// Private
//private Camera _camera = null;
private void Start()
{
instance = this;
gameObject.SetActive(false);
//_camera = GetComponentInChildren<Camera>();
}
// Use this for initialization
IEnumerator Start()
{
switch (simulationMode)
{
case SimulationMode.A:
yield return(LoadGalaxyMapRoutine("GalaxyMapA"));
break;
case SimulationMode.B:
yield return(LoadGalaxyMapRoutine("GalaxyMapB"));
break;
case SimulationMode.C:
yield return(LoadGalaxyMapRoutine("GalaxyMapC"));
break;
}
GalaxyMapNode defaultNode = GalaxyMapVisual.GetDefaultNode();
if (defaultNode == null)
{
defaultNode = FindObjectOfType <GalaxyMapNode>();
}
yield return(LoadSolarSystemSceneRoutine(defaultNode.name));
ship = Instantiate(shipPrefab, transform).GetComponent <Ship>();
ship.Setup(this);
StartingLocation startingLocation = FindObjectOfType <StartingLocation>();
externalCamera = Instantiate(externalCameraPrefab, transform).GetComponent <ExternalCamera>();
externalCamera.Setup(ship.transform);
DynamicObjectsRoot = new GameObject("DynamicObjectsRoots").transform;
DynamicObjectsRoot.SetParent(transform);
}
public override void Open()
{
if (Application.platform != RuntimePlatform.Android && Application.platform != RuntimePlatform.IPhonePlayer)
{
throw new UIPopupException(typeof(CustomCameraSource) + " not available under " + Application.platform);
}
willOpen = true;
CameraDevice.requestPermissions(EasyARController.Scheduler, (Action <PermissionStatus, string>)((status, msg) =>
{
if (!willOpen)
{
return;
}
#if !UNITY_EDITOR && UNITY_ANDROID
externalCamera = new AndroidJavaObject("com.example.externalcamera.ExternalCameraSample");
externalCamera.Call <bool>("open");
cameraCallback = new CameraCallback(dataWrapper =>
{
if (sink == null)
{
return;
}
var byteArray = dataWrapper.Get <AndroidJavaObject>("Buffer");
var jniByteArray = byteArray.GetRawObject();
var buffer = JniUtility.wrapByteArray(jniByteArray, true, () => { byteArray.Dispose(); });
var format = (PixelFormat)externalCamera.Call <int>("getPixelFormat");
var param = dataWrapper.Get <AndroidJavaObject>("camParams");
int orientation = param.Call <int>("getOrientation");
int cameraType = param.Call <int>("getCameraType");
double timestamp = param.Call <long>("getTimestamp") * 1e-9;
var imageWidth = param.Call <int>("getWidth");
var imageHeight = param.Call <int>("getHeight");
var imageSize = new Vector2(imageWidth, imageHeight);
HandleSink(buffer, format, imageSize, orientation, cameraType, timestamp);
});
#elif !UNITY_EDITOR && UNITY_IOS
externalCamera = new ExternalCamera();
externalCamera.open();
cameraCallback = (data, len) =>
{
var buffer = Buffer.wrap(data, len, () => { });
var format = PixelFormat.YUV_NV12;
var orientation = externalCamera.getOrientation();
var cameraType = externalCamera.getCameraType();
var imageWidth = externalCamera.getImageWidth();
var imageHeight = externalCamera.getImageHeight();
var timestamp = externalCamera.getTimestamp();
var imageSize = new Vector2(imageWidth, imageHeight);
HandleSink(buffer, format, imageSize, orientation, cameraType, timestamp);
};
#endif
if (enabled)
{
OnEnable();
}
}));
}