v0.2.4

Improvements

• F13–F24 can be used as hotkey modifiers. Hold one of these keys and press
  another to form a combo (for example F13+H), the same way Ctrl or Alt work,
  bindable in config and the Settings recorder. A key used this way is consumed
  by LeopardWM and won't reach the focused app. F1–F12 remain keys only.
• Vertical monitor navigation for stacked displays. Focus or move the
  focused window to the monitor above or below, picked by physical position.
  New defaults: Ctrl+Alt+Win+Up/Down to focus, add Shift to move. Rebindable in
  Settings.
• Fullscreen now follows focus. Changing focus while a window is fullscreen
  keeps you in fullscreen and makes the newly focused window fullscreen, instead
  of dropping back to the tiled layout. Structural commands (moving columns or
  windows) still exit fullscreen.

Fixes

• Sticky tiled windows keep their width across workspace switches. A sticky
  window in the tiled layout was re-added at the default width every time you
  changed workspaces, shrinking it. It now carries its column width along.
• Windows that open maximized hold it better during a burst. An app opening
  several windows or tabs at once could briefly report a restored size and get
  tiled narrow. A just-opened maximized window now gets a short grace to
  re-assert maximize before the layout snaps it back.
• Progress and notification dialogs no longer get tiled. A window with a
  title bar but no minimize or maximize button (the typical dialog shape, like a
  file-copy or progress popup) is now left floating where it opens instead of
  taking a column, even when it is resizable. Add a window rule with the tile
  action to override this for a specific app.
• Higher-privilege windows are left floating instead of getting an empty
  column. When LeopardWM runs without administrator rights, Windows blocks it
  from moving a window that runs at a higher privilege level (an elevated or
  administrator window, or a protected process), so tiling one reserved a column
  that stayed empty, including when a saved layout restored such a window after a
  restart. These windows are now left floating, listed in lwm doctor, and
  announced with a notification. Run LeopardWM as administrator to tile elevated
  windows.
• A window no longer re-resizes itself every time you switch to a workspace.
  When a workspace's column was saved narrower than a window's minimum width, the
  window kept snapping back to its minimum on each switch to that workspace. The
  layout now confirms the window's real minimum and widens the column to fit, so
  it settles instead of fighting on every switch.
• A reopened app window no longer floats over the layout. A window the user
  dismissed quickly and the app then reopened (for example Edge's download popup)
  could be left floating on top of the tiled layout on every workspace. Only
  genuinely frameless popups (notification toasts) are now treated as transient;
  a real window is re-tiled normally.
• A new window no longer draws over a fullscreen window. While a window was
  fullscreen, a newly opened window was placed behind it in the layout but still
  rendered on top. The new window now stays behind, and the fullscreen window
  keeps focus and stays on top until you leave fullscreen.
• Edit Config opens on the workspace you are on. A single-instance editor
  (like VS Code) reuses an existing window, so clicking Edit Config could switch
  you to whichever workspace that window was on. The config file is now pulled to
  your current workspace instead.
• Windows keep their size and position when moved between workspaces. Moving
  a resized window to another workspace re-tiled it at the default width, and
  moving it back never restored where it had been. A moved window now keeps its
  column width, and on return it lands back on its original column.
• The overview overlay stays put when an Alt-drag tool grabs it. A
  third-party Alt-drag window mover (such as AltSnap) could drag the overview
  overlay out of place while it was open. The overlay now holds its position for
  as long as it is shown.
• The layout survives a monitor sleeping or being unplugged. When a screen
  powered off long enough to drop from Windows, its windows were flattened onto
  the primary monitor at default widths and never restored, so the layout looked
  reset by morning. A disconnected monitor's layout is now saved and restored
  when it returns, matched by a stable device name. Its windows stay usable on
  the primary monitor while it is away and snap back on reconnect.
• Switching workspaces no longer leaves ghost windows on battery. On battery
  or in Windows power saver, LeopardWM turns off animations, but the outgoing
  workspace's windows were only hidden as part of that animation, so they stayed
  on screen. They are now hidden immediately when animations are off. A new
  reduce_motion_on_battery setting under [animation] (default true) keeps
  animations off on battery to save power; set it false to keep them running.