.
siMenuMCPSelectTopID	Top of Select menu in the MCP.
siMenuMCPSelectBottomID	Bottom of Select menu in the MCP.
siMenuMCPSelectExploreBtnID	Explore menu in the MCP.
siMenuMCPSelectSelBtnContextID	Context menu displayed when a user right-clicks the Selection button in the MCP.
siMenuMCPTransformTopID	Top of Transform menu in the MCP.
siMenuMCPTransformBottomID	Bottom of Transform menu in the MCP.
siMenuMCPSnapID	Snap menu in the MCP.
siMenuMCPConstrainID	Constrain menu in the MCP.
siMenuMCPEditID	Edit menu in the MCP.
siMenuMCPAnimationID	Animation menu in the MCP.
siMenuMCPPlaybackID	Playback menu in the MCP.
siMenuVMViewTypeID	View type menu in the View Manager. See View Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuVMCameraID	Camera menu in the View Manager. See View Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuVMVisibilityID	Visibility menu in the View Manager. See View Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuVMDisplayID	Display menu in the View Manager. See View Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenu3DViewClusterContextID	Context menu for a cluster in a 3D view.
siMenu3DViewComponentContextID	Context menu for subcomponents (such as points, edges, and polygons) in a 3D view.
siMenu3DViewComponentEditContextID	Edit section of the context menu for subcomponents in a 3D view.
siMenu3DViewGeneralContextID	Context menu displayed when a user right-clicks a blank area of a 3D view.
siMenu3DViewObjectContextID	Context menu for an object in a 3D view.
siMenu3DViewObjectEditContextID	Edit section of the context menu for an object in a 3D view.
siMenu3DViewObjectGroupContextID	Group section of the context menu for an object in a 3D view.
siMenu3DViewObjectMeshContextID	Mesh section of the context menu for an object in a 3D view.
siMenu3DViewObjectSelectContextID	Select section of the context menu for an object in a 3D view.
siMenuSEGeneralContextID	Context menu displayed when a user right-clicks an object (such as a Property, Parameter, or Primtive) that does not have a specific context menu.
siMenuSELayersContextID	Context menu displayed for Layer objects in the Scene Explorer.
siMenuSEPassesContextID	Context menu displayed for Pass objects in the Scene Explorer.
siMenuSEPartitionsContextID	Context menu displayed for Partition objects in the Scene Explorer.
siMenuSEObjectContextID	Context menu displayed for 3D objects in the Scene Explorer.
siMenuSEGroupContextID	Context menu displayed for Groups in the Scene Explorer.
siMenuSEAnimContextID	Context menu displayed for animated parameters in the Scene Explorer.
siMenuSEClusterContextID	Context menu displayed for clusters in the Scene Explorer.
siMenuSEOperatorContextID	Context menu displayed for operators in the Scene Explorer.
siMenuSEConstraintContextID	Context menu displayed for constraints in the Scene Explorer.
siMenuSEPreferenceContextID	Context menu displayed for preferences in the Scene Explorer.
siMenuSEMaterialContextID	Context menu displayed for Materials in the Scene Explorer.
siMenuSEModelContextID	Context menu displayed for Models in the Scene Explorer.
siMenuPluginMgrPluginFileID	File menu on the Plug-ins and Items tabs of the Plug-in Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrTreeFileID	File menu on the Tree tab of the Plug-in Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextPluginID	Context menu for plug-ins listed on the Tree and Plug-ins tabs of the Plugin Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextPluginLocationID	Context menu in the Plug-in Manager for an add-on or other location where plug-ins can be stored. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextUserRootID	Context menu for the User Root node in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextFactoryRootID	Context menu for the Factory Root node in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextWorkgroupRootID	Context menu for the Workgroup Root node in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextAddonID	Context menu for the add-ons listed in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextCustomLocationID	Context menu for the Root node of a custom folder in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrSPDLFileID	File menu on the SPDLs tab of the Plug-in Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextSPDLID	Context menu for the plug-ins listed on the SPDLs tab of the Plugin Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextSPDLLocationID	Context menu for the SPDLs Root node in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextPluginItemID	Context menu for the plug-ins listed on the Items tab of the Plugin Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextViewLocationID	Context menu for the Views Root node in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextViewID	Context menu for view plug-ins listed in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextToolbarLocationID	Context menu for the Toolbars Root node in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuPluginMgrContextToolbarID	Context menu for the toolbar plug-ins listed in the plug-in tree. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuWorkgroupMgrFileID	File menu on the Workgroups tab of the Plug-in Manager. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuWorkgroupMgrContextID	Context menu for a selected workgroup. See Plug-in Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuScriptEditContextID	Context menu for the editing pane of a script editor or a text editor. See Script Editor Attributes for a list of attributes you can use with this custom menu hook.
siMenuScriptHistoryContextID	Context menu for the history pane of a script editor. See Script History Attributes for a list of attributes you can use with this custom menu hook.
siMenuPropertyPageContextID	Context menu for the top area of a Property Page.
siMenuPropertyPageAnimContextID	Context menu displayed for animatable parameters in a Property Page.
siMenuShapeManagerEditID	Edit menu in the Shape Manager. See Shape Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuShapeManagerCreateContextSingleSelectionID	Context menu for the Create tab of the Shape Manager when a single shape is selected. See Shape Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuShapeManagerCreateContextMultiSelectionID	Context menu for the Create tab of the Shape Manager when multiple shapes are selected. See Shape Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuShapeManagerAnimateContextSingleSelectionID	Context menu for the Animate tab of the Shape Manager when only a single shape is selected. See Shape Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuShapeManagerAnimateContextMultiSelectionID	Context menu for the Animate tab of the Shape Manager when multiple shapes are selected. See Shape Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuShapeManagerAnimateID	Animate menu in the Shape Manager. See Shape Manager Attributes for a list of attributes you can use with this custom menu hook.
siMenuRenderRegionContextID	Context menu for the Render Region.
siMenuMaterialPanelMaterialID	Material menu in the Material Panel.
siMenuTextureEditorToolsID	Tools menu in the Texture Editor. See Texture Editor Attributes for a list of attributes you can use with this custom menu hook.
siMenuRenderTreeToolsID	Tools menu in the RenderTree. See Render Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuICEViewToolsID	Tools menu in the ICE view. See ICE Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuRTNodeContextID	Context menu displayed for shader/materials in the RenderTree. See Render Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuICENodeContextID	Context menu displayed for ICE Nodes in the ICE view. See ICE Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuICENodePortContextID	Context menu displayed for ICE Node Ports in the ICE view. See ICE Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuRenderTreeTopLevelID	The RenderTree main toolbar. Menus registered with this identifier are added to the RenderTree toolbar as top-level menus. See Render Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuICEViewTopLevelID	The ICE view main toolbar. Menus registered with this identifier are added to the ICE view toolbar as top-level menus. See ICE Tree Attributes for a list of attributes you can use with this custom menu hook.
siMenuTextEditorWidgetEditID	Edit menu in the Text Editor Widget. See Text Editor Attributes for a list of attributes you can use with this custom menu hook.
siMenuTextEditorContextID	Context menu in the edit pane of a Text Editor Widget. See Text Editor Attributes for a list of attributes you can use with this custom menu hook.
siMenuTextureSpaceProjectionID	Texture Space > New > Texture Projection menu.
siMenuSchematicViewID	View menu in the Schematic.
siMenuSchematicViewContextID	Context menu for the Schematic when clicking in the background.
siMenuSchematicNodeContextID	Context menu displayed for nodes in the Schematic.
siMenuSceneLayerManagerLayersID	Layers menu in the Scene Layer Manager.
siMenuSceneLayerManagerContextID	Context menu displayed for layer rows in the Scene Layer Manager.
siMenuWeightEditorFileID	File menu in the Weight Editor. See Weight Editor Attributes for a list of attributes you can use with this custom menu hook.
siMenuWeightEditorEditID	Edit menu in the Weight Editor. See Weight Editor Attributes for a list of attributes you can use with this custom menu hook.
siMenuWeightEditorViewID	View menu in the Weight Editor. See Weight Editor Attributes for a list of attributes you can use with this custom menu hook.

Definition at line 1995 of file xsi_decl.h.

    {   siMenuUndefinedID   = 0,        
    siMenuTbGetPrimitiveCurveID = 1,        
    siMenuTbGetPrimitivePolygonMeshBasicID  = ( siMenuTbGetPrimitiveCurveID + 1 ) ,     
    siMenuTbGetPrimitivePolygonMeshHedronID = ( siMenuTbGetPrimitivePolygonMeshBasicID + 1 ) ,      
    siMenuTbGetPrimitivePolygonMeshID   = ( siMenuTbGetPrimitivePolygonMeshHedronID + 1 ) ,     
    siMenuTbGetPrimitiveSurfaceID   = ( siMenuTbGetPrimitivePolygonMeshID + 1 ) ,       
    siMenuTbGetPrimitiveImplicitCurveID = ( siMenuTbGetPrimitiveSurfaceID + 1 ) ,       
    siMenuTbGetPrimitiveImplicitID  = ( siMenuTbGetPrimitiveImplicitCurveID + 1 ) ,     
    siMenuTbGetPrimitiveControlObjectID = ( siMenuTbGetPrimitiveImplicitID + 1 ) ,      
    siMenuTbGetPrimitiveModelID = ( siMenuTbGetPrimitiveControlObjectID + 1 ) ,     
    siMenuTbGetPrimitiveID  = ( siMenuTbGetPrimitiveModelID + 1 ) ,     
    siMenuTbGetCameraID = ( siMenuTbGetPrimitiveID + 1 ) ,      
    siMenuTbGetLightID  = ( siMenuTbGetCameraID + 1 ) ,     
    siMenuTbGetMaterialID   = ( siMenuTbGetLightID + 1 ) ,      
    siMenuTbGetMaterialBasicID  = ( siMenuTbGetMaterialID + 1 ) ,       
    siMenuTbGetMaterialSimpleID = ( siMenuTbGetMaterialBasicID + 1 ) ,      
    siMenuTbGetMaterialRealTimeID   = ( siMenuTbGetMaterialSimpleID + 1 ) ,     
    siMenuTbGetPropertyID   = ( siMenuTbGetMaterialRealTimeID + 1 ) ,       
    siMenuTbGetPropertyTextureProjectionID  = ( siMenuTbGetPropertyID + 1 ) ,       
    siMenuTbGetPropertyTextureMapID = ( siMenuTbGetPropertyTextureProjectionID + 1 ) ,      
    siMenuTbGetPropertyTextureID    = ( siMenuTbGetPropertyTextureMapID + 1 ) ,     
    siMenuTbGetPropertyUserDataMapID    = ( siMenuTbGetPropertyTextureID + 1 ) ,        
    siMenuTbGetPropertyMapPaintID   = ( siMenuTbGetPropertyUserDataMapID + 1 ) ,        
    siMenuTbGetPropertyPSetID   = ( siMenuTbGetPropertyMapPaintID + 1 ) ,       
    siMenuTbDeformSpatialID = ( siMenuTbGetPropertyPSetID + 1 ) ,       
    siMenuTbDeformID    = ( siMenuTbDeformSpatialID + 1 ) ,     
    siMenuTbCreateSkeletonID    = ( siMenuTbDeformID + 1 ) ,        
    siMenuTbCreateSkeletonDrawID    = ( siMenuTbCreateSkeletonID + 1 ) ,        
    siMenuTbCreateSkeletonInspectID = ( siMenuTbCreateSkeletonDrawID + 1 ) ,        
    siMenuTbModelCreateCurveID  = 100,      
    siMenuTbModelCreateSurfaceMeshID    = ( siMenuTbModelCreateCurveID + 1 ) ,      
    siMenuTbModelCreatePolygonMeshID    = ( siMenuTbModelCreateSurfaceMeshID + 1 ) ,        
    siMenuTbModelCreateModelID  = ( siMenuTbModelCreatePolygonMeshID + 1 ) ,        
    siMenuTbModelCreateTextID   = ( siMenuTbModelCreateModelID + 1 ) ,      
    siMenuTbModelModifyComponentID  = ( siMenuTbModelCreateTextID + 1 ) ,       
    siMenuTbModelModifyCurveID  = ( siMenuTbModelModifyComponentID + 1 ) ,      
    siMenuTbModelModifySurfaceMeshID    = ( siMenuTbModelModifyCurveID + 1 ) ,      
    siMenuTbModelModifyPolygonMeshID    = ( siMenuTbModelModifySurfaceMeshID + 1 ) ,        
    siMenuTbModelModifyModelID  = ( siMenuTbModelModifyPolygonMeshID + 1 ) ,        
    siMenuTbAnimateCreateParameterID    = 200,      
    siMenuTbAnimateCreateParameterCustomPSetID  = ( siMenuTbAnimateCreateParameterID + 1 ) ,        
    siMenuTbAnimateCreateParameterCustomParamID = ( siMenuTbAnimateCreateParameterCustomPSetID + 1 ) ,      
    siMenuTbAnimateCreateParameterExpressionID  = ( siMenuTbAnimateCreateParameterCustomParamID + 1 ) ,     
    siMenuTbAnimateCreateParameterProxyID   = ( siMenuTbAnimateCreateParameterExpressionID + 1 ) ,      
    siMenuTbAnimateCreateCurveID    = ( siMenuTbAnimateCreateParameterProxyID + 1 ) ,       
    siMenuTbAnimateCreatePathID = ( siMenuTbAnimateCreateCurveID + 1 ) ,        
    siMenuTbAnimateCreateCharacterID    = ( siMenuTbAnimateCreatePathID + 1 ) ,     
    siMenuTbAnimateDeformShapeID    = ( siMenuTbAnimateCreateCharacterID + 1 ) ,        
    siMenuTbAnimateDeformShapeKeyID = ( siMenuTbAnimateDeformShapeID + 1 ) ,        
    siMenuTbAnimateDeformEnvelopeID = ( siMenuTbAnimateDeformShapeKeyID + 1 ) ,     
    siMenuTbAnimateActionsStoreID   = ( siMenuTbAnimateDeformEnvelopeID + 1 ) ,     
    siMenuTbAnimateActionsApplyID   = ( siMenuTbAnimateActionsStoreID + 1 ) ,       
    siMenuTbAnimateActionsTemplatesID   = ( siMenuTbAnimateActionsApplyID + 1 ) ,       
    siMenuTbAnimateToolsPlotID  = ( siMenuTbAnimateActionsTemplatesID + 1 ) ,       
    siMenuTbAnimateToolsDevicesID   = ( siMenuTbAnimateToolsPlotID + 1 ) ,      
    siMenuTbAnimateToolsImportID    = ( siMenuTbAnimateToolsDevicesID + 1 ) ,       
    siMenuTbAnimateToolsExportID    = ( siMenuTbAnimateToolsImportID + 1 ) ,        
    siMenuTbAnimateToolsMotorID = ( siMenuTbAnimateToolsExportID + 1 ) ,        
    siMenuTbRenderRegionID  = 300,      
    siMenuTbRenderPreviewID = ( siMenuTbRenderRegionID + 1 ) ,      
    siMenuTbRenderRenderID  = ( siMenuTbRenderPreviewID + 1 ) ,     
    siMenuTbRenderExportMIID    = ( siMenuTbRenderRenderID + 1 ) ,      
    siMenuTbRenderPassEditID    = ( siMenuTbRenderExportMIID + 1 ) ,        
    siMenuTbRenderPassEditNewPassID = ( siMenuTbRenderPassEditID + 1 ) ,        
    siMenuTbRenderPassPartitionID   = ( siMenuTbRenderPassEditNewPassID + 1 ) ,     
    siMenuTbRenderExportID  = ( siMenuTbRenderPassPartitionID + 1 ) ,       
    siMenuTbICEParticlesCreateID    = 320,      
    siMenuTbICEParticlesOnEmissionID    = ( siMenuTbICEParticlesCreateID + 1 ) ,        
    siMenuTbICEParticlesAfterEmissionID = ( siMenuTbICEParticlesOnEmissionID + 1 ) ,        
    siMenuTbICEParticlesForceID = ( siMenuTbICEParticlesAfterEmissionID + 1 ) ,     
    siMenuTbICEParticlesCollisionID = ( siMenuTbICEParticlesForceID + 1 ) ,     
    siMenuTbICEParticlesSimulationID    = ( siMenuTbICEParticlesCollisionID + 1 ) ,     
    siMenuTbICEParticlesModelLibraryID  = ( siMenuTbICEParticlesSimulationID + 1 ) ,        
    siMenuTbICEDeformCreateID   = 340,      
    siMenuTbICEDeformSimulateID = ( siMenuTbICEDeformCreateID + 1 ) ,       
    siMenuTbICEKinematicsEffectsID  = 360,      
    siMenuTbICEKinematicsConstrainID    = ( siMenuTbICEKinematicsEffectsID + 1 ) ,      
    siMenuTbGetForceID  = 400,      
    siMenuTbCreateParticlesID   = ( siMenuTbGetForceID + 1 ) ,      
    siMenuTbCreateParticlesFluidID  = ( siMenuTbCreateParticlesID + 1 ) ,       
    siMenuTbCreateParticlesExplosionID  = ( siMenuTbCreateParticlesFluidID + 1 ) ,      
    siMenuTbCreateParticlesNewPTypeID   = ( siMenuTbCreateParticlesExplosionID + 1 ) ,      
    siMenuTbCreateRigidBodyID   = ( siMenuTbCreateParticlesNewPTypeID + 1 ) ,       
    siMenuTbCreateRigidBodyConstraintID = ( siMenuTbCreateRigidBodyID + 1 ) ,       
    siMenuTbCreateClothID   = ( siMenuTbCreateRigidBodyConstraintID + 1 ) ,     
    siMenuTbModifyParticlesID   = ( siMenuTbCreateClothID + 1 ) ,       
    siMenuTbModifyRigidBodyID   = ( siMenuTbModifyParticlesID + 1 ) ,       
    siMenuTbModifyEnvironmentID = ( siMenuTbModifyRigidBodyID + 1 ) ,       
    siMenuTbCreateSoftBodyID    = ( siMenuTbModifyEnvironmentID + 1 ) ,     
    siMenuTbICECreateID = ( siMenuTbCreateSoftBodyID + 1 ) ,        
    siMenuTbICEEditID   = ( siMenuTbICECreateID + 1 ) ,     
    siMenuMainFileSceneID   = 1000,     
    siMenuMainFileProjectID = ( siMenuMainFileSceneID + 1 ) ,       
    siMenuMainFileExportID  = ( siMenuMainFileProjectID + 1 ) ,     
    siMenuMainFileImportID  = ( siMenuMainFileExportID + 1 ) ,      
    siMenuMainWindowID  = ( siMenuMainFileImportID + 1 ) ,      
    siMenuMainHelpID    = ( siMenuMainWindowID + 1 ) ,      
    siMenuMainApplicationID = ( siMenuMainHelpID + 1 ) ,        
    siMenuMainApplicationPropertySetsID = ( siMenuMainApplicationID + 1 ) ,     
    siMenuMainApplicationLayoutsID  = ( siMenuMainApplicationPropertySetsID + 1 ) ,     
    siMenuMainApplicationViewsID    = ( siMenuMainApplicationLayoutsID + 1 ) ,      
    siMenuMainApplicationToolbarsID = ( siMenuMainApplicationViewsID + 1 ) ,        
    siMenuMainApplicationCommandsID = ( siMenuMainApplicationToolbarsID + 1 ) ,     
    siMenuMainApplicationKeyMappingsID  = ( siMenuMainApplicationCommandsID + 1 ) ,     
    siMenuMainApplicationPreferencesID  = ( siMenuMainApplicationKeyMappingsID + 1 ) ,      
    siMenuMainTopLevelID    = ( siMenuMainApplicationPreferencesID + 1 ) ,      
    siMenuMainFileCrosswalkID   = ( siMenuMainTopLevelID + 1 ) ,        
    siMenuMCPSelectTopID    = 2000,     
    siMenuMCPSelectBottomID = ( siMenuMCPSelectTopID + 1 ) ,        
    siMenuMCPSelectExploreBtnID = ( siMenuMCPSelectBottomID + 1 ) ,     
    siMenuMCPSelectSelBtnContextID  = ( siMenuMCPSelectExploreBtnID + 1 ) ,     
    siMenuMCPTransformTopID = ( siMenuMCPSelectSelBtnContextID + 1 ) ,      
    siMenuMCPTransformBottomID  = ( siMenuMCPTransformTopID + 1 ) ,     
    siMenuMCPSnapID = ( siMenuMCPTransformBottomID + 1 ) ,      
    siMenuMCPConstrainID    = ( siMenuMCPSnapID + 1 ) ,     
    siMenuMCPEditID = ( siMenuMCPConstrainID + 1 ) ,        
    siMenuMCPAnimationID    = ( siMenuMCPEditID + 1 ) ,     
    siMenuMCPPlaybackID = ( siMenuMCPAnimationID + 1 ) ,        
    siMenuVMViewTypeID  = 3000,     
    siMenuVMCameraID    = ( siMenuVMViewTypeID + 1 ) ,      
    siMenuVMVisibilityID    = ( siMenuVMCameraID + 1 ) ,        
    siMenuVMDisplayID   = ( siMenuVMVisibilityID + 1 ) ,        
    siMenu3DViewClusterContextID    = 3100,     
    siMenu3DViewComponentContextID  = ( siMenu3DViewClusterContextID + 1 ) ,        
    siMenu3DViewComponentEditContextID  = ( siMenu3DViewComponentContextID + 1 ) ,      
    siMenu3DViewGeneralContextID    = ( siMenu3DViewComponentEditContextID + 1 ) ,      
    siMenu3DViewObjectContextID = ( siMenu3DViewGeneralContextID + 1 ) ,        
    siMenu3DViewObjectEditContextID = ( siMenu3DViewObjectContextID + 1 ) ,     
    siMenu3DViewObjectGroupContextID    = ( siMenu3DViewObjectEditContextID + 1 ) ,     
    siMenu3DViewObjectMeshContextID = ( siMenu3DViewObjectGroupContextID + 1 ) ,        
    siMenu3DViewObjectSelectContextID   = ( siMenu3DViewObjectMeshContextID + 1 ) ,     
    siMenuSEGeneralContextID    = 3200,     
    siMenuSELayersContextID = ( siMenuSEGeneralContextID + 1 ) ,        
    siMenuSEPassesContextID = ( siMenuSELayersContextID + 1 ) ,     
    siMenuSEPartitionsContextID = ( siMenuSEPassesContextID + 1 ) ,     
    siMenuSEObjectContextID = ( siMenuSEPartitionsContextID + 1 ) ,     
    siMenuSEGroupContextID  = ( siMenuSEObjectContextID + 1 ) ,     
    siMenuSEAnimContextID   = ( siMenuSEGroupContextID + 1 ) ,      
    siMenuSEClusterContextID    = ( siMenuSEAnimContextID + 1 ) ,       
    siMenuSEOperatorContextID   = ( siMenuSEClusterContextID + 1 ) ,        
    siMenuSEConstraintContextID = ( siMenuSEOperatorContextID + 1 ) ,       
    siMenuSEPreferenceContextID = ( siMenuSEConstraintContextID + 1 ) ,     
    siMenuSEMaterialContextID   = ( siMenuSEPreferenceContextID + 1 ) ,     
    siMenuSEModelContextID  = ( siMenuSEMaterialContextID + 1 ) ,       
    siMenuPluginMgrPluginFileID = 3300,     
    siMenuPluginMgrTreeFileID   = ( siMenuPluginMgrPluginFileID + 1 ) ,     
    siMenuPluginMgrContextPluginID  = ( siMenuPluginMgrTreeFileID + 1 ) ,       
    siMenuPluginMgrContextPluginLocationID  = ( siMenuPluginMgrContextPluginID + 1 ) ,      
    siMenuPluginMgrContextUserRootID    = ( siMenuPluginMgrContextPluginLocationID + 1 ) ,      
    siMenuPluginMgrContextFactoryRootID = ( siMenuPluginMgrContextUserRootID + 1 ) ,        
    siMenuPluginMgrContextWorkgroupRootID   = ( siMenuPluginMgrContextFactoryRootID + 1 ) ,     
    siMenuPluginMgrContextAddonID   = ( siMenuPluginMgrContextWorkgroupRootID + 1 ) ,       
    siMenuPluginMgrContextCustomLocationID  = ( siMenuPluginMgrContextAddonID + 1 ) ,       
    siMenuPluginMgrSPDLFileID   = ( siMenuPluginMgrContextCustomLocationID + 1 ) ,      
    siMenuPluginMgrContextSPDLID    = ( siMenuPluginMgrSPDLFileID + 1 ) ,       
    siMenuPluginMgrContextSPDLLocationID    = ( siMenuPluginMgrContextSPDLID + 1 ) ,        
    siMenuPluginMgrContextPluginItemID  = ( siMenuPluginMgrContextSPDLLocationID + 1 ) ,        
    siMenuPluginMgrContextViewLocationID    = ( siMenuPluginMgrContextPluginItemID + 1 ) ,      
    siMenuPluginMgrContextViewID    = ( siMenuPluginMgrContextViewLocationID + 1 ) ,        
    siMenuPluginMgrContextToolbarLocationID = ( siMenuPluginMgrContextViewID + 1 ) ,        
    siMenuPluginMgrContextToolbarID = ( siMenuPluginMgrContextToolbarLocationID + 1 ) ,     
    siMenuWorkgroupMgrFileID    = 3350,     
    siMenuWorkgroupMgrContextID = ( siMenuWorkgroupMgrFileID + 1 ) ,        
    siMenuScriptEditContextID   = 3400,     
    siMenuScriptHistoryContextID    = 3401,     
    siMenuPropertyPageContextID = 3600,     
    siMenuPropertyPageAnimContextID = ( siMenuPropertyPageContextID + 1 ) ,     
    siMenuShapeManagerEditID    = 3700,     
    siMenuShapeManagerCreateContextSingleSelectionID    = ( siMenuShapeManagerEditID + 1 ) ,        
    siMenuShapeManagerCreateContextMultiSelectionID = ( siMenuShapeManagerCreateContextSingleSelectionID + 1 ) ,        
    siMenuShapeManagerAnimateContextSingleSelectionID   = ( siMenuShapeManagerCreateContextMultiSelectionID + 1 ) ,     
    siMenuShapeManagerAnimateContextMultiSelectionID    = ( siMenuShapeManagerAnimateContextSingleSelectionID + 1 ) ,       
    siMenuShapeManagerAnimateID = ( siMenuShapeManagerAnimateContextMultiSelectionID + 1 ) ,        
    siMenuRenderRegionContextID = 3800,     
    siMenuMaterialPanelMaterialID   = 3900,     
    siMenuTextureEditorToolsID  = 4000,     
    siMenuRenderTreeToolsID = 4100,     
    siMenuICEViewToolsID    = ( siMenuRenderTreeToolsID + 1 ) ,     
    siMenuRTNodeContextID   = ( siMenuICEViewToolsID + 1 ) ,        
    siMenuICENodeContextID  = ( siMenuRTNodeContextID + 1 ) ,       
    siMenuICENodePortContextID  = ( siMenuICENodeContextID + 1 ) ,      
    siMenuRenderTreeTopLevelID  = ( siMenuICENodePortContextID + 1 ) ,      
    siMenuICEViewTopLevelID = ( siMenuRenderTreeTopLevelID + 1 ) ,      
    siMenuTextEditorWidgetEditID    = 4200,     
    siMenuTextEditorContextID   = ( siMenuTextEditorWidgetEditID + 1 ) ,        
    siMenuTextureSpaceProjectionID  = 4300,     
    siMenuSchematicViewID   = 4400,     
    siMenuSchematicViewContextID    = 4401,     
    siMenuSchematicNodeContextID    = 4402,     
    siMenuSceneLayerManagerLayersID = 4500,     
    siMenuSceneLayerManagerContextID    = ( siMenuSceneLayerManagerLayersID + 1 ) ,     
    siMenuWeightEditorFileID    = 10000,        
    siMenuWeightEditorEditID    = 10001,        
    siMenuWeightEditorViewID    = 10002     
    }   siMenuAnchorPoints;

enum siPortFlags

This enum specifies the operator port flags.

