void Start()
{
_synchronizationContext = new SimpleAutomaticSynchronizationContext();
_synchronizationContext.MinimumDeltaDistance = _minimumDeltaDistance;
_synchronizationContext.ArTrustRange = _arTrustRange;
_synchronizationContext.UseAutomaticSynchronizationBias = _useAutomaticSynchronizationBias;
_synchronizationContext.SynchronizationBias = _synchronizationBias;
_synchronizationContext.OnAlignmentAvailable += SynchronizationContext_OnAlignmentAvailable;
_map.OnInitialized += Map_OnInitialized;
UnityARSessionNativeInterface.ARAnchorAddedEvent += AnchorAdded;
UnityARSessionNativeInterface.ARSessionTrackingChangedEvent += UnityARSessionNativeInterface_ARSessionTrackingChanged;
}
void Awake()
{
_alignmentStrategy.Register(this);
_synchronizationContext = new SimpleAutomaticSynchronizationContext();
_synchronizationContext.MinimumDeltaDistance = _minimumDeltaDistance;
_synchronizationContext.ArTrustRange = _arTrustRange;
_synchronizationContext.UseAutomaticSynchronizationBias = _useAutomaticSynchronizationBias;
_synchronizationContext.SynchronizationBias = _synchronizationBias;
_synchronizationContext.OnAlignmentAvailable += SynchronizationContext_OnAlignmentAvailable;
_map.OnInitialized += Map_OnInitialized;
// TODO: not available in ARInterface yet?!
//UnityARSessionNativeInterface.ARSessionTrackingChangedEvent += UnityARSessionNativeInterface_ARSessionTrackingChanged;
ARInterface.planeAdded += PlaneAddedHandler;
}
void Start()
{
_alignmentStrategy.Register(this);
_synchronizationContext = new SimpleAutomaticSynchronizationContext();
_synchronizationContext.MinimumDeltaDistance = _minimumDeltaDistance;
_synchronizationContext.ArTrustRange = _arTrustRange;
_synchronizationContext.UseAutomaticSynchronizationBias = _useAutomaticSynchronizationBias;
_synchronizationContext.SynchronizationBias = _synchronizationBias;
_synchronizationContext.OnAlignmentAvailable += SynchronizationContext_OnAlignmentAvailable;
_map.OnInitialized += Map_OnInitialized;
target = Instantiate(Resources.Load("target")) as GameObject;
target.transform.position = new Vector3(0, 0, 2);
// TODO: not available in ARInterface yet?!
//UnityARSessionNativeInterface.ARSessionTrackingChangedEvent += UnityARSessionNativeInterface_ARSessionTrackingChanged;
ARInterface.planeAdded += PlaneAddedHandler;
InstructionCanvas.Instance.SetInstruction(firstTarget);
}
void Awake()
{
Input.compass.enabled = true;
Input.location.Start(1f, 0.1f);//could be a problem? Since location parameters are not the same with Device Location Provider
_alignmentStrategy.Register(this);
_synchronizationContext = new SimpleAutomaticSynchronizationContext();
_synchronizationContext.MinimumDeltaDistance = _minimumDeltaDistance;
_synchronizationContext.ArTrustRange = _arTrustRange;
_synchronizationContext.UseAutomaticSynchronizationBias = _useAutomaticSynchronizationBias;
_synchronizationContext.SynchronizationBias = _synchronizationBias;
_synchronizationContext.OnAlignmentAvailable += SynchronizationContext_OnAlignmentAvailable;
_map.OnInitialized += Map_OnInitialized;
// TODO: not available in ARInterface yet?!
//UnityARSessionNativeInterface.ARSessionTrackingChangedEvent += UnityARSessionNativeInterface_ARSessionTrackingChanged;
ARInterface.planeAdded += PlaneAddedHandler;
//First Arrow
target = Instantiate(Resources.Load("target")) as GameObject;
target.transform.position = new Vector3(0, 0, 2);
//InstructionUXCanvas.Instance.SetInstruction(_firstTarget);
}
