This script takes into account the ControllerType of the associated physical controller, initializes the correct assets, manages animation, and hides the visuals when the controller is disconnected.

You can assign new prefabs to the model fields to control which prefab represents the given controller type, though replacement prefabs must be very carefully constructed to fulfill all requirements.

Fields

m_controller : OVRInput.Controller	The OVRInput.Controller that should be reflected by the rendered assets. OVRControllerHelper queries OVRInput and the underlying system for the appropriate controller data depending on the controller specified in this setting. Signature OVRInput.Controller m_controller
m_modelMetaTouchPlusLeftController : GameObject	The root GameObject that represents the prefab for Meta Quest Plus Controller model (Left). Signature GameObject m_modelMetaTouchPlusLeftController
m_modelMetaTouchPlusRightController : GameObject	The root GameObject that represents the Meta Quest Plus Controller model (Right). Signature GameObject m_modelMetaTouchPlusRightController
m_modelMetaTouchProLeftController : GameObject	The root GameObject that represents the prefab that controls the Meta Touch Pro Controller model (Left). Signature GameObject m_modelMetaTouchProLeftController
m_modelMetaTouchProRightController : GameObject	The root GameObject that represents the prefab for the Meta Touch Pro Controller model (Right). Signature GameObject m_modelMetaTouchProRightController
m_modelOculusTouchQuest2LeftController : GameObject	The root GameObject that represents the prefab for the Oculus Touch for Quest 2 Controller model (Left). Signature GameObject m_modelOculusTouchQuest2LeftController
m_modelOculusTouchQuest2RightController : GameObject	The root GameObject that represents the Oculus Touch for Quest 2 Controller model (Right). Signature GameObject m_modelOculusTouchQuest2RightController
m_modelOculusTouchQuestAndRiftSLeftController : GameObject	The root GameObject that represents the prefab that controls the Oculus Touch for Quest And RiftS Controller model (Left). You can assign this field from the Unity Editor to control which prefab is used to represent this controller type. Signature GameObject m_modelOculusTouchQuestAndRiftSLeftController
m_modelOculusTouchQuestAndRiftSRightController : GameObject	The root GameObject that represents the prefab for the Oculus Touch for Quest And RiftS Controller model (Right). Signature GameObject m_modelOculusTouchQuestAndRiftSRightController
m_modelOculusTouchRiftLeftController : GameObject	The root GameObject that represents the prefab that controls the Oculus Touch for Rift Controller model (Left). This field can be assigned from the Unity Editor to control which prefab is used to represent this controller type. Signature GameObject m_modelOculusTouchRiftLeftController
m_modelOculusTouchRiftRightController : GameObject	The root GameObject that represents the prefab that controls the Oculus Touch for Rift Controller model (Right). This field can be assigned from the Unity Editor to control which prefab is used to represent this controller type. Signature GameObject m_modelOculusTouchRiftRightController
m_showState : OVRInput.InputDeviceShowState	Determines if the controller should be hidden based on held state. But default, this value is set to OVRInput.InputDeviceShowState.ControllerInHandOrNoHand. Signature OVRInput.InputDeviceShowState m_showState
RayHelper : OVRRayHelper	An optional component for providing basic shell-like ray interaction functionality, highlighting where you're selecting in the UI and responding to pinches / button presses. Signature OVRRayHelper RayHelper
showWhenHandsArePoweredByNaturalControllerPoses : bool	If controller-driven hand poses is on, and the mode is Natural, controllers will be hidden unless this is true; in other words, enabling this setting will cause the controller visuals to be rendered while controller-driven hands are enabled in Natural mode. Signature bool showWhenHandsArePoweredByNaturalControllerPoses

Methods

GetHand ()	Queries the handedness of an associated Oculus Touch controller. Because this method only checks for equivalency to OVRInput.Controller.LTouch, it cannot be used to accurately query the handedness of non-Oculus Touch controllers as, even for OVRInput.Controller.LHand, it will return OVRPlugin.Hand.HandRight. Signature OVRPlugin.Hand GetHand() Returns `OVRPlugin.Hand` OVRPlugin.Hand.HandLeft if the associated controller is OVRInput.Controller.LTouch, otherwise returns OVRPlugin.Hand.HandRight.
GetPointerRayTransform ()	Retrieves the Unity Transform which should be used as the origin of raycasts from the associated controller. Specifically, raycasts should begin at the position and proceed in the forward direction of the returned transform. Signature Transform GetPointerRayTransform() Returns `Transform` The source transform for raycasts from the associated controller
InputFocusAquired ()	Sets the associated controller to have input focus. This is typically invoked in response to a button press or other clearly-intentional input and is used for purposes such as showing pointer rays, etc. Signature void InputFocusAquired() Returns `void`
InputFocusLost ()	Sets the associated controller to not have input focus. This is typically invoked in response to a button press or other clearly-intentional input on a different controller and is used for purposes such as hiding pointer rays, etc. Signature void InputFocusLost() Returns `void`
IsActive ()	Checks whether the associated controller is considered to be "active," i.e. in use. Unrelated to Unity's built-in Behaviour.isActiveAndEnabled property or any other Unity-related concept of activity. Signature bool IsActive() Returns `bool` True if the associated controller is active, false otherwise
IsPressed ()	Checks whether the state of the associated controller is "pressed," a convenience wrapper around checking OVRInput.GetDown(OVRInput.Button, OVRInput.Controller) on the OVRInput.Button.PrimaryIndexTrigger. Signature bool IsPressed() Returns `bool` True if the primary index trigger is down, false otherwise
IsReleased ()	Checks whether the state of the associated controller is "released," a convenience wrapper around checking OVRInput.GetUp(OVRInput.Button, OVRInput.Controller) on the OVRInput.Button.PrimaryIndexTrigger. Signature bool IsReleased() Returns `bool` True if the primary index trigger is up, false otherwise
IsValid ()	Checks whether or not this OVRControllerHelper instance has been Destroyed; a convenience wrapper around the Unity idiomatic `this != null` check. Signature bool IsValid() Returns `bool` True if this instance has been Destroyed, false otherwise
UpdatePointerRay ( rayData )	If RayHelper is set, applies the provided OVRInputRayData to that helper and sets its activation and strength based on the OVRInput.Button.PrimaryIndexTrigger of the associated controller. Does nothing if RayHelper is null. Signature void UpdatePointerRay(OVRInputRayData rayData) Parameters `rayData: OVRInputRayData` The OVRInputRayData to be provided to the ray helper Returns `void`