The skel::SetPointTransforms node that the FBIK subnet connects to. This parameter is composed of the skel::SetPointTransforms node name and the skel::SetPointTransforms port that the FBIK subnet connects to, for example, pointtransform.geo. This parameter also accepts the APEX path pattern port syntax, for example, pointtransform:geo and pointtransform:geo[in]. If the [in] port is not specified, the first port is used.

The margin of error that the solver is allowed to work within. Once the tolerance is reached, the solver can exit early from its iterations. Setting this to 0 forces the solver to always perform the full number of iterations.

The damping factor for the solver. Larger values produce more stable results when, for example, a target is unreachable. However, a value that is too large requires more iterations for convergence. A value of around 0.5 is typically a suitable initial value.

The number of iterations for the solver to perform.

The TransformObject nodes that are deformed by this component. This parameter accepts APEX path patterns, so you can specify tags in this field, for example, “* ^*twist* ^%tag(fingers)”, which excludes the twist and finger joints. See preparing skeletons for rigging for more information on adding tags to skeleton joints.

The TransformObject nodes that drive the full body IK. This is usually a small selection of joints in the hierarchy, like the feet, pelvis, wrists, and neck. This parameter accepts APEX path patterns, so you can specify tags in this field, for example, #fbik.

The prefix to add to the full body IK controls.

The suffix to add to the full body IK controls.

The shape of the controls. It can be set to any of the built-in APEX control shapes.

The color of the control shapes.

The scale of the control shapes.