| public static GetCurrentBounds ( Vector2i pos ) : IntRect | ||
| pos | Vector2i | |
| 리턴 | IntRect | |
public void ToggleFitToMonitorHeight()
{
UnforceAlwaysOnTop();
IntRect bounds;
if (FitToMonitorHeightAlternative)
{
bounds = ImageViewerUtils.GetCurrentWorkingArea(Window.Position);
}
else
{
bounds = ImageViewerUtils.GetCurrentBounds(Window.Position);
}
if (CurrentZoom == 1)
{
// Fit to Monitor Height
FitToMonitorHeight = true;
if (Image.Rotation == 90 || Image.Rotation == 270)
{
Zoom(1 + (((float)bounds.Height - Image.Texture.Size.X) / Image.Texture.Size.X), true);
}
else
{
Zoom(1 + (((float)bounds.Height - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
}
NextWindowPos = new Vector2i(NextWindowPos.X, 0);
}
else
{
// Full Size
FitToMonitorHeight = false;
Zoom(1, true);
NextWindowPos = new Vector2i(NextWindowPos.X < 0 ? 0 : NextWindowPos.X, NextWindowPos.Y < 0 ? 0 : NextWindowPos.Y);
}
if (Image.Texture.Size.X * CurrentZoom >= VideoMode.DesktopMode.Width)
{
NextWindowPos = new Vector2i(0, 0); // Position Window at 0,0 if the image is large (ie: a Desktop wallpaper)
}
else if (!FitToMonitorHeightAlternative)
{
ForceAlwaysOnTopNextTick = true;
}
AutomaticallyZoomed = false;
}
public void ResetImage()
{
Zoom(1f);
AutomaticallyZoomed = false;
FlippedX = false;
RotateImage(DefaultRotation);
// Force Fit To Monitor Height?
Vector2i imagePos = new Vector2i((int)NextWindowPos.X + ((int)Image.Texture.Size.X / 2), (int)NextWindowPos.Y + ((int)Image.Texture.Size.Y / 2));
IntRect currentBounds = ImageViewerUtils.GetCurrentBounds(imagePos);
if (Config.Setting_LimitImagesToMonitorHeight && Image.Texture.Size.Y > Image.Texture.Size.X && Image.Texture.Size.Y > currentBounds.Height)
{
// Fit to monitor height if it's higher than monitor height.
Zoom(1 + (((float)currentBounds.Height - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
FitToMonitorHeightForced = true;
}
// Center image or place in top-left corner if it's a large/wide image.
IntRect currentWorkingArea;
if (!FitToMonitorHeightForced)
{
currentWorkingArea = ImageViewerUtils.GetCurrentWorkingArea(imagePos);
}
else
{
currentWorkingArea = currentBounds;
}
if (Config.Setting_PositionLargeWideImagesInCorner && Image.Texture.Size.X * CurrentZoom > Image.Texture.Size.Y * CurrentZoom && Image.Texture.Size.X * CurrentZoom >= currentWorkingArea.Width)
{
NextWindowPos = new Vector2i(currentWorkingArea.Left, currentWorkingArea.Top);
}
else
{
NextWindowPos = new Vector2i(currentWorkingArea.Left + (currentWorkingArea.Width / 2) - ((int)(Image.Texture.Size.X * CurrentZoom) / 2), currentWorkingArea.Top + (currentWorkingArea.Height / 2) - ((int)(Image.Texture.Size.Y * CurrentZoom) / 2));
}
// Force Always on Top?
