Since we always assume the hand pose information to be sorted in the HAND_JOINT_IDS order, we can align multiple data structures that follow that convention.

Static Fields

FINGER_TO_JOINT_INDEX : readonly int[][]	This collection is used to convert from Finger id to the list indices of its joint in the HAND_JOINT_IDS list. Signature readonly int [][] FINGER_TO_JOINT_INDEX
FINGER_TO_JOINTS : readonly HandJointId[][]	This collection contains the joints of each finger minus the tip in ascending order. Signature readonly HandJointId [][] FINGER_TO_JOINTS
HAND_JOINT_CAN_SPREAD : readonly bool[]	Array order following HAND_JOINT_IDS that indicates if the i joint can spread (rotate around Y). Should be true for the root of the fingers but Pink and Thumb are special cases Signature readonly bool [] HAND_JOINT_CAN_SPREAD
HAND_JOINT_IDS : readonly HandJointId[]	Valid identifiers for the i-bone of a hand. Signature readonly HandJointId [] HAND_JOINT_IDS
JOINT_TO_FINGER : readonly HandFinger[]	Map HandJointId to HandFinger. Signature readonly HandFinger [] JOINT_TO_FINGER
JOINT_TO_FINGER_INDEX : readonly int[]	Map any HandJointId to joint index of each finger, where the joint index starts at 0 (toward wrist) and increments for each joint toward the fingertip. Signature readonly int [] JOINT_TO_FINGER_INDEX

Static Methods

DefaultFingersFreedom ()	Signature static JointFreedom[] DefaultFingersFreedom() Returns `JointFreedom[]`
HandJointIdToIndex ( id )	The index within HAND_JOINT_IDS for the given joint. Signature static int HandJointIdToIndex(HandJointId id) Parameters `id: HandJointId` The HandJoint to check the id for Returns `int` An index in HAND_JOINT_IDS or -1 if invalud