These flags are used to determine the behaviour and characteristics of the port.

Enumerator:

siDefaultPort	The port is a regular port and must be connected.
siOptionalInputPort	The port is optional as does not need to be connected.
siCreatedOutputPort	The object connected to the output port is created when the operator is connected (not implemented for custom operators).
siBranchGroupPort	The port can be connected to a group of a hierarchy of objects.

Definition at line 2194 of file xsi_decl.h.

    {   siDefaultPort   = 0,        
    siOptionalInputPort = 16,       
    siCreatedOutputPort = 256,      
    siBranchGroupPort   = 1024      
    }   siPortFlags;

enum siWindowChangeState

This enum specifies what has changed during a CWindowNotification for the Custom Display Host.

Enumerator:

siWindowSize	The size or position of the window has changed.
siWindowPaint	The window is being repainted.
siWindowSetFocus	The window is getting the focus.
siWindowLostFocus	The window lost the focus.

Definition at line 2203 of file xsi_decl.h.

    {   siWindowSize    = 1,        
    siWindowPaint   = 2,        
    siWindowSetFocus    = 3,        
    siWindowLostFocus   = 4     
    }   siWindowChangeState;

enum siFileType

This enum is used to determine the type of a file for the OnBeginFileExport, OnBeginFileImport, OnEndFileExport, OnEndFileImport, OnCustomFileExport, and OnCustomFileImport events.

Enumerator:

siFileTypeDefault	Unknown type.
siFileTypeScene	Scene.
siFileTypeModel	Model.
siFileTypeImage	Image.
siFileTypeAudio	Audio.
siFileTypeSI3D	SI3D scenes.
siFileTypeScript	Script.
siFileTypeFcurve	Animation file.
siFileTypeExpression	Expression.
siFileTypeRenderPicture	Rendered Pictures.
siFileTypeAction	Action files (.eani).
siFileTypeShader	Shader file.
siFileTypeBackup	Scene Backup.
siFileTypeMI	Mental Image (.mi) file.
siFileTypeIgnore	Internal info.
siFileTypeSimulation	Simulation cache.
siFileTypeReferencedModel	Referenced model.
siFileTypeQuery	Query.
siFileTypeSynoptic	Synoptic.
siFileTypeDotXSI	dotXSI.
siFileTypeRenderMap	Render Map.
siFileTypeAddon	Addon.
siFileTypeMatLib	Material Library.
siFileTypeThumbnail	Thumbnail.
siFileTypeMixer	Mixer (.mixer).
siFileTypeIges	IGES.
siFileTypeComposites
siFileTypeDelta	Model Delta.
siFileTypeCache	Cache file.
siFileTypeICECompounds	ICE Compound file.
siFileTypeRTCompounds	RT Compound file.
siFileTypeCustom	Custom.
siFileTypeLast	Number of items total.

Definition at line 2212 of file xsi_decl.h.

    {   siFileTypeDefault   = 0,        
    siFileTypeScene = 1,        
    siFileTypeModel = 2,        
    siFileTypeImage = 3,        
    siFileTypeAudio = 4,        
    siFileTypeSI3D  = 5,        
    siFileTypeScript    = 6,        
    siFileTypeFcurve    = 7,        
    siFileTypeExpression    = 8,        
    siFileTypeRenderPicture = 9,        
    siFileTypeAction    = 10,       
    siFileTypeShader    = 11,       
    siFileTypeBackup    = 12,       
    siFileTypeMI    = 13,       
    siFileTypeIgnore    = 14,       
    siFileTypeSimulation    = 15,       
    siFileTypeReferencedModel   = 16,       
    siFileTypeQuery = 17,       
    siFileTypeSynoptic  = 18,       
    siFileTypeDotXSI    = 19,       
    siFileTypeRenderMap = 20,       
    siFileTypeAddon = 21,       
    siFileTypeMatLib    = 22,       
    siFileTypeThumbnail = 23,       
    siFileTypeMixer = 24,       
    siFileTypeIges  = 25,       
    siFileTypeComposites    = 26,       
    siFileTypeDelta = 27,       
    siFileTypeCache = 28,       
    siFileTypeICECompounds  = 29,       
    siFileTypeRTCompounds   = 30,       
    siFileTypeCustom    = 31,       
    siFileTypeLast  = 32        
    }   siFileType;

enum siClusterType

This enum specifies the type of clusters in Softimage.

Enumerator:

siClusterVertexType	Vertex cluster type.
siClusterNodeType	Node cluster type.
siClusterEdgeType	Edge cluster type.
siClusterPolygonType	Polygon cluster type.

Definition at line 2250 of file xsi_decl.h.

    {   siClusterVertexType = 0,        
    siClusterNodeType   = 1,        
    siClusterEdgeType   = 2,        
    siClusterPolygonType    = 3     
    }   siClusterType;

enum siClusterPropertyType

This enum specifies the type of cluster properties in Softimage.

Enumerator:

siClusterPropertyEnvelopeWeightType	Vertex cluster property envelope weight type.
siClusterPropertyShapeKeyType	Vertex cluster property Shape Key type.
siClusterPropertyWeightMapType	Vertex cluster property Weight Map type.
siClusterPropertyUVType	Node cluster property UV type.
siClusterPropertyVertexColorType	Node cluster property vertex color type.
siClusterPropertyUserNormalType	Node cluster property user normal type.
siClusterPropertyUserMotionType	Vertex cluster property User Motion type.

Definition at line 2259 of file xsi_decl.h.

    {   siClusterPropertyEnvelopeWeightType = 0,        
    siClusterPropertyShapeKeyType   = 1,        
    siClusterPropertyWeightMapType  = 2,        
    siClusterPropertyUVType = 3,        
    siClusterPropertyVertexColorType    = 4,        
    siClusterPropertyUserNormalType = 5,        
    siClusterPropertyUserMotionType = 6     
    }   siClusterPropertyType;

enum siCurveIsopointManipMode

This enum specifies the mode of manipulation of a curve isopoint in Softimage.

Enumerator:

siCurveIsopointPositionManipMode
siCurveIsopointPositionAndTangentsManipMode
siCurveIsopointFwdTangentManipMode
siCurveIsopointBwdTangentManipMode
siCurveIsopointFwdThenBwdTangentManipMode
siCurveIsopointBwdThenFwdTangentManipMode
siCurveIsopointCVManipMode

Definition at line 2271 of file xsi_decl.h.

    {   siCurveIsopointPositionManipMode    = 0,
    siCurveIsopointPositionAndTangentsManipMode = 1,
    siCurveIsopointFwdTangentManipMode  = 2,
    siCurveIsopointBwdTangentManipMode  = 3,
    siCurveIsopointFwdThenBwdTangentManipMode   = 4,
    siCurveIsopointBwdThenFwdTangentManipMode   = 5,
    siCurveIsopointCVManipMode  = 6
    }   siCurveIsopointManipMode;

enum siCurveKnotTangentAlignment

This enum specifies the type of alignment for a tangent of a curve knot in Softimage.

Enumerator:

siCurveKnotAlignFwdTangentWithBwd	Align the forward tangent with the backward tangent.
siCurveKnotAlignBwdTangentWithFwd	Align the backward tangent with the forward tangent.
siCurveKnotAlignFwdAndBwdTangentsTogether	Rotate the forward and backward tangents by the same angle so they become aligned.
siCurveKnotLinearizeNextSegment	Align all the control points between this bezier knot and the next one so the curve segment becomes a line.
siCurveKnotLinearizePrevSegment	Align all the control points between this bezier knot and the previous one so the curve segment becomes a line.
siCurveKnotLinearizeBothSegments	Equivalent of doing siCurveKnotLinearizePrevSegment and siCurveKnotLinearizeNextSegment.
siCurveKnotLinearizeInterSegments	Align all the control points between consecutive knots.
siCurveKnotMakeCorner	Rotate both tangents enough to cause a significant discontinuity but with minimum curve distortion.

Definition at line 2283 of file xsi_decl.h.

    {   siCurveKnotAlignFwdTangentWithBwd   = 0,        
    siCurveKnotAlignBwdTangentWithFwd   = 1,        
    siCurveKnotAlignFwdAndBwdTangentsTogether   = 2,        
    siCurveKnotLinearizeNextSegment = 3,        
    siCurveKnotLinearizePrevSegment = 4,        
    siCurveKnotLinearizeBothSegments    = 5,        
    siCurveKnotLinearizeInterSegments   = 6,        
    siCurveKnotMakeCorner   = 7     
    }   siCurveKnotTangentAlignment;

enum siRBDEngine

Specifies the rigid body dynamics engine used for simulation.

There can be only one rigid body dynamics engine per SimulationEnvironment.

Enumerator:

siPhysXEngine	PhyX by NVIDIA engine.
siOpenDynamicsEngine	ODE engine.

Definition at line 2296 of file xsi_decl.h.

    {   siPhysXEngine   = 0,        
    siOpenDynamicsEngine    = 1     
    }   siRBDEngine;

enum siKeyableAttributeType

Keyable attribute types.

Enumerator:

siKeyableAttributeClear	Clear the keyable/non-keyable visible capabilities.
siKeyableAttributeKeyable	Set the keyable capability.
siKeyableAttributeNonKeyableVisible	Set the non-keyable visible capability.

Definition at line 2303 of file xsi_decl.h.

    {   siKeyableAttributeClear = 0,        
    siKeyableAttributeKeyable   = 1,        
    siKeyableAttributeNonKeyableVisible = 2     
    }   siKeyableAttributeType;

enum siClosestLocationMethod

Indicates the method to use for finding closest locations on a geometry.

Enumerator:

siClosestVertexOrKnot
siClosestSurface
siClosestSmoothedSurface
siClosestSurfaceRaycastIntersection	Finds the surface intersection through raycasting.

Definition at line 2311 of file xsi_decl.h.

    {   siClosestVertexOrKnot   = 0,
    siClosestSurface    = 1,
    siClosestSmoothedSurface    = 2,
    siClosestSurfaceRaycastIntersection = 3     
    }   siClosestLocationMethod;

enum siNormalComputationMethod

Indicates the method to use for computing normals on a geometry.

These only apply to PolygonMesh objects (for NurbsSurfaceMesh the normal is always the exact surface normal).

Enumerator:

siInterpolatedVertexGeometricNormals
siInterpolatedVertexAngleBasedGeometricNormals
siInterpolatedShadingNormals
siInterpolatedAngleBasedNodeShadingNormals

Definition at line 2320 of file xsi_decl.h.

    {   siInterpolatedVertexGeometricNormals    = 0,
    siInterpolatedVertexAngleBasedGeometricNormals  = 1,
    siInterpolatedShadingNormals    = 2,
    siInterpolatedAngleBasedNodeShadingNormals  = 3
    }   siNormalComputationMethod;

enum siLineIntersectionType

Type of line to use when intersecting a line with a geometry.

Enumerator:

siSemiLineIntersection	Finds the intersection of a semi line with a geometry.
siLineIntersection	Finds the intersection of an infinite line with a geometry.
siSegmentIntersection	Finds the intersection of a line segment with a geometry.

Definition at line 2329 of file xsi_decl.h.

    {   siSemiLineIntersection  = 0,        
    siLineIntersection  = 1,        
    siSegmentIntersection   = 2     
    }   siLineIntersectionType;

enum siImageBitDepth

This enumeration lists the allowed bit depths for each channel of an image with the specified channel types.

Not all bit depths are allowed for all channel types.

Enumerator:

siImageBitDepthUnknown	Unknown image bit depth. Only returned if an error occured.
siImageBitDepthInteger1	Integer, 1 bit per channel.
siImageBitDepthInteger2	Integer, 2 bits per channel.
siImageBitDepthInteger4	Integer, 4 bits per channel.
siImageBitDepthInteger8	Integer, 8 bits per channel.
siImageBitDepthInteger16	Integer, 16 bits per channel.
siImageBitDepthInteger32	Integer, 32 bits per channel.
siImageBitDepthFloat16	Floating point, 16 bits per channel (half float).
siImageBitDepthFloat32	Floating point, 32 bits per channel (full float).

Definition at line 2337 of file xsi_decl.h.

    {   siImageBitDepthUnknown  = -1,       
    siImageBitDepthInteger1 = 0,        
    siImageBitDepthInteger2 = 1,        
    siImageBitDepthInteger4 = 2,        
    siImageBitDepthInteger8 = 3,        
    siImageBitDepthInteger16    = 4,        
    siImageBitDepthInteger32    = 5,        
    siImageBitDepthFloat16  = 20,       
    siImageBitDepthFloat32  = 21        
    }   siImageBitDepth;

enum siImageChannelType

This enum lists the allowed channel types in writable images and framebuffers.

Enumerator:

siImageRGBAChannelType	Combined color and alpha type.
siImageRGBChannelType	Color only type.
siImageAlphaChannelType	Alpha only type.
siImageIntensityChannelType	RGB intensity type.
siImageRGBEChannelType	Color with fourth channel as exponent type.
siImageDepthChannelType	Depth value type.
siImageNormalChannelType	Normal vector type.
siImageMotionChannelType	Motion vector type.
siImageTagChannelType	Object tag type.

Definition at line 2351 of file xsi_decl.h.

    {   siImageRGBAChannelType  = 0,        
    siImageRGBChannelType   = 1,        
    siImageAlphaChannelType = 2,        
    siImageIntensityChannelType = 3,        
    siImageRGBEChannelType  = 4,        
    siImageDepthChannelType = 5,        
    siImageNormalChannelType    = 6,        
    siImageMotionChannelType    = 7,        
    siImageTagChannelType   = 8     
    }   siImageChannelType;

enum siImageChannelFilter

This enumeration lists the allowed filters for user-selectable channel types in the UI.

Enumerator:

siImageRGBAChannelFilter	Combined color and alpha filter.
siImageRGBChannelFilter	Color only filter.
siImageColorChannelFilter	Color with optional alpha filter.
siImageAlphaChannelFilter	Alpha only filter.
siImageIntensityChannelFilter	RGB intensity filter.
siImageRGBEChannelFilter	Color with fourth channel as exponent filter.
siImageDepthChannelFilter	Depth value filter.
siImageNormalChannelFilter	Normal vector filter.
siImageMotionChannelFilter	Motion vector filter.
siImageTagChannelFilter	Object tag filter.
siImageChannelFilterAll	All.

Definition at line 2365 of file xsi_decl.h.

    {   siImageRGBAChannelFilter    = 1,        
    siImageRGBChannelFilter = 2,        
    siImageColorChannelFilter   = 3,        
    siImageAlphaChannelFilter   = 4,        
    siImageIntensityChannelFilter   = 8,        
    siImageRGBEChannelFilter    = 16,       
    siImageDepthChannelFilter   = 32,       
    siImageNormalChannelFilter  = 64,       
    siImageMotionChannelFilter  = 128,      
    siImageTagChannelFilter = 256,      
    siImageChannelFilterAll = 511       
    }   siImageChannelFilter;

enum siVolumeCenterMethod

Indicates the method to use for calculating the center of a bounding volume.

Enumerator:

siVolumeCenterMethodCOG	Use center of gravity (averaged location of all points).
siVolumeCenterMethodBBoxCenter	Use center of the bounding box.
siVolumeCenterMethodObjectCenter	Use the object's local center.

Definition at line 2381 of file xsi_decl.h.

    {   siVolumeCenterMethodCOG = 0,        
    siVolumeCenterMethodBBoxCenter  = 1,        
    siVolumeCenterMethodObjectCenter    = 2     
    }   siVolumeCenterMethod;

enum siBoundingCapsuleMethod

Indicates the method to use for calculating the long axis of a bounding cylinder.

Enumerator:

siBoundingCapsuleMethodXAxis	Use the object's local X axis.
siBoundingCapsuleMethodYAxis	Use the object's local Y axis.
siBoundingCapsuleMethodZAxis	Use the object's local Z axis.
siBoundingCapsuleMethodBestAxis	Use the tightest fitting axis.

Definition at line 2389 of file xsi_decl.h.

    {   siBoundingCapsuleMethodXAxis    = 0,        
    siBoundingCapsuleMethodYAxis    = 1,        
    siBoundingCapsuleMethodZAxis    = 2,        
    siBoundingCapsuleMethodBestAxis = 3     
    }   siBoundingCapsuleMethod;

enum siSourcePathType

Specifies the source path being set for the OnSourcePathChange event.

Enumerator:

siSourcePathImageSource	An image source's source path is being changed.
siSourcePathWritableImageSource	A writable image source's source path is being changed.
siSourcePathModelSource	A model source's source path is being changed.

Definition at line 2398 of file xsi_decl.h.

    {   siSourcePathImageSource = 0,        
    siSourcePathWritableImageSource = 1,        
    siSourcePathModelSource = 3     
    }   siSourcePathType;

enum siModelKind

Describes whether Model is referenced, local (regular) or an instance.

Enumerator:

siModelKind_Regular	Regular local model (not referenced, specific to the scene).
siModelKind_Reference	Referenced model (exported model linked to an external file).
siModelKind_Instance	Instanced model (instance of another model in the scene).

Definition at line 2406 of file xsi_decl.h.

    {   siModelKind_Regular = 0,        
    siModelKind_Reference   = 1,        
    siModelKind_Instance    = 2     
    }   siModelKind;

enum siViewport

Used as a convenient list of identifiers for the different viewports of the view manager.

The first three are special identifiers for commands and methods that use the enumeration and do not refer to a specific viewport.

Enumerator:

siViewportFocussed	Refers to the viewport that has the focus (indicated by a light gray border).
siViewportCurrent	Refers to the viewport that is currently under the cursor.
siViewportAll	Refers to all viewports. This value is only accepted as an argument if the command or method can use it.
siViewportA	This identifies viewport A, which, in a 4-viewport view, is the upper left viewport (by default the top camera).
siViewportB	This identifies viewport B, which, in a 4-viewport view, is the upper right viewport (by default the scene camera).
siViewportC	This identifies viewport C, which, in a 4-viewport view, is the lower left viewport (by default the front camera).
siViewportD	This identifies viewport D, which, in a 4-viewport view, is the lower right viewport (by default the right camera).

Definition at line 2414 of file xsi_decl.h.

    {   siViewportFocussed  = -3,       
    siViewportCurrent   = -2,       
    siViewportAll   = -1,       
    siViewportA = 0,        
    siViewportB = 1,        
    siViewportC = 2,        
    siViewportD = 3     
    }   siViewport;

enum siRenderRegionDisplayType

This enumeration represents the list of display types for the render region.

These display types affect any framebuffer being viewed.

Enumerator:

siRenderRegionDisplayRGBA	Show the full RGB contents of the framebuffer, alpha composed on top of the viewport's contents.
siRenderRegionDisplayRGB	Show the full RGB contents of the framebuffer with no alpha compositing.
siRenderRegionDisplayAlpha	Show only the alpha channel of the framebuffer with no alpha compositing.
siRenderRegionDisplayRed	Show only the red channel of the framebuffer with no alpha compositing.
siRenderRegionDisplayGreen	Show only the green channel of the framebuffer with no alpha compositing.
siRenderRegionDisplayBlue	Show only the blue channel of the framebuffer with no alpha compositing.

Definition at line 2426 of file xsi_decl.h.

    {   siRenderRegionDisplayRGBA   = 0,        
    siRenderRegionDisplayRGB    = 1,        
    siRenderRegionDisplayAlpha  = 2,        
    siRenderRegionDisplayRed    = 3,        
    siRenderRegionDisplayGreen  = 4,        
    siRenderRegionDisplayBlue   = 5     
    }   siRenderRegionDisplayType;

enum siModificationDeltaType

Type of delta modification on a referenced model.

Enumerator:

siModificationDeltaActiveResolution	Store the active resolution of a sub-reference model.
siModificationDeltaRemoveAnimation	Store animation removals on the current reference model.
siModificationDeltaConstraint	Store Constraints.
siModificationDeltaUpVectorConstraint	Store up vector constraints.
siModificationDeltaOperator	Store Operators.
siModificationDeltaExpression	Store Expressions.
siModificationDeltaStaticValue	Store static values.
siModificationDeltaFCurve	Store FCurves.
siModificationDeltaGroupRelation	Store group relations (Objects added to a group, a layer or a pass).
siModificationDeltaCluster	Clusters on Geometry.
siModificationDeltaClusterProperty	Cluster Properties on Geometry.
siModificationDeltaProperty	Added Properties.

Definition at line 2437 of file xsi_decl.h.

    {   siModificationDeltaActiveResolution = 0,        
    siModificationDeltaRemoveAnimation  = 1,        
    siModificationDeltaConstraint   = 2,        
    siModificationDeltaUpVectorConstraint   = 3,        
    siModificationDeltaOperator = 4,        
    siModificationDeltaExpression   = 5,        
    siModificationDeltaStaticValue  = 6,        
    siModificationDeltaFCurve   = 7,        
    siModificationDeltaGroupRelation    = 8,        
    siModificationDeltaCluster  = 9,        
    siModificationDeltaClusterProperty  = 10,       
    siModificationDeltaProperty = 11        
    }   siModificationDeltaType;

enum siNodePortDataInsertionLocation

Specifies the relative location where new node ports will be added.

Enumerator:

siNodePortDataInsertionLocationBegining	Insert the new port as the first in the port group instances.
siNodePortDataInsertionLocationEnd	Insert the new port as the last in the port group instances.
siNodePortDataInsertionLocationBefore	Insert the new port just before the specified one.
siNodePortDataInsertionLocationAfter	Insert the new port just after the specified one.

Definition at line 2454 of file xsi_decl.h.

    {   siNodePortDataInsertionLocationBegining = 0,        
    siNodePortDataInsertionLocationEnd  = ( siNodePortDataInsertionLocationBegining + 1 ) ,     
    siNodePortDataInsertionLocationBefore   = ( siNodePortDataInsertionLocationEnd + 1 ) ,      
    siNodePortDataInsertionLocationAfter    = ( siNodePortDataInsertionLocationBefore + 1 )         
    }   siNodePortDataInsertionLocation;

enum siPPGEventID

Defines the possible actions that trigger calling the PPGEvent callback function.

Enumerator:

siUndefinedPPGEvent	Unknown event.
siOnInit
siOnClosed
siParameterChange
siButtonClicked
siTabChange

Definition at line 2463 of file xsi_decl.h.