if (FitToMonitorHeightForced || (Image.Texture.Size.Y >= currentBounds.Height && Image.Texture.Size.X < currentBounds.Width))
{
ForceAlwaysOnTopNextTick = true;
}
}
private bool ChangeImage(string fileName)
{
Dragging = false;
Vector2u prevSize = new Vector2u(Image.Texture.Size.X, Image.Texture.Size.Y);
float prevRotation = Image.Rotation;
int prevDefaultRotation = DefaultRotation;
IntRect bounds = ImageViewerUtils.GetCurrentBounds(Window.Position +
new Vector2i((int)(Image.Texture.Size.X * CurrentZoom) / 2, (int)(Image.Texture.Size.Y * CurrentZoom) / 2));
if (AutomaticallyZoomed || FitToMonitorHeightForced)
{
// don't keep current zoom value if it wasn't set by user
AutomaticallyZoomed = false;
FitToMonitorHeightForced = false;
CurrentZoom = 1;
}
// Dispose of previous image
Image.Dispose();
Image = null;
GC.Collect(GC.MaxGeneration, GCCollectionMode.Forced);
// Load new image
if (!LoadImage(fileName))
{
return(false);
}
SFML.Graphics.View view = new SFML.Graphics.View(Window.DefaultView);
view.Center = new Vector2f(Image.Texture.Size.X / 2, Image.Texture.Size.Y / 2);
view.Size = new Vector2f(Image.Texture.Size.X, Image.Texture.Size.Y);
Window.SetView(view);
// Rotation
RotateImage(prevRotation == prevDefaultRotation ? DefaultRotation : (int)prevRotation, false);
// Smoothing
if (Image is AnimatedImage)
{
Image.Data.Smooth = Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_SmoothingMinImageSize ? false : Config.Setting_SmoothingDefault;
}
else
{
Image.Texture.Smooth = Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_SmoothingMinImageSize ? false : Config.Setting_SmoothingDefault;
}
bool wasFitToMonitorDimension = FitToMonitorHeightForced;
if (Config.Setting_LimitImagesToMonitor != Config.NONE)
{
// Fit to monitor height/width
int limit = Config.Setting_LimitImagesToMonitor;
if (limit == Config.AUTO)
{
if (bounds.Height < bounds.Width)
{
limit = Config.HEIGHT;
}
else
{
limit = Config.WIDTH;
}
}
if (limit == Config.HEIGHT && (FitToMonitorHeight || CurrentImageSize().Y *CurrentZoom > bounds.Height))
{
Zoom(1 + (((float)bounds.Height - CurrentImageSize().Y) / CurrentImageSize().Y), true);
bounds = ImageViewerUtils.GetCurrentBounds(NextWindowPos +
new Vector2i((int)(CurrentImageSize().X *CurrentZoom) / 2, (int)(CurrentImageSize().Y *CurrentZoom) / 2));
NextWindowPos = new Vector2i(NextWindowPos.X, bounds.Top);
if (!FitToMonitorHeight)
{
FitToMonitorHeightForced = true;
}
wasFitToMonitorDimension = true;
}
else if (limit == Config.WIDTH && CurrentImageSize().X *CurrentZoom > bounds.Width)
{
Zoom(1 + (((float)bounds.Width - CurrentImageSize().X) / CurrentImageSize().X), true);
bounds = ImageViewerUtils.GetCurrentBounds(NextWindowPos +
new Vector2i((int)(CurrentImageSize().X *CurrentZoom) / 2, (int)(CurrentImageSize().Y *CurrentZoom) / 2));
NextWindowPos = new Vector2i(bounds.Left, NextWindowPos.Y);
AutomaticallyZoomed = true;
wasFitToMonitorDimension = true;
}
}
if (!wasFitToMonitorDimension)
{
if (FitToMonitorHeightForced)
{
Zoom(1, true);
FitToMonitorHeightForced = false;
}
else if (Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) * CurrentZoom < Config.Setting_MinImageSize)
{
// Reisze images smaller than min size to min size
if (Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_MinImageSize)
{
AutomaticallyZoomed = true;
Zoom(Config.Setting_MinImageSize / Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y), true);
}
else
{
Zoom(1, true);
}
}
else
{
Zoom(CurrentZoom, true);
}
}
bounds = ImageViewerUtils.GetCurrentBounds(NextWindowPos +
new Vector2i((int)(Image.Texture.Size.X * CurrentZoom) / 2, (int)(Image.Texture.Size.Y * CurrentZoom) / 2));
// Position Window at top-left if the image is wide (ie: a Desktop Wallpaper / Screenshot)
// Otherwise, if image is hanging off monitor just center it.
