![]() ![]() The latter can be achieved, somewhat, with the following example. The process usually takes matter of minutes, but is annoying when a user desires to attach a bigger screen to a computer for a simple event like watching a movie. There is nothing user friendly about the process. Xorg.0.log has to be read in order to get possible monitor resolutions, define a few modes with xrandr, and then choose a video mode with xrandr. This is annoying because it creates a debug situation. To achieve this goal, awesome has been designed as a framework window manager. X can precisely probe the screen devices, but xrandr will get/display the minimum resolution fitted to the smallest screen attached to the machine. awesome tries to complete these tools with what we miss: an extensible, highly configurable window manager. Xrandr-1.3 is a little deficient in this regard. This is a problem and appears to be a bug. This will enable xrandr to work properly. For instance, if the largest monitor is 1920x1080, enter 3840 2160 for Virtual. ![]() ![]() In other words, one physical computer, keyboard, mouse and display can be used to run multiple desktop sessions by one or more users. Open a single terminal window and it’ll be full-screen. They place your windows to make the most of the available real estate of your screen, or screens. More details about getting into the Linux shell here. Tiling window managers like i3 and Xmonad are a different breed of user interface altogether. Pressing Ctrl+Alt+F1 through F6 will drop you into a shell environment. If the x11-drivers/ati-drivers package is being used, to increase the Virtual in nf it must be an exact multiple of the highest resolution monitor. Function keys F1 through F6 give access to one of six Linux shell environments. ![]()
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