    {   siUndefinedPPGEvent = 0,        
    siOnInit    = 1,
    siOnClosed  = 2,
    siParameterChange   = 3,
    siButtonClicked = 4,
    siTabChange = 5
    }   siPPGEventID;

enum siRenderProcessType

The process types that a rendering engine can perform.

These types are used both when a render engine is registered, to indicate to Softimage which process type it can perform, and when the render engine's Process callback is called to indicate which type of processing Softimage wants it to perform at that point.

Enumerator:

siRenderProcessRender	The render engine can render an image.
siRenderProcessExportArchive	The render engine can export the scene data given to an archive format for later off-line rendering.
siRenderProcessExportObjectArchive	The render engine can export the objects given to an archive format to use with stand-in objects.
siRenderProcessGenerateRenderMap	The render engine can generate render maps.

Definition at line 2474 of file xsi_decl.h.

    {   siRenderProcessRender   = 0,        
    siRenderProcessExportArchive    = 1,        
    siRenderProcessExportObjectArchive  = 2,        
    siRenderProcessGenerateRenderMap    = 3     
    }   siRenderProcessType;

enum siRenderQueryType

Query codes that a rendering engine needs to respond to if it supports object archives and stand-ins, via registering itself with a siRenderProcessType::siRenderProcessExportObjectArchive process type, and multiple display bit depths.

These query codes are used in conjunction with the renderer query callback and have no meaning outside of it since the query results are returned through specific context attributes.

Enumerator:

siRenderQueryArchiveIsValid
siRenderQueryArchiveProxies	Returns the filenames of the display proxies for the given archive.
siRenderQueryArchiveBBox	Returns the bounding box of a stand-in at a given frame.
siRenderQueryArchiveFrameRange	Returns the frame range of a multi-frame object archive.
siRenderQueryDisplayBitDepths	Returns a list of display bit depths that the rendering engine supports.
siRenderQueryWantDirtyList	Returns a boolean indicating whether a dirty list is required or not.
siRenderQueryVersionString

Definition at line 2483 of file xsi_decl.h.

    {   siRenderQueryArchiveIsValid = 0,
    siRenderQueryArchiveProxies = 1,        
    siRenderQueryArchiveBBox    = 2,        
    siRenderQueryArchiveFrameRange  = 3,        
    siRenderQueryDisplayBitDepths   = 4,        
    siRenderQueryWantDirtyList  = 5,        
    siRenderQueryVersionString  = 6
    }   siRenderQueryType;

enum siRenderQualityType

Quality levels that a rendering engine's renderer properties can be set to, or queried for.

These quality levels are used in conjunction with the renderer quality callback and have no meaning outside of it since the quality levels are used through a specific context attribute.

Enumerator:

siRenderQualityTypeLowest	Lowest quality level. Used only for very quick updates.
siRenderQualityTypeLow	Low quality level. This is the default level for shader balls.
siRenderQualityTypeMedium	Medium quality level. Normal working level for the render region.
siRenderQualityTypeHigh	High quality level. Suitable for test renders.
siRenderQualityTypeHighest	Highest quality level. Suitable for final renders.

Definition at line 2495 of file xsi_decl.h.

    {   siRenderQualityTypeLowest   = 0,        
    siRenderQualityTypeLow  = 1,        
    siRenderQualityTypeMedium   = 2,        
    siRenderQualityTypeHigh = 3,        
    siRenderQualityTypeHighest  = 4     
    }   siRenderQualityType;

enum siRenderPropertyType

When a render engine registers, it provides a list of specific properties that Softimage should create for it.

Note: At this time, only the render options property is supported.

Enumerator:

siRenderPropertyOptions

A render options property for the rendering engine.

Definition at line 2505 of file xsi_decl.h.

    {   siRenderPropertyOptions = 0     
    }   siRenderPropertyType;

enum siRenderShutterType

Controls when the camera's shutter opens and closes when generating motion blur for render.

Enumerator:

siRenderShutterCenterOnFrame	The mid-point of the shutter open period is centered on the frame being rendered, with the open and close shutter equally distant on either side of the frame.
siRenderShutterEndOnFrame	The shutter should close on the current frame, and open at "shutter speed" frames before the current frame.
siRenderShutterStartOnFrame	The shutter should open on the current frame, and close at "shutter speed" frames past the current frame.

Definition at line 2511 of file xsi_decl.h.

    {   siRenderShutterCenterOnFrame    = 0,        
    siRenderShutterEndOnFrame   = 1,        
    siRenderShutterStartOnFrame = 2     
    }   siRenderShutterType;

enum siRenderFrameSource

Controls how the render frame list is computed for passes.

This enum can also be used for scene render options, but siRenderFrameSourceGlobalOptions is an invalid value.

Enumerator:

siRenderFrameSourceFrameRange	Computes the frame list from a frame range with step.
siRenderFrameSourceFrameSet	Computes the frame list from a frame set.
siRenderFrameSourceTimeline	Use timeline's frame range.
siRenderFrameSourceGlobalOptions	Use a scene render options settings.

Definition at line 2519 of file xsi_decl.h.

    {   siRenderFrameSourceFrameRange   = 0,        
    siRenderFrameSourceFrameSet = 1,        
    siRenderFrameSourceTimeline = 2,        
    siRenderFrameSourceGlobalOptions    = 3     
    }   siRenderFrameSource;

enum siDragAndDropAction

Possible actions for the drag and drop notification.

Enumerator:

siSourceDragAction	Drag source validation.
siSourceDropAction	Source drop.

Definition at line 2528 of file xsi_decl.h.

    {   siSourceDragAction  = 0,        
    siSourceDropAction  = 0x1       
    }   siDragAndDropAction;

enum siICEAttributeCategory

Describes how the ICEAttribute data is defined.

Enumerator:

siICEAttributeCategoryUnknown	Unknown category.
siICEAttributeCategoryBuiltin	Built-in attribute.
siICEAttributeCategoryCustom	User-defined attribute.

Definition at line 2535 of file xsi_decl.h.

    {   siICEAttributeCategoryUnknown   = 0,        
    siICEAttributeCategoryBuiltin   = 1,        
    siICEAttributeCategoryCustom    = 2     
    }   siICEAttributeCategory;

enum siICENodeThreadingModel

Defines the threading models available for ICENode evaluation.

Enumerator:

siICENodeUnknownThreading	Unknown model.
siICENodeSingleThreading	Single-threading model.
siICENodeMultiThreading	Multi-threading model.
siICENodeMultiEvaluationPhase	Multi-phase evaluation model.

Definition at line 2543 of file xsi_decl.h.

    {   siICENodeUnknownThreading   = 0,        
    siICENodeSingleThreading    = 1,        
    siICENodeMultiThreading = 2,        
    siICENodeMultiEvaluationPhase   = 3     
    }   siICENodeThreadingModel;

enum siICEShapeType

Defines the particle shape types for rendering.

Enumerator:

siICEShapeUnknown	Unknown type.
siICEShapePoint	Point type.
siICEShapeSegment	Segment type.
siICEShapeDisc	Disc type.
siICEShapeRectangle	Unknown type.
siICEShapeSphere	Sphere type.
siICEShapeBox	Box type.
siICEShapeCylinder	Cylinder type.
siICEShapeCapsule	Capsule type.
siICEShapeCone	Cone type.
siICEShapeBlob	Blob type.
siICEShapeInstance	Instance type.
siICEShapeReference	Reference type.

Definition at line 2552 of file xsi_decl.h.

    {   siICEShapeUnknown   = -1,       
    siICEShapePoint = 0,        
    siICEShapeSegment   = 1,        
    siICEShapeDisc  = 2,        
    siICEShapeRectangle = 3,        
    siICEShapeSphere    = 4,        
    siICEShapeBox   = 5,        
    siICEShapeCylinder  = 6,        
    siICEShapeCapsule   = 7,        
    siICEShapeCone  = 8,        
    siICEShapeBlob  = 9,        
    siICEShapeInstance  = 128,      
    siICEShapeReference = 129       
    }   siICEShapeType;

enum siRenderVerbosity

This enum specifies the render verbosity settings used when rendering or exporting passes.

Enumerator:

siRenderVerbosityOff	Verbose will be forced off even if the renderer verbosity options are activated.
siRenderVerbosityOn	Verbose will be forced on even if the renderer verbosity options are deactivated.
siRenderVerbosityDefault	Verbose options from the renderer's options will be used.

Definition at line 2570 of file xsi_decl.h.

    {   siRenderVerbosityOff    = 0,        
    siRenderVerbosityOn = 1,        
    siRenderVerbosityDefault    = 2     
    }   siRenderVerbosity;

enum siTimeTransportSeekMode

Softimage TimeTransport seek modes.

Enumerator:

siTTScrubActive	User is scrubbing time.
siTTScrubInactive	Time transport has been requested to move to a specific time.
siTTScrubJog	Time is scrubbing forward as a result of jogging.

Definition at line 2578 of file xsi_decl.h.

    {   siTTScrubActive = 0,        
    siTTScrubInactive   = 1,        
    siTTScrubJog    = 2     
    }   siTimeTransportSeekMode;

enum siGraphicDriver

Enumerates the supported graphics drivers.

Enumerator:

siNullGraphicDriver	No video driver.
siOpenGL20	OpenGL 2.0.
siOpenGL30	OpenGL 3.0.
siDirectX9	DirectX 9.
siDirectX10	DirectX 10.

Definition at line 2586 of file xsi_decl.h.

    {   siNullGraphicDriver = 0,        
    siOpenGL20  = 1,        
    siOpenGL30  = 2,        
    siDirectX9  = 3,        
    siDirectX10 = 4     
    }   siGraphicDriver;

enum siHardwareSurfaceDimension

Defines the dimension of a hardware surface.

Enumerator:

siDefaultDimension	Default dimension.
si1D	1D
si2D	2D
si3D	3D
siRectangle	2D Rectangle
siCube	Cubic.

Definition at line 2596 of file xsi_decl.h.

    {   siDefaultDimension  = 0,        
    si1D    = 1,        
    si2D    = 2,        
    si3D    = 3,        
    siRectangle = 4,        
    siCube  = 5     
    }   siHardwareSurfaceDimension;

enum siResourceSharing

Defines the sharing capability of a resource.

Enumerator:

siSharedResource	Resource can be shared.
siExclusiveResource	Resource is exclusive and cannot be shared.

Definition at line 2607 of file xsi_decl.h.

    {   siSharedResource    = 0,        
    siExclusiveResource = 1     
    }   siResourceSharing;

enum siHardwareInputSemantic

Describes the standard vertex attribute hardware slot for a Realtime Shader.

Enumerator:

siHardwareSemanticPosition	Passed using glVertex.
siHardwareSemanticNormal	Passed using glNormal.
siHardwareSemanticColor0	Passed using glColor.
siHardwareSemanticColor1	Passed using glSecondaryColor.
siHardwareSemanticTexcoord0	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord1	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord2	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord3	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord4	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord5	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord6	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord7	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord8	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord9	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord10	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord11	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord12	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord13	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord14	Passed using glMultiTexCoord.
siHardwareSemanticTexcoord15	Passed using glMultiTexCoord.
siHardwareSemanticAttr0	Passed using glVertexAttribute.
siHardwareSemanticAttr1	Passed using glVertexAttribute.
siHardwareSemanticAttr2	Passed using glVertexAttribute.
siHardwareSemanticAttr3	Passed using glVertexAttribute.
siHardwareSemanticAttr4	Passed using glVertexAttribute.
siHardwareSemanticAttr5	Passed using glVertexAttribute.
siHardwareSemanticAttr6	Passed using glVertexAttribute.
siHardwareSemanticAttr7	Passed using glVertexAttribute.
siHardwareSemanticAttr8	Passed using glVertexAttribute.
siHardwareSemanticAttr9	Passed using glVertexAttribute.
siHardwareSemanticAttr10	Passed using glVertexAttribute.
siHardwareSemanticAttr11	Passed using glVertexAttribute.
siHardwareSemanticAttr12	Passed using glVertexAttribute.
siHardwareSemanticAttr13	Passed using glVertexAttribute.
siHardwareSemanticAttr14	Passed using glVertexAttribute.
siHardwareSemanticAttr15	Passed using glVertexAttribute.
siHardwareSemanticFogcoord	Passed using glFogCoord.
siHardwareSemanticPsize	Passed using glPointSize.
siHardwareSemanticTangent	Passed using glMultiTexCoord[6].
siHardwareSemanticBinormal	Passed using glMultiTexCoord[7].
siHardwareSemanticWeight	DirectX only (D3DDECLUSAGE_BLENDWEIGHT).
siHardwareSemanticIndice	DirectX only (D3DDECLUSAGE_BLENDINDICES).
siHardwareSemanticTessfactor	DirectX only (D3DDECLUSAGE_TESSFACTOR).
siHardwareSemanticDepth	DirectX only (D3DDECLUSAGE_DEPTH).
siHardwareSemanticSample	DirectX only (D3DDECLUSAGE_SAMPLE).
siHardwareSemanticMax	Max.

Definition at line 2614 of file xsi_decl.h.

    {   siHardwareSemanticPosition  = 0,        
    siHardwareSemanticNormal    = 1,        
    siHardwareSemanticColor0    = 2,        
    siHardwareSemanticColor1    = 3,        
    siHardwareSemanticTexcoord0 = 4,        
    siHardwareSemanticTexcoord1 = 5,        
    siHardwareSemanticTexcoord2 = 6,        
    siHardwareSemanticTexcoord3 = 7,        
    siHardwareSemanticTexcoord4 = 8,        
    siHardwareSemanticTexcoord5 = 9,        
    siHardwareSemanticTexcoord6 = 10,       
    siHardwareSemanticTexcoord7 = 11,       
    siHardwareSemanticTexcoord8 = 12,       
    siHardwareSemanticTexcoord9 = 13,       
    siHardwareSemanticTexcoord10    = 14,       
    siHardwareSemanticTexcoord11    = 15,       
    siHardwareSemanticTexcoord12    = 16,       
    siHardwareSemanticTexcoord13    = 17,       
    siHardwareSemanticTexcoord14    = 18,       
    siHardwareSemanticTexcoord15    = 19,       
    siHardwareSemanticAttr0 = 20,       
    siHardwareSemanticAttr1 = 21,       
    siHardwareSemanticAttr2 = 22,       
    siHardwareSemanticAttr3 = 23,       
    siHardwareSemanticAttr4 = 24,       
    siHardwareSemanticAttr5 = 25,       
    siHardwareSemanticAttr6 = 26,       
    siHardwareSemanticAttr7 = 27,       
    siHardwareSemanticAttr8 = 28,       
    siHardwareSemanticAttr9 = 29,       
    siHardwareSemanticAttr10    = 30,       
    siHardwareSemanticAttr11    = 31,       
    siHardwareSemanticAttr12    = 32,       
    siHardwareSemanticAttr13    = 33,       
    siHardwareSemanticAttr14    = 34,       
    siHardwareSemanticAttr15    = 35,       
    siHardwareSemanticFogcoord  = 36,       
    siHardwareSemanticPsize = 37,       
    siHardwareSemanticTangent   = 38,       
    siHardwareSemanticBinormal  = 39,       
    siHardwareSemanticWeight    = 40,       
    siHardwareSemanticIndice    = 41,       
    siHardwareSemanticTessfactor    = 42,       
    siHardwareSemanticDepth = 43,       
    siHardwareSemanticSample    = 44,       
    siHardwareSemanticMax   = 45        
    }   siHardwareInputSemantic;

enum siCollapseLayersPlottingType

Indicates the plotting type to use when collapsing animation layers.

Enumerator:

siDefaultPlottingType	Use the current user preference (animation.plotting_type)
siPreserveAnimation	Preserve animation.
siPreserveTangentHandles	Preserve tangent handles.

Definition at line 2665 of file xsi_decl.h.

    {   siDefaultPlottingType   = 0,        
    siPreserveAnimation = 1,        
    siPreserveTangentHandles    = 2     
    }   siCollapseLayersPlottingType;

enum siMaterialConflictAction

This indicates the action to perform when there is a conflict with a material.

Enumerator:

siDefaultAction	In batch mode, the material will be copied in the target material library. In interactive mode, the user is prompted to select an action to perform.
siShareMaterial	Share the existing material.
siCopyMaterial	Copy the material.

Definition at line 2673 of file xsi_decl.h.

    {   siDefaultAction = 0,        
    siShareMaterial = 1,        
    siCopyMaterial  = 2     
    }   siMaterialConflictAction;

enum siHWShaderVersionID

Declares the supported hardware shader versions.

Enumerator:

siHWShaderV1

Hardware shader version 1.

Definition at line 2681 of file xsi_decl.h.

    {   siHWShaderV1    = 4     
    }   siHWShaderVersionID;

enum siXGSContextFlag

Context flags for the Graphic Sequencer.

Enumerator:

siXGSContextNormal	Normal 3D viewport context.
siXGSContextCapture	Capture rendering context.
siXGSContextHWRender	Hardware rendering context.

Definition at line 2687 of file xsi_decl.h.

    {   siXGSContextNormal  = ( 1L << 1 ) ,     
    siXGSContextCapture = ( 1L << 2 ) ,     
    siXGSContextHWRender    = ( 1L << 3 )       
    }   siXGSContextFlag;

enum siXGSRenderFlag

XGS render flags for the Graphic Sequencer.

Enumerator:

siRenderDefault	Render normally.
siRenderUnsorted	Render unsorted objects.
siRenderSorted	Render sorted objects (back to front).
siRenderSortedNear	Render objects sorted by nearest point in bounding box.
siRenderSortedCenter	Render objects sorted by center of bounding box.
siRenderSortedFar	Render objects sorted by farthest point of bounding box.
siRenderSortFront	Sorted objects are rendered from front to back (instead of the default back to front).
siRenderSelected	Render selected objects.
siTexEnvReplace	Replace texture.
siRenderNoRTSOverride	Ignore realtime shader overrides when rendering.

Definition at line 2695 of file xsi_decl.h.

    {   siRenderDefault = ( 1L << 1 ) ,     
    siRenderUnsorted    = ( 1L << 2 ) ,     
    siRenderSorted  = ( 1L << 3 ) ,     
    siRenderSortedNear  = ( 1L << 4 ) ,     
    siRenderSortedCenter    = ( 1L << 5 ) ,     
    siRenderSortedFar   = ( 1L << 6 ) ,     
    siRenderSortFront   = ( 1L << 7 ) ,     
    siRenderSelected    = ( 1L << 8 ) ,     
    siTexEnvReplace = ( 1L << 9 ) ,     
    siRenderNoRTSOverride   = ( 1L << 10 )      
    }   siXGSRenderFlag;

enum siCustomDisplayFlags

Determines the behavior and look of a Custom Display.

Enumerator:

siSupportCommandMap	Enables the Softimage keyboard shortcuts for this Custom Display.
siWindowNotifications	The Custom Display will get notified of all Window positining events such as resizing, moving, etc.

Definition at line 2710 of file xsi_decl.h.

    {   siSupportCommandMap = ( 1L << 1 ) ,     
    siWindowNotifications   = ( 1L << 2 )       
    }   siCustomDisplayFlags;

enum siComponentDataType

Specifies the type of component data (vector3, boolean, color, etc.) on an ICEAttribute.

Enumerator:

siComponentDataTypeBool	A boolean.
siComponentDataTypeLong	A long integer.
siComponentDataTypeFloat	A floating point.
siComponentDataTypeVector2	A 2-point vector.
siComponentDataTypeVector3	A 3-point vector.
siComponentDataTypeVector4	A 4-point vector.
siComponentDataTypeQuaternion	A quaternion.
siComponentDataTypeMatrix33	A 3x3 matrix.
siComponentDataTypeMatrix44	A 4x4 matrix.
siComponentDataTypeColor4	An RGBA color.
siComponentDataTypeRotation3	A 3-component rotation.
siComponentDataTypeShape	Shape.
siComponentDataTypeIcon	Icon.

Definition at line 2717 of file xsi_decl.h.

    {   siComponentDataTypeBool = ( 1L << 0 ) ,     
    siComponentDataTypeLong = ( 1L << 1 ) ,     
    siComponentDataTypeFloat    = ( 1L << 2 ) ,     
    siComponentDataTypeVector2  = ( 1L << 3 ) ,     
    siComponentDataTypeVector3  = ( 1L << 4 ) ,     
    siComponentDataTypeVector4  = ( 1L << 5 ) ,     
    siComponentDataTypeQuaternion   = ( 1L << 6 ) ,     
    siComponentDataTypeMatrix33 = ( 1L << 7 ) ,     
    siComponentDataTypeMatrix44 = ( 1L << 8 ) ,     
    siComponentDataTypeColor4   = ( 1L << 9 ) ,     
    siComponentDataTypeRotation3    = ( 1L << 14 ) ,        
    siComponentDataTypeShape    = ( 1L << 15 ) ,        
    siComponentDataTypeIcon = ( 1L << 17 )      
    }   siComponentDataType;

enum siComponentDataContext

Specifies the context of component data (points, edges, etc.) on an ICEAttribute.

Enumerator:

siComponentDataContextSingleton	One data per primitive.
siComponentDataContextComponent0D	One data per point.
siComponentDataContextComponent1D	One data per edge or line segment.
siComponentDataContextComponent2D	One data per polygon or face.
siComponentDataContextComponent0D2D	One sample point or polynode.

Definition at line 2735 of file xsi_decl.h.

    {   siComponentDataContextSingleton = ( 1L << 0 ) ,     
    siComponentDataContextComponent0D   = ( 1L << 1 ) ,     
    siComponentDataContextComponent1D   = ( 1L << 2 ) ,     
    siComponentDataContextComponent2D   = ( 1L << 3 ) ,     
    siComponentDataContextComponent0D2D = ( 1L << 4 )       
    }   siComponentDataContext;

enum siComponentDataStructure

Specifies the structure of component data (single element or dynamic array) on an ICEAttribute.

Enumerator:

siComponentDataStructureSingle	One value per component data.
siComponentDataStructureDynamicArray	Multiple values per component data.

Definition at line 2745 of file xsi_decl.h.

    {   siComponentDataStructureSingle  = ( 1L << 0 ) ,     
    siComponentDataStructureDynamicArray    = ( 1L << 1 )       
    }   siComponentDataStructure;

enum siRenderChannelType

Types of data allowed for render channels.

All channel types, apart from the custom type, are interpreted by Softimage for display viewing.

Enumerator:

siRenderChannelUnknownType	Unknown type. Only used as a return value in the case of an error.
siRenderChannelColorType	Data is interpreted as a pre-multiplied RGB color image with an optional alpha channel. If no alpha is provided, the image is treated as fully opaque.
siRenderChannelGrayscaleType	Data is interpreted as a single channel linear grayscale image.
siRenderChannelDepthType	Data is interpreted as a single channel depth image, where a value of 0 indicates infinity and positive values increasing distance from the camera.
siRenderChannelNormalVectorType	Data is interpreted as a three-channel, XYZ normalized vector.
siRenderChannelVectorType	Data is interpreted as a three-channel, arbitrary XYZ vector or point in space.
siRenderChannelLabelType	Data is interpreted as a single-channel, unique identifier value for each closest object visible to the camera.
siRenderChannelCustomType

Definition at line 2752 of file xsi_decl.h.

    {   siRenderChannelUnknownType  = 0,        
    siRenderChannelColorType    = 1,        
    siRenderChannelGrayscaleType    = 2,        
    siRenderChannelDepthType    = 3,        
    siRenderChannelNormalVectorType = 4,        
    siRenderChannelVectorType   = 5,        
    siRenderChannelLabelType    = 6,        
    siRenderChannelCustomType   = ( 1L << 31 ) 
    }   siRenderChannelType;

enum siICENodeDataType

Defines the types of data that can be associated to a ICE node port connection.

Enumerator:

siICENodeDataBool	Boolean.
siICENodeDataLong	Long.
siICENodeDataFloat	Float.
siICENodeDataVector2	2D vector. For the C++ API, this maps to CVector2f.
siICENodeDataVector3
siICENodeDataVector4
siICENodeDataQuaternion
siICENodeDataMatrix33
siICENodeDataMatrix44
siICENodeDataColor4
siICENodeDataGeometry	Geometry.
siICENodeDataLocation	Data location. Note: this data type is not available for Custom ICENodes.
siICENodeDataExecute	Execution logic. Note: this data type is not available for Custom ICENodes.
siICENodeDataReference	Reference. Note: this data type is not available for Custom ICENodes.
siICENodeDataRotation
siICENodeDataShape
siICENodeDataCustomType	Custom data type.
siICENodeDataString	String type.
siICENodeDataIcon	Icon.
siICENodeDataValue	Value (for internal use).
siICENodeDataInterface	Interface (for internal use).
siICENodeDataMultiComp	Multi Comp (for internal use).
siICENodeDataArithmeticSupport	Arithmetic Support (for internal use).
siICENodeDataAny	Any supported type.

Definition at line 2765 of file xsi_decl.h.