if (Config.Setting_PositionLargeWideImagesInCorner && CurrentImageSize().X > CurrentImageSize().Y&& CurrentImageSize().X *CurrentZoom >= bounds.Width)
{
NextWindowPos = new Vector2i(bounds.Left, bounds.Top);
}
else if (!prevSize.Equals(Image.Texture.Size) && (NextWindowPos.X + (Image.Texture.Size.X * CurrentZoom) >= bounds.Left + bounds.Width ||
NextWindowPos.Y + (Image.Texture.Size.Y * CurrentZoom) >= bounds.Top + bounds.Height))
{
NextWindowPos = new Vector2i(bounds.Left + (int)((bounds.Width - (Image.Texture.Size.X * CurrentZoom)) / 2), bounds.Top + (int)((bounds.Height - (Image.Texture.Size.Y * CurrentZoom)) / 2));
}
// Force Always On Top Mode (so it's above the task bar) - will only happen if height >= window height
ForceAlwaysOnTopNextTick = true;
Window.SetTitle(fileName + " - vimage");
ContextMenu.Setup(false);
return(true);
}
public void ResetImage()
{
Zoom(1f);
AutomaticallyZoomed = false;
FlippedX = false;
RotateImage(DefaultRotation);
// Force Fit To Monitor Height?
Vector2i imagePos = new Vector2i((int)NextWindowPos.X + ((int)Image.Texture.Size.X / 2), (int)NextWindowPos.Y + ((int)Image.Texture.Size.Y / 2));
IntRect currentBounds = ImageViewerUtils.GetCurrentBounds(imagePos);
if (Config.Setting_LimitImagesToMonitor != Config.NONE)
{
// Fit to monitor height/width
int limit = Config.Setting_LimitImagesToMonitor;
if (limit == Config.AUTO)
{
if (currentBounds.Height < currentBounds.Width)
{
limit = Config.HEIGHT;
}
else
{
limit = Config.WIDTH;
}
}
if (limit == Config.HEIGHT && Image.Texture.Size.Y > currentBounds.Height)
{
Zoom(1 + (((float)currentBounds.Height - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
FitToMonitorHeightForced = true;
}
else if (limit == Config.WIDTH && Image.Texture.Size.X > currentBounds.Width)
{
Zoom(1 + (((float)currentBounds.Width - Image.Texture.Size.X) / Image.Texture.Size.X), true);
AutomaticallyZoomed = true;
}
}
if (Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_MinImageSize)
{
// Reisze images smaller than min size to min size
AutomaticallyZoomed = true;
Zoom(Config.Setting_MinImageSize / Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y), true);
}
// Center image or place in top-left corner if it's a large/wide image.
IntRect currentWorkingArea;
if (!FitToMonitorHeightForced)
{
currentWorkingArea = ImageViewerUtils.GetCurrentWorkingArea(imagePos);
}
else
{
currentWorkingArea = currentBounds;
}
if (Config.Setting_PositionLargeWideImagesInCorner && Image.Texture.Size.X * CurrentZoom > Image.Texture.Size.Y * CurrentZoom && Image.Texture.Size.X * CurrentZoom >= currentWorkingArea.Width)
{
NextWindowPos = new Vector2i(currentWorkingArea.Left, currentWorkingArea.Top);
}
else
{
NextWindowPos = new Vector2i(currentWorkingArea.Left + (currentWorkingArea.Width / 2) - ((int)(Image.Texture.Size.X * CurrentZoom) / 2), currentWorkingArea.Top + (currentWorkingArea.Height / 2) - ((int)(Image.Texture.Size.Y * CurrentZoom) / 2));
}
// Force Always on Top?
if (FitToMonitorHeightForced || (Image.Texture.Size.Y >= currentBounds.Height && Image.Texture.Size.X < currentBounds.Width))
{
ForceAlwaysOnTopNextTick = true;
}
}
public ImageViewer(string file)
{
IL.Initialize();
Graphics.Init();
// Extension supported?
