: A modern, sleek manager that brought the efficiency of i3 to Windows.
# Recalculate monitor area in case resolution changed self.monitor_area = self.get_workable_area() base_x = self.monitor_area['x'] base_y = self.monitor_area['y'] total_width = self.monitor_area['width'] total_height = self.monitor_area['height']
Once upon a time in the land of Redmond, the world was flat and messy. Users lived in a chaotic realm of , where spreadsheets buried emails and browser tabs played hide-and-seek behind heavy Photoshop canvases. This was the era of the "Stacking Window Manager," where the mouse was king and the "Alt-Tab" was a frantic prayer. The Problem: The Great Overlap A developer named windows tiling window manager
if __name__ == "__main__": main()
Here’s a useful, actionable piece on — focusing on practical options, setup tips, and core concepts. : A modern, sleek manager that brought the
| Action | Typical Key | |--------|--------------| | Cycle focus | Mod + h/j/k/l | | Swap windows | Mod + Shift + h/j/k/l | | Toggle floating | Mod + Space | | Change layout (stack vs. split) | Mod + Tab or Mod + r | | Move to workspace | Mod + 1..9 |
→ Disable tiling per app.
# Event Loop # Note: Python event hooks on Windows are tricky. # A robust implementation requires a C++ hook (SetWinEventHook). # We simulate this with a polling loop here.
commands: - name: "layout horizontal" command: "applyLayout horizontal" - name: "layout columns" command: "applyLayout columns @ 50% 50%" This was the era of the "Stacking Window
Unlike Linux (i3, Hyprland, Sway), Windows doesn’t natively do dynamic tiling. But with third-party tools, you can get automatic window resizing/snapping without mouse dragging. Benefits:
elif count == 2: # Split Vertical w_width = (total_width // 2) - (self.gap * 1.5) self.windows[0].move(base_x + self.gap, base_y + self.gap, w_width, total_height - (self.gap * 2)) self.windows[1].move(base_x + w_width + (self.gap * 2), base_y + self.gap, w_width, total_height - (self.gap * 2))