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Changes to an MRTK app can be tested in the editor with the Leap hands without a headset. Using the Leap Motion Data Provider does not require a VR headset. If (eventData.Handedness = Handedness.Right) If (eventData.Handedness = Handedness.Left) Public void OnHandJointsUpdated(InputEventData> eventData) RightHandCube = GameObject.CreatePrimitive(PrimitiveType.Cube) Create a cube to follow the right hand palm position LeftHandSphere = GameObject.CreatePrimitive(PrimitiveType.Sphere) Create a sphere to follow the left hand palm position Register the HandJointHandler as a global listenerĬ(this) Public class LeapHandJoints : MonoBehaviour, IMixedRealityHandJointHandler A sphere follows the left Leap hand while a cube follows the right Leap hand.

#Download microsoft toolkit 2.4.5 how to#

This script is a simple example of how to retrieve the pose of the palm joint in a Leap Motion Hand. With MRTK in a unity scene and the Leap Motion Data Provider added as an Input Data Provider in the Input System profile, create an empty game object and attach the following example script. Getting joints using the Leap Motion Data Provider is identical to hand joint retrieval for an MRTK Articulated Hand.

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For instructions on how to use a Windows Mixed Reality headset for Standalone builds, see Building and deploying MRTK to WMR Headsets (Standalone).

Only Standalone builds are supported if using the Leap Motion Data Provider.

After Leap Motion Data Provider has been added to the input system profile, press play, move your hand in front of the Leap Motion Controller and you should see the joint representation of the hand.

LeapControllerOrientation: Headset (Default) To raise an on input up event (exiting the pinch), the default distance between the index finger tip and the thumb tip is 0.05. To raise an on input down event, the default EnterPinchDistance is set to 0.02. The pinch gesture is calculated by measuring the distance between the index finger tip and the thumb tip. LeapXRServiceProvider leapXRServiceProvider = leapMotionDeviceManager.LeapMotionServiceProvider as LeapXRServiceProvider ĮnterPinchDistance and ExitPinchDistance are the distance thresholds for pinch/air tap gesture detection. To modify the values during runtime, get the Leap Motion Service Provider from the Leap Motion Device Manager: LeapMotionDeviceManager leapMotionDeviceManager = CoreServices.GetInputSystemDataProvider() The offset properties in the profile are applied once when the application starts. The offset is calculated relative to the main camera position and the default value is (0,-0.2, 0.35) to make sure the hands appear in front and in view of the camera. The Desk orientation contains the LeapControllerOffset property which defines the anchor position of the desk leap hands. The Transform offset mode contains the LeapVRDeviceOrigin Transform property which specifies a new origin for the Leap Motion Controller. The axis offset property values are then applied to default controller placement.

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The Manual Head Offset mode allows for the modification of three properties: LeapVRDeviceOffsetY, LeapVRDeviceOffsetZ and LeapVRDeviceTiltX. If the offset mode is Default, then an offset will not be applied to the Leap Motion Controller. The LeapVRDeviceOffsetMode has three options: Default, Manual Head Offset and Transform. The Headset orientation offset properties mirror the offset properties in the LeapXRServiceProvider component. The default value is set to LeapControllerOrientation.Headset.Įach controller orientation contains offset properties: LeapControllerOrientation.Desk indicates the controller is placed flat on desk. LeapControllerOrientation.Headset indicates the controller is mounted on a headset. The Leap Motion Data Provider contains the LeapControllerOrientation property which is the location of the Leap Motion Controller. Select Clone to change the default Leap Motion settings.

Open the new data provider and set the Type to .Input > LeapMotionDeviceManager

Open the Input Data Providers section, select Add Data Provider at the top, a new data provider will be added at the end of the list.

Select Clone in the input system profile to enable modification.

Select the MixedRealityToolkit game object in the hierarchy and select Copy and Customize to clone the default mixed reality profile.

Add MRTK to the scene by navigating to Mixed Reality Toolkit > Add to Scene and Configure.

Integrating the Unity Modules to MRTK adds 10 assembly definitions to the project and adds references to the .LeapMotion assembly definition.