/// <summary> Make the EditorWindow into a fullscreen window, with the option to show the top tabs. Opens the fullscreen window on the screen at a specified position. </summary>
private static Rect MakeFullscreenWindow(this EditorWindow editorWindow, bool hideTopToolbar, Vector2 atPosition)
{
var winRect = EditorDisplay.ClosestToPoint(atPosition).Bounds;
if (hideTopToolbar == true)
{
/*Move the top tab off the screen*/
winRect.y -= FS.topTabFullHeight;
winRect.height += FS.topTabFullHeight;
}
editorWindow.SetBorderlessPosition(winRect, hideTopToolbar);
#if UNITY_STANDALONE_WIN
//Fix positioning bug when monitors have differing scale
var sysDisplays = SystemDisplay.GetAllDisplays();
var fullscreenDisp = sysDisplays.ClosestToPoint(atPosition);
var mainWindowDisp = sysDisplays.WithMainWindow();
if (fullscreenDisp != mainWindowDisp)
{
//Check if there is a scaling difference between the main window display and the fullscreen display.
float fullscreenDispScale = fullscreenDisp.PixelWidth / fullscreenDisp.Bounds.width;
float mainWindowDispScale = mainWindowDisp.PixelWidth / mainWindowDisp.Bounds.width;
if (fullscreenDispScale != mainWindowDispScale)
{
//There is a scaling difference, so adjust the winRect to account for the scaling. (Because the window is positioned based on the scaling of the main window display).
float relativeScale = fullscreenDispScale / mainWindowDispScale;
winRect.x = winRect.x * relativeScale;
winRect.y = winRect.y * relativeScale;
winRect.width = winRect.width * relativeScale;
winRect.height = winRect.height * relativeScale;
}
editorWindow.SetBorderlessPosition(winRect, hideTopToolbar);
//Call system SetWindowPosition to make sure the window covers the taskbar
SystemDisplay.MakeWindowCoverTaskBar(editorWindow.GetWindowTitle(), fullscreenDisp);
//Hide the top toolbar if necessary.
editorWindow.SetToolbarVisibilityAtPos(winRect, hideTopToolbar, false);
}
#endif
return(winRect);
}
/// <summary>
/// Get all the displays which are attached to the desktop (As a List)
/// </summary>
public static List <EditorDisplay> GetAllDisplays()
{
EWFDebugging.StartTimer("GetAllDisplays");
List <EditorDisplay> allDisplays = new List <EditorDisplay>();
try
{
#if UNITY_EDITOR_OSX
//Get system displays
allDisplays = FromSystemDisplays(SystemDisplay.GetAllDisplays());
#else
allDisplays = FromSystemDisplays(SystemDisplay.GetAllDisplays());
//If couldn't find system displays, use backup method
if (allDisplays == null || allDisplays.Count < 1)
{
var desktopBounds = PrimaryDesktopResolution;
allDisplays = new List <EditorDisplay>();
//Find all the displays
var display = AddDisplayAtPoint(allDisplays, desktopBounds.center, true);
if (display != null)
{
AddContiguousDisplays(allDisplays, display);
}
}
#endif
}
catch (Exception e)
{
if (EWFDebugging.Enabled)
{
string err = "Failed to find all possible displays. " + e;
Debug.LogError(err);
EWFDebugging.LogError(err);
}
}
if (allDisplays.Count == 0)
{
/*Failed to find the displays, so add the primary Screen as a display*/
var display = new EditorDisplay(new Rect(0, 0, Screen.currentResolution.width, Screen.currentResolution.height));
allDisplays.Add(display);
}
//Sort screens by top-left to bottom-right
allDisplays.Sort(delegate(EditorDisplay a, EditorDisplay b)
{
bool aIsLess;
if (a.Bounds.y != b.Bounds.y)
{
aIsLess = a.Bounds.y < b.Bounds.y;
}
else
{
if (a.Bounds.x == b.Bounds.x)
{
return(0); //Equal
}
else
{
aIsLess = a.Bounds.x < b.Bounds.x;
}
}
return(aIsLess ? -1 : 1);
});
EWFDebugging.LogTime("GetAllDisplays", false);
EditorDisplay.allDisplays = allDisplays;
return(allDisplays);
}