Active : bool [Get]	Signature bool Oculus.Interaction.Input.HandRef.Active
CurrentDataVersion : int [Get]	Incremented every time the source tracking or state data changes. Signature int Oculus.Interaction.Input.HandRef.CurrentDataVersion
Hand : IHand [Get]	Signature IHand Oculus.Interaction.Input.HandRef.Hand
Handedness : Handedness [Get]	Signature Handedness Oculus.Interaction.Input.HandRef.Handedness
IsConnected : bool [Get]	Signature bool Oculus.Interaction.Input.HandRef.IsConnected
IsDominantHand : bool [Get]	Signature bool Oculus.Interaction.Input.HandRef.IsDominantHand
IsHighConfidence : bool [Get]	The hand is connected and tracked, and the root pose's tracking data is marked as high confidence. If this is true, then it implies that IsConnected and IsRootPoseValid are also true, so they don't need to be checked in addition to this. Signature bool Oculus.Interaction.Input.HandRef.IsHighConfidence
IsPointerPoseValid : bool [Get]	Will return true if a pointer pose is available, that can be retrieved via GetPointerPose Signature bool Oculus.Interaction.Input.HandRef.IsPointerPoseValid
IsTrackedDataValid : bool [Get]	True if the hand is currently tracked, thus tracking poses are available for the hand root and finger joints. This property does not indicate pointing pose validity, which has its own property: IsPointerPoseValid. Signature bool Oculus.Interaction.Input.HandRef.IsTrackedDataValid
Scale : float [Get]	Signature float Oculus.Interaction.Input.HandRef.Scale
WhenHandUpdated : Action	Signature Action Oculus.Interaction.Input.HandRef.WhenHandUpdated

Protected Methods

Awake ()	Signature virtual void Oculus.Interaction.Input.HandRef.Awake() Returns `void`
Start ()	Signature virtual void Oculus.Interaction.Input.HandRef.Start() Returns `void`

Methods

GetFingerIsHighConfidence ( finger )	Signature bool Oculus.Interaction.Input.HandRef.GetFingerIsHighConfidence(HandFinger finger) Parameters `finger: HandFinger` Returns `bool`
GetFingerIsPinching ( finger )	Signature bool Oculus.Interaction.Input.HandRef.GetFingerIsPinching(HandFinger finger) Parameters `finger: HandFinger` Returns `bool`
GetFingerPinchStrength ( finger )	Signature float Oculus.Interaction.Input.HandRef.GetFingerPinchStrength(HandFinger finger) Parameters `finger: HandFinger` Returns `float`
GetIndexFingerIsPinching ()	Signature bool Oculus.Interaction.Input.HandRef.GetIndexFingerIsPinching() Returns `bool`
GetJointPose ( handJointId , pose )	Attempts to calculate the pose of the requested hand joint, in world space. Returns false if the skeleton is not yet initialized, or there is no valid tracking data. Signature bool Oculus.Interaction.Input.HandRef.GetJointPose(HandJointId handJointId, out Pose pose) Parameters `handJointId: HandJointId` `pose: out Pose` Returns `bool`
GetJointPoseFromWrist ( handJointId , pose )	Attempts to calculate the pose of the requested hand joint relative to the wrist. Returns false if the skeleton is not yet initialized, or there is no valid tracking data. Signature bool Oculus.Interaction.Input.HandRef.GetJointPoseFromWrist(HandJointId handJointId, out Pose pose) Parameters `handJointId: HandJointId` `pose: out Pose` Returns `bool`
GetJointPoseLocal ( handJointId , pose )	Attempts to calculate the pose of the requested hand joint, in local space. Returns false if the skeleton is not yet initialized, or there is no valid tracking data. Signature bool Oculus.Interaction.Input.HandRef.GetJointPoseLocal(HandJointId handJointId, out Pose pose) Parameters `handJointId: HandJointId` `pose: out Pose` Returns `bool`
GetJointPosesFromWrist ( jointPosesFromWrist )	Returns an array containing the pose of each joint relative to the wrist. The poses do not have the root pose applied, nor the hand scale. It is in the same coordinate system as the hand skeleton. Signature bool Oculus.Interaction.Input.HandRef.GetJointPosesFromWrist(out ReadOnlyHandJointPoses jointPosesFromWrist) Parameters `jointPosesFromWrist: out ReadOnlyHandJointPoses` The array with the joint poses from the wrist. It will be empty if no poses where found Returns `bool` True if the poses collection was correctly populated. False otherwise.
GetJointPosesLocal ( localJointPoses )	Returns an array containing the local pose of each joint. The poses do not have the root pose applied, nor the hand scale. It is in the same coordinate system as the hand skeleton. Signature bool Oculus.Interaction.Input.HandRef.GetJointPosesLocal(out ReadOnlyHandJointPoses jointPosesLocal) Parameters `localJointPoses: out ReadOnlyHandJointPoses` The array with the local joint poses. It will be empty if no poses where found Returns `bool` True if the poses collection was correctly populated. False otherwise.
GetPalmPoseLocal ( pose )	Obtains palm pose in local space. Signature bool Oculus.Interaction.Input.HandRef.GetPalmPoseLocal(out Pose pose) Parameters `pose: out Pose` The pose to populate Returns `bool` True if pose was obtained.
GetPointerPose ( pose )	Attempts to calculate the pose that can be used as a root for raycasting, in world space Returns false if there is no valid tracking data. Signature bool Oculus.Interaction.Input.HandRef.GetPointerPose(out Pose pose) Parameters `pose: out Pose` Returns `bool`
GetRootPose ( pose )	Gets the root pose of the wrist, in world space. Will return true if a pose was available; false otherwise. Confidence level of the pose is exposed via IsHighConfidence. Signature bool Oculus.Interaction.Input.HandRef.GetRootPose(out Pose pose) Parameters `pose: out Pose` Returns `bool`
InjectAllHandRef ( hand )	Signature void Oculus.Interaction.Input.HandRef.InjectAllHandRef(IHand hand) Parameters `hand: IHand` Returns `void`
InjectHand ( hand )	Signature void Oculus.Interaction.Input.HandRef.InjectHand(IHand hand) Parameters `hand: IHand` Returns `void`