

This is similar to using xrandr, separate Monitor section is needed for each screen. Monitor order in this command does not matter and the monitors need to be rearranged correctly after or before this command is executed.įor a more detailed explanation see this page. auto determines the size of the virtual display, setting this to auto will automatically create the correct size of the display array.

Openbox has been tested and works with this feature. Some desktop environments do not support this feature yet.
#Pmouse program connect 2 screens drivers
This is an updated version of what was possible with Xinerama and works with open source drivers and does not require an Xorg restart. Since randr version 1.5, it has been possible to combine monitors into one virtual display. left-of places the previous screen ( HDMI1) to the left of the specified screen ( VGA1). $ xrandr -output VGA1 -mode 1024x768 -output HDMI1 -mode 1920x1080 -left-of VGA1 VGA1 right of HDMI1 at fixed resolutions $ xrandr -output VGA1 -mode 1024x768 -pos 1920x0 -output HDMI1 -mode 1920x1080 -pos 0x0 right-of places the previous screen ( HDMI1) to the right of the specified screen ( VGA1). VGA1 left of HDMI1 at their preferred resolutions $ xrandr -output VGA1 -auto -output HDMI1 -auto -right-of VGA1 Some frequently used settings are described below. You may arrange your screens either relatively to each other (using the -right-of, -left-of, -above, -below options), or by absolute coordinates (using the -pos option note that in this case you usually need to know resolutions of your monitors). Note: This section assumes that you have read the xrandr page for basic info about xrandr. Today, X typically provides a single screen on a desktop or laptop. During the time of early development, the common configuration was a single running X that provided individual views to Xterminals on a time-sharing system. After about 35 years of development, tweaks, new features and ideas, it is generally acknowledged to be a bit of a beast. X Window System (X, X11) is the underlying graphical user interface (GUI) for most Unix/Linux computers that provide one.