    {   siICENodeDataBool   = ( 1L << 0 ) ,     
    siICENodeDataLong   = ( 1L << 1 ) ,     
    siICENodeDataFloat  = ( 1L << 2 ) ,     
    siICENodeDataVector2    = ( 1L << 3 ) ,     
    siICENodeDataVector3    = ( 1L << 4 ) ,
    siICENodeDataVector4    = ( 1L << 5 ) ,
    siICENodeDataQuaternion = ( 1L << 6 ) ,
    siICENodeDataMatrix33   = ( 1L << 7 ) ,
    siICENodeDataMatrix44   = ( 1L << 8 ) ,
    siICENodeDataColor4 = ( 1L << 9 ) ,
    siICENodeDataGeometry   = ( 1L << 10 ) ,        
    siICENodeDataLocation   = ( 1L << 11 ) ,        
    siICENodeDataExecute    = ( 1L << 12 ) ,        
    siICENodeDataReference  = ( 1L << 13 ) ,        
    siICENodeDataRotation   = ( 1L << 14 ) ,
    siICENodeDataShape  = ( 1L << 15 ) ,
    siICENodeDataCustomType = ( 1L << 16 ) ,        
    siICENodeDataString = ( 1L << 17 ) ,        
    siICENodeDataIcon   = ( 1L << 18 ) ,        
    siICENodeDataValue  = ( ( ( ( ( ( ( ( ( ( ( ( ( ( siICENodeDataBool | siICENodeDataLong )  | siICENodeDataFloat )  | siICENodeDataVector2 )  | siICENodeDataVector3 )  | siICENodeDataVector4 )  | siICENodeDataQuaternion )  | siICENodeDataRotation )  | siICENodeDataMatrix33 )  | siICENodeDataMatrix44 )  | siICENodeDataColor4 )  | siICENodeDataShape )  | siICENodeDataIcon )  | siICENodeDataCustomType )  | siICENodeDataString ) ,       
    siICENodeDataInterface  = siICENodeDataGeometry,        
    siICENodeDataMultiComp  = ( ( ( ( ( ( ( siICENodeDataVector2 | siICENodeDataVector3 )  | siICENodeDataVector4 )  | siICENodeDataQuaternion )  | siICENodeDataRotation )  | siICENodeDataMatrix33 )  | siICENodeDataMatrix44 )  | siICENodeDataColor4 ) ,        
    siICENodeDataArithmeticSupport  = ( ( ( ( ( ( ( ( siICENodeDataLong | siICENodeDataFloat )  | siICENodeDataVector2 )  | siICENodeDataVector3 )  | siICENodeDataVector4 )  | siICENodeDataQuaternion )  | siICENodeDataRotation )  | siICENodeDataMatrix33 )  | siICENodeDataMatrix44 ) ,        
    siICENodeDataAny    = ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( siICENodeDataBool | siICENodeDataLong )  | siICENodeDataFloat )  | siICENodeDataVector2 )  | siICENodeDataVector3 )  | siICENodeDataVector4 )  | siICENodeDataQuaternion )  | siICENodeDataRotation )  | siICENodeDataMatrix33 )  | siICENodeDataMatrix44 )  | siICENodeDataColor4 )  | siICENodeDataShape )  | siICENodeDataGeometry )  | siICENodeDataLocation )  | siICENodeDataReference )  | siICENodeDataExecute )  | siICENodeDataCustomType )  | siICENodeDataString )  | siICENodeDataIcon )         
    }   siICENodeDataType;

enum siICENodeStructureType

Defines the way data are structured for ICE node connections: single data or dynamic array.

Enumerator:

siICENodeStructureSingle	Single data.
siICENodeStructureArray	Array data.
siICENodeStructureAny	Single or Array type.

Definition at line 2794 of file xsi_decl.h.

    {   siICENodeStructureSingle    = ( 1L << 0 ) ,     
    siICENodeStructureArray = ( 1L << 1 ) ,     
    siICENodeStructureAny   = ( siICENodeStructureSingle | siICENodeStructureArray )        
    }   siICENodeStructureType;

enum siICENodeContextType

Defines the element set associated with the data for ICE node connections.

In other words, which elements will be evaluated.

Enumerator:

siICENodeContextSingleton	Only one element; for example, the transformation matrix of a geometry.
siICENodeContextComponent0D	One element per vertex or point.
siICENodeContextComponent1D	One element per edge or segment.
siICENodeContextComponent2D	One element per polygon or subsurface.
siICENodeContextComponent0D2D	One element per sampled point or polynode.
siICENodeContextElementGenerator	Elements generated by a node. These are the special nodes that generate themselves their own evaluation context, and this context can be propagated to the connected nodes. They control how many elements will be evaluated, starting at their output. The number of output elements is not related to the number of components on the output geometry.
siICENodeContextSingletonOrComponent0D	One element or one element per vertex or point.
siICENodeContextSingletonOrComponent1D	One element or one element per edge or segment.
siICENodeContextSingletonOrComponent2D	One element or one element per polygon or subsurface.
siICENodeContextSingletonOrComponent0D2D	One element or one element per sampled point or polynode.
siICENodeContextSingletonOrElementGenerator	One element or one element generated by a node.
siICENodeContextComponent0DOr1DOr2D	One element per: vertex or point; edge or segment; polygon or subsurface.
siICENodeContextNotSingleton	Any element set except the singleton (one element only).
siICENodeContextAny	Any element set.

Definition at line 2802 of file xsi_decl.h.

    {   siICENodeContextSingleton   = ( 1L << 0 ) ,     
    siICENodeContextComponent0D = ( 1L << 1 ) ,     
    siICENodeContextComponent1D = ( 1L << 2 ) ,     
    siICENodeContextComponent2D = ( 1L << 3 ) ,     
    siICENodeContextComponent0D2D   = ( 1L << 4 ) ,     
    siICENodeContextElementGenerator    = ( 1L << 5 ) ,     
    siICENodeContextSingletonOrComponent0D  = ( siICENodeContextSingleton | siICENodeContextComponent0D ) ,     
    siICENodeContextSingletonOrComponent1D  = ( siICENodeContextSingleton | siICENodeContextComponent1D ) ,     
    siICENodeContextSingletonOrComponent2D  = ( siICENodeContextSingleton | siICENodeContextComponent2D ) ,     
    siICENodeContextSingletonOrComponent0D2D    = ( siICENodeContextSingleton | siICENodeContextComponent0D2D ) ,       
    siICENodeContextSingletonOrElementGenerator = ( siICENodeContextSingleton | siICENodeContextElementGenerator ) ,        
    siICENodeContextComponent0DOr1DOr2D = ( ( siICENodeContextComponent0D | siICENodeContextComponent1D )  | siICENodeContextComponent2D ) ,        
    siICENodeContextNotSingleton    = ( ( ( ( siICENodeContextComponent0D | siICENodeContextComponent1D )  | siICENodeContextComponent2D )  | siICENodeContextComponent0D2D )  | siICENodeContextElementGenerator ) ,       
    siICENodeContextAny = ( ( ( ( ( siICENodeContextSingleton | siICENodeContextComponent0D )  | siICENodeContextComponent1D )  | siICENodeContextComponent2D )  | siICENodeContextComponent0D2D )  | siICENodeContextElementGenerator )        
    }   siICENodeContextType;

enum siAutoCompleteMode

Determines the behavior of the auto-complete feature for a text editor widget control (see siPPGControlType::siControlTextEditor).

Enumerator:

siNone	Turn off auto-complete.
siKeywords	Auto-complete only keywords.
siCommands	Auto-complete names of installed commands.

Definition at line 2821 of file xsi_decl.h.

    {   siNone  = 0,        
    siKeywords  = ( 1L << 1 ) ,     
    siCommands  = ( 1L << 2 )       
    }   siAutoCompleteMode;

enum siTextEditorCapability

Determines the availability of the File menu functions for a text editor widget control (siPPGControlType::siControlTextEditor).

By default, if you display the toolbar (explicitly set the siPPGItemAttribute::siUIToolbar attribute to true), every function (entry) in the menu will be enabled. However, you can disable the loading and saving functions by setting the siPPGItemAttribute::siUICapability attribute to one of these values.
Note: Using these values does not affect the Edit menu at all nor does it change the availability of the rest of the File menu functions (Recent Files, Preferences, and Print).

Enumerator:

siNoSaveLoad	Disables the following options in the File menu: New, Open, Save, Save As, Save Selection.
siCanSave	Disables the following options in the File menu: Save, Save As, Save Selection.
siCanLoad	Disables the following options in the File menu: New, Open.

Definition at line 2829 of file xsi_decl.h.

    {   siNoSaveLoad    = 0,        
    siCanSave   = ( 1L << 1 ) ,     
    siCanLoad   = ( 1L << 2 )       
    }   siTextEditorCapability;

enum siViewportFeature

Defines the supported features for a custom viewport.

Enumerator:

siHardwareRendering

The viewport supports hardware rendering.

Definition at line 2837 of file xsi_decl.h.

    {   siHardwareRendering = ( 1L << 0 )       
    }   siViewportFeature;

enum siTimeTransportPlaybackMode

Softimage TimeTransport playback types.

Enumerator:

siTTPlaybackNormal	Equivalent to Softimage TimeTransport real-time playback type.
siTTPlaybackSlideShow	Equivalent to Softimage TimeTransport all playback type.

Definition at line 2843 of file xsi_decl.h.

    {   siTTPlaybackNormal  = 0,        
    siTTPlaybackSlideShow   = 0x2       
    }   siTimeTransportPlaybackMode;

enum siTimeTransportState

Softimage TimeTransport states.

Enumerator:

siTTStateStop	Stop.
siTTStatePlay	Play.
siTTStateSeek	Seek.
siTTStateTimeChange	Time change.
siTTStateContextChange	Context change.
siTTStateScrubChange	Scrub change.
siTTStateSeekChange	Seek change.
siTTStateDeviceChange	Device change.
siTTStateFrameDropChange	Frame drop change.

Definition at line 2850 of file xsi_decl.h.

    {   siTTStateStop   = 0x1,      
    siTTStatePlay   = 0x4,      
    siTTStateSeek   = 0x2000,       
    siTTStateTimeChange = 0x4000,       
    siTTStateContextChange  = 0x8000,       
    siTTStateScrubChange    = 0x10000,      
    siTTStateSeekChange = 0x20000,      
    siTTStateDeviceChange   = 0x40000,      
    siTTStateFrameDropChange    = 0x80000       
    }   siTimeTransportState;

enum siToolCapabilities

Various flags that affect tool behaviour.

Enumerator:

siToolAllowNotifications

Definition at line 2864 of file xsi_decl.h.

    {   siToolAllowNotifications    = 1
    }   siToolCapabilities;

enum siToolCursor

ToolContext cursors.

Enumerator:

siArrowCursor	Standard arrow cursor.
siCrossCursor	Crosshair cursor.
siHandCursor	Pointing hand cursor.
siPenCursor	Pen cursor.
siDropperCursor	Eye dropper cursor.
siSelectCursor	Selection cursor.
siTranslateCursor	Translate cursor.
siRotateCursor	Rotate cursor.
siScaleCursor	Scale cursor.
siZoomCursor	Magnifying glass cursor.
siDragXYCursor	4-way arrow cursor.
siDragXCursor	Horizontal arrow cursor.
siDragYCursor	Vertical arrow cursor.

Definition at line 2870 of file xsi_decl.h.

    {   siArrowCursor   = 0,        
    siCrossCursor   = 1,        
    siHandCursor    = 2,        
    siPenCursor = 3,        
    siDropperCursor = 4,        
    siSelectCursor  = 5,        
    siTranslateCursor   = 6,        
    siRotateCursor  = 7,        
    siScaleCursor   = 8,        
    siZoomCursor    = 9,        
    siDragXYCursor  = 10,       
    siDragXCursor   = 11,       
    siDragYCursor   = 12        
    }   siToolCursor;

enum siAlignment

ToolContext text/menu alignment.

Enumerator:

siLeftAlign	Left-align horizontally.
siCenterAlign	Center horizontally or vertically.
siRightAlign	Right-align horizontally.
siTopAlign	Top-align vertically.
siBottomAlign	Bottom-align vertically.

Definition at line 2888 of file xsi_decl.h.

    {   siLeftAlign = 0,        
    siCenterAlign   = 1,        
    siRightAlign    = 2,        
    siTopAlign  = 0,        
    siBottomAlign   = 2     
    }   siAlignment;

enum siSnapType

ToolContext snapping type flags.

Enumerator:

siSnapNone	Nothing was snapped.
siSnapPoint	Snap to points.
siSnapKnot	snap to knots.
siSnapCenter	Snap to centers.
siSnapMidPoint	Snap to mid-points.
siSnapBBox	Snap to bounding box points.
siSnap0D	Snap to any 0D feature.
siSnapEdge	Snap to mesh edges.
siSnapCurve	Snap to curves.
siSnapUIsocurve	Snap to surface U curves.
siSnapVIsocurve	Snap to surface V curves.
siSnapBoundary	Snap to surface boundary curves.
siSnap1D	Snap to any 1D feature.
siSnapFace	Snap to mesh faces.
siSnapSurface	Snap to surfaces.
siSnap2D	Snap to any 2D feature.
siSnapGrid	Snap to grid.

Definition at line 2898 of file xsi_decl.h.

    {   siSnapNone  = 0L,       
    siSnapPoint = 0x1L,     
    siSnapKnot  = 0x2L,     
    siSnapCenter    = 0x4L,     
    siSnapMidPoint  = 0x8L,     
    siSnapBBox  = 0x20L,        
    siSnap0D    = 0xffffL,      
    siSnapEdge  = 0x10000L,     
    siSnapCurve = 0x20000L,     
    siSnapUIsocurve = 0x40000L,     
    siSnapVIsocurve = 0x80000L,     
    siSnapBoundary  = 0x100000L,        
    siSnap1D    = 0xff0000L,        
    siSnapFace  = 0x1000000L,       
    siSnapSurface   = 0x2000000L,       
    siSnap2D    = 0x3f000000L,      
    siSnapGrid  = 0x40000000L       
    }   siSnapType;

enum siPickMode

ToolContext picking mode flags.

Enumerator:

siPickSingleObject	Pick a single object.
siPickSingleSubComponent	Pick a single subcomponent.
siPickMultipleObjects	Pick multiple objects.
siPickMultipleSubComponents	Pick multiple subcomponents.

Definition at line 2920 of file xsi_decl.h.

    {   siPickSingleObject  = 0,        
    siPickSingleSubComponent    = 1,        
    siPickMultipleObjects   = 2,        
    siPickMultipleSubComponents = 3     
    }   siPickMode;

enum siPickType

ToolContext picking type flags.

Enumerator:

siPickRectangle	Rectangle selection mode.
siPickRaycast	Raycast selection mode.
siPickLasso	Lasso selection mode.
siPickFreeform	Freeform selection mode.
siPickRectangleRaycast	Rectangle-raycast selection mode.

Definition at line 2929 of file xsi_decl.h.

    {   siPickRectangle = 1,        
    siPickRaycast   = 2,        
    siPickLasso = 3,        
    siPickFreeform  = 4,        
    siPickRectangleRaycast  = 6     
    }   siPickType;

enum siPasteUVsMode

This indicates which UVs indices to use when the UVs are copied from one object and pasted onto another object.

Enumerator:

siDefaultPasteUVsMode	Default mode which consist of using the source object UVs indices or the target object UVs indices when the first one doesn't make sense.
siPasteUVsUsingSourceIndices	Paste the UVs using the source object UVs indices.
siPasteUVsUsingTargetIndices	Paste the UVs using the target object UVs indices.

Definition at line 2939 of file xsi_decl.h.

    {   siDefaultPasteUVsMode   = 0,        
    siPasteUVsUsingSourceIndices    = 1,        
    siPasteUVsUsingTargetIndices    = 2     
    }   siPasteUVsMode;

enum siSetValueMode

This indicates the mathematical mode when setting a new value to a current value.

Enumerator:

siSetValueModeAbsolute	Replaces the current value with the new value.
siSetValueModeAdditive	Adds the new value to the current value.
siSetValueModeAddPercentage	Adds percentage of current value to current value.

Definition at line 2947 of file xsi_decl.h.

    {   siSetValueModeAbsolute  = 0,        
    siSetValueModeAdditive  = 1,        
    siSetValueModeAddPercentage = 2     
    }   siSetValueMode;

enum RotationRep

Defines the rotation representation.

Enumerator:

siQuaternionRot	Quaternion representation.
siEulerRot	Euler representation.
siAxisAngleRot	Axis angle representation.

Definition at line 56 of file xsi_rotationf.h.

       :
    SICPPSDK_INLINE void QuatToEuler( const CQuaternionf& in_quat, CVector3f& out_vct, const RotationOrder in_eOrder );

---

Function Documentation

virtual XSI::~CBase

(

)

[virtual]

Default destructor.

CString XSI::GetClassIDName

(

)

const

Returns the type of the API class in a text string,.

Returns:

The class type in a text string..

virtual siClassID XSI::GetClassID

(

)

const [pure virtual]

Returns the type of the API class.

Returns:

The class type.

virtual bool XSI::IsA

(

siClassID

in_ClassID

)

const [virtual]

Returns true if a given class type is compatible with this API class.

Parameters:

in_ClassID

Class type.

Returns:

True if the class is compatible, false otherwise.

bool XSI::IsA

(

const CRef &

in_ref

)

const

Returns true if a given CRef object is compatible with this API class.

Parameters:

in_ref

CRef object.

Returns:

True if the class is compatible, false otherwise.

CStatus XSI::SetObject

(

const CRef &

in_obj

)

Sets this API class object with a reference object.

Parameters:

in_obj

CRef object.

Returns:

CStatus::OK success

CStatus::Fail Failure

bool XSI::IsValid

(

)

const

Returns true if the object is valid.

Returns:

True of the object is valid; false otherwise.

void XSI::ResetObject

(

)

Resets this API class by deleting its CRef object.

XSI::operator CRef &

(

)

Converts from CBase to a CRef reference object.

Returns:

A reference to a CRef object.

bool XSI::operator==

(

const CBase &

in_obj

)

const

Equality operator.

Parameters:

in_obj

API class object to compare.

Returns:

true if both API class objects are identical, false otherwise.

Since:

4.0

bool XSI::operator!=

(

const CBase &

in_obj

)

const

Inequality operator.

Parameters:

in_obj

API class object to compare.

Returns:

true if the objects are not identical, false otherwise.

Since:

4.0

const CRef& XSI::GetRef

(

)

const

Converts from CBase to a constant CRef reference object.

Returns:

A constant reference to a CRef object.

void XSI::SetPtr

(

void *

)

[protected]

void XSI::SetRef

(

const CRef &

in_ref

)

[protected]

void XSI::Clear

(

)

[protected]

void* XSI::GetPtr

(

void

)

const [protected]

SICPPSDK_INLINE CLine	(	const CVector3 &	in_point,
		const CVector3 &	in_tangent
	)

Construct a line through given point in given direction.

Parameters:

in_point	Point on the line
in_tangent	Tangent direction vector

Definition at line 250 of file xsi_line.h.

: m_vOrigin(in_pt), m_vTangent(in_dir)
{}

SICPPSDK_INLINE CLine

(

const CLine &

in_line

)

Copy constructor.

Parameters:

in_line

Line to copy

Definition at line 245 of file xsi_line.h.

: m_vOrigin(in_line.m_vOrigin), m_vTangent(in_line.m_vTangent)
{
}

SICPPSDK_INLINE ~CLine

(

)

Default destructor.

Definition at line 254 of file xsi_line.h.

{}

SICPPSDK_INLINE CLine& XSI::operator=

(

const CLine &

in_line

)

Assignment operator.

Parameters:

in_line

Line to copy

Returns:

A reference to this line.

SICPPSDK_INLINE bool XSI::operator==

(

const CLine &

in_line

)

const

Equality operator tests the strict equality of this CLine with the specified line.

Parameters:

in_line

Operand line.

Returns:

true if equal else false.

See also:

CLine::Equals

SICPPSDK_INLINE bool XSI::operator!=

(

const CLine &

in_line

)

const

Inequality operator tests the strict inequality of this CLine with the specified line.

Parameters:

in_line

Operand line.

Returns:

true if equal else false.

See also:

CLine::Equals

SICPPSDK_INLINE bool XSI::EpsilonEquals	(	const CLine &	in_line,
		double	in_dEpsilon
	)		const

Tests the equality of this line with the specified line, with a tolerance of Epsilon.

Parameters:

in_line	Operand line.
in_dEpsilon	Error margin Possible Values: [0, +INF[ should be a positive value

Returns:

true if equal else false.

SICPPSDK_INLINE bool XSI::Equals

(

const CLine &

in_line

)

const

Tests the strict equality of this line with the specified line.

Parameters:

in_line

Operand line.

Returns:

true if equal else false.

bool XSI::Parallel

(

const CLine &

in_line

)

const

Tests whether two lines are parallel.

Parameters:

in_line

Operand line.

Returns:

true if equal else false.

bool XSI::Collinear

(

const CLine &

in_line

)

const

Tests whether two lines are collinear.

Parameters:

in_line

Operand line.

Returns:

true if equal else false.

SICPPSDK_INLINE CVector3 Project

(

const CVector3 &

in_point

)

const

Return projection of given point on this line.

Return projection of this point on to the plane.

Returns:

Closest point on the line

Closest point on the plane

SICPPSDK_INLINE CVector3 GetClosestPoint

(

const CLine &

in_line

)

const

Return closest point on the the line to the given line.

Returns:

Closest point on the line

Definition at line 330 of file xsi_line.h.

{
    CVector3 l_Closest;
    Intersect( in_line, l_Closest );
    return l_Closest;
}

SICPPSDK_INLINE double GetDistance

(

const CVector3 &

in_point

)

const

Return distance fromt the line to the given point.

Return distance fromt the plane to the given point.

Returns:

Distance to input point

Definition at line 337 of file xsi_line.h.

{
    return Project(in_point).SubInPlace(in_point).GetLength();
}

SICPPSDK_INLINE double GetDistance

(

const CLine &

in_line

)

const

Return distance fromt the line to the given line.

Returns:

Distance to input line

Definition at line 342 of file xsi_line.h.

{
    CVector3 l_Tmp;
    return ( Intersect( in_line, l_Tmp ) ? 0.0 : GetDistance( in_line.m_vOrigin ) );
}

SICPPSDK_INLINE CVector3 XSI::GetPosition

(

double

in_param

)

const

Return position on line for given parameter.

Parameters:

in_param

Parameter on line.

Returns:

Position corresponding to input parameter

double XSI::GetParameter

(

const CVector3 &

in_point

)

const

Return parameter on line closest to input point.

Returns:

Position corresponding to input parameter

bool Intersect	(	const CLine &	in_line,
		CVector3 &	out_point
	)		const

Return intersection of this line with the given line.

Return intersection of this plane with the given line.

Parameters:

in_line	Line to intersect.
out_point	Closest point of intersection on line.

Returns:

true if lines intersect at a single point else false.

Parameters:

in_line	Line to intersect.
out_point	Closest point of intersection on plane.

Returns:

true if line intersects the plane else false.

SICPPSDK_INLINE const CVector3 & GetOrigin

(

)

const

Return origin of the line.

Return origin of the plane.

Returns:

Reference to origin.

SICPPSDK_INLINE const CVector3 & GetTangent

(

)

const

Return tangent direction of the line.

Returns:

Reference to tangent.

Definition at line 269 of file xsi_line.h.

{
    return m_vTangent;
}

SICPPSDK_INLINE CPlane & SetOrigin

(

const CVector3 &

in_point

)

Set origin of the line.

Set origin of the plane.

Parameters:

in_point

Point on the line

Returns:

A reference to this line.

Parameters:

in_point

Point on the plane

Returns:

A reference to this plane.

Definition at line 306 of file xsi_line.h.

{
    m_vOrigin = in_point;
    return *this;
}

SICPPSDK_INLINE CLine & SetTangent

(

const CVector3 &

in_tangent

)

Set tangent direction of the line.

Parameters:

in_tangent

Tangent direction vector.

Returns:

A reference to this line.

Definition at line 312 of file xsi_line.h.

{
    m_vTangent = in_tangent;
    return *this;
}

SICPPSDK_INLINE CPlane & Set	(	const CVector3 &	in_point,
		const CVector3 &	in_tangent
	)

Set origin and tangent direction of the line.

Set origin and normal of the plane.

Parameters:

in_point	Point on the line
in_tangent	Tangent direction vector.

Returns:

A reference to this line.

Parameters:

in_point	Point on the plane
in_direction	Normal vector.

Returns:

A reference to this plane.

SICPPSDK_INLINE CPlane & operator*=

(

const CMatrix3 &

in_matrix3

)

Right-multiplies this line by the matrix m in place (this = this .

Right-multiplies this plane by the matrix m in place (this = this .

m ).

Parameters:

in_matrix3

Operand matrix.

Returns:

A reference to this line.

See also:

CLine::MulByMatrix3InPlace

m ).

Parameters:

in_matrix3

Operand matrix.

Returns:

A reference to this plane.

See also:

CPlane::MulByMatrix3InPlace

SICPPSDK_INLINE CPlane & operator*=

(

const CMatrix4 &

in_matrix4

)

Right-multiplies this line by the matrix m in place (this = this .

