RequiredComponents=openbox tint2 gnome-settings-daemon An example session file is provided below: Two files are required for a custom GNOME session: a session file in /usr/share/gnome-session/sessions/ which defines the components to be started and a desktop entry in /usr/share/xsessions which is read by the display manager. It is possible to create custom GNOME sessions which use the GNOME session manager but start different sets of components ( Openbox with tint2 instead of GNOME Shell for example). mkwlppr - This script creates XML files that can act as dynamic wallpapers for GNOME by referring to multiple wallpapers.For more information on creating such files, see the following article.Īlternatively, a number of tools are available to automate the process: This is done by creating an XML file specifying the pictures to be used and the time interval. GNOME can transition between different wallpapers at specific time intervals. Where value is a number between 1 and 100 (100 for maximum opacity). If you are using a transparent picture as your background, you can set the opacity by executing the following: $ gsettings set color-shading-type horizontal For instance, if you want a horizontal gradient, execute the following: Where is a hex value (such as ffffff for white).įor a colour gradient, you will also need to change secondary colour setting secondary-color and select a shading type. $ gsettings set picture-uri noneĪt this point, the desktop background should be a flat colour - the default colour setting is for a deep blue.įor a different flat colour you need only change the primary colour setting: For instance, the command below will set a non-existent picture as the background. To use custom colours and gradients for your desktop background, you will first need to set either a transparent picture or else a non-existent picture as your desktop background. Use custom colours and gradients for desktop background ![]() # if you want to figure out which hotkey belongs to which action try this: # Search for open_accels and nautilus_application_set_accelerators in:Īpp.set_accels_for_action( "win.back", ) ![]() ~/.local/share/nautilus-python/extensions/modify_keybindings.py import os, giįrom gi.repository import GObject, Nautilus, Gtk, Gio, GLib Install the package and add the following file: Since 3.15 it is not possible to use the accel file anymore, but it is possible to rebind keys by utilizing python-nautilus. You can unbind this key by running the command below: ![]() ![]() See /usr/share/X11/xkb/rules/xorg for all XkbOptions and /usr/share/X11/xkb/symbols/* for the respective descriptions.īy default, the Super key will open the GNOME Shell overview mode. Using the dconf-editor, navigate to the xkb-options key under the -sources schema and add desired XkbOptions (e.g. It can be changed by using one of the aforementioned tools to modify the switch-group key found in .keybindings. In GNOME Shell it is pre-configured to cycle through windows of an application, however it is also a hotkey often used in the Emacs editor. An example of particular note is the hotkey Alt+` (the key above Tab on US keyboard layouts). In order to change these keys, use dconf-editor or gsettings. However, certain hotkeys cannot be changed directly via Settings. Settings > Keyboard > Customize Shortcuts > Navigation > Hide all normal windows For example, to re-enable the show desktop keybinding: See Activating numlock on bootup#GNOME Hotkey alternativesĪ lot of hotkeys can be changed via GNOME Settings.
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