#Tkinter winfo screen width how to
#Tkinter winfo screen width full

Right now I have to set the root windows geometry to be 1 pixel smaller than the full monitor height or else it brings the window into fullscreen mode, removing the taskbar. w.winfoscreenwidth() Returns the width of the screen in pixels. This is usually 'truecolor' for 16- or 24-bit displays, 'pseudocolor' for 256-color displays. w.winfoscreenvisual() Returns a string that describes the display's method of color rendition. Top_menu_canvas_(image=window_button_image) w.winfoscreenmmwidth() Returns the width of the screen in millimeters. This is typically pseudocolor (for 256-color displays) or truecolor (for 16- or 24-bit displays). winfoscreenvisual() Get the visual type used for this widget. This may not be accurate on all platforms. Root.geometry('+'+str(current_mon.x)+'+'+str(current_mon.y)) winfoscreenmmwidth() Get the width of this widget’s screen, in millimetres. You can rate examples to help us improve the quality of examples. Root.geometry('%dx%d' % (current_mon.width,(current_mon.height-1))) These are the top rated real world Python examples of Tkinter.Tk.winfoscreenheight extracted from open source projects. Often, when working with Tkinter youll notice a certain amount of screen blur or low resolutions windows.

#Tkinter winfo screen width how to

I have a function defined for toggle maximize and window mode that's called by a button in the top menu bar: def toggle_max():Ĭurrent_mon = get_monitor(root.winfo_x(),root.winfo_y()) How to improve Tkinter window resolution. I want the window to fill the entire screen except for the OS taskbar. This has been working fine and dandy so far, however, I have a small issue with maximizing the window. Another way is to set the attribute of the parent window to True for full screen. use geometry () to move the window around. use winfoscreenheight () and winfoscreenwidth () to find out about the original screen. Like in, my case the resolution is 1920×1080 so, ws.geometry ('1920x1080) Here, 1920 is the width of the window and 1080 is the height. If we create and add new widgets interactively in the interpreter or add new widgets in response to other events, the window size adjusts. But sadly I do not know of the location of the other screen. To allow myself to build my own menu bar. If you know the screen resolution then you can directly provide height & width.

I've been working on an application for the last few days using Tkinter and opted to use root.overrideredirect(True)