Right-multiplies this plane by the matrix m in place (this = this .

m ).

Parameters:

in_matrix4

Operand matrix.

Returns:

A reference to this line.

See also:

CLine::MulByMatrix4InPlace

m ).

Parameters:

in_matrix4

Operand matrix.

Returns:

A reference to this plane.

See also:

CPlane::MulByMatrix4InPlace

SICPPSDK_INLINE CPlane & operator*=

(

const CTransformation &

in_transformation

)

Right-multiplies this line by the transformation t in place (this = this .

Right-multiplies this plane by the transformation t in place (this = this .

t).

Parameters:

in_transformation

transformation operand.

Returns:

A reference to this line.

See also:

CLine::MulByTransformationInPlace

t).

Parameters:

in_transformation

transformation operand.

Returns:

A reference to this plane.

See also:

CPlane::MulByTransformationInPlace

SICPPSDK_INLINE CPlane & MulByMatrix3InPlace

(

const CMatrix3 &

in_matrix3

)

Right-multiplies this line by the matrix m in place (this = this .

Right-multiplies this plane by the matrix m in place (this = this .

m ).

Parameters:

in_matrix3

Operand matrix.

Returns:

A reference to this line.

m ).

Parameters:

in_matrix3

Operand matrix.

Returns:

A reference to this plane.

SICPPSDK_INLINE CLine& XSI::MulByMatrix3	(	const CLine &	in_line,
		const CMatrix3 &	in_matrix3
	)

Right-multiplies the line l by the matrix m and store the result in this line (this = l .

m ).

Parameters:

in_line	Operand line
in_matrix3	Operand matrix.

Returns:

A reference to this line.

SICPPSDK_INLINE CPlane & MulByMatrix4InPlace

(

const CMatrix4 &

in_matrix4

)

Right-multiplies this line by the matrix m in place (this = this .

Right-multiplies this plane by the matrix m in place (this = this .

m ).

Parameters:

in_matrix4

Operand matrix.

Returns:

A reference to this line.

m ).

Parameters:

in_matrix4

Operand matrix.

Returns:

A reference to this plane.

SICPPSDK_INLINE CLine& XSI::MulByMatrix4	(	const CLine &	in_line,
		const CMatrix4 &	in_matrix4
	)

Right-multiplies the line l by the matrix m and store the result in this line (this = l .

m ).

Parameters:

in_line	Operand line
in_matrix4	Operand matrix.

Returns:

A reference to this line.

SICPPSDK_INLINE CPlane & MulByTransformationInPlace

(

const CTransformation &

in_transformation

)

Right-multiplies this line by the transformation t in place (this = this .

Right-multiplies this plane by the transformation t in place (this = this .

t).

Parameters:

in_transformation

transformation operand.

Returns:

A reference to this line.

t).

Parameters:

in_transformation

transformation operand.

Returns:

A reference to this plane.

SICPPSDK_INLINE CLine& XSI::MulByTransformation	(	const CLine &	in_line,
		const CTransformation &	in_transformation
	)

Right-multiplies the line l by the transformation t and stores the result in this line (this = l .

t ).

Parameters:

in_line	Operand line.
in_transformation	transformation operand.

Returns:

A reference to this line.

static const double XSI::PI

(

3.

14159265358979323846

)

[static]

static const float XSI::PI2

(

(float) PI *2.

0f

)

[static]

static const float XSI::Invert2PI

(

0.5f/(float)

PI

)

[static]

static const float XSI::MilliEPS

(

1.0e-

03f

)

[static]

static const float XSI::MicroEPS

(

1.0e-

06f

)

[static]

static const float XSI::NanoEPS

(

1.0e-

09f

)

[static]

static const float XSI::PicoEPS

(

1.0e-

012f

)

[static]

double XSI::DegreesToRadians

(

double

in_dDegrees

)

[inline]

Converts an angle in degrees to an angle in radians.

Parameters:

in_dDegrees

angle in degrees.

Returns:

Angle in radians.

Definition at line 121 of file xsi_math.h.

    { return (in_dRadians * (180.0/PI));}

double XSI::RadiansToDegrees

(

double

in_dRadians

)

[inline]

Converts an angle in radians to an angle in degrees.

Parameters:

in_dRadians

angle in radians.

Returns:

Angle in degrees.

Definition at line 128 of file xsi_math.h.

CTransformation XSI::MapObjectPoseToWorldSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CTransformation &	in_transfoPose
	)

Converts a Pose described in a given ObjectSpace to WorldSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace into which the pose is defined.
in_transfoPose	Pose to convert.

Returns:

The world Pose.

See also:

CTransformation, KinematicState, Kinematics::GetGlobal, Kinematics::GetLocal

Example:

Demonstrates how to use MapObjectPoseToWorldSpace

        using namespace XSI;
        using namespace MATH;
        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface",L"",myCube );

        KinematicState  globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);

        X3DObject myCube2;
        myCube.AddGeometry( L"Cube", L"MeshSurface",L"",myCube2);

        globalKinematicState = myCube2.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posz",3.0);
        globalKinematicState.PutParameterValue(L"rotx",45.0);

        CTransformation localTransformation =
                                myCube2.GetKinematics().GetLocal().GetTransform();
        CTransformation globalTransformation =
                                myCube.GetKinematics().GetGlobal().GetTransform();

        CVector3 translation(localTransformation.GetTranslation());

        app.LogMessage(
            L"The translation of the cube relative to its parent: x " +
            CValue(translation.GetX()).GetAsText() +
            L" y " +
            CValue(translation.GetY()).GetAsText() +
            L" z " +
            CValue(translation.GetZ()).GetAsText());

        CTransformation worldTransformation =
                        MapObjectPoseToWorldSpace(  globalTransformation,
                                                    localTransformation);

        translation = worldTransformation.GetTranslation();

        app.LogMessage( L"The translation of the cube relative to " +
                        CString(L"the origin of the universe: x ") +
                        CValue(translation.GetX()).GetAsText() +
                        L" y " + CValue(translation.GetY()).GetAsText() +
                        L" z " + CValue(translation.GetZ()).GetAsText());

CVector3 XSI::MapObjectOrientationToWorldSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CVector3 &	in_vector3Orientation
	)

Converts an Orientation described in a given ObjectSpace to WorldSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the orientation is defined.
in_vector3Orientation	Orientation to convert.

Returns:

The world orientation.

See also:

CTransformation, KinematicState, Kinematics::GetGlobal, Kinematics::GetLocal

Example:

Demonstrates MapObjectOrientationToWorldSpace

        using namespace XSI;
        using namespace MATH;
        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface",L"",myCube );

        KinematicState  globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);
        globalKinematicState.PutParameterValue(L"rotx", 45.0);

        CTransformation localTransformation =
                                myCube.GetKinematics().GetLocal().GetTransform();

        PolygonMesh mesh = myCube.GetActivePrimitive().GetGeometry();
        CVector3Array normalArray = mesh.GetPolygons().GetNormalArray();
        CVector3 orientation(normalArray[1]);

        CVector3 worldOrientation =
                    MapObjectOrientationToWorldSpace(   localTransformation,
                                                        orientation);

        app.LogMessage(
                L"The second polygon normal corresponds to ( " +
                CValue(RadiansToDegrees(worldOrientation.GetX())).GetAsText() +
                L", " +
                CValue(RadiansToDegrees(worldOrientation.GetY())).GetAsText() +
                L", " +
                CValue(RadiansToDegrees(worldOrientation.GetZ())).GetAsText() +
                L") in the world space" );

CVector3 XSI::MapObjectPositionToWorldSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CVector3 &	in_vector3Position
	)

Converts a Position described in a given ObjectSpace to WorldSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the position is defined.
in_vector3Position	Position to convert.

Returns:

The world position.

See also:

CTransformation, KinematicState, Kinematics::GetGlobal, Kinematics::GetLocal

Example:

Demonstrates MapObjectPositionToWorldSpace

        using namespace XSI;
        using namespace MATH;
        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface",L"",myCube );

        KinematicState  globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);

        CTransformation localTransformation = myCube.GetKinematics().GetLocal().GetTransform();

        CPointRefArray pointArray = myCube.GetActivePrimitive().GetGeometry().GetPoints();
        CVector3 position(Point(pointArray.GetItem(0)).GetPosition());

        app.LogMessage(L"The local position is: X " +
                      CValue(position.GetX()).GetAsText() + CString(L" Y ") +
                      CValue(position.GetY()).GetAsText() + CString(L" Z ") +
                      CValue(position.GetZ()).GetAsText());

        CVector3 worldPosition =
                        MapObjectPositionToWorldSpace(  localTransformation,
                                                        position);

        app.LogMessage(L"The world position is: X " +
                      CValue(worldPosition.GetX()).GetAsText() + CString(L" Y ") +
                      CValue(worldPosition.GetY()).GetAsText() + CString(L" Z ") +
                      CValue(worldPosition.GetZ()).GetAsText());

CTransformation XSI::MapWorldPoseToObjectSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CTransformation &	in_transfoPose
	)

Converts a Pose described in WorldSpace to a different ObjectSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the position is defined.
in_transfoPose	Pose to convert.

Returns:

The converted Pose.

CVector3 XSI::MapWorldOrientationToObjectSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CVector3 &	in_vector3Orientation
	)

Converts an orientation described in WorldSpace to a different ObjectSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the position is defined.
in_vector3Orientation	Orientation to convert.

Returns:

The converted orientation.

CVector3 XSI::MapWorldPositionToObjectSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CVector3 &	in_vector3Position
	)

Converts a position described in WorldSpace to a position in a different ObjectSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which we want to convert the position.
in_vector3Position	Position to convert.

Returns:

The converted position.

See also:

CTransformation, KinematicState, Kinematics::GetGlobal, Kinematics::GetLocal

Example:

Demonstrates MapWorldPositionToObjectSpace

        using namespace XSI;
        using namespace MATH;
        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface", L"", myCube );

        KinematicState  globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);
        globalKinematicState.PutParameterValue(L"rotx", 30.0);

        CTransformation localTransformation =
                                myCube.GetKinematics().GetLocal().GetTransform();
        CVector3 position(1.0,1.0,1.0);
        CVector3 convertedPosition =
                    MapWorldPositionToObjectSpace(  localTransformation,
                                                    position);

        app.LogMessage(L"The position (1,1,1) is (" +
                    CValue(convertedPosition.GetX()).GetAsText() + L", " +
                    CValue(convertedPosition.GetY()).GetAsText() + L", " +
                    CValue(convertedPosition.GetZ()).GetAsText() +
                    L" in the cube object space");

CTransformation XSI::MapObjectPoseToObjectSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CTransformation &	in_transfoSpace,
		const CTransformation &	in_transfoPose
	)

Converts a pose described in an ObjectSpace to a pose in a different ObjectSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the pose is described.
in_transfoSpace	Space in which we want to convert the pose.
in_transfoPose	Pose to convert.

Returns:

The converted transformation.

See also:

CTransformation, KinematicState, Kinematics::GetGlobal, Kinematics::GetLocal

Example:

Demonstrates MapObjectPoseToObjectSpace

        using namespace XSI;
        using namespace MATH;
        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface", L"",myCube );

        KinematicState  globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);

        X3DObject myCube2;
        myCube.AddGeometry( L"Cube", L"MeshSurface", L"", myCube2 );

        globalKinematicState = myCube2.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posz", 3.0);
        globalKinematicState.PutParameterValue(L"rotz", 45.0);

        X3DObject myCone;
        root.AddGeometry( L"Cone", L"MeshSurface", L"",myCone );

        globalKinematicState = myCube2.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", -2.0);
        globalKinematicState.PutParameterValue(L"rotz", 90.0);

        CTransformation localTransformation =
                            myCube2.GetKinematics().GetLocal().GetTransform();
        CTransformation parentTransformation =
                            myCube.GetKinematics().GetGlobal().GetTransform();
        CVector3 translation(localTransformation.GetTranslation());
        CTransformation destinationTransformation =
                            myCone.GetKinematics().GetGlobal().GetTransform();

        app.LogMessage(
            L"The translation of the cube relative to its parent: x " +
            CValue(translation.GetX()).GetAsText() + CString(L" Y ") +
            CValue(translation.GetY()).GetAsText() + CString(L" Z ") +
            CValue(translation.GetZ()).GetAsText());

        CTransformation convertedTranformation =
                MapObjectPoseToObjectSpace( parentTransformation,
                                            destinationTransformation,
                                            localTransformation);

        translation = convertedTranformation.GetTranslation();

        app.LogMessage(
            L"The translation of the cube relative to the cone: x " +
            CValue(translation.GetX()).GetAsText() + CString(L" Y ") +
            CValue(translation.GetY()).GetAsText() + CString(L" Z ") +
            CValue(translation.GetZ()).GetAsText());

CVector3 XSI::MapObjectOrientationToObjectSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CTransformation &	in_transfoSpace,
		const CVector3 &	in_vector3Orientation
	)

Converts an orientation described in an ObjectSpace to an orientation in a different ObjectSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the orientation is described.
in_transfoSpace	Space in which we want to convert the orientation.
in_vector3Orientation	Orientation to convert.

See also:

CTransformation, KinematicState, Kinematics::GetGlobal, Kinematics::GetLocal

Example:

Demonstrates MapObjectOrientationToObjectSpace

        using namespace XSI;
        using namespace MATH;
        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface", L"",myCube );

        KinematicState  globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);

        X3DObject myCube2;
        myCube.AddGeometry( L"Cube", L"MeshSurface", L"",myCube2 );

        globalKinematicState = myCube2.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posz", 3.0);
        globalKinematicState.PutParameterValue(L"rotz", 45.0);

        X3DObject myCone;
        root.AddGeometry( L"Cone", L"MeshSurface", L"", myCone );

        globalKinematicState = myCube2.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", -2.0);
        globalKinematicState.PutParameterValue(L"rotz", 90.0);

        CTransformation localTransformation =
                                myCube2.GetKinematics().GetLocal().GetTransform();

        PolygonMesh myMesh = myCube.GetActivePrimitive().GetGeometry();
        CVector3Array normalArray = myMesh.GetPolygons().GetNormalArray();

        CVector3 orientation(normalArray[1]);

        CTransformation destinationTransformation =
                                myCone.GetKinematics().GetGlobal().GetTransform();

        CVector3 convertedOrientation =
            MapObjectOrientationToObjectSpace(  localTransformation,
                                                destinationTransformation,
                                                orientation);

        app.LogMessage(L"The second face of the cube normal vector " +
                CString(L"represented in the cone referential( " )+
                CValue(RadiansToDegrees(convertedOrientation.GetX())).GetAsText()
                + L", " +
                CValue(RadiansToDegrees(convertedOrientation.GetY())).GetAsText()
                + L", " +
                CValue(RadiansToDegrees(convertedOrientation.GetZ())).GetAsText() +
                L" ) in the cube object space");

CVector3 XSI::MapObjectPositionToObjectSpace	(	const CTransformation &	in_transfoObjectSpace,
		const CTransformation &	in_transfoSpace,
		const CVector3 &	in_vector3Position
	)

Converts a position described in an ObjectSpace to a position in a different ObjectSpace.

Parameters:

in_transfoObjectSpace	ObjectSpace in which the position is described.
in_transfoSpace	Space in which we want to convert the position.
in_vector3Position	Position to convert.

Returns:

The converted position.

See also:

CTransformation, KinematicState, GetGlobal, GetLocal

Example:

Demonstrates MapObjectPositionToObjectSpace

        using namespace XSI;
        using namespace MATH;
        //Forward declaration
        bool Above(X3DObject&, X3DObject&);

        Application app;
        Model root = app.GetActiveSceneRoot();

        X3DObject myCube;
        root.AddGeometry( L"Cube", L"MeshSurface", L"", myCube );

        KinematicState globalKinematicState = myCube.GetKinematics().GetGlobal();
        globalKinematicState.PutParameterValue(L"posy", 4.0);
        globalKinematicState.PutParameterValue(L"posx", 2.0);

        X3DObject myGrid;
        oRoot.AddGeometry( L"Grid", L"MeshSurface", L"",myGrid );
        myCube.GetKinematics().GetGlobal().PutParameterValue(L"posy",-2.0);

        if( Above(myCube,myGrid)
            app.LogMessage(L"The cube is above the grid");
        else
            app.LogMessage(L"The cube is below the grid");

        //Function that returns true if in_obj1 is above in_obj2.
        //Which means that all " y" values of in_obj1 vertices relative to
        //in_obj2 are bigger than in_obj2 "y" values
        bool Above(X3DObject& in_obj1, X3DObject& in_obj2)
        {
            double biggestY(0.0);

            CVector3Array positionArray;
            CVector3Array::iterater it;
            Geometry myGeom = in_obj1.GetActivePrimitive().GetGeoemtry()
            myGeom.Points().PositionArray(positionArray);

            //Determine the upper position in obj1;
            for(LONG i = 0; i < positionArray.GetCount(); ++i)
            {
                if(positionArray[i].GetY() > biggestY)
                { biggestY = positionArray[i].GetY();}
            }

            CTransformation globalTransformation1,globalTransformation2;
            globalTransformation1 = in_obj1.GetKinematics().GetGlobal().GetTransform();
            globalTransformation2 = in_obj2.GetKinematics().GetGlobal().GetTransform();

            Geometry myGeom = in_obj2.GetActivePrimitive().GetGeometry();
            myGeom.Points().PositionArray(positionArray);

            CVector3 convertedPosition;
            //Determine if all vertices of in_obj1 are above in_obj2
            i= 0;
            for(; i < positionArray.GetCount(); ++i)
            {
                convertdPosition =
                    MapObjectPositionToObjectSpace( globalTransformation1,
                                                    globalTransformation2,
                                                    positionArray[i]);

                if(convertdPosition.GetY() < biggestY)
                { return false;}
            }

            return true;
        }

SICPPSDK_INLINE void XSI::LimitValue	(	float &	io_fVal,
		float	in_fMin,
		float	in_fMax
	)

void XSI::MatToEuler	(	const CMatrix3f &	in_mat,
		CVector3f &	io_vct,
		const short	in_order
	)

void XSI::EulerToMat	(	const CVector3f &	in_vct,
		CMatrix3f &	out_mat,
		const short	in_order
	)

void XSI::EulerToQuat	(	const CVector3f &	in_vct,
		CQuaternionf &	out_quat,
		const short	in_order
	)

SICPPSDK_INLINE CPlane	(	const CVector3 &	in_point,
		const CVector3 &	in_normal
	)

Construct a plane through a point with the given normal.

Parameters:

in_point	Point on the plane
in_normal	Normal vector

Definition at line 301 of file xsi_plane.h.

: m_vOrigin(in_pt)
{
    SetNormal( in_normal );
}

SICPPSDK_INLINE CPlane	(	const CVector3 &	in_point,
		const CVector3 &	in_tangentU,
		const CVector3 &	in_tangentV
	)

Construct a plane through a point with the given tangents.

Parameters:

in_point	Point on the plane
in_tangentU	First tangent vector
in_tangentV	Second tangent vector

Definition at line 307 of file xsi_plane.h.

: m_vOrigin(in_pt)
{
    SetTangents( in_U, in_V );
}

SICPPSDK_INLINE CPlane

(

const CPlane &

in_plane

)

Copy constructor.

Parameters:

in_plane

Line to copy

Definition at line 293 of file xsi_plane.h.

: m_vOrigin(in_plane.m_vOrigin), m_vTangentU(in_plane.m_vTangentU), m_vTangentV(in_plane.m_vTangentV), m_vNormal(in_plane.m_vNormal)
{
}

SICPPSDK_INLINE ~CPlane

(

)

Default destructor.

Definition at line 298 of file xsi_plane.h.

{}

SICPPSDK_INLINE CPlane& XSI::operator=

(

const CPlane &

in_plane

)

Assignment operator.

Parameters:

in_plane

Line to copy

Returns:

A reference to this plane.

SICPPSDK_INLINE bool XSI::operator==

(

const CPlane &

in_plane

)

const

Equality operator tests the strict equality of this CPlane with the specified plane.

Parameters:

in_plane

Operand plane.

Returns:

true if equal else false.

See also:

CPlane::Equals

SICPPSDK_INLINE bool XSI::operator!=

(

const CPlane &

in_plane

)

const

Inequality operator tests the strict inequality of this CPlane with the specified plane.

Parameters:

in_plane

Operand plane.

Returns:

true if equal else false.

See also:

CPlane::Equals

SICPPSDK_INLINE bool XSI::EpsilonEquals	(	const CPlane &	in_plane,
		double	in_dEpsilon
	)		const

Tests the equality of this plane with the specified plane, with a tolerance of Epsilon.

Parameters:

in_plane	Operand plane.
in_dEpsilon	Error margin Possible Values: [0, +INF[ should be a positive value

Returns:

true if equal else false.

SICPPSDK_INLINE bool XSI::Equals

(

const CPlane &

in_plane

)

const

Tests the strict equality of this plane with the specified plane.

Parameters:

in_plane

Operand plane.

Returns:

true if equal else false.

bool XSI::Parallel

(

const CPlane &

in_plane

)

const

Tests whether two planes are parallel.

Parameters:

in_plane

Operand plane.

Returns:

true if equal else false.

bool XSI::Coplanar

(

const CPlane &

in_plane

)

const

Tests whether two planes are coplanar.

Parameters:

in_plane

Operand plane.

Returns:

true if equal else false.

SICPPSDK_INLINE CVector3 XSI::GetPosition	(	double	in_U,
		double	inV
	)		const

Return position on plane for given parameters.

Parameters:

in_U	First parameter.
in_V	Second parameter.

Returns:

Position corresponding to input parameter

void XSI::GetParameters	(	const CVector3 &	in_point,
		double &	out_U,
		double &	out_V
	)		const

Return parameter on plane closest to input point.

Parameters:

out_U	First projection parameter.
out_V	Second projection parameter.

SICPPSDK_INLINE CVector3 Reflect

(

const CVector3 &

in_point

)

const

Return reflection of this point across the plane.

Returns:

Reflected point

Definition at line 402 of file xsi_plane.h.

{
    return Project(in_point).ScaleInPlace(2.0).SubInPlace(in_point);
}

SICPPSDK_INLINE CLine ProjectLine

(

const CLine &

in_line

)

const

Return projection of line on the plane.

Returns:

Projection of input line on the plane

Definition at line 407 of file xsi_plane.h.

{
    CVector3 l_Origin  = Project( in_line.GetOrigin() );
    CVector3 l_Tangent = Project( in_line.GetPosition( 1.0 ) ).SubInPlace( l_Origin );
    return CLine( l_Origin, l_Tangent );
}

SICPPSDK_INLINE CLine ReflectLine

(

const CLine &

in_line

)

const

Return reflection of line across the plane.

Returns:

Reflected line

Definition at line 414 of file xsi_plane.h.

{
    CVector3 l_Origin  = Reflect( in_line.GetOrigin() );
    CVector3 l_Tangent = Reflect( in_line.GetPosition( 1.0 ) ).SubInPlace( l_Origin );
    return CLine( l_Origin, l_Tangent );
}

CMatrix4& XSI::GetMirrorTransform

(

CMatrix4 &

out_matrix4

)

const

Return CMatrix4 that transforms points across this plane.

Parameters:

out_matrix4

Matrix.

Returns:

Reference to output matrix

SICPPSDK_INLINE const CVector3& XSI::GetNormal

(

)

const

Return normal for the plane.

Returns:

Reference to normal.

SICPPSDK_INLINE const CVector3 & GetTangentU

(

)

const

Return first tangent for the plane.

Returns:

Reference to tangent.

Definition at line 332 of file xsi_plane.h.

{
    return m_vTangentU;
}

SICPPSDK_INLINE const CVector3 & GetTangentV

(

)

const

Return second tangent for the plane.

Returns:

Reference to tangent.

Definition at line 337 of file xsi_plane.h.

{
    return m_vTangentV;
}

CPlane& XSI::SetNormal

(

const CVector3 &

in_normal

)

Set normal for the plane.

Parameters:

in_normal

Normal vector.

Returns:

A reference to this plane.

CPlane& XSI::SetTangents	(	const CVector3 &	in_U,
		const CVector3 &	in_V
	)

Set direction of the plane.

Parameters:

in_U	First tangent vector.
in_V	Second tangent vector.

Returns:

A reference to this plane.

SICPPSDK_INLINE CPlane& XSI::Set	(	const CVector3 &	in_point,
		const CVector3 &	in_U,
		const CVector3 &	in_V
	)

Set origin and tangents of the plane.

Parameters:

in_point	Point on the plane
in_U	First tangent vector.
in_V	Second tangent vector.

Returns:

A reference to this plane.

SICPPSDK_INLINE CPlane& XSI::MulByMatrix3	(	const CPlane &	in_plane,
		const CMatrix3 &	in_matrix3
	)

Right-multiplies the plane l by the matrix m and store the result in this plane (this = l .

m ).

Parameters:

in_plane	Operand plane
in_matrix3	Operand matrix.

Returns:

A reference to this plane.

