private void TrySetHandActive(VRAvatarLimbType limbType)
{
var isLimbConnected = OVRUtils.IsLimbConnected(limbType);
var limb = mAvatar.GetLimb(limbType);
limb.SetActive(isLimbConnected);
}
private void AttachControllerVisual(VRAvatarController avatarController)
{
var limb = avatarController.GetComponentInParent <IVRAvatarLimb>();
var prefab = VRAvatarHelper.EnsureLoadPrefab <VRControllerVisual>(ControllerVisualPrefabName);
prefab.gameObject.SetActive(false);
// Create controller instance
var instance = Instantiate(prefab);
instance.name = prefab.name;
instance.transform.SetParentAndIdentity(avatarController.transform);
// Make sure the OVRGearVrController component exists...
var trackedRemote = instance.gameObject.GetComponent <OVRControllerHelper>();
if (trackedRemote == null)
{
trackedRemote = instance.gameObject.AddComponent <OVRControllerHelper>();
}
avatarController.ControllerVisual = instance;
mRemotes.Add(trackedRemote);
// Assign the correct controller based on the limb type the controller is attached to
OVRInput.Controller controllerType = GetControllerTypeForLimb(limb);
trackedRemote.m_controller = controllerType;
trackedRemote.m_modelGearVrController.SetActive(true);
// Activate the controller
// TODO Do we need to set active here?
var active = OVRUtils.IsLimbConnected(limb.LimbType);
instance.gameObject.SetActive(active);
Debug.Log($"Attached Controller: {limb.LimbType} and SetActive: {active} Controller Type set to: {controllerType}");
}
private void UpdateConnectedControllers()
{
var allControllers = new List <IVRInputDevice>();
var disconnectedList = new List <IVRInputDevice>();
var connectedList = new List <IVRInputDevice>();
var ctrlMask = OVRInput.GetConnectedControllers();
// NOTE: Controller tests here are in order of priority. Active hand controllers take priority over headset
#region Controller
var leftHandConnected = OVRUtils.IsLimbConnected(VRAvatarLimbType.LeftHand);
var rightHandConnected = OVRUtils.IsLimbConnected(VRAvatarLimbType.RightHand);
Debug.Log($"Left Hand Connected: {leftHandConnected}");
Debug.Log($"Right Hand Connected: {rightHandConnected}");
// The order the controllers are added currently determines the PrimaryInput however,
// It does not seem to determine the primary pointer.
if (rightHandConnected)
{
mPrimaryController = mPrimaryController ?? new GearVRController(VRInputDeviceHand.Right);
if (!mInputDevices.Contains(mPrimaryController))
{
connectedList.Add(mPrimaryController);
}
allControllers.Add(mPrimaryController);
}
else
{
disconnectedList.Add(mPrimaryController);
}
if (leftHandConnected)
{
mSecondaryController = mSecondaryController ?? new GearVRController(VRInputDeviceHand.Left);
if (!mInputDevices.Contains(mSecondaryController))
{
connectedList.Add(mSecondaryController);
}
allControllers.Add(mSecondaryController);
}
else
{
disconnectedList.Add(mSecondaryController);
}
#endregion
#region Headset (Swipe-pad)
if (Headset is GearVRHeadset)
{
var gearVRHeadset = Headset as GearVRHeadset;
if ((ctrlMask & OVRInput.Controller.Touchpad) != 0)
{
if (!mHeadsetInputConnected)
{
connectedList.Add(gearVRHeadset);
mHeadsetInputConnected = true;
}
allControllers.Add(gearVRHeadset);
}
else if (Headset != null)
{
disconnectedList.Add(gearVRHeadset);
mHeadsetInputConnected = false;
}
}
#endregion
// Update internal state
mInputDevices = allControllers.ToArray();
mConnectedControllerMask = ctrlMask;
foreach (var device in disconnectedList)
{
InputDeviceDisconnected?.Invoke(this, device);
}
foreach (var device in connectedList)
{
InputDeviceConnected?.Invoke(this, device);
}
// Force an update of input devices
UpdateInputDevices();
}