public static void SendAudioFrame(AirXRCameraRig cameraRig, float[] data, int sampleCount, int channels, double timestamp)
{
if (cameraRig.isBoundToClient)
{
AXRServerPlugin.EncodeAudioFrame(cameraRig.playerID, data, data.Length / channels, channels, AudioSettings.dspTime);
}
}
public void AirXRCameraRigActivated(AirXRCameraRig cameraRig)
{
// The sample onairvr client app just sends back what it receives.
// (https://github.com/onairvr/onairvr-client-for-oculus-mobile)
string pingMessage = "ping from " + System.Environment.MachineName;
cameraRig.SendUserData(System.Text.Encoding.UTF8.GetBytes(pingMessage));
}
public void AirXRCameraRigHasBeenUnbound(AirXRCameraRig cameraRig)
{
// NOTE : This event occurs in OnDestroy() of AirXRCameraRig during unloading scene.
// You should be careful because some objects in the scene might be destroyed already on this event.
if (music != null)
{
music.Stop();
}
}
public void ReleaseCameraRig(AirXRCameraRig cameraRig)
{
if (_cameraRigsAvailable.ContainsKey(cameraRig.type) && _cameraRigsRetained.ContainsKey(cameraRig.type))
{
if (_cameraRigsRetained[cameraRig.type].Contains(cameraRig))
{
_cameraRigsRetained[cameraRig.type].Remove(cameraRig);
_cameraRigsAvailable[cameraRig.type].Add(cameraRig);
}
}
}
void AirXRCameraRigManager.PredictionEventHandler.OnProfileDataReceived(AirXRCameraRig cameraRig, byte[] cbor)
{
if (bypassPrediction || _zmqReportEndpoint == null)
{
return;
}
_msg.InitPool(cbor.Length);
Array.Copy(cbor, _msg.Data, _msg.Data.Length);
_zmqReportEndpoint.TrySend(ref _msg, TimeSpan.Zero, false);
}
void AirXRCameraRigManager.PredictionEventHandler.OnStopPrediction(AirXRCameraRig cameraRig)
{
if (_zmqReportEndpoint == null)
{
return;
}
_zmqReportEndpoint.Close();
_zmqReportEndpoint.Dispose();
_zmqReportEndpoint = null;
predictedMotionProvider.Close();
}
public static void SetVibration(AirXRCameraRig cameraRig, Device device, AnimationCurve frequency, AnimationCurve amplitude)
{
switch (device)
{
case Device.LeftHandTracker:
renderVibration(cameraRig, (byte)AXRInputDeviceID.LeftHandTracker, (byte)AXRHandTrackerFeedbackControl.Vibration, frequency, amplitude);
break;
case Device.RightHandTracker:
renderVibration(cameraRig, (byte)AXRInputDeviceID.RightHandTracker, (byte)AXRHandTrackerFeedbackControl.Vibration, frequency, amplitude);
break;
}
}
public AirXRCameraRig RetainCameraRig(AirXRCameraRig cameraRig)
{
if (_cameraRigsAvailable.ContainsKey(cameraRig.type) && _cameraRigsRetained.ContainsKey(cameraRig.type))
{
if (_cameraRigsAvailable[cameraRig.type].Contains(cameraRig))
{
_cameraRigsAvailable[cameraRig.type].Remove(cameraRig);
_cameraRigsRetained[cameraRig.type].Add(cameraRig);
return(cameraRig);
}
}
return(null);
}
private static void renderVibration(AirXRCameraRig cameraRig, byte device, byte control, AnimationCurve frequency, AnimationCurve amplitude)
{
var fps = cameraRig.GetConfig().framerate;
var duration = Mathf.Max(frequency.keys[frequency.keys.Length - 1].time, amplitude.keys[amplitude.keys.Length - 1].time);
for (float t = 0.0f; t < duration; t += 1.0f / fps)
{
cameraRig.inputStream.PendVibration(device, control, frequency.Evaluate(t), amplitude.Evaluate(t));
}
// make sure to end with no vibration
cameraRig.inputStream.PendVibration(device, control, 0, 0);
}
public static void SetVibration(AirXRCameraRig cameraRig, Device device, float frequency, float amplitude)
{
switch (device)
{
case Device.LeftHandTracker:
cameraRig.inputStream.PendVibration((byte)AXRInputDeviceID.LeftHandTracker, (byte)AXRHandTrackerFeedbackControl.Vibration, frequency, amplitude);
break;
case Device.RightHandTracker:
cameraRig.inputStream.PendVibration((byte)AXRInputDeviceID.RightHandTracker, (byte)AXRHandTrackerFeedbackControl.Vibration, frequency, amplitude);
break;
}
}
public static int GetScreenTouchCount(AirXRCameraRig cameraRig)
{
var count = 0;
for (byte control = (byte)AXRTouchScreenControl.TouchIndexStart; control <= (byte)AXRTouchScreenControl.TouchIndexEnd; control++)
{
if (cameraRig.inputStream.IsActive((byte)AXRInputDeviceID.TouchScreen, control) ||
cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.TouchScreen, control))
{
count++;
}
}
return(count);
}
public static Vector2 Get(AirXRCameraRig cameraRig, Axis2D axis)
{
switch (axis)
{
case Axis2D.LThumbstick:
return(cameraRig.inputStream.GetAxis2D((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DLThumbstick));
