Point attribute containing a unique name across all points used for identification. This is derived from the corresponding FBX node name. However, FBX node names may not be unique. For these cases, the names will be suffixed with 1, 2, 3, etc.

Contains the hierarchical path to the FBX node that corresponds to the point. The ROP FBX Animation Output SOP uses this attribute when determining where to export the point’s transforms.

If the rest geometry input contains a primitive path attribute, it is also used similarly for creating the corresponding FBX node hierarchy. Furthermore, any intermediate nodes that start with LODGroup are created as an LODGroup FBX node instead of as a Null. This allows the meshes to be interpreted as LOD meshes by supporting applications like Unreal.

Contains a dictionary of user-defined custom properties for the FBX node that corresponds to the point. The dictionary includes both static and animated values evaluated over time. This attribute is created when the FBX Animation Import SOP or FBX Character Import SOP nodes import an FBX file.

This detail attribute records the current animation range and sample rate, as well as the original animation range and sample rate of the imported animation.

This point attribute specifies the scaling behavior when performing local transformations. For more details on these values, see combinelocaltransform and extractlocaltransform.

This 3×3 matrix point attribute specifies the world transform for the point. While the world position of the point is still P, this transform encodes the world transform’s rotation, scale, and shear components.

This dictionary point attribute configures how the joint’s goal transform behaves in a full-body inverse kinematics solver. This is only used when the joint has a goal transform (for example, if the joint is mapped to a joint on the source skeleton). For more details on the valid keys, see the targetoptions parameter for solvephysfbik and solvefbik.

This parameter allows you to choose whether to use a dictionary attribute on the first input to look up the drivers on the second input, or simply match by an attribute that is present on both inputs. For example, the second option is useful when the second input contains a subset of the first input’s points.

{
    'reference': string, // The point attribute on the driver skeleton to use as reference. If set to "ptnum", the point number will be used.
    'value': string or int // The value of the point attribute on the point to use as the driver.
}

The name of the dictionary point attribute on the first input to use for mapping.

The name of the point attribute present on both inputs to be used to map points.

This detail dict attribute maps between a channel name and a dict describing the attribute that stores the channel’s value. The channel’s value can be stored in a detail attribute, or the point attribute value for a specific joint. The channel names can contain characters that are not valid for attribute names.

The valid keys for the channel options are:

Specifies the channel that provides the weight for the blend shape input.

Specifies the name of the blend shape input (the standard name attribute contains the name of the base shape that the input is associated with). This is primarily used for round-tripping from formats where the blend shape inputs are named.

Specifies the name of the in-between shape. In-between shapes have the same value for the name, blendshape_name and blendshape_channel attributes as the hero blend shape that they are associated with. This is primarily used for round-tripping from formats where the blend shape inputs are named.

Specifies the weight at which the in-between shape is applied.

Read the frame range from the clipinfo detail attribute on the input geometry, or set a custom frame range.

The custom frame range of the animation. This parameter is only available when Clip Range is set to Custom Frame Range.

Use the action button on this parameter to populate the values from either the clipinfo detail attribute, the scene frame range, or the playback frame range.

Determines the components of the matrix to affect for matrix attributes.

Sets the type of blending function to use.