if (!ImageViewerUtils.IsValidExtension(file, EXTENSIONS))
{
return;
}
// Save Mouse Position -> will open image at this position
Vector2i mousePos = Mouse.GetPosition();
// Get Image
LoadImage(file);
if (Image == null)
{
return;
}
// Load Config File
Config = new Config();
Config.Load(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "config.txt"));
if (Config.Setting_ListenForConfigChanges)
{
ConfigFileWatcher = new FileSystemWatcher(AppDomain.CurrentDomain.BaseDirectory, "config.txt");
ConfigFileWatcher.NotifyFilter = NotifyFilters.LastWrite;
ConfigFileWatcher.Changed += new FileSystemEventHandler(OnConfigChanged);
ConfigFileWatcher.EnableRaisingEvents = true;
}
// Create Context Menu
ContextMenu = new ContextMenu(this);
ContextMenu.LoadItems(Config.ContextMenu, Config.ContextMenu_Animation, Config.ContextMenu_Animation_InsertAtIndex);
ContextMenu.Setup(false);
// Create Window
Window = new RenderWindow(new VideoMode(Image.Texture.Size.X, Image.Texture.Size.Y), File + " - vimage", Styles.None);
Window.SetActive();
// Make Window Transparent (can only tell if image being viewed has transparency)
DWM_BLURBEHIND bb = new DWM_BLURBEHIND(false);
bb.dwFlags = DWM_BB.Enable;
bb.fEnable = true;
bb.hRgnBlur = new IntPtr();
DWM.DwmEnableBlurBehindWindow(Window.SystemHandle, ref bb);
bool _forceAlwaysOnTop = false;
// Get Bounds
IntRect bounds = ImageViewerUtils.GetCurrentBounds(mousePos);
// Resize Window
if (Config.Setting_LimitImagesToMonitor != Config.NONE)
{
// Fit to monitor height/width
int limit = Config.Setting_LimitImagesToMonitor;
if (limit == Config.AUTO)
{
if (bounds.Height < bounds.Width)
{
limit = Config.HEIGHT;
}
else
{
limit = Config.WIDTH;
}
}
if (limit == Config.HEIGHT && Image.Texture.Size.Y > bounds.Height)
{
Zoom(1 + (((float)bounds.Height - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
FitToMonitorHeightForced = true;
}
else if (limit == Config.WIDTH && Image.Texture.Size.X > bounds.Width)
{
Zoom(1 + (((float)bounds.Width - Image.Texture.Size.X) / Image.Texture.Size.X), true);
AutomaticallyZoomed = true;
}
}
if (Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_MinImageSize)
{
// Reisze images smaller than min size to min size
AutomaticallyZoomed = true;
Zoom(Config.Setting_MinImageSize / Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y), true);
}
// Use Texture Size * Zoom instead of Window.Size since it wouldn't have updated yet
Vector2i winSize = new Vector2i((int)(Image.Texture.Size.X * CurrentZoom), (int)(Image.Texture.Size.Y * CurrentZoom));
// Position Window
Vector2i winPos;
if (Config.Setting_PositionLargeWideImagesInCorner && CurrentImageSize().X > CurrentImageSize().Y&& CurrentImageSize().X *CurrentZoom >= bounds.Width)
{
// Position Window in top-left if the image is wide (ie: a Desktop Wallpaper / Screenshot)
winPos = new Vector2i(bounds.Left, bounds.Top);
}
else if (Config.Setting_OpenAtMousePosition)
{
// At Mouse Position
winPos = new Vector2i(mousePos.X - (int)(winSize.X / 2), mousePos.Y - (int)(winSize.Y / 2));
if (!FitToMonitorHeightForced)
{
if (winPos.Y < bounds.Top)
{
winPos.Y = 0;
}
else if (winPos.Y + winSize.Y > bounds.Height)
{
winPos.Y = bounds.Height - (int)winSize.Y;
}
}
else
{
winPos.Y = bounds.Top;
}
if (winPos.X < bounds.Left)
{
winPos.X = bounds.Left;
}
else if (winPos.X + winSize.X > bounds.Left + bounds.Width)
{