SICPPSDK_INLINE CPlane& XSI::MulByMatrix4	(	const CPlane &	in_plane,
		const CMatrix4 &	in_matrix4
	)

Right-multiplies the plane l by the matrix m and store the result in this plane (this = l .

m ).

Parameters:

in_plane	Operand plane
in_matrix4	Operand matrix.

Returns:

A reference to this plane.

SICPPSDK_INLINE CPlane& XSI::MulByTransformation	(	const CPlane &	in_plane,
		const CTransformation &	in_transformation
	)

Right-multiplies the plane l by the transformation t and stores the result in this plane (this = l .

t ).

Parameters:

in_plane	Operand plane.
in_transformation	transformation operand.

Returns:

A reference to this plane.

CRef XSI::ConvertObject

(

void *

in_pAuto

)

Converts an XSI Automation (XSI Object Model) object to a CRef object.

Note:

Normally XSI will automatically perform this conversion. For example when calling a custom Command implemented in C++ from scripting, any arguments which are objects will automatically be converted to the corresponding C++ API CRef-based object.

Parameters:

in_pAuto

IDispatch pointer to an XSI Automation object model interface (see CValue::DataType)

Returns:

The new CRef object

void* XSI::ConvertObject

(

const CRef &

in_obj

)

Converts a CRef object to an XSI Automation (XSI Object Model) object.

The returned pointer can be used to communicate with the object model.

The returned object pointer has been reference counted, and the caller is responsible for calling IDispatch::Release().

Note:

The CComAPIHandler object is available as an alternative way to communicate with XSI Automation objects.

Parameters:

in_obj

A constant CRef object to convert.

Returns:

IDispatch pointer to an XSI Automation object (see CValue::DataType).

bool XSI::HasClassID	(	CRef &	,
		LONG
	)

bool XSI::CanSubClass	(	CRef &	,
		LONG
	)

SICPPSDK_INLINE CRotationf

(

)

Default constructor.

Definition at line 347 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf

(

const CRotationf &

in_rotation

)

Copy constructor.

Parameters:

in_rotation

Rotation to copy

Definition at line 354 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf	(	const CVector3f &	in_EulerAngles,
		const RotationOrder	in_RotOrder = siXYZ
	)

Constructor (from CVector3f of Euler angles).

Parameters:

in_EulerAngles	Euler angles to construct from
in_RotOrder	Rotation order to use

See also:

CRotationf::Set, CRotationf::SetOrder

Definition at line 364 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf	(	const float	in_X,
		const float	in_Y,
		const float	in_Z,
		const RotationOrder	in_RotOrder = siXYZ
	)

Constructor (from XYZ Euler angles).

Parameters:

in_X	X angle
in_Y	Y angle
in_Z	Z angle
in_RotOrder	Rotation order to use

See also:

CRotationf::Set, CRotationf::SetOrder

Definition at line 374 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf

(

const CQuaternionf &

in_Quat

)

Constructor (from a quaternion).

Parameters:

in_Quat

Quaternion to construct from

See also:

CRotationf::GetQuaternion, CRotationf::Set

Definition at line 359 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf	(	const CVector3f &	in_Axis,
		const float	in_Angle
	)

Constructor (using axis angle representation).

Parameters:

in_Axis	Axis of rotation
in_Angle	Rotation angle around the axis

See also:

CRotationf::GetAxisAngle, CRotationf::Set

Definition at line 369 of file xsi_rotationf.h.

{

SICPPSDK_INLINE ~CRotationf

(

)

Default destructor.

Definition at line 379 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf& XSI::operator=

(

const CRotationf &

in_rotation

)

Assignment operator.

Parameters:

in_rotation

Rotation to copy

Returns:

A reference to this rotation.

SICPPSDK_INLINE CVector3f XSI::GetXYZAngles

(

const RotationOrder

in_Order

)

const

Returns the euler angles of the rotation as a CVector3f from a rotation order.

Parameters:

in_Order

Rotation order

Returns:

CVector3f Rotation euler angle vector

See also:

CRotationf::Set, CRotationf::GetOrder

SICPPSDK_INLINE void XSI::GetXYZAngles	(	float &	io_X,
		float &	io_Y,
		float &	io_Z
	)		const

Returns the Euler angles's representation of the rotation.

Parameters:

io_X	X angle
io_Y	Y angle
io_Z	Z angle

See also:

CRotationf::Set, CRotationf::GetOrder

SICPPSDK_INLINE CVector3f XSI::GetXYZAngles

(

)

const

Returns the Euler angles's representation of the rotation.

Returns:

Euler vector

See also:

CRotationf::Set, CRotationf::GetOrder

SICPPSDK_INLINE CRotationf::RotationOrder GetOrder

(

)

const

Returns the rotation order of this rotation for the Euler angles representation.

Returns:

CRotationf::RotationOrder

Definition at line 614 of file xsi_rotationf.h.

{

SICPPSDK_INLINE void XSI::SetOrder

(

const RotationOrder

in_rotOrder

)

Sets the rotation order for the Euler angles representation.

Parameters:

in_rotOrder

New rotation order to use

See also:

CRotationf::GetOrder

SICPPSDK_INLINE CRotationf::RotationRep GetRepresentation

(

)

const

Returns the rotation representation of this rotation.

Returns:

CRotationf::RotationRep

Definition at line 619 of file xsi_rotationf.h.

{

void SetRepresentation	(	const RotationRep	in_rotRep,
		const RotationOrder	in_order = siXYZ
	)

Sets the rotation representation for this rotation.

Parameters:

in_rotRep	Rotation representation to set
in_order	New rotation order to use

See also:

CRotationf::GetOrder

Definition at line 624 of file xsi_rotationf.h.

    {
        switch( in_rep )
        {
            case siQuaternionRot:
            {
                CQuaternionf l_quat;
                switch ( m_rotRep )
                {
                    case siEulerRot:
                    {
                        CVector3f l_euler( m_X, m_Y, m_Z );
                        XSI::MATH::EulerToQuat( l_euler, l_quat, m_rotOrder );
                    }
                    break;
                    case siAxisAngleRot:
                    {
                        CVector3f l_axis( m_X, m_Y, m_Z );
                        if ( l_axis.GetLength() > MicroEPS )
                        {
                            l_axis.NormalizeInPlace();
                            AxisAngleToQuat( l_axis, m_Angle, l_quat );
                        }
                    }
                    break;
                }
                *this = l_quat;
            }
            break;

            case siEulerRot:
            {
                CVector3f l_euler;
                switch ( m_rotRep )
                {
                    case siQuaternionRot:
                    {
                        CQuaternionf l_quat( m_W, m_X, m_Y, m_Z );
                        l_quat.NormalizeInPlace();
                        QuatToEuler( l_quat, l_euler, in_order );
                    }
                    break;
                    case siAxisAngleRot:
                    {
                        CQuaternionf l_quat;
                        CVector3f l_axis( m_X, m_Y, m_Z );
                        if ( l_axis.GetLength() > MicroEPS )
                        {
                            l_axis.NormalizeInPlace();
                            AxisAngleToQuat( l_axis, m_Angle, l_quat );
                        }
                        QuatToEuler( l_quat, l_euler, in_order );
                    }
                    break;
                }
                Set( l_euler, in_order );
            }
            break;
            case siAxisAngleRot:
            {
                float l_angle = 0;
                CVector3f l_axis;
                switch ( m_rotRep )
                {
                    case siQuaternionRot:
                    {
                        CQuaternionf l_quat( m_W, m_X, m_Y, m_Z );
                        l_quat.NormalizeInPlace();
                        QuatToAxisAngle( l_quat, l_axis, l_angle );
                    }
                    break;

                    case siEulerRot:
                    {
                        CQuaternionf l_quat;
                        CVector3f l_euler( m_X, m_Y, m_Z );
                        XSI::MATH::EulerToQuat( l_euler, l_quat, m_rotOrder );
                        QuatToAxisAngle( l_quat, l_axis, l_angle );
                    }
                    break;
                }

                if ( l_axis.IsNull() )
                {
                    l_axis.Set(1.0, 0.0, 0.0); // If axis is undefined set it to a valid axis
                }
                Set( l_axis, l_angle );
            }
            break;
        }
    }
}

SICPPSDK_INLINE CQuaternionf CRotationf::GetQuaternion() const

SICPPSDK_INLINE CRotationf& XSI::Set	(	const RotationOrder	in_order,
		const bool	in_bCompensate = false
	)

Change the current rotation from a rotation order with the option of preserving the overall rotation matrix.

If in_bCompensate is true then XYZ rotation angles will be recomputed based on the new rotation order to maintain the overall rotation (so the object's orientation will not change). If false (default), then the XYZ rotation angles are preserved but combined in a different order so the overall rotation will change (the object's orientation will change).

Parameters:

in_order	Rotation order type.
in_bCompensate	Compensation flag.

Returns:

This rotation

See also:

CRotationf::SetOrder

SICPPSDK_INLINE CRotationf& XSI::Set	(	const CVector3f &	in_EulerAngles,
		const RotationOrder	in_Order = siXYZ
	)

Sets the current rotation from Euler angles.

Parameters:

in_EulerAngles	Vector containing the rotation angles
in_Order	Rotation order

Returns:

This rotation

See also:

CRotationf::GetXYZAngles, CRotationf::SetOrder

SICPPSDK_INLINE CRotationf& XSI::Set	(	const float	in_X,
		const float	in_Y,
		const float	in_Z,
		const RotationOrder	in_Order = siXYZ
	)

Sets the rotation from Euler angles.

Parameters:

in_X	X angle
in_Y	Y angle
in_Z	Z angle
in_Order	Requested rotation order

Returns:

This rotation

See also:

CRotationf::GetXYZAngles, CRotationf::SetOrder

SICPPSDK_INLINE CRotationf& XSI::Set

(

const CQuaternionf &

in_Quat

)

Sets the rotation from a quaternion.

Parameters:

in_Quat

Quaternion to set from

Returns:

This rotation

See also:

CRotationf::GetQuaternion

SICPPSDK_INLINE CRotationf& XSI::Mul

(

const CRotationf &

in_rot

)

Multiplies this rotation with another one in place.

Parameters:

in_rot

Rotation to multiply

Returns:

This rotation

SICPPSDK_INLINE CRotationf& XSI::Mul	(	const CRotationf &	in_rot1,
		const CRotationf &	in_rot2
	)

Stores the result of the multiplication of two rotations.

Parameters:

in_rot1	First rotation
in_rot2	Second rotation

Returns:

This rotation

SICPPSDK_INLINE CRotationf& XSI::Mul

(

const float

in_scalar

)

Multiply in-place this rotation with a scalar.

Parameters:

in_scalar

scalar multiplier.

Returns:

This rotation

SICPPSDK_INLINE CRotationf & LeftMul

(

const CRotationf &

in_rot

)

Left multiply in-place this rotation with a rotation.

Parameters:

in_rot

Rotation operand

Returns:

This rotation

Definition at line 531 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf & Interpolate	(	const CRotationf &	in_rot1,
		const CRotationf &	in_rot2,
		const float	in_u
	)

Interpolate two rotations into this one for in_u between 0 and 1.

Parameters:

in_rot1	Starting rotation.
in_rot2	Ending rotation.
in_u	Interpolation factor between 0 (starting rotation) and 1 (ending rotation).

Returns:

This rotation.

Definition at line 536 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf& XSI::Div	(	const CRotationf &	in_rot1,
		const float	in_scalar
	)

Divides in-place this rotation with the specified rotation and scalar.

Parameters:

in_rot1	Rotation divisor
in_scalar	Scalar multiplier.

Returns:

This rotation

SICPPSDK_INLINE CRotationf & Div

(

const float

in_scalar

)

Divides in-place this rotation with a scalar.

Parameters:

in_scalar

scalar multiplier.

Returns:

This rotation

Definition at line 520 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf & Div

(

const CRotationf &

in_rot

)

Divides in-place by a rotation.

Same as Mul by Invert.

Parameters:

in_rot

Rotation operand.

Returns:

This rotation

Definition at line 515 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf & Div	(	const CRotationf &	in_rot1,
		const CRotationf &	in_rot2
	)

Divide in-place in_rot1 by in_rot2.

Same as Mul by Invert.

Parameters:

in_rot1	First rotation operand.
in_rot2	Second rotation operand.

Returns:

This rotation

Definition at line 525 of file xsi_rotationf.h.

{

SICPPSDK_INLINE CRotationf& XSI::Invert

(

)

Inverts the rotation in place.

Returns:

This rotation

SICPPSDK_INLINE CRotationf& XSI::Invert

(

const CRotationf &

in_rot

)

Stores the invert of a rotation.

Parameters:

in_rot

Rotation to invert

Returns:

This rotation

SICPPSDK_INLINE CQuaternionf XSI::GetQuaternion

(

)

const

Returns the quaternion representation of the rotation.

Returns:

CQuaternionf

See also:

CRotationf::Set

SICPPSDK_INLINE CRotationf& XSI::operator=

(

const CQuaternionf &

in_Quat

)

Sets the rotation from a quaternion.

Parameters:

in_Quat

Quaternion to set from

Returns:

This rotation

See also:

CRotationf::Set

SICPPSDK_INLINE CVector3f XSI::GetAxisAngle

(

float &

io_Angle

)

const

Returns the axis angle representation of the rotation.

Parameters:

io_Angle

Rotation angle around the axis

Returns:

CVector3f Axis of rotation

See also:

CRotationf::Set

SICPPSDK_INLINE CRotationf& XSI::Set	(	const CVector3f &	in_Axis,
		const float	in_Angle
	)

Sets the rotation from an axis angle.

Parameters:

in_Axis	Axis of rotation
in_Angle	Rotation angle around the axis

Returns:

This rotation

See also:

CRotationf::GetAxisAngle

SICPPSDK_INLINE void XSI::SetIdentity

(

)

Sets the rotation to identity rotation.

SICPPSDK_INLINE bool XSI::Equals

(

const CRotationf &

in_rot

)

const

Performs exact comparison of two quaternions.

Note:

Each parameter of both quaternions must be exactly the same for a match.

Parameters:

in_rot

Rotation to compare against

See also:

CRotationf::EpsilonEquals

SICPPSDK_INLINE bool XSI::EpsilonEquals	(	const CRotationf &	in_rot,
		const float	in_fEpsilon
	)		const

Performs comparison between this rotation and in_rot within the specified epsilon value.

Parameters:

in_rot	Rotation to compare against.
in_fEpsilon	Tolerance value

See also:

CRotationf::EpsilonEquals

SICPPSDK_INLINE bool XSI::operator==

(

const CRotationf &

in_rot

)

const

Performs exact comparison of two quaternions.

Note:

Each parameter of both quaternions must be exactly the same for a match.

Parameters:

in_rot

Rotation to compare against

See also:

CRotationf::EpsilonEquals, CRotationf::Equals

SICPPSDK_INLINE bool XSI::operator!=

(

const CRotationf &

in_rot

)

const

Inequality operator tests the strict inequality of this rotation with the rotation in_rotation.

Parameters:

in_rot

Operand rotation.

Returns:

true if equal else false.

See also:

CRotationf::Equals

SICPPSDK_INLINE bool XSI::operator<

(

const CRotationf &

in_rot

)

const

Less than operator.

Performs a comparison with a specified CRotationf to determine if this CRotationf is less than the specified CRotationf. The comparison is arbitrary and not geometrically meaningful, it's only purpose is to make CRotationf compliant with stl for sorting operations.

Parameters:

in_rot

CRotationf to compare.

Returns:

true if this CRotationf is less than the specified CRotationf, false otherwise.

Since:

7.5

bool XSI::operator==	(	CStatus::Code	lhs,
		const CStatus &	rhs
	)

The equality operator that takes a Code on the left side and a CStatus object on the right side.

Parameters:

lhs	status code
rhs	status object

Returns:

bool

bool XSI::operator!=	(	CStatus::Code	lhs,
		const CStatus &	rhs
	)

The inequality operator that takes a Code on the left side and a CStatus object on the right side.

Parameters:

lhs	status code
rhs	status object

Returns:

bool

CString XSI::operator+	(	const wchar_t *	in_pwstr,
		const CString &	in_refStr
	)

Addition operator.

Returns:

A new string that contains the concatenation of the two arguments.

CString XSI::operator+	(	const wchar_t	in_wchar,
		const CString &	in_refStr
	)

Addition operator.

Returns:

A new string that contains the concatenation of the two arguments.

CString XSI::operator+	(	const char *	in_pstr,
		const CString &	in_refStr
	)

Addition operator.

Returns:

A new string that contains the concatenation of the two arguments.

Since:

7.5

CString XSI::operator+	(	const char	in_char,
		const CString &	in_refStr
	)

Addition operator.

Returns:

A new string that contains the concatenation of the two arguments.

Since:

7.5

bool XSI::operator==	(	const double	lhs,
		const CTime &	rhs
	)

Equality operator (takes a CTime::Format on the left side and a CTime object on the right side).

Parameters:

lhs	time format
rhs	time object

Returns:

bool

bool XSI::operator!=	(	const double	lhs,
		const CTime &	rhs
	)

Inequality operator (takes a CTime::Format on the left side and a CTime object on the right side).

Parameters:

lhs	time format
rhs	time object

Returns:

bool

XSI::~CSelectionChangeNotification

(

)

Default destructor.

const CRefArray& XSI::GetSelectionList

(

)

const

Returns a CRefArray holding the new selection list.

Returns:

CRefArray The new selection list

---

Variable Documentation

E __pad0__

X, Y, Z order.

Definition at line 145 of file xsi_base.h.

CRef m_ref

Definition at line 225 of file xsi_base.h.

const wchar_t* siBoundaryFilter

Filters by boundaries (on active NURBS objects)

const wchar_t* siCameraFilter

Filters by cameras.

const wchar_t* siChainElementFilter

Filters by chain elements.

const wchar_t* siClusterFilter

Filters by clusters.

const wchar_t* siConstraintFilter

Filters by constraints.

const wchar_t* siControlFilter

Filters by control objects.

const wchar_t* siCurveFilter

Filters by curves.

const wchar_t* siEdgeFilter

Filters by edges (on active 3D objects)

const wchar_t* siEffectorFilter

Filters by chain effectors.

const wchar_t* siGenericObjectFilter

Filters by any object.

const wchar_t* siGeometryFilter

Filters by any type of geometric 3D object.

const wchar_t* siGroupFilter

Filters by groups.

const wchar_t* siImplicitFilter

Filters by implicit primitives.

const wchar_t* siIsopointFilter

Filters by isopoints (on active 3D objects)

const wchar_t* siKnotFilter

Filters by knots (on active 3D objects)

const wchar_t* siLatticeFilter

Filters by implicit lattices.

const wchar_t* siLayerFilter

Filters by layers.

const wchar_t* siLightFilter

Filters by lights.

const wchar_t* siLightPartitionFilter

Filters by light partitions.

const wchar_t* siModelFilter

Filters by models.

const wchar_t* siNullFilter

Filters by nulls.

const wchar_t* siObjectFilter

Filters by 3D objects only.

const wchar_t* siObjectPartitionFilter

Filters by object partitions.

const wchar_t* siOperatorFilter

Filters by operators.

const wchar_t* siPointCloudFilter

Filters by point clouds.

const wchar_t* siPointFilter

Filters by points.

const wchar_t* siPolygonFilter

Filters by polygons.

const wchar_t* siPolyMeshFilter

Filters by polygon meshes.

const wchar_t* siPrimitiveFilter

Filters by primitives.

const wchar_t* siPropertyFilter

Filters by properties.

const wchar_t* siSceneFilter

Filters by scenes.

const wchar_t* siShaderFilter

Filters by shaders.

const wchar_t* siSkeletonJointFilter

Filters by skeleton joint properties.

const wchar_t* siSubComponentFilter

Filters by subcomponents.

const wchar_t* siSubSurfaceFilter

Filters by subsurfaces (on active 3D objects)

const wchar_t* siSurfaceCurveFilter

Filters by surface curves (on active 3D objects)

const wchar_t* siSurfaceMeshFilter

Filters by surface meshes.

const wchar_t* siTextureControlFilter

Filters by texture controls.

const wchar_t* siTrimCurveFilter

Filters by trim curves (on active 3D objects)

const wchar_t* siUIsolineFilter

Filters by U isolines (on active 3D objects)

const wchar_t* siVIsolineFilter

Filters by V isolines (on active 3D objects)

const wchar_t* siUKnotCurveFilter

Filters by U knot curves (on active 3D objects)

const wchar_t* siVKnotCurveFilter

Filters by V knot curves (on active 3D objects)

const wchar_t* siWaveFilter

Filters by wave controls.

const wchar_t* siConditionalObjectFilter

const wchar_t* siAutoInspect

TRUE to force the property dialogs to automatically pop up on object creation.

Corresponds to User Preferences > Interaction > General > Automatically Popup Property Editors on Node Creation in the User Interface. Note: This preference cannot be changed permanently via scripting. See Property Editor Automatic Inspection for more information.

const wchar_t* siCompensationFlag

Toggle the Comp button in the Constrain panel.

Possible values are: 0 = off 1 = on Corresponds to Constrain < Compensation in the main-menu.

const wchar_t* siCustomCommandLibCache

This preference enables or disables the custom command library cache.

Disabling the cache allows developers to recompile an add-on library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siCustomOperatorLibCache

This preference enables or disables the custom operator library cache.

Disabling the cache allows developers to recompile an add-on library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siDisplayCallbackLibCache

This preference enables or disables the custom display callback library cache.

Disabling the cache allows developers to recompile a plug-in library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siDisplayLibCache

This preference enables or disables the custom view library cache.

Disabling the cache allows developers to recompile a plug-in library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siDisplayPassLibCache

This preference enables or disables the custom display pass library cache.

Disabling the cache allows developers to recompile a plug-in library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siEventLibCache

This preference enables or disables the event library cache.

Disabling the cache allows developers to recompile an add-on library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siFilterLibCache

This preference enables or disables the custom filter library cache.

Disabling the cache allows developers to recompile a plug-in library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siMenuLibCache

This preference enables or disables the custom menu library cache.

Disabling the cache allows developers to recompile a plug-in library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siPropertyLibCache

This preference enables or disables the custom property library cache.

Disabling the cache allows developers to recompile a plug-in library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siRTShaderLibCache

This preference enables or disables the Realtime shader library cache.

Disabling the cache allows developers to recompile an add-on library without having to unload it explicitly. Disabling a cache can drastically affect the performance of Softimage, therefore it is recommended to disable it only in the context of add-ons development. For performance reasons, the state of the cache is not persisted with the scene. By default the cache is enabled at startup, therefore users have to disable it at each session.

const wchar_t* siScrCommandLogEnabled

Set to True to enable command execution logging in the scripting history window.

const wchar_t* siScrCommandLogFileName

Use this user preference to specify the name of the file to use for logging commands and messages.

Use siSrcCommandLogToFile to enable logging to file.

const wchar_t* siScrCommandLogMaxSize

Use this user preference to get and set the maximum size for the scripting command/message log.

const wchar_t* siScrCommandLogToFile

Set to True to log the scripting command/message to a file.

Use siSrcCommandLogFileName to specify the log file name.

const wchar_t* siScrCommandLogUnlimitedSize

Set to True to allow the scripting command/message log to be of an unlimited size.

const wchar_t* siScrLanguage

Use this user preference to get and set the preferred scripting language.

Possible values are: "VBScript" "JScript" "PerlScript" "Python"

const wchar_t* siScrMessageLogEnabled

Set to True to enable message logging in the scripting history window.

const wchar_t* siScrRealTimeMessagingEnabled

Set to True to enable real-time message logging in the scripting history window.

Messages are delivered immediately as they arrive instead of reported at the end of the command execution.

const wchar_t* siTimeDisplayFormatDisplayAsFrames

Set to True to display time as frame.

const wchar_t* siTimeDisplayFormatDisplayUserFormat

Set to True to use the default frame format or false for a user selected format for display purposes.

const wchar_t* siTimeDisplayFormatUserFormat

Use this user preference to specify the user display frame format.

The value will be corresponding to siDisplayTimeFormat.

const wchar_t* siTimeFormatDefaultFrameFormat

Use this user preference to specify the default frame format.

The value will be corresponding to siDefaultTimeFormat.

const wchar_t* siTimeFormatDefaultFrameRate

Use this user preference to access the default frame rate.

const wchar_t* siTransformAxisMode

Set the Transformation Axis Mode.

