About Articles Projects Links Apps Feed

Mastering the keyboard

The following article deals with techniques to optimize comfort and speed using a computer.

Touch typing

Writing text holds a central part in our use of computers: e-mails, searching, web browsing, programming, configuring, etc.

Touch typing is the art of typing (fast) without having to look at the keyboard. This is a skill that is surprisingly left aside, even by professionals. I believe it to be a big time saver, while alleviating the frustration of too much stuttering and too many typos.

Touch typing can be trained in a fairly short amount of time. One way would be to use a trainer program such as GNU Typist. It is straightforward to go through the various lessons and the result will be immediately noticeable.

Touch typing is highly dependent on the keyboard layout (a.k.a. keymap), so you might want to choose the keymap wisely before starting the training. Read on for tips on keymaps.

Mouse-less control

The mouse use has increased tremendously since the rise of graphical user interfaces. Mostly for illegitimate reasons. Do we really need a mouse to select objects or to toggle buttons?

The mouse proves to be poor at selecting text. How many times have you tried to select a sentence and missed the last letter? It is equally bad at selecting objects. When it comes to interact with the user interface, it is usually faster to use keyboard shortcuts. Well, we call them “shortcuts” for a reason…

The use of a mouse makes sense when there is a need for a continuous input, such as in graphics design, video games, etc.

Home row vs. arrows

The home row refers to the center row of the alphabetical part of the keyboard, that is, the characters asdf…jkl; on a QWERTY keyboard. The standard position is when the index fingers rest on the characters f and j on a QWERTY keyboard. Those letters usually come with a bump to make them distinguishable without looking.

Moving hands from the home row to the arrows back and forth can be a small waste of time that quickly stacks up. The time required for the “context switch” of the hand disturbs the flow.

Arrows tend to be omnipresent when it comes to “regular” text editing or interface navigation. Now there are various changes we can make to the environment so that the navigation bindings stick around the home row.

First of, you may consider switching your text editor for one that allows navigation without arrows. Famous examples include Emacs and Vim.

The window manager can have limited bindings to such an extent that it forces the use of arrows or the mouse. Decent window managers usually feature full keyboard control. Popular examples include Awesome and i3.

Web browsers have become more and more dominant in our use of computers. The way the World Wide Web was designed has put emphasis on the mouse, so that it is now almost impossible to browse the web without a mouse. Which might be a sign for poor design from the ground up. But let’s not drift off too much. It is still possible to use a graphical web browser while making best use of the keyboard thanks to the “hint” feature. Many Webkit-based browsers offer this feature. It is also possible to edit any field using your favourite editor, which greatly alleviates the need for a mouse and arrows.

If you have got the chance to witness a hardcore geek with proper touch typing skills and a keyboard / home row centered environment, you will be amazed by how many actions per minute that geek can perform!

Caps-Lock switch

The Caps-Lock key is very accessible albeit little used. On the other hand, the use frequency of keys such as Control or Escape is much higher (in particular when using the Emacs or Vim text editors).

Therefore it is very recommended to swap Caps-Lock with the key you use most. There are several ways of doing this, read on for an example.

This is one of the keymap tweaks that will save you most from wrecking your hands with some carpal tunnel syndrome.

International custom keymaps

Users of languages using a Latin-based alphabet should be familiar with the existence of a variety of “standard” keymaps out there: QWERTY (US, UK…), QWERTZ, AZERTY, to name a few.

If you find yourself writing in more than one language, you will often find the need to switch keymap so that you can write some special characters easily. This is a big mistake, as the context switch between the various layouts can be extremely disturbing and require minutes if not hours each time before feeling comfortable again.

Letters and punctuation often vary between keymaps. (AZERTY and QWERTY are good examples of this.) While additional special characters are welcome, the positional alteration of standard characters is not strictly necessary. So what if we would have a keymap that contains special characters for various languages at the same time? There is no such standard keymap, but it is possible to create one yourself.

Using one single custom keymap has the advantage of eliminating the context switch disturbance while providing direct access to all the desired special characters. Besides, it is possible to base the new keymap on QWERTY US, which has some inherent benefits:

  • Matching parentheses are next to each other. Punctuation tends to be reasonably accessible (e.g. , and . are unshifted).
  • It is the most widespread keymap, so when somebody wants to use your computer, chances are high they can type something.
  • Most importantly, some programs are ergonomically optimized for QWERTY US, such as Emacs and Vim.

Bonus for scientists: it is possible to add some common mathematical characters, such as or , which can be a big time saver when it comes to writing scientific documents.

Custom Xkb keymaps

Let’s move on to the details on how to load a custom layout for the X window system without needing administrative rights.

In the following, we will use the xkb folder as our workspace. This folder is arbitrary. Replace the keymap name custom with any unused name you like.

Create an xkb/custom.xkb file:

xkb_keymap {
    xkb_keycodes  { include "evdev+aliases(qwerty)" };
    xkb_types     { include "complete" };
    xkb_compat    { include "complete" };
    xkb_symbols   { include "pc+custom+inet(evdev)" };

    // Geometry is completely optional.
    // xkb_geometry  { include "pc(pc104)"  };

Fill in xkb/symbols/custom. This file is formatted just like every other Xkb symbol files, usually located in X11/xkb/symbols/ under /usr/share or /usr/local/share.

Finally, load the new keymap with

$ xkbcomp -I"xkb" "xkb/custom.xkb" $DISPLAY

For a concrete example, see my personal keymap. It is a superset of QWERTY US which covers almost every language in western Europe, with Caps-Lock and Control swapped.


Date: 2016-02-04 (Last update: 2018-08-11)

Made with Emacs 27.2 (Org mode 9.4.4)

Creative Commons License