winPos.X = bounds.Left + bounds.Width - (int)winSize.X;
}
}
else
{
// At Monitor Center
IntRect monitorBounds = ImageViewerUtils.GetCurrentBounds(mousePos);
winPos = new Vector2i(monitorBounds.Left + (int)((monitorBounds.Width - winSize.X) / 2), monitorBounds.Top + (int)((monitorBounds.Height - winSize.Y) / 2));
}
Window.Position = winPos;
// Force Always On Top Mode (so it's above the task bar)
if (FitToMonitorHeightForced || (Image.Texture.Size.Y >= bounds.Height && Image.Texture.Size.X < bounds.Width))
{
_forceAlwaysOnTop = true;
}
// Defaults
// Rotation (some images have a rotation set in their exif data)
RotateImage(DefaultRotation, false);
// Smoothing
if (Image is AnimatedImage)
{
Image.Data.Smooth = Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_SmoothingMinImageSize ? false : Config.Setting_SmoothingDefault;
}
else
{
Image.Texture.Smooth = Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_SmoothingMinImageSize ? false : Config.Setting_SmoothingDefault;
}
// Backgrounds For Images With Transparency
BackgroundsForImagesWithTransparency = Config.Setting_BackgroundForImagesWithTransparencyDefault;
ForceAlwaysOnTopNextTick = _forceAlwaysOnTop;
Redraw();
NextWindowPos = Window.Position;
// Interaction
Window.Closed += OnWindowClosed;
Window.MouseButtonPressed += OnMouseDown;
Window.MouseButtonReleased += OnMouseUp;
Window.MouseWheelMoved += OnMouseWheelMoved;
Window.MouseMoved += OnMouseMoved;
Window.KeyReleased += OnKeyUp;
Window.KeyPressed += OnKeyDown;
// Loop
Stopwatch clock = new Stopwatch();
clock.Start();
while (Window.IsOpen())
{
// Add in some idle time to not thrash the CPU
Thread.Sleep(1);
if (CloseNextTick)
{
Window.Close();
break;
}
// Process events
Window.DispatchEvents();
if (ReloadConfigNextTick)
{
ReloadConfig();
ReloadConfigNextTick = false;
}
// Animated Image?
if (Image is AnimatedImage)
{
bool imageUpdated = Image.Update((float)clock.Elapsed.TotalMilliseconds);
if (!Updated && imageUpdated)
{
Update();
}
}
clock.Restart();
// Drag Window
if (Dragging)
{
Window.Position = new Vector2i(Mouse.GetPosition().X - DragPos.X, Mouse.GetPosition().Y - DragPos.Y);
}
// Update
if (Updated)
{
Updated = false;
Redraw();
Window.Position = NextWindowPos;
}
if (ForceAlwaysOnTopNextTick)
{
bounds = ImageViewerUtils.GetCurrentBounds(Window.Position);
if (Window.Size.Y >= bounds.Height && Window.Size.X < bounds.Width)
{
ForceAlwaysOnTop();
}
else
{
ForceAlwaysOnTopNextTick = false;
}
}
if (PreloadNextImageStart)
{
PreloadNextImage();
}
}
}
public void ToggleFitToMonitor(int dimension)
{
UnforceAlwaysOnTop();
IntRect bounds;
if (FitToMonitorAlt)
{
bounds = ImageViewerUtils.GetCurrentWorkingArea(Mouse.GetPosition());
}
else
{
bounds = ImageViewerUtils.GetCurrentBounds(Mouse.GetPosition());
}
if (CurrentZoom == 1)
{
// Fit to Monitor Height
if (dimension == Config.AUTO)
{
if (bounds.Height < bounds.Width)
{
dimension = Config.HEIGHT;
}
else
{
dimension = Config.WIDTH;
}
}
if (dimension == Config.HEIGHT)
{
FitToMonitorHeight = true;
if (Image.Rotation == 90 || Image.Rotation == 270)
{
Zoom(1 + (((float)bounds.Height - Image.Texture.Size.X) / Image.Texture.Size.X), true);
}
else
{
Zoom(1 + (((float)bounds.Height - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
}
NextWindowPos = new Vector2i(NextWindowPos.X, bounds.Top);
}
else if (dimension == Config.WIDTH)
{
FitToMonitorWidth = true;