case Axis2D.RThumbstick:
return(cameraRig.inputStream.GetAxis2D((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DRThumbstick));
default:
return(Vector2.zero);
}
}
public static bool IsDeviceAvailable(AirXRCameraRig cameraRig, Device device)
{
switch (device)
{
case Device.HeadTracker:
return(true);
case Device.LeftHandTracker:
case Device.RightHandTracker:
return(cameraRig.inputStream.GetState((byte)device, (byte)AXRHandTrackerControl.Status) != 0);
default:
return(false);
}
}
public void AddUnboundCameraRig(AirXRCameraRig cameraRig)
{
if (_cameraRigsAvailable.ContainsKey(cameraRig.type) == false)
{
_cameraRigsAvailable.Add(cameraRig.type, new List <AirXRCameraRig>());
}
if (_cameraRigsRetained.ContainsKey(cameraRig.type) == false)
{
_cameraRigsRetained.Add(cameraRig.type, new List <AirXRCameraRig>());
}
if (_cameraRigsAvailable[cameraRig.type].Contains(cameraRig) == false &&
_cameraRigsRetained[cameraRig.type].Contains(cameraRig) == false)
{
_cameraRigsAvailable[cameraRig.type].Add(cameraRig);
}
}
// implements AirXRCameraRigManager.PredictionEventHandler
void AirXRCameraRigManager.PredictionEventHandler.OnStartPrediction(AirXRCameraRig cameraRig, string profileReportEndpoint, string motionOutputEndpoint)
{
if (bypassPrediction || _zmqReportEndpoint != null)
{
return;
}
string endpoint = convertZmqEndpoint(profileReportEndpoint);
if (string.IsNullOrEmpty(endpoint) == false)
{
_zmqReportEndpoint = new PushSocket();
_zmqReportEndpoint.Connect(endpoint);
}
predictedMotionProvider.Connect(convertZmqEndpoint(motionOutputEndpoint));
}
public void RemoveCameraRig(AirXRCameraRig cameraRig)
{
if (_cameraRigsAvailable.ContainsKey(cameraRig.type) == false ||
_cameraRigsRetained.ContainsKey(cameraRig.type) == false)
{
return;
}
if (_cameraRigsAvailable[cameraRig.type].Contains(cameraRig))
{
_cameraRigsAvailable[cameraRig.type].Remove(cameraRig);
}
else if (_cameraRigsRetained[cameraRig.type].Contains(cameraRig))
{
_cameraRigsRetained[cameraRig.type].Remove(cameraRig);
}
}
internal void UnregisterCameraRig(AirXRCameraRig cameraRig, bool applicationQuit = false)
{
_cameraRigList.RemoveCameraRig(cameraRig);
if (applicationQuit == false && cameraRig.isBoundToClient)
{
cameraRig.PreHandOverStreams();
AirXRServerStreamHandover.HandOverStreamsForNextScene(new AirXRServerStreamHandover.Streams(cameraRig.playerID, cameraRig.mediaStream, cameraRig.inputStream));
if (Delegate != null)
{
if (cameraRig.isStreaming)
{
Delegate.AirXRCameraRigDeactivated(cameraRig);
}
Delegate.AirXRCameraRigHasBeenUnbound(cameraRig);
}
cameraRig.PostHandOverStreams();
}
}
public static float Get(AirXRCameraRig cameraRig, Axis axis)
{
switch (axis)
{
case Axis.LIndexTrigger:
return(cameraRig.inputStream.GetAxis((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisLIndexTrigger));
case Axis.RIndexTrigger:
return(cameraRig.inputStream.GetAxis((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisRIndexTrigger));
case Axis.LHandTrigger:
return(cameraRig.inputStream.GetAxis((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisLHandTrigger));
case Axis.RHandTrigger:
return(cameraRig.inputStream.GetAxis((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisRHandTrigger));
default:
return(0);
}
}
private AirXRCameraRig notifyCameraRigWillBeBound(int playerID)
{
var config = AirXRClientConfig.Get(playerID);
var cameraRigs = new List <AirXRCameraRig>();
_cameraRigList.GetAvailableCameraRigs(config.type, cameraRigs);
AirXRCameraRig selected = null;
if (Delegate != null)
{
Delegate.AirXRCameraRigWillBeBound(playerID, config, cameraRigs, out selected);
AirXRClientConfig.Set(playerID, config);
}
else if (cameraRigs.Count > 0)
{
selected = cameraRigs[0];
}
return(selected);
}
public static byte GetDeviceProperty(AirXRCameraRig cameraRig, Device device, Property prop)
{
switch (prop)
{
case Property.Battery:
var deviceID = parseDevice(device);
switch (deviceID)
{
case AXRInputDeviceID.HeadTracker:
return(cameraRig.inputStream.GetByteAxis((byte)deviceID, (byte)AXRHeadTrackerControl.Battery));
case AXRInputDeviceID.LeftHandTracker:
case AXRInputDeviceID.RightHandTracker:
return(cameraRig.inputStream.GetByteAxis((byte)deviceID, (byte)AXRHandTrackerControl.Battery));
default:
return(255);
}
default:
break;
}
return(0);
}
public void AirXRCameraRigDeactivated(AirXRCameraRig cameraRig)
{
}
// implements AirXRCameraRigManager.EventHandler
