public void SetArPlaneDetectionMode(int mode) // Not using!
{
return; // Not using!
//DetectionMode mode = DetectionMode.Everything;
switch (mode)
{
case 0:
planeDetectionMode = PlaneDetectionMode.None;
SetPlaneDetection(false);
break;
case 1:
planeDetectionMode = PlaneDetectionMode.Horizontal;
SetPlaneDetection(true);
break;
case 2:
planeDetectionMode = PlaneDetectionMode.Vertical;
SetPlaneDetection(true);
break;
case 3:
planeDetectionMode = PlaneDetectionMode.Horizontal | PlaneDetectionMode.Vertical;
SetPlaneDetection(true);
break;
}
planeManager.detectionMode = planeDetectionMode;
}
public static MLPlanesQueryFlags ToMLPlaneQueryFlags(this PlaneDetectionMode planeDetectionMode)
{
var outFlags = MLPlanesQueryFlags.None;
if ((planeDetectionMode & PlaneDetectionMode.Horizontal) != 0)
{
outFlags |= MLPlanesQueryFlags.Horizontal;
}
if ((planeDetectionMode & PlaneDetectionMode.Vertical) != 0)
{
outFlags |= MLPlanesQueryFlags.Vertical;
}
return(outFlags);
}
static internal extern void UnityARKit_Planes_SetRequestedPlaneDetectionMode(PlaneDetectionMode mode);
static void UnityARCore_planeTracking_setPlaneDetectionMode(
PlaneDetectionMode mode)
{
}
static extern void SetRequestedPlaneDetectionMode(PlaneDetectionMode mode);
static internal void UnityARKit_Planes_SetRequestedPlaneDetectionMode(PlaneDetectionMode mode)
{
throw new System.NotImplementedException(k_ExceptionMsg);
}
static extern void UnityARKit_planes_setPlaneDetectionMode(PlaneDetectionMode mode);
static void UnityARKit_planes_setPlaneDetectionMode(PlaneDetectionMode mode)
{
}
