When turned on, applies an offset needed to keep the driven joints in the capture position.

When turned on, locks the spline ends to the orientation of the end controls.

The number of controls that are used to solve each segment of the curve. The curve order is the number of CVs (control vertices) minus 1. The default curve order is set to 2, which works in most cases.

The direction down the chain of the spine. By default, it is set to the -Z axis.

The tags that are added on all the nodes that are created by this spine component.

The nodes that are driven by the spline. The hierarchical order of the list of transform parameters is important. The root is at the top, and the tip is at the bottom.

A node that is driven by the spline.

The main parent for all the controls.

Defines the hierarchy of the control structure.

• fk - Reflects the hierarchy of the spine itself.

• flat - None of the controls are parented to each other.

• tangent - Common setup for splines, with two main controls and their tangent drivers. When using tangent, you can only use 4 drivers.

The controls in the spine.

Controls that drive the joints specified in the transform parameters.

Sets the parent for the driver control. When using a controlhierarchy set to flat, driverparentoverride can be used to define your own hierarchy.

When turned on, creates a new TransformObject node in the rig.

Promotes the transform component. In order to see the control in the animate state, at least one of the transforms on the TransformObject node has to be promoted.

Promotes the rotate component. In order to see the control in the animate state, at least one of the transforms on the TransformObject node has to be promoted.

Promotes the scale component. In order to see the control in the animate state, at least one of the transforms on the TransformObject node has to be promoted.