if (Image.Rotation == 90 || Image.Rotation == 270)
{
Zoom(1 + (((float)bounds.Width - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
}
else
{
Zoom(1 + (((float)bounds.Width - Image.Texture.Size.X) / Image.Texture.Size.X), true);
}
NextWindowPos = new Vector2i(bounds.Left, NextWindowPos.Y);
}
}
else
{
// Full Size
FitToMonitorHeight = false;
FitToMonitorWidth = false;
Zoom(1, true);
NextWindowPos = new Vector2i(NextWindowPos.X < 0 ? 0 : NextWindowPos.X, NextWindowPos.Y < 0 ? 0 : NextWindowPos.Y);
}
if (CurrentImageSize().X *CurrentZoom >= bounds.Width)
{
NextWindowPos = new Vector2i(bounds.Left, bounds.Top); // Position Window at 0,0 if the image is large (ie: a Desktop wallpaper)
}
else if (!FitToMonitorAlt)
{
ForceAlwaysOnTopNextTick = true;
}
AutomaticallyZoomed = false;
}
private bool ChangeImage(string fileName)
{
Image.Dispose();
GC.Collect(GC.MaxGeneration, GCCollectionMode.Forced);
Dragging = false;
float prevRotation = Image.Rotation;
int prevDefaultRotation = DefaultRotation;
if (AutomaticallyZoomed)
{
// don't keep current zoom value if it wasn't set by user
AutomaticallyZoomed = false;
CurrentZoom = 1;
}
if (!LoadImage(fileName))
{
return(false);
}
SFML.Graphics.View view = new SFML.Graphics.View(Window.DefaultView);
view.Center = new Vector2f(Image.Texture.Size.X / 2, Image.Texture.Size.Y / 2);
view.Size = new Vector2f(Image.Texture.Size.X, Image.Texture.Size.Y);
Window.SetView(view);
// Rotation
RotateImage(prevRotation == prevDefaultRotation ? DefaultRotation : (int)prevRotation, false);
// Smoothing
if (Image is AnimatedImage)
{
Image.Data.Smooth = Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_SmoothingMinImageSize ? false : Config.Setting_SmoothingDefault;
}
else
{
Image.Texture.Smooth = Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) < Config.Setting_SmoothingMinImageSize ? false : Config.Setting_SmoothingDefault;
}
IntRect bounds = ImageViewerUtils.GetCurrentBounds(Window.Position);
if (Config.Setting_LimitImagesToMonitorHeight && (FitToMonitorHeight || (Image.Texture.Size.Y * CurrentZoom >= bounds.Height || (FitToMonitorHeightForced && Image.Texture.Size.Y >= bounds.Height))))
{
// Fit to monitor height if it's higher than monitor height (or FitToMonitorHeight is true).
Zoom(1 + (((float)bounds.Height - Image.Texture.Size.Y) / Image.Texture.Size.Y), true);
NextWindowPos = new Vector2i(NextWindowPos.X, bounds.Top);
if (!FitToMonitorHeight)
{
FitToMonitorHeightForced = true;
}
}
else if (FitToMonitorHeightForced)
{
Zoom(1, true);
FitToMonitorHeightForced = false;
}
else if (Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y) * CurrentZoom < Config.Setting_MinImageSize)
{
// Reisze images smaller than min size to min size
AutomaticallyZoomed = true;
Zoom(Config.Setting_MinImageSize / Math.Min(Image.Texture.Size.X, Image.Texture.Size.Y), true);
}
else
{
Zoom(CurrentZoom, true);
}
// Position Window at 0,0 if the image is wide (ie: a Desktop Wallpaper / Screenshot)
if (Config.Setting_PositionLargeWideImagesInCorner && Image.Texture.Size.X > Image.Texture.Size.Y && Image.Texture.Size.X * CurrentZoom >= VideoMode.DesktopMode.Width)
{
NextWindowPos = new Vector2i(0, 0);
}
// Force Always On Top Mode (so it's above the task bar) - will only happen if height >= window height
ForceAlwaysOnTopNextTick = true;
Window.SetTitle(fileName + " - vimage");
ContextMenu.Setup(false);
return(true);
}