The values to provide are actually bitmasks with bit zero for X, bit one for Y, and bit two for Z.

const wchar_t* siTransformRefMode

Set the TransRefValues values for a list of possible values.

const wchar_t* siUILayoutDefault

Use this user preference to specify the default current layout that will be used when starting Softimage.

const wchar_t* siAnimationKeyword

Animation property sets.

const wchar_t* siClusterKeyword

Cluster property sets.

const wchar_t* siConstraintKeyword

Constraint property sets.

const wchar_t* siControlObjectKeyword

ControlObject property sets.

const wchar_t* siConverterKeyword

Converter property sets.

const wchar_t* siCurrentKeyword

Reuse keywords in property page dialog.

const wchar_t* siCurveKeyword

Curve property sets.

const wchar_t* siCustomPSetKeyword

CustomPSet property sets.

const wchar_t* siDeformKeyword

Deform property sets.

const wchar_t* siDynamicsKeyword

Dynamics property sets.

const wchar_t* siExpressionsKeyword

Expressions property sets.

const wchar_t* siGeneralKeyword

General property sets.

const wchar_t* siGeneratorKeyword

Generator property sets.

const wchar_t* siGeometryKeyword

Geometry property sets.

const wchar_t* siHairKeyword

Hair property sets.

const wchar_t* siIKKeyword

IK property sets.

const wchar_t* siKinematicsKeyword

Kinematics property sets.

const wchar_t* siMeshKeyword

Mesh property sets.

const wchar_t* siMixerKeyword

Mixer property sets.

const wchar_t* siModelingKeyword

Modeling property sets.

const wchar_t* siOperatorsKeyword

Operators property sets.

const wchar_t* siParticleKeyword

Particle property sets.

const wchar_t* siPrimitiveKeyword

Primitive property sets.

const wchar_t* siProjectionKeyword

Projection property sets.

const wchar_t* siRenderingKeyword

Rendering property sets.

const wchar_t* siSimulationKeyword

Simulation property sets.

const wchar_t* siSurfaceKeyword

Surface property sets.

const wchar_t* siTopologyEditorKeyword

Topology Editor property sets.

const wchar_t* siTopologyKeyword

Topology property sets.

const wchar_t* siViewingKeyword

Viewing property sets.

const wchar_t* siBoundaryCluster

boundary cluster

const wchar_t* siEdgeCluster

edge cluster

const wchar_t* siFaceCluster

face cluster

const wchar_t* siIsoLineUCluster

iso line U cluster

const wchar_t* siIsoLineVCluster

iso line V cluster

const wchar_t* siIsoPointCluster

iso point cluster

const wchar_t* siKnotCluster

knot cluster

const wchar_t* siKnotCurveUCluster

knot curve U cluster

const wchar_t* siKnotCurveVCluster

knot curve V cluster

const wchar_t* siPolygonCluster

polygon cluster

const wchar_t* siPolygonNodeCluster

polygon node cluster

const wchar_t* siSampledPointCluster

sampled point cluster

const wchar_t* siSubCurveCluster

subcurve cluster

const wchar_t* siSubSurfaceCluster

subsurface cluster

const wchar_t* siSurfaceCurveCluster

surface curve cluster

const wchar_t* siTrimCurveCluster

trim curve cluster

const wchar_t* siVertexCluster

vertex cluster

const wchar_t* si0DComponentFamily

0D Component family

const wchar_t* si1DComponentFamily

1D Component family

const wchar_t* si2DComponentFamily

2D Component family

const wchar_t* si3DObjectFamily

3D Object family

const wchar_t* siAssignmentOperatorFamily

Assignment operator family.

const wchar_t* siCameraFamily

Camera family.

const wchar_t* siChainElementFamily

Chain Element family.

const wchar_t* siClusterableComponentFamily

Clusterable Component family.

const wchar_t* siClusterFamily

Cluster family.

const wchar_t* siConstraintFamily

Constraint property family.

const wchar_t* siContourContrastShaderFamily

Contour Contrast shader family.

const wchar_t* siContourShaderFamily

Contour shader family.

const wchar_t* siContourStoreShaderFamily

Contour Store shader family.

const wchar_t* siControlObjectFamily

Control Object family.

const wchar_t* siControlObjectNurbsTextureFamily

Control Object Nurbs Texture family.

const wchar_t* siControlObjectTextureFamily

Control Object Texture family.

const wchar_t* siControlObjectTextureProjectionFamily

Control Object Texture Projection family.

const wchar_t* siConverterOperatorFamily

Converter operator family.

const wchar_t* siCurveFamily

Curve Geometry family.

const wchar_t* siDeformOperatorFamily

Deform operator family.

const wchar_t* siDisplacementShaderFamily

Displacement shader family.

const wchar_t* siEnvironmentShaderFamily

Environment shader family.

const wchar_t* siFxOperatorFamily

Fx Operator family.

const wchar_t* siGeneratorOperatorFamily

Generator operator family.

const wchar_t* siGeometryFamily

Geometry family.

const wchar_t* siGeometryShaderFamily

Geometry shader family.

const wchar_t* siGroupFamily

Group family.

const wchar_t* siImageOperatorFamily

Image Operator family.

const wchar_t* siImplicitGeometryFamily

Implicit Geometry family.

const wchar_t* siKineInfoFamily

KineInfo property family.

const wchar_t* siLatticeFamily

Lattice family.

const wchar_t* siLensShaderFamily

Lens shader family.

const wchar_t* siLightPhotonShaderFamily

Light Photon shader family.

const wchar_t* siLightPrimitiveFamily

Light Primitive family.

const wchar_t* siLightShaderFamily

Light shader family.

const wchar_t* siMaterialFamily

Material property family.

const wchar_t* siMaterialShaderFamily

Material shader family.

const wchar_t* siMeshFamily

Mesh Geometry family.

const wchar_t* siNullPrimitiveFamily

Null Primitive family.

const wchar_t* siNurbsCurveListFamily

Nurbs CurveList Geometry family.

const wchar_t* siNurbsSurfaceMeshFamily

Nurbs Surface Mesh Geometry family.

const wchar_t* siOperatorFamily

Operator family.

const wchar_t* siOutputShaderFamily

Output shader family.

const wchar_t* siParticleControlObjectFamily

Particle Control Object family.

const wchar_t* siParticleFamily

Particle family.

const wchar_t* siPassFamily

Pass family.

const wchar_t* siPatchNetworkFamily

Patch Network family.

const wchar_t* siPhotonShaderFamily

Photon shader family.

const wchar_t* siPlanarObjectFamily

Planar Object family.

const wchar_t* siPointCloudFamily

Point Cloud Geometry family.

const wchar_t* siPropertyFamily

Property family.

const wchar_t* siRealTimeShaderFamily

RealTime shader family.

const wchar_t* siShaderFamily

Shader family.

const wchar_t* siShadowShaderFamily

Shadow shader family.

const wchar_t* siSubComponentFamily

SubComponent family.

const wchar_t* siSurfaceCurveFamily

Surface Curve Geometry family.

const wchar_t* siSurfaceFamily

Surface Geometry family.

const wchar_t* siTextureShaderFamily

Texture shader family.

const wchar_t* siTopologyOperatorFamily

Topology operator family.

const wchar_t* siVirtualComponentFamily

Virtual Component family.

const wchar_t* siVirtualCurveFamily

Virtual Curve family.

const wchar_t* siVolumeShaderFamily

Volume shader family.

const wchar_t* si2PntCnsType

Two Points Constraint type.

const wchar_t* si3DObjectType

3D Object type

const wchar_t* si3PntCnsType

Three Points Constraint type.

const wchar_t* siActionClipType

Action Clip type (instanced action)

const wchar_t* siActionType

Action type.

const wchar_t* siAddEdgeOpType

AddEdge Operator type (add an edge between an existing point and an existing edge)

const wchar_t* siAddMeshPntOpType

Add Mesh Points Operator type.

const wchar_t* siAddNurbsCrvPntOpType

Add Nurbs Curve Points Operator type.

const wchar_t* siAddNurbsSrfPntOpType

Add Nurbs Surface Points Operator type.

const wchar_t* siAddPntMiddleCrvType

Add Point Inside Curve Operator type.

const wchar_t* siAddPntMiddleSrfOpType

Add Point Inside Surface Operator type.

const wchar_t* siAmbientLightingType

Ambient Lighting type.

const wchar_t* siArcPrimType

Implicit Arc Primitive type.

const wchar_t* siAttractorCtrlType

Attractor Control Object type (electric force)

const wchar_t* siAutoCageAssignOpType

Automatic Cage Assignment Operator type.

const wchar_t* siAutoEnvAssignOpType

Automatic Envelope Assignment Operator type.

const wchar_t* siBallJointCnsType

Ball Joint Constraint type.

const wchar_t* siBasePathCnsType

Base Path Constraint type.

const wchar_t* siBendOpType

Bend Operator type.

const wchar_t* siBevelOpType

Bevel Operator type (bevel geometry component)

const wchar_t* siBirail2GenOpType

Birail2Generators Operator Type.

const wchar_t* siBirailOpType

Birail Operator type (generates a surface from 2 curves and a profile)

const wchar_t* siBlasterOpType

Blaster Operator type.

const wchar_t* siBlendCrvOpType

Blend Curves Operator type (create a blended curve between two existing curves)

const wchar_t* siBlendSrfOpType

Blend Surfaces Operator type (blend surfaces)

const wchar_t* siBooleanGenOpType

Boolean Generator Operator type.

const wchar_t* siBooleanSrfTopoOpType

Boolean Surface Operator type.

const wchar_t* siBPlaneCnsType

Bounding Plane Constraint type.

const wchar_t* siBridgeOpType

Bridge Op Operator type (bridge polygon)

const wchar_t* siBrushPropertiesType

Brush Properties type.

const wchar_t* siBulgeOpType

Bulge Op Operator type.

const wchar_t* siBVolCnsType

Bounding Volume Constraint type.

const wchar_t* siCageDeformOpType

Cage Deform Operator type.

const wchar_t* siCamDispType

Camera Display type.

const wchar_t* siCameraLensFlareType

Camera Lens Flare type.

const wchar_t* siCameraPrimType

Camera Primitive type.

const wchar_t* siCameraRootPrimType

Camera Root primitive type.

const wchar_t* siCameraTxtOpType

CameraTxt Operator type (camera texture projection operator)

const wchar_t* siCamVisType

Camera Visibility type.

const wchar_t* siCapOpType

CapOp type.

const wchar_t* siCenterOpType

Center Operator type (center manipulation)

const wchar_t* siChainBonePrimType

Chain Bone Primitive type.

const wchar_t* siChainEffPrimType

Chain End Effector Primitive type.

const wchar_t* siChainRootPrimType

Chain Root Primitive type.

const wchar_t* siCirclePrimType

Implicit Circle Primitive type.

const wchar_t* siCleanCrvOpType

Clean Curve Operator type.

const wchar_t* siCleanSrfOpType

Clean Surface Operator type.

const wchar_t* siClothOpType

Cloth Operator type.

const wchar_t* siClothPropType

Cloth Property type.

const wchar_t* siCloudPrimType

Cloud Primitive type.

const wchar_t* siClsColorType

Cluster Color type.

const wchar_t* siClsCtrOpType

Cluster Center Operator type (cluster center deformation)

const wchar_t* siClsKeyType

Cluster Key type.

const wchar_t* siClsKeyWgtMapOpType

Cluster Key Weight Map Operator type.

const wchar_t* siClsPoseType

Cluster Pose type.

const wchar_t* siClsShapeCombinerOpType

Cluster Shape Combiner Operator type.

const wchar_t* siClsUVSpaceTxtType

Cluster Property UV Texture Projection type.

const wchar_t* siCoBBoxSclOpType

CoBBoxSclOp type.

const wchar_t* siCollapseOpType

Collapse Operator type (collapse geometry component)

const wchar_t* siConePrimType

Cone Primitive type.

const wchar_t* siCoPoseFCrvOpType

CoPoseFCurveOp type.

const wchar_t* siCopyOpType

Copy Operator type (geometry copy operator for instances)

const wchar_t* siCopyShapeOpType

copyshape operator type

const wchar_t* siCopyUVWOpType

CopyUVW Operator type.

const wchar_t* siCreatePolyOpType

Create Polygon Operator type.

const wchar_t* siCrvCnsType

Curve Constraint type.

const wchar_t* siCrvCreationOpType

Curve Creation Operator type.

const wchar_t* siCrvCtrlOpType

CrvControlOp type.

const wchar_t* siCrvCutOpType

CrvCutOp type.

const wchar_t* siCrvDeformOpType

Curve Deform Operator type.

const wchar_t* siCrvListAggregatePrimType

NURBS Curve List Aggregate Primitive type.

const wchar_t* siCrvListPrimType

NURBS Curve List Primitive type.

const wchar_t* siCrvListToMeshOpType

Curve To Mesh Converter Operator type (curve list to polygon mesh converter)

const wchar_t* siCrvNetOpType

Curve Net Operator type.

const wchar_t* siCrvOpenCloseOpType

Open/Close Curve Operator type (open or close a curve)

const wchar_t* siCrvReparamOpType

Reparameterize Curve Operator type.

const wchar_t* siCrvShiftOpType

Curve Shift Operator type.

const wchar_t* siCubePrimType

Cube Primitive type.

const wchar_t* siCustomParamSet

Custom Parameter Set type.

const wchar_t* siCycleUVWType

Cycleuvw Operator type.

const wchar_t* siCylinderPrimType

Cylinder Primitive type.

const wchar_t* siDeformBySpineOp2Type

Deform By Spine Operator type (alternate envelope by spine operator)

const wchar_t* siDeformBySpineOpType

Deform by spine operator type (envelope by spine)

const wchar_t* siDeformOpType

Base Deform Operator type.

const wchar_t* siDeleteCompOpType

Delete Component Operator type (delete geometry component)

const wchar_t* siDelPntCrvOpType

Delete Point From Curve Operator type.

const wchar_t* siDGlowType

DGlow type.

const wchar_t* siDirCnsType

Direction Constraint type.

const wchar_t* siDiscPrimType

Disc Primitive type.

const wchar_t* siDisplayType

Display type.

const wchar_t* siDissolveCompOpType

Dissolve Component Operator type (dissolve geometry component)

const wchar_t* siDistanceOpType

Distance Operator type.

const wchar_t* siDistCnsType

Distance Constraint type.

const wchar_t* siDodecahedronPrimType

Dodecahedron Primitive type.

const wchar_t* siDragCtrlPrimType

Drag Control Primitive type.

const wchar_t* siEddyCtrlPrimType

Eddy Control Primitive type.

const wchar_t* siEditPolyOpType

Edit Polygon Operator type.

const wchar_t* siEmissionPropType

Emission Property type.

const wchar_t* siEnvelopOpType

Envelope Operator type.

const wchar_t* siEnvSelClsOpType

Envelope Selection Clusters Operator type.

const wchar_t* siEnvWgtType

Envelope Weights type.

const wchar_t* siExplosionOpType

Explosion Operator type.

const wchar_t* siExtendCrv2PntOpType

Extend Curve To Point Operator type.

const wchar_t* siExtendToCrvOpType

Extend To Curve Operator type (extend the surface to the selected curve)

const wchar_t* siExtractCrvOpType

Extract Curve Operator type.

const wchar_t* siExtractCrvSegOpType

Extract Curve Segment Operator type (extract a curve from a segment of an existing curve)

const wchar_t* siExtractPolyOpType

Extract Polygons Operator type.

const wchar_t* siExtractSubCrvOpType

Extract Subcurve Operator type.

const wchar_t* siExtrude2ProfsOpType

Extrusion 2 Profiles Operator type (extrude 2 profiles)

const wchar_t* siExtrudeCompAxisOpType

Extrude Component Axis Operator type (extrude geometry component)

const wchar_t* siExtrudeComponentOpType

Extrude Component Operator type (extrude geometry component)

const wchar_t* siExtrusionOpType

Extrusion Operator type (extrude a curve to create a surface)

const wchar_t* siFanType

Fan Force Object type.

const wchar_t* siFilletCrvOpType

Fillet Curves Operator type (intersecting or not)

const wchar_t* siFilletSrfOpType

Fillet Surfaces Operator type.

const wchar_t* siFillHoleOpType

Fill Hole Operator type.

const wchar_t* siFilterEdgeOpType

Edge Filter Operator type.

const wchar_t* siFilterPolyOpType

Polygon Filter Operator type.

const wchar_t* siFitCrvOpType

Fit Curve Operator type (fit a new curve on to the selected curve)

const wchar_t* siFitSrfOpType

Fit Surface Operator type (fit a new surface on to the selected surface)

const wchar_t* siFlipUVWOpType

Flip UVW Operator type.

const wchar_t* siFluidOpType

Fluid Operator type.

const wchar_t* siFoldOpType

Fold Operator type.

const wchar_t* siFourSidedOpType

Four Sided Operator type.

const wchar_t* siFurOpType

Fur Operator type (fur generator operator)

const wchar_t* siFurPrimType

Fur Primitive type.

const wchar_t* siFurPropType

Fur Property type.

const wchar_t* siFurSimOpType

Fur Simulation Operator type.

const wchar_t* siGeneratorOpType

Base Generator Operator type.

const wchar_t* siGeomApproxType

Geometry Approximation type (tesselation)

const wchar_t* siGeoShaderPrimType

GeoShader Primitive Type.

const wchar_t* siGeoTxtOpType

GeoTxtOp type (copy geometry xyz to uvw texture operator)

const wchar_t* siGlobalType

Global Transform type.

const wchar_t* siGravityCtrlType

Gravity Force Control Object type.

const wchar_t* siGridPrimType

Grid Primitive type.

const wchar_t* siGroup

Group type (obsolete)

const wchar_t* siGroupType

Group type.

const wchar_t* siHealOpType

Heal Operator type.

const wchar_t* siHealUVWOpType

Heal UVW Operator type.

const wchar_t* siIcosahedronPrimType

Icosahedron Primitive type.

const wchar_t* siImageClipType

Image Clip type.

const wchar_t* siImageCropOpType

Image Crop Operator type.

const wchar_t* siImageFXOpType

Image FX Operator type.

const wchar_t* siImageObjectType

Image Object type.

const wchar_t* siImageSourceOpType

Image Source Operator type.

const wchar_t* siImageSourceType

Image Source type.

const wchar_t* siInsertCrvKnotOpType

Insert Curve Knot Operator type.

const wchar_t* siInsSrfKnotOpType

Insert Surface Knot Operator type (inserts a knot in a nurbs surface)

const wchar_t* siIntersectSrfOpType

Intersect Surfaces Operator type (extract a curve from the intersection of two surfaces)

const wchar_t* siInvCrvOpType

Inverse Curve Operator type (inverse curve direction)

const wchar_t* siInvertPolyOpType

Invert Polygon Operator type.

const wchar_t* siInvisiblePolygonsClusterName

Name of the InvisiblePolygons cluster.

const wchar_t* siInvSrfOpType

Inverse Normals Operator type (inverse normals direction)

const wchar_t* siKineChainPropType

Kinematic Chain Properties type.

const wchar_t* siKineChainType

Kinematic Chain type.

const wchar_t* siKineCnsType

Kinematic Constraint type.

const wchar_t* siKineInfoType

Kinematics Information type.

const wchar_t* siKineJointType

Kinematic Joint type.

const wchar_t* siLatticeOpType

Lattice Operator type.

const wchar_t* siLatticePrimType

Lattice Primitive type.

const wchar_t* siLayersType

Layers type.

const wchar_t* siLightLensFlareType

Light Lens Flare type.

const wchar_t* siLightPrimType

Light Primitive type.

const wchar_t* siLineCnsType

Line Constraint type.

const wchar_t* siLocalType

Local Transform type.

const wchar_t* siLoftOpType

Loft Generator Operator type.

const wchar_t* siMapCompOpType

Component Map Operator type.

const wchar_t* siMarkHardEdgeVertexOpType

Mark Hard Edge/Vertex Operator type.

const wchar_t* siMaterialType

Material type.

const wchar_t* siMergeCrvOpType

Merge Curves Operator type.

const wchar_t* siMergeMeshOpType

Merge Meshes Operator type.

const wchar_t* siMergeSrfOpType

Merge Surfaces Operator type.

const wchar_t* siMeshLocalSubdivisionOpType

Mesh Local Subdivision Operator type.

const wchar_t* siMeshSubdivOpType

Mesh Subdivision Operator type.

const wchar_t* siMeshSubdivWithCenterOpType

Mesh Subdivide With Center Operator type (mesh subdivision with center)

const wchar_t* siMixerAnimClipType

Mixer Animation Clip type.

const wchar_t* siMixerAnimTrackType

Mixer Animation Action Track type.

const wchar_t* siMixerAudioClipType

Mixer Audio Clip type.

const wchar_t* siMixerAudioTrackType

Mixer Audio Track type.

const wchar_t* siMixerPropType

Mixer Property type.

const wchar_t* siMixerShapeClipType

Mixer Shape Clip type.

const wchar_t* siMixerShapeTrackType

Mixer Shape Track type.

const wchar_t* siMixerType

Mixer type (property)

const wchar_t* siModelClipType

3D Model Clip type

const wchar_t* siModelNullPrimType

Model Null Primitive type.

const wchar_t* siModelType

3D Model type

const wchar_t* siMotionBlurType

Motion Blur type.

const wchar_t* siMoveComponentOpType

Move Component Operator type.

const wchar_t* siNPntCnsType

N Points Constraint type.

const wchar_t* siNullPrimType

Null Primitive type.

const wchar_t* siNurbsToMeshOpType

Nurbs To Mesh Operator type.

const wchar_t* siObjClsCnsType

Object To Cluster Constraint type.

const wchar_t* siObstaclePropType

Obstacle Property type.

const wchar_t* siOctahedronPrimType

Octahedron Primitive type.

const wchar_t* siOffsetClsOpType

Offset Cluster Operator type.

const wchar_t* siOffsetCrvOpType

Offset Curve Operator type.

const wchar_t* siOffsetSrfOpType

Offset Surface Operator type (offset a surface to create a new surface)

const wchar_t* siOpenCloseSrfOpType

Open/Close Surface Operator type (open or close a surface)

const wchar_t* siOriCnsType

Orientation Constraint type.

const wchar_t* siOverrideType

Override type.

const wchar_t* siParDecayType

Particle decay type.

const wchar_t* siParObstExtSparksType

ParObstExtSparks type.

const wchar_t* siParticleEventType

Particle Event type.

const wchar_t* siParticlesOpType

Particles Operator type.

const wchar_t* siPathCnsType

Path Constraint type.

const wchar_t* siPinJointCnsType

Pin Joint Constraint type.

const wchar_t* siPlaneCnsType

Plane Constraint type.

const wchar_t* siPointCloudPrimType

Point CloudPrimitive type.

const wchar_t* siPolyMeshPNetOpType

PolyMeshPNetOp type.

const wchar_t* siPolyMeshType

Polygon Mesh type.

const wchar_t* siPosCnsType

Position Constraint type.

const wchar_t* siPoseCnsType

Pose Constraint type.

const wchar_t* siProjectCrvOpType

Project Curve Operator type (project a curve on to a surface)

const wchar_t* siProportionalOpType

Proportional Modeling Operator type.

const wchar_t* siPropVolumeOpType

Proportional Volume Operator type.

const wchar_t* siPushOpType

Push Operator type.

const wchar_t* siQStretchOpType

QStretch Operator type (quick stretch)

const wchar_t* siRandomizeOpType

Randomize Operator type.

const wchar_t* siRefPlaneType

Reference Plane type.

const wchar_t* siRelaxUVWOpType

Relax UVW Operator type.

const wchar_t* siRemoveCrvKnotOpType

Remove Curve Knot Operator type.

const wchar_t* siRemSrfKnotOpType

Remove Surface Knot Operator type (removes a knot from a nurbs surface)

const wchar_t* siRenderMapType

Render Map type.

const wchar_t* siRevolutionOpType

Revolution Operator type.

const wchar_t* siRotoscopeType

Camera Rotoscopy type.

const wchar_t* siSceneAmbienceType

Scene Ambience type.

const wchar_t* siSceneColorsType

Scene Display Colors type.

const wchar_t* siSclCnsType

Scaling Constraint type.

const wchar_t* siSCMFixerOpType

SCM Fixer Operator type.

const wchar_t* siSCMTopologyOpType

SCM Topology Operator type.

const wchar_t* siScriptedOpType

Scripted Operator type (scripted operator host)

const wchar_t* siSetEdgeCreaseValueOpType

Set Edge Crease Value Operator type.

const wchar_t* siShapeActionCompoundClipType

Shape Action Compound Clip type (base compound clip)

const wchar_t* siShapeActionType

Shape Action type.

const wchar_t* siVisemeActionType

Viseme Action type.

const wchar_t* siShearOpType

Shear Operator type.

const wchar_t* siShrinkWrapOpType

Shrink Wrap Operator type.

const wchar_t* siSkelCtrlOpPropType

Skeleton Controller Operator type.

const wchar_t* siSmoothEnvelopeWgtOpType

Smooth Envelope Weight Operator type.

const wchar_t* siSnapBoundOpType

Snap Boundary Operator type.

const wchar_t* siSnapCrvOpType

Snap To Curves Operator type.

const wchar_t* siSnipSrfOpType

Snip Surface Operator type.

const wchar_t* siSoftBodyOpType

SoftBody Operator type.

const wchar_t* siSpherePrimType

Sphere Primitive type.

const wchar_t* siSpineDefOp2Type

Deform by Spine Operator 2 type (alternate operator)

const wchar_t* siSpineDefOpType

Deform by Spine Operator type.

const wchar_t* siSpineWgtMapOp3Type

Spine Weight Map Operator 3 type.

const wchar_t* siSpineWgtMapOp4Type

Deform by Spine Weight Map Operator 4 type.

const wchar_t* siSpiralPrimType

Implicit Spiral Primitive type.

