Example scenes showcase several variations of a particular Interaction SDK feature, and provide a scene menu to switch between sample scenes. All example scenes come as samples in Meta XR Interaction SDK and after importing can be found in the Unity Project window under Assets > Samples > Meta XR Interaction SDK > VERSION > Example Scenes.

The ComprehensiveRigExample scene showcases many interactions working properly together in a single scene. The scene includes the following interactions: Poke, Ray, Grab, Hand Grab, Hand Grab Use, Grab with Ray, Distance Grab, and Throw, all of which work with hands and controllers.

The HandGrabExamples scene showcases the HandGrabInteractor.

The TransformerExamples scene showcases the GrabInteractor and HandGrabInteractable (for controllers and hands respectively) with the addition of Physics, Transformers, and Constraints on objects via Grabbables.

The RayExamples scene showcases the RayInteractor interacting with a curved Unity canvas using the CanvasCylinder component.

The PokeExamples scene showcases the PokeInteractor on various surfaces with touch limiting.

The PoseExamples scene showcases six different hand poses, with visual signaling of pose recognition.

The GestureExamples scene showcases the use of the Sequence component combined with active state logic to create a simple swipe gesture.

The DistanceGrabExamples scene showcases multiple ways for signaling, attracting, and grabbing distance objects:

The TouchGrabExamples scene showcases a procedural pose grab interaction.

The HandGrabUseExamples scene demonstrates how a Use interaction can be performed on top of a HandGrab interaction.

The LocomotionExamples scene demonstrates how to move around the space by teleporting and turning on the spot.

The BodyPoseDetectionExamples scene demonstrates pose recognition of the Body skeleton.

The SnapExamples scene demonstrates how objects can snap to predefined locations, such as your hands or slots on a board.

The ConcurrentHandsControllersExamples scene demonstrates how you can use controllers and hands simultaneously while also retaining the ability to poke with a hand even if it’s holding a controller. The new OVRControllerInHandActiveState enables you to detect when a hand is holding or not holding a controller, which you can then use to toggle data sources or individual interactors.