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dwm's xinerama support: tiling on two screens simultaneously. dwm is a minimalist dynamic window manager for the X Window System developed by Suckless that has influenced the development of several other X window managers, including xmonad [6] and awesome.
In computing, a dynamic window manager is a tiling window manager where windows are tiled based on preset layouts between which the user can switch. Layouts typically have a main area and a secondary area. The main area usually shows one window, but one can also change the number of windows in this area.
In computing, a tiling window manager is a window manager with the organization of the screen often dependant on mathematical formulas to organise the windows into a non-overlapping frame. This is opposed to the more common approach used by stacking window managers , which allow the user to drag windows around, instead of windows snapping into ...
When using Linux, or just about any open source operating system out there for that matter, there's a proverbial Santa's knapsack of graphical user interfaces (GUIs) available. When you boil this ...
awesome is a dynamic window manager for the X Window System developed in the C and Lua programming languages. Lua is also used for configuring and extending the window manager. Its development began as a fork of dwm, though has differed considerably since. [4] It aims to be extremely small and fast, yet extensively customizable.
KWin is a window manager for the X Window System and a Wayland compositor. [ 2 ] [ 3 ] It is released as a part of KDE Plasma , for which it is the default window manager. KWin can also be used on its own or with other desktop environments .
Comparison of extensible window managers compares window managers "extensible" by user scripts, like Sawfish, xmonad, etc. The Comprehensive List of Window Managers for Unix v
xmonad is a tiling window manager for the X Window system, implemented, configured and dynamically extensible in Haskell. This demonstration presents the case that software dominated by side effects can be developed with the precision and efficiency we expect from Haskell by utilising purely functional data structures, an expressive type system ...