const wchar_t* siSplitEdgeOpType

Split Edge Operator type (split some edges)

const wchar_t* siSplitPolyOpType

Split Polygon Operator type (split some polygons)

const wchar_t* siSpotInterestPrimType

Spot Interest Primitive type.

const wchar_t* siSpotRootPrimType

Spot Root Primitive type.

const wchar_t* siSquarePrimType

Implicit Square Primitive type.

const wchar_t* siSrfCnsType

Surface Constraint type.

const wchar_t* siSrfCrvInverseOpType

Surface Curve Inverse Operator type.

const wchar_t* siSrfCrvShiftOpType

Surface Curve Shift Operator type.

const wchar_t* siSrfCtrlOpType

SrfControlOp type.

const wchar_t* siSrfDefOpType

Surface Deform Operator type.

const wchar_t* siSrfMeshPrimType

NURBS Surface Mesh Primitive type.

const wchar_t* siSrfPQOpType

SurfacePQ Operator type.

const wchar_t* siSrfReparamOpType

Reparameterize Surface Operator type.

const wchar_t* siSrfShiftOpType

Surface Shift Operator type.

const wchar_t* siSrfSubdivisionOpType

Surface Subdivision Operator type.

const wchar_t* siSrfUVCtrlOpType

Surface UV Control Operator type (Nurbs UV control)

const wchar_t* siStandInPrimType

Stand-in Primitive type.

const wchar_t* siStartOffsetOpType

Start Offset Operator type.

const wchar_t* siStitchCrvToCrvOpType

Stitch Curve To Curve Operator type (stitch curves together)

const wchar_t* siStitchCrvToSrfOpType

Stitch Curve To Surface Operator type.

const wchar_t* siStitchSrfOpType

Stitch Surfaces Operator type (stitch surfaces and curves together)

const wchar_t* siStrokeOpType

Gap Stroke Operator type.

const wchar_t* siSubCompType

Subcomponents type.

const wchar_t* siSubdivEdgeOpType

Subdivide Edge Operator type.

const wchar_t* siSubdivPolyOpType

Subdivide Polygon Operator type.

const wchar_t* siSwapSrfUVOpType

Swap Surface UVs Operator type.

const wchar_t* siSymmetrizePolygon

Symmetrize Polygon Operator type.

const wchar_t* siSymmetryCnsType

Symmetry Constraint type.

const wchar_t* siSymmetryMapOpType

Symmetry Map Genrator Operator type.

const wchar_t* siSymmetryMapType

Symmetry Map type.

const wchar_t* siSynopticViewType

Synoptic View type.

const wchar_t* siTaperOpType

Taper Operator type.

const wchar_t* siTetrahedronPrimType

Tetrahedron Primitive type.

const wchar_t* siTextToCrvListOpType

Text To CurveList Operator type.

const wchar_t* siTorusPrimType

Torus Primitive type.

const wchar_t* siTrajCnsType

Trajectory Constraint type.

const wchar_t* siTransformSetupType

Transform Setup type.

const wchar_t* siTurbulenceCtrlPrimType

Turbulence Control Primitive type.

const wchar_t* siTwistOpType

Twist Operator type.

const wchar_t* siTxtMapType

Texture Map type.

const wchar_t* siTxtOpType

Texture Projection Operator type.

const wchar_t* siTxtSupportType

Texture Support type.

const wchar_t* siUpVctCnsType

Up Vector Constraint type.

const wchar_t* siUserMotionType

User Motion Property type.

const wchar_t* siUserNormalType

User Normal Property type.

const wchar_t* siUVProjDefType

UV Projection Definition type (definition of how to perform a texture projection)

const wchar_t* siVertexcolorType

Vertex Color type.

const wchar_t* siVisibilityType

Visibility type.

const wchar_t* siVolumeDeformType

Volume Deform type (implicit sphere volume)

const wchar_t* siVolumicLightSceneType

Volumic Light Scene Local Property Set type.

const wchar_t* siVolumicLightType

Volumic Light Effect type.

const wchar_t* siVortexCtrlType

Vortex Control Object type (magnetic force)

const wchar_t* siVtxColPainterOpType

Vertex Color Painter Operator type.

const wchar_t* siVtxColPropOpType

Vertex Color Property Generator Operator type.

const wchar_t* siWaveCtrlType

Wave Control Object type.

const wchar_t* siWaveOpType

Wave Operator type.

const wchar_t* siWeldEdgesOpType

Weld Edges Operator type (weld pair of edges together)

const wchar_t* siWeldPntOpType

Weld Points Operator type (weld two points together)

const wchar_t* siWgtMapCnxOpType

Weight Map Connection Operator type.

const wchar_t* siWgtMapOpType

Weight Map Generator Operator type.

const wchar_t* siWgtMapsMixOpType

Weight Maps Mixer Operator type.

const wchar_t* siWgtMapType

Weight Map type.

const wchar_t* siWgtPainterOpType

Weight Painter Operator type.

const wchar_t* siWindType

Wind Force Object type.

const wchar_t* siWtStrokeOpType

Weight Stroke Operator type.

const wchar_t* siControlBitmap

const wchar_t* siControlBoolean

const wchar_t* siControlButton

const wchar_t* siControlCheck

const wchar_t* siControlCombo

const wchar_t* siControlEdit

const wchar_t* siControlFCurve

const wchar_t* siControlFilePath

const wchar_t* siControlFolder

const wchar_t* siControlGrid

const wchar_t* siControlIconList

const wchar_t* siControlImageClip

const wchar_t* siControlListBox

const wchar_t* siControlNumber

const wchar_t* siControlRadio

const wchar_t* siControlRGB

const wchar_t* siControlRGBA

const wchar_t* siControlStatic

const wchar_t* siControlString

const wchar_t* siControlSynoptic

const wchar_t* siControlTextEditor

const wchar_t* siUIAlignCenter

const wchar_t* siUIAlignLeft

const wchar_t* siUIAlignRight

const wchar_t* siUIAudioFile

const wchar_t* siUICaption

const wchar_t* siUIColumnCnt

const wchar_t* siUIColumnGap

const wchar_t* siUIContinue

const wchar_t* siUICX

const wchar_t* siUICY

const wchar_t* siUIDecimals

const wchar_t* siUIFCurveColorNonBijective

const wchar_t* siUIFCurveGhosting

const wchar_t* siUIFCurveGridSpaceX

const wchar_t* siUIFCurveGridSpaceY

const wchar_t* siUIFCurveLabelX

const wchar_t* siUIFCurveLabelY

const wchar_t* siUIFCurveNoGrid

const wchar_t* siUIFCurveNoRulerX

const wchar_t* siUIFCurveNoRulerY

const wchar_t* siUIFCurveShowTimeCursor

const wchar_t* siUIFCurveSnapX

const wchar_t* siUIFCurveSnapY

const wchar_t* siUIFCurveViewMaxX

const wchar_t* siUIFCurveViewMaxY

const wchar_t* siUIFCurveViewMinX

const wchar_t* siUIFCurveViewMinY

const wchar_t* siUIFileFilter

const wchar_t* siUIFileMustExist

const wchar_t* siUIFilePath

const wchar_t* siUIImageFile

const wchar_t* siUIInitialDir

const wchar_t* siUILabel

const wchar_t* siUILabelMinPixels

const wchar_t* siUILabelPercentage

const wchar_t* siUILineCnt

const wchar_t* siUILineGap

const wchar_t* siUILogarithmic

const wchar_t* siUIMultiSelectionListBox

const wchar_t* siUINoLabel

const wchar_t* siUINoSlider

const wchar_t* siUIOpenFile

const wchar_t* siUISelectionColor

const wchar_t* siUIShowClip

const wchar_t* siUIShowFrame

const wchar_t* siUIButtonDisable

const wchar_t* siUIGridColumnWidths

const wchar_t* siUIGridHideColumnHeader

const wchar_t* siUIGridHideRowHeader

const wchar_t* siUIGridLockColumnHeader

const wchar_t* siUIGridLockRowHeader

const wchar_t* siUIGridReadOnlyColumns

const wchar_t* siUIGridSelectionMode

const wchar_t* siUIGridShowColumns

const wchar_t* siUIStyle

const wchar_t* siUISubFolder

const wchar_t* siUISyncSlider

const wchar_t* siUIThumbWheel

const wchar_t* siUITreadmill

const wchar_t* siUIItems

const wchar_t* siUIType

const wchar_t* siUIUseSelectionIcon

const wchar_t* siUIValueOnly

const wchar_t* siUIWidthPercentage

const wchar_t* siUILineNumbering

const wchar_t* siUIFolding

const wchar_t* siUIBackgroundColor

const wchar_t* siUIForegroundColor

const wchar_t* siUIFont

const wchar_t* siUICommentColor

const wchar_t* siUIPreprocessorColor

const wchar_t* siUIMarginWidth

const wchar_t* siUICommentFont

const wchar_t* siUIFontSize

const wchar_t* siUIKeywords

const wchar_t* siUIHeight

const wchar_t* siUIHorizontalScroll

const wchar_t* siUIVerticalScroll

const wchar_t* siUILineWrap

const wchar_t* siUIKeywordFile

const wchar_t* siUIAutoComplete

const wchar_t* siUIToolbar

const wchar_t* siUICapability

const wchar_t* siUIDictionary

const wchar_t* siUIHelpFile

const wchar_t* siUIHelpID

Reference to a topic in the Help file.Normally this is only used for internal objects.

const wchar_t* siUILanguage

See PPGLayout.Language

const wchar_t* siUILogic

See PPGLayout.Logic

const wchar_t* siUILogicFile

const wchar_t* siUILogicPrefix

const wchar_t* siUIShowChildren

const wchar_t* siArgHandlerAnimatableParameters

const wchar_t* siArgHandlerCollection

const wchar_t* siArgHandlerFrame

const wchar_t* siArgHandlerFrameRate

const wchar_t* siArgHandlerMarkedParameters

const wchar_t* siArgHandlerSingleObj

const wchar_t* siFilter3DObjectType

Represents the filter objects that can be used with 3D objects.

const wchar_t* siFilterObjectType

const wchar_t* siFilterPropertyType

Represents the filter objects that can be used with property objects.

const wchar_t* siFilterSubComponentType

const wchar_t* siClipAnimationType

const wchar_t* siClipAnimCompoundType

const wchar_t* siClipAudioType

Represents clip objects which are instances of audio files.

const wchar_t* siClipImageType

Represents an ImageClip object.

const wchar_t* siClipMixerType

Represents clip objects which are the top-level container for all other clip objects.

const wchar_t* siClipShapeCompoundType

const wchar_t* siClipShapeType

const wchar_t* siTrackAnimationType

const wchar_t* siTrackAudioType

Represents the track objects which organize audio Clip objects.

const wchar_t* siTrackShapeType

Represents the track objects which organize shape Clip objects.

const wchar_t* siTransitionBridgeType

const wchar_t* siTransitionCardinalType

const wchar_t* siTransitionStandardType

const wchar_t* siAnimCompoundAnimItem

Represents a compound animation source stored in an ActionSource.

const wchar_t* siConstraintAnimItem

Represents an Constraint stored in an ActionSource.

const wchar_t* siExpressionAnimItem

Represents an Expression stored in an ActionSource.

const wchar_t* siFCurveAnimItem

Represents an FCurve stored in an ActionSource.

const wchar_t* siShapeCompoundAnimItem

Represents a shape compound source stored in an ActionSource.

const wchar_t* siShapeKeyAnimItem

Represents an ShapeKey stored in an ActionSource.

const wchar_t* siStaticValueAnimItem

Represents an StaticSource stored in an ActionSource.

const wchar_t* siCompoundMappedItem

Represents a compound item in a compound clip.

const wchar_t* siConstraintMappedItem

const wchar_t* siExpressionMappedItem

const wchar_t* siFCurveMappedItem

const wchar_t* siShapeCompoundMappedItem

Represents a shape compound item in a compound clip.

const wchar_t* siShapeKeyMappedItem

const wchar_t* siStaticValueMappedItem

const wchar_t* siSEFilterActionNodes

Show only Action nodes.

const wchar_t* siSEFilterAllNodeTypes

Show All Node types.

const wchar_t* siSEFilterAnimatableNodes

Show only Animatable parameter nodes.

const wchar_t* siSEFilterAnimatedNodes

Show only Animated parameter nodes.

const wchar_t* siSEFilterClusterNodes

Show only Cluster nodes.

const wchar_t* siSEFilterGroupNodes

Show only Group nodes.

const wchar_t* siSEFilterKeywordAll

Show nodes with any keyword set.

const wchar_t* siSEFilterKeywordAnimation

Show nodes with Animation keyword set.

const wchar_t* siSEFilterKeywordCustom

Show nodes with Custom keyword set.

const wchar_t* siSEFilterKeywordGeneral

Show nodes with General keyword set.

const wchar_t* siSEFilterKeywordKinematics

Show nodes with Kinematics keyword set.

const wchar_t* siSEFilterKeywordModeling

Show nodes with Modeling keyword set.

const wchar_t* siSEFilterKeywordRendering

Show nodes with Rendering keyword set.

const wchar_t* siSEFilterKeywordViewing

Show nodes with Viewing keyword set.

const wchar_t* siSEFilterMaterialNodes

Show only Material nodes.

const wchar_t* siSEFilterMiscellaneousNodes

Show only Miscellaneous nodes.

const wchar_t* siSEFilterModelNodes

Show only Model nodes.

const wchar_t* siSEFilterObjectNodes

Show only Object nodes.

const wchar_t* siSEFilterOperatorNodes

Show only Operator nodes.

const wchar_t* siSEFilterParameterNodes

Show only regular Parameter (non-animatable) nodes.

const wchar_t* siSEFilterPrimitiveNodes

Show only Primitive nodes.

const wchar_t* siSEFilterPropertyNodes

Show only Property nodes.

const wchar_t* siSEFilterSceneNodes

Show only Scene nodes.

const wchar_t* siSEFilterShaderNodes

Show only Shader nodes.

const wchar_t* siImageDataTypeRGBA

Represents a four channel RGB color image, where the fourth channel is the alpha matte.

const wchar_t* siImageDataTypeRGB

Represents a three channel, RGBA color image.

const wchar_t* siImageDataTypeRGBE

Represents a four channel, RGB color image, where the fourth channel is an exponent.

Used for HDR images.

const wchar_t* siImageDataTypeAlpha

Represents a single channel, alpha matte image.

const wchar_t* siImageDataTypeIntensity

Represents a single channel, grayscale intensity image.

const wchar_t* siImageDataTypeDepth

Represents a single channel, depth value image.

const wchar_t* siImageDataTypeNormal

Represents a three channel, vector image composed of normalized vectors.

const wchar_t* siImageDataTypeMotion

Represents a three channel, motion vector image.

const wchar_t* siImageDataTypeVector

Represents a three channel image composed of arbitrary vectors.

const wchar_t* siImageDataTypePoint

Represents a three channel image composed of arbitrary points in space.

const wchar_t* siImageDataTypeLabel

Represents a single channel, object label image.

const wchar_t* siImageDataTypeBitMask

Represents a single channel, single bit-mask image.

const wchar_t* siATFilterPresetAll

Display all nodes for the selected elements.

const wchar_t* siATFilterPresetCustom

Display any type of custom parameter set for the selected elements.

This includes proxy parameter sets, marking sets, and annotation properties.

const wchar_t* siATFilterPresetGeneral

Display only the general properties for the selected elements.

const wchar_t* siATFilterPresetModeling

Display only the modeling properties for the selected elements.

const wchar_t* siATFilterPresetAnimation

Display only the animation properties for the selected elements.

const wchar_t* siATFilterPresetKinematics

Display only the kinematics properties for the selected elements.

const wchar_t* siATFilterPresetRendering

Display only the rendering properties for the selected elements.

const wchar_t* siATFilterPresetViewing

Display only the viewing properties for the selected elements.

const wchar_t* siATFilterPresetLocalTransform

Display only the local transform parameters for the selected elements.

const wchar_t* siATFilterPresetPosition

Display only the position parameters for the selected elements.

const wchar_t* siATFilterPresetPositionX

Display only the position in X parameters for the selected elements.

const wchar_t* siATFilterPresetPositionY

Display only the position in Y parameters for the selected elements.

const wchar_t* siATFilterPresetPositionZ

Display only the position in Z parameters for the selected elements.

const wchar_t* siATFilterPresetRotation

Display only the rotation parameters for the selected elements.

const wchar_t* siATFilterPresetRotationX

Display only the rotation in X parameters for the selected elements.

const wchar_t* siATFilterPresetRotationY

Display only the rotation in Y parameters for the selected elements.

const wchar_t* siATFilterPresetRotationZ

Display only the rotation in Z parameters for the selected elements.

const wchar_t* siATFilterPresetScaling

Display only the scaling parameters for the selected elements.

const wchar_t* siATFilterPresetScalingX

Display only the scaling in X parameters for the selected elements.

const wchar_t* siATFilterPresetScalingY

Display only the scaling in Y parameters for the selected elements.

const wchar_t* siATFilterPresetScalingZ

Display only the scaling in Z parameters for the selected elements.

const wchar_t* siATFilterPresetColor

Display only the color parameters for the selected elements.

const wchar_t* siATFilterTaggedAll

Filter all tagged parameters.

const wchar_t* siATFilterTagged1

Filter the tagged 1 parameters.

const wchar_t* siATFilterTagged2

Filter the tagged 2 parameters.

const wchar_t* siATFilterTagged3

Filter the tagged 3 parameters.

const wchar_t* siATFilterTagged4

Filter the tagged 4 parameters.

const wchar_t* siATFilterTagged5

Filter the tagged 5 parameters.

const wchar_t* siATFilterTagged6

Filter the tagged 6 parameters.

const wchar_t* siATFilterTagged7

Filter the tagged 7 parameters.

const wchar_t* siATFilterTagged8

Filter the tagged 8 parameters.

const wchar_t* siATFilterTagged9

Filter the tagged 9 parameters.

const wchar_t* siATFilterTagged10

Filter the tagged 10 parameters.

const wchar_t* siReferenceFilterAttribute

const wchar_t* siPropertyFilterAttribute

const wchar_t* siCustomTypeNameAttribute

const wchar_t* siShaderFamilyAttribute

Type of filter for a shader's family.

const wchar_t* siDefaultConnectionAttribute

const wchar_t* siWritableImageAttribute

Type of filter for a writable image.

const wchar_t* siWritableImageTypeAttribute

Type of filter for a writable image type.

const wchar_t* siRenderTreeNodeColorRAttribute

Type of filter to match the Red color for a RenderTree node.

const wchar_t* siRenderTreeNodeColorGAttribute

Type of filter to match the Green color for a RenderTree node.

const wchar_t* siRenderTreeNodeColorBAttribute

Type of filter to match the Blue color for a RenderTree node.

const wchar_t* siHWShaderVersionAttribute

Attribute used for defining the version of a hardware shader.

const wchar_t* siShaderFamilyCntContrast

mental ray Contour Contrast Shader

const wchar_t* siShaderFamilyCntMat

mental ray Contour Material

const wchar_t* siShaderFamilyCntStore

mental ray Contour Store Shader

const wchar_t* siShaderFamilyData

mental ray Data Blob

const wchar_t* siShaderFamilyEnvironment

mental ray Environment Shader (environment phenomenon in a material or camera)

const wchar_t* siShaderFamilyGeometry

mental ray Geometry Shader (geometry phenomenon)

const wchar_t* siShaderFamilyLens

mental ray Lens Shader (lens phenomenon in a camera)

const wchar_t* siShaderFamilyLight

mental ray Light Shader (light phenomenon)

const wchar_t* siShaderFamilyLightmap

mental ray Lightmap Shader

const wchar_t* siShaderFamilyOutput

mental ray Output Shader (output phenomenon in a camera)

const wchar_t* siShaderFamilyPhenomMat

mental ray Material Phenomenon

const wchar_t* siShaderFamilyPhotonLight

mental ray Photon Light Shader (photon emitter phenomenon in a light)

const wchar_t* siShaderFamilyPhotonMat

mental ray Photon Material Shader (photon phenomenon in a material)

const wchar_t* siShaderFamilyPhotonVolume

mental ray Photon Volume Shader (photon phenomenon in a material or camera)

const wchar_t* siShaderFamilyShadowMat

mental ray Shadow Material Shader (shadow phenomenon in a material)

const wchar_t* siShaderFamilyState

mental ray State Shader

const wchar_t* siShaderFamilySurfaceMat

mental ray Surface Material Shader (material phenomenon in a material)

const wchar_t* siShaderFamilyTexture

mental ray Texture Shader (texture phenomenon)

const wchar_t* siShaderFamilyVolume

mental ray Volume Shader (volume phenomenon in a material or camera)

const wchar_t* siShaderFamilyRTShader

Realtime Shader.

const wchar_t* siMentalRayLightmapPortType

const wchar_t* siMentalRayGeometryPortType

const wchar_t* siMentalRayContourStorePortType

const wchar_t* siMentalRayContourContrastPortType

const wchar_t* siMentalRayPhenomenonMaterialPortType

const wchar_t* siXGSRealTimePortType

const wchar_t* siHWShaderPortType

const wchar_t* siHardwareVertexPosition

const wchar_t* siHardwareVertexNormal

const wchar_t* siHardwareVertexColor

Default vertex color name.

const wchar_t* siHardwareVertexTangent

Tangent.

const wchar_t* siHardwareVertexBinormal

Binormal.

const wchar_t* siHardwareVertexTexCoord

Texture projection.

const wchar_t* siHardwareVertexWeightMap

Weight map.

const wchar_t* siHardwareVertexPointVelocity

Point velocity.

const wchar_t* siHardwareVertexOrientation

Orientation.

const wchar_t* siHardwareVertexAge

Age.

const wchar_t* siHardwareVertexRadius

Radius.

const wchar_t* siHardwareVertexID

ID.

const wchar_t* siHardwareVertexFog

Fog.

const wchar_t* siHardwareVertexWeight

Weight.

const wchar_t* siHardwareVertexIndice

Index.

const wchar_t* siHardwareVertexTessfactor

Tesselation factor.

const wchar_t* siHardwareVertexDepth

Depth.

const wchar_t* siHardwareVertexSample

Sample.

const wchar_t* siHardwareVertexAuto

Let Softimage handle the creation of the attribute (useful for tangents and binormals).

const wchar_t* siICERenderPropSuffixUWrap

Constant Boolean ICE attribute to control texture U wrapping.

Valid only when used on a texture space parameter.

const wchar_t* siICERenderPropSuffixVWrap

Constant Boolean ICE attribute to control texture V wrapping.

Valid only when used on a texture space parameter.

const wchar_t* siICERenderPropSuffixWWrap

Constant Boolean ICE attribute to control texture W wrapping.

Valid only when used on a texture space parameter.

const wchar_t* siICERenderPropSuffixTransform

Constant Matrix44 ICE attribute to control texture matrix.

Valid only when used on a texture space parameter.

const wchar_t* siICERenderPropSuffixIsHomogeneous

Constant Boolean ICE attribute to control if coordinates are homogeneous.

Valid only for rendering when used on a texture space parameter.

const wchar_t* siICERenderPropSuffixSmoothWhenSubd

Constant Boolean ICE attribute to control if attributes are smoothed based on the subdivision ssurface algorithm.

Valid only for rendering on subdivision surface meshes.

const char kRevLogTable256[] [static]

Initial value:

{
  8, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  6, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  7, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  6, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  5, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0,
  4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 1, 0, 2, 0, 1, 0
}

Definition at line 25 of file xsi_indexset.h.

const LONG kBitShift = 5

Definition at line 45 of file xsi_indexset.h.

const LONG kBitSize = 32

Definition at line 46 of file xsi_indexset.h.

CVector3 m_vOrigin

Definition at line 235 of file xsi_line.h.

CVector3 m_vTangent

Definition at line 236 of file xsi_line.h.

CVector3 m_vNormal

Definition at line 282 of file xsi_plane.h.

CVector3 m_vTangentU

Definition at line 283 of file xsi_plane.h.

CVector3 m_vTangentV

Definition at line 284 of file xsi_plane.h.

E siXZY = 1

X, Z, Y order.

Definition at line 47 of file xsi_rotationf.h.

E siYXZ = 2

Y, X, Z order.

Definition at line 48 of file xsi_rotationf.h.

E siYZX = 3

Y, Z, X order.

Definition at line 49 of file xsi_rotationf.h.

E siZXY = 4

Z, X, Y order.

Definition at line 50 of file xsi_rotationf.h.

E siZYX

Initial value:

 5
    }

Z, Y, X order.

Definition at line 51 of file xsi_rotationf.h.

float m_X

Definition at line 337 of file xsi_rotationf.h.

float m_Y

Definition at line 337 of file xsi_rotationf.h.

float m_Z

Definition at line 337 of file xsi_rotationf.h.

float m_W

Definition at line 340 of file xsi_rotationf.h.

float m_Angle

Definition at line 341 of file xsi_rotationf.h.

RotationOrder m_rotOrder

Definition at line 342 of file xsi_rotationf.h.

union { ... }

unsigned char m_rotRep

Definition at line 344 of file xsi_rotationf.h.

void* m_pImpl

Definition at line 61 of file xsi_viewnotification.h.