private void onAirXRPlayerDestroyed(int playerID, AirXRServerMessage message)
{
var unboundCameraRig = _cameraRigList.GetBoundCameraRig(playerID);
if (unboundCameraRig != null)
{
if (unboundCameraRig.isStreaming && Delegate != null)
{
Delegate.AirXRCameraRigDeactivated(unboundCameraRig);
}
if (string.IsNullOrEmpty(unboundCameraRig.GetConfig().profileReportEndpoint) == false)
{
predictionEventHandler?.OnStopPrediction(unboundCameraRig);
}
unboundCameraRig.UnbindPlayer();
_cameraRigList.ReleaseCameraRig(unboundCameraRig);
if (Delegate != null)
{
Delegate.AirXRCameraRigHasBeenUnbound(unboundCameraRig);
}
}
}
private void onAirXRPlayerUserDataReceived(int playerID, AirXRServerMessage message)
{
var cameraRig = _cameraRigList.GetBoundCameraRig(playerID);
if (cameraRig != null && Delegate != null)
{
Delegate.AirXRCameraRigUserDataReceived(cameraRig, message.Data_Decoded);
}
}
private void onAirXRPlayerProfileCBOR(int playerID, AirXRServerMessage message)
{
var cameraRig = _cameraRigList.GetBoundCameraRig(playerID);
if (cameraRig == null)
{
return;
}
predictionEventHandler?.OnProfileDataReceived(cameraRig, message.Data_Decoded);
}
private void onAirXRPlayerDeactivated(int playerID, AirXRServerMessage message)
{
var cameraRig = _cameraRigList.GetBoundCameraRig(playerID);
if (cameraRig != null && Delegate != null)
{
Delegate.AirXRCameraRigDeactivated(cameraRig);
}
updateApplicationTargetFrameRate();
}
private void onAirXRMediaStreamStopped(AirXRServerMessage message)
{
onStopRender();
disableCameras();
_mediaStreamJustStopped = true; // StopCoroutine(_CallPluginEndOfFrame) executes the routine one more in the next frame after the call.
// so use a flag to completely stop the routine.
GL.IssuePluginEvent(AXRServerPlugin.ResetStreams_RenderThread_Func, AXRServerPlugin.RenderEventArg((uint)playerID));
inputStream.Stop();
}
private void onAirXRMediaStreamInitialized(AirXRServerMessage message)
{
Assert.IsNull(mediaStream);
initializeCamerasForMediaStream();
AXRServerPlugin.SendCameraClipPlanes(playerID, cameras[0].nearClipPlane, cameras[0].farClipPlane);
mediaStream = new AirXRServerMediaStream(playerID, _config, cameras.Length);
GL.IssuePluginEvent(AXRServerPlugin.InitStreams_RenderThread_Func, AXRServerPlugin.RenderEventArg((uint)playerID));
inputStream.Init();
}
private void onAirXRMediaStreamCleanedUp(AirXRServerMessage message)
{
Assert.IsNotNull(mediaStream);
inputStream.Cleanup();
GL.IssuePluginEvent(AXRServerPlugin.CleanupStreams_RenderThread_Func, AXRServerPlugin.RenderEventArg((uint)playerID));
mediaStream.Destroy();
mediaStream = null;
foreach (Camera cam in cameras)
{
cam.targetTexture = null;
}
}
private void onAirXRPlayerCreated(int playerID, AirXRServerMessage message)
{
var selected = notifyCameraRigWillBeBound(playerID);
if (selected != null)
{
_cameraRigList.RetainCameraRig(selected);
selected.BindPlayer(playerID);
AXRServerPlugin.AcceptPlayer(playerID);
var config = selected.GetConfig();
if (string.IsNullOrEmpty(config.profileReportEndpoint) == false &&
string.IsNullOrEmpty(config.motionOutputEndpoint) == false)
{
predictionEventHandler?.OnStartPrediction(selected, config.profileReportEndpoint, config.motionOutputEndpoint);
}
}
else
{
AXRServerPlugin.Disconnect(playerID);
}
}
private void onAirXRProfilerReportReceived(int playerID, AirXRServerMessage message)
{
Debug.Log(string.Format("profiler report: fps {0:0.0} ({1}/{2:0.000}), avg latency: overall {3:0.000} = network {4:0.000} + decode {5:0.000}",
message.FrameCount / message.Duration, message.FrameCount, message.Duration,
message.AvgOverallLatency, message.AvgNetworkLatency, message.AvgDecodeLatency));
}
private void onAirXRProfilerFrameReceived(int playerID, AirXRServerMessage message)
{
//Debug.Log(string.Format("profiler frame: latency: overall {0:0.000} = network {1:0.000} + decode {2:0.000}",
// message.OverallLatency, message.NetworkLatency, message.DecodeLatency));
}
private void onAirXRSessionDisconnected(int playerID, AirXRServerMessage message)
{
AirXRServer.NotifyClientDisconnected(playerID);
}
private void onAirXRPlayerShowCopyright(int playerID, AirXRServerMessage message)
{
Debug.Log("(C) 2016-present onAirXR. All right reserved.");
}
private void onAirXRMediaStreamSetCameraProjection(AirXRServerMessage message)
{
updateCameraProjection(_config, message.CameraProjection);
}
private void onAirXRMediaStreamEncodeVideoFrame(AirXRServerMessage message)
{
_encodeVideoFrameRequested = true;
}
private void onAirXRMediaStreamStarted(AirXRServerMessage message)
{
startToRenderCamerasForMediaStream();
inputStream.Start();
}
protected override AXRMessage ParseMessageImpl(IntPtr source, string message)
{
return(AirXRServerMessage.Parse(source, message));
}