public void AirXRCameraRigWillBeBound(int clientHandle, AirXRClientConfig config, List <AirXRCameraRig> availables, out AirXRCameraRig selected)
{
selected = availables.Count > 0 ? availables[0] : null;
if (selected)
{
music.Play();
}
}
public void AirXRCameraRigUserDataReceived(AirXRCameraRig cameraRig, byte[] userData)
{
Debug.Log("User data received: " + System.Text.Encoding.UTF8.GetString(userData));
}
public static Touch GetScreenTouch(AirXRCameraRig cameraRig, int index)
{
var i = 0;
for (byte control = (byte)AXRTouchScreenControl.TouchIndexStart; control <= (byte)AXRTouchScreenControl.TouchIndexEnd; control++)
{
if (cameraRig.inputStream.IsActive((byte)AXRInputDeviceID.TouchScreen, control) == false &&
cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.TouchScreen, control) == false)
{
continue;
}
if (i == index)
{
Touch touch = new Touch();
touch.fingerID = control;
byte state = 0;
cameraRig.inputStream.GetTouch2D((byte)AXRInputDeviceID.TouchScreen, control, ref touch.position, ref state);
if (cameraRig.inputStream.GetActivated((byte)AXRInputDeviceID.TouchScreen, control))
{
touch.phase = TouchPhase.Began;
}
else
{
switch ((AXRTouchPhase)state)
{
case AXRTouchPhase.Ended:
touch.phase = TouchPhase.Ended;
break;
case AXRTouchPhase.Canceled:
touch.phase = TouchPhase.Canceled;
break;
case AXRTouchPhase.Stationary:
touch.phase = TouchPhase.Stationary;
break;
case AXRTouchPhase.Moved:
touch.phase = TouchPhase.Moved;
break;
default:
Assert.IsTrue(false);
break;
}
}
return(touch);
}
else
{
i++;
}
}
return(new Touch {
fingerID = Touch.InvalidFingerID
});
}
// implements AirXRCameraRigMananger.EventHandler
public void AirXRCameraRigWillBeBound(int clientHandle, AirXRClientConfig config, List <AirXRCameraRig> availables, out AirXRCameraRig selected)
{
if (availables.Contains(_primaryCameraRig))
{
selected = _primaryCameraRig;
}
else if (availables.Count > 0)
{
selected = availables[0];
}
else
{
selected = null;
}
}
public void AirXRCameraRigHasBeenUnbound(AirXRCameraRig cameraRig)
{
}
public void AirXRCameraRigUserDataReceived(AirXRCameraRig cameraRig, byte[] data)
{
}
public static bool GetUp(AirXRCameraRig cameraRig, Button button)
{
switch (button)
{
case Button.LIndexTrigger:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisLIndexTrigger));
case Button.RIndexTrigger:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisRIndexTrigger));
case Button.LHandTrigger:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisLHandTrigger));
case Button.RHandTrigger:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.AxisRHandTrigger));
case Button.A:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonA));
case Button.B:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonB));
case Button.X:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonX));
case Button.Y:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonY));
case Button.Start:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonStart));
case Button.Back:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonBack));
case Button.LThumbstick:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonLThumbstick));
case Button.RThumbstick:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.ButtonRThumbstick));
case Button.LThumbstickUp:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DLThumbstick, AXRInputDirection.Up));
case Button.LThumbstickDown:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DLThumbstick, AXRInputDirection.Down));
case Button.LThumbstickLeft:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DLThumbstick, AXRInputDirection.Left));
case Button.LThumbstickRight:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DLThumbstick, AXRInputDirection.Right));
case Button.RThumbstickUp:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DRThumbstick, AXRInputDirection.Up));
case Button.RThumbstickDown:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DRThumbstick, AXRInputDirection.Down));
case Button.RThumbstickLeft:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DRThumbstick, AXRInputDirection.Left));
case Button.RThumbstickRight:
return(cameraRig.inputStream.GetDeactivated((byte)AXRInputDeviceID.Controller, (byte)AXRControllerControl.Axis2DRThumbstick, AXRInputDirection.Right));
default:
return(false);
}
}
public AirXRGameEventEmitter(AirXRCameraRig cameraRig)
{
_cameraRig = cameraRig;
}
public AirXRServerInputStream(AirXRCameraRig owner)
{
this.owner = owner;
}
