private void DeviceOrientationMonitor_DeviceOrientationChanged(DeviceOrientationMonitor sender, DeviceOrientationChangedEventArgs args)
{
if (IsMonitoring)
{
ScreenOrientations previousOrientation = args.PreviousScreenOrientation;
ScreenOrientations currentOrientation = args.CurrentScreenOrientation;
if (previousOrientation != currentOrientation && ScreenOrientationChanged != null)
{
ScreenOrientationChanged.Invoke(sender, new ScreenOrientationChangedEventArgs(previousOrientation, currentOrientation));
}
}
}
public static void Reset()
{
width = (float)UnityEngine.Screen.width;
height = (float)UnityEngine.Screen.height;
depth = UnityEngine.Camera.mainCamera.farClipPlane;
min = (width < height) ? width : height;
dpi = (UnityEngine.Screen.dpi > 0) ? UnityEngine.Screen.dpi : 1f;
widthPhysical = width / dpi;
heightPhysical = height / dpi;
minPhysical = (widthPhysical < heightPhysical) ? widthPhysical : heightPhysical;
orientation = GetOrientation();
SetReferencePoints();
Logger.Debug(TAG, "Reset...");
}
private static void SetOrientation(ScreenOrientations newOrientation)
{
if (newOrientation != orientation)
{
switch (newOrientation)
{
case ScreenOrientations.PORTRAIT:
UnityEngine.Screen.orientation = UnityEngine.ScreenOrientation.Portrait;
break;
case ScreenOrientations.LANDSCAPE:
default:
UnityEngine.Screen.orientation = UnityEngine.ScreenOrientation.LandscapeLeft;
break;
}
}
}
public ScreenOrientationChangedEventArgs( ScreenOrientations previousOrientation, ScreenOrientations currentOrientation )
{
PreviousOrientation = previousOrientation;
CurrentOrientation = currentOrientation;
}
public ScreenOrientationChangedEventArgs(ScreenOrientations previousOrientation, ScreenOrientations currentOrientation)
{
PreviousOrientation = previousOrientation;
CurrentOrientation = currentOrientation;
}