Set the Albedo texture to the Robo Claw image.As a child of that, drag in the Robo Claw modelįor the texture, go to the Models/Materials folder and select the Robo Claw material.As a child of that, create a new empty GameObject called Robo Hand.Create a new empty GameObject called LeftHand as a child of floor offset. This will receive the updated position and rotation of the headset and apply it to the camera. Next, drag the Main Camera in as a child of the floor offset. Since your headset knows your height (manually entered or calculated from the surroundings), it will add that to the Y axis. This is needed to add your real-world height to the controller. Then as a child of that, create a new empty GameObject called Floor Offset. This is the collection of objects that make up the player (head camera, hands, etc).īegin by creating a new empty GameObject called XR Rig. Set the Albedo color to dark grey / blue.In the project panel, let’s then create a new material and apply it to the plane. In the scene, let’s create a new plane for the ground (right click Hierarchy > 3D Object > Plane). These can be downloaded from the course files. Or from the Zenva VR repo here on GitHub. Let’s go to the Package Manager window ( Window > Package Manager), wait for the packages to load, then select XR Legacy Input Helpers.
We’re going to be using a component that can fetch the headset/controller’s position and rotation, then apply it to a certain object. We don’t need to worry about specific VR devices as Unity packages them all into one API.
Down in XR Settings, enable Virtual Reality Supported.Ī good thing with Unity, is that they have a very flexible and easy to use VR system. Then we can go to the Project Settings window ( Edit > Project Settings) and click on the Player tab. In order to do this, firstly make sure that you have your headset plugged in and setup. First, we want the ability to actually test out our game inside of the editor, in VR.
Create a new new Unity project so we can begin with the course.
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