<cat>Code.VR</cat> <title>VR Input</title> # VR Input Input from VR is available both clientside and serverside in Simulate() all through Input.VR. ## Hands <upload src="a5727/8dabdcb06b430d5.mp4" size="6096770" name="vrhands.mp4" /> Both hands are represented as Input.VR.LeftHand and Input.VR.RightHand, this struct contains the position and rotation of each hand. ```csharp // Replicate the transform of the left hand onto the entity Entity.Transform = Input.VR.LeftHand.Transform; ``` You can access the inputs for each hand's controller. This is generic to to support as much of the mainstream controllers as possible. ```csharp public override void Simulate( Client cl ) { if ( Input.VR.RightHand.ButtonA.IsPressed ) { // Do something when the A button on the } } ``` ## Finger Tracking <upload src="a5727/8dabe5aa5cb45d7.mp4" size="22604970" name="vrfingertracking(1).mp4" /> You can get the finger curl and splay, which allows you to pose the fingers to match your real life fingers in game. ```csharp var curl = Input.VR.LeftHand.GetFingerValue( FingerValue.ThumbCurl ); var splay = Input.VR.LeftHand.GetFingerValue( FingerValue.ThumbIndexSplay ); curl = Input.VR.LeftHand.GetFingerCurl( 0 ); // 0 - 4 splay = Input.VR.LeftHand.GetFingerSplay( 0 ); // 0 - 3 ``` ⤶ The hands in the video up there are available on Asset.Party:⤶ ⤶ [VR Terry Hand - Left](https://asset.party/shadb/hand_toon_left)⤶ ⤶ [VR Terry Hand - Right](https://asset.party/shadb/hand_toon_right)⤶ ## Head Head mounted device position and rotation can also be accessed simply through Input.VR.Head. ## Trackers <upload src="a5727/8dabdcb19fdb1ab.mp4" size="3405378" name="vrtrackers.mp4" /> You can get the position and rotation of any [puck trackers](https://www.vive.com/us/accessory/tracker3/), and also your base stations if you're not using a quest. ```csharp foreach( var trackedObject in Input.VR.TrackedObjects ) { DebugOverlay.Axis( trackedObject.Transform.Position, trackedObject.Transform.Rotation ); } ``` # Haptics <note>These are clientside only currently</note> Haptic vibrations can be triggered per hand using Input.VrHand.TriggerHapticVibration you can call this as often as you like, if a haptic event is already running it will be interrupted immediately. ```csharp // Pulse right hand haptics with an amplitude scaled from velocity Input.VR.RightHand.TriggerHapticVibration( 0f, 200.0f, Math.Clamp( 0.4f + Velocity.Length / 500f, 0.4f, 0.8f ) ); ``` Something to consider is different controllers have different limitations to their haptics, something I've noticed with Oculus controllers is the frequency is a lot less responsive than other controllers for example.