Fun idea! The note mappings shown at the end of the article seem quite specific to producing the code written for the demo, but I could imagine a more general mapping. Velocity also allows for some interesting possibilities, such as uppercase/lowercase. Rather than mapping chords to individual letters, notes could map to letters and chords involving those letters could map to common patterns with the letters as mnemonics.
notes could map to letters and chords involving those letters could map to common patterns with the letters as mnemonics
This is the basic working principle of the stenotype, which enables extremely fast typing (200wpm+) but needs a lot of practice to learn. A MIDI keyboard does seem like an ideal input device for this, if anyone wants to take this idea further they could try to make it work with Plover (http://stenoknight.com/wiki/Main_Page )
Actually, a midi keyboard has a longer way from keyup to keydown because you need to express differences in the velocities.
Then again, many more people have midi keyboards than steno machines, so it might be worth the try to adapt it for plover.
An even more awesome idea would be to use something like the EWI or the Eigenharp pico as a steno device, since those are more portable than either a midi keyboard or a normal keyboard. Not sure about the Eigenharp, but for the EWI you'd have to use another firmware (than the current one which translates fingerings into single midi notes and doesn't support chording), which sadly puts it out of the frame.
watching it i thought the opposite would be better
playing the piano i would often struggle with not enough finger opening/movement.
i seeing how slow he 'typed' that code, i think the other way around would make more sense. i.e. learning the piano with a matrix keyboard.
We just need pressure sensitive switches. but after that, you would get much more agility. not to mention be able to play pieces that are impossible without 4 hands.
You're right, those particular mappings were mainly for demo purposes. I guess it would be quite inefficient to use the approach from the video on a regular basis. If I used it in real life, I'd probably map the keys to complex macros, unmapped IDE commands, or other features that are hard to memorize on a regular keyboard.
In addition to @JoshTriplett's idea about velocity, I guess knobs and faders might have some interesting applications too.
P.S. Btw, it's a "she", it's my colleague performing :)
Check out OSCulator if you're on a Mac.
http://www.osculator.net/
You can route MIDI, plus a number of other types of physical controllers like a Wii Remote to keyboard commands, mouse movements, AppleScripts, and more.
What's your motivation for making this comment? Do you actually think that this approach will change anyone's opinion on a subject you (clearly) feel very strongly about? Or are you just trying to post what you think the most passers-by will agree with, as loudly and as noticeably as possible?
As an aforementioned passerby, i laughed audibly when i read his comment. Then the irony of you calling out his sarcasm instead of the OP's comment slamming startup news was itself refreshing. Well done.
Interesting. I did something a little like this a while back. The way I worked it, it spanned two octaves, and chords in the lower octave determined a one-to-one mapping in the upper. It seemed about as usable as any unfamiliar keyboard, though I didn't play with it for more than about 20 minutes in total.
There's a lot of this sort of thing going on right now actually. I've been experimenting with dynamic interfaces on a tablet and found it to be strangely satisfying to have task-oriented controls come into view when they're likely to be needed.
I guess this is as sensible as the author's master thesis titled 'Adaptive Object-Oriented Architecture of Information Systems Based on High-Level Petri Nets', where apparently he ran out of keywords to put together.
Counting the number of words is, no doubt, a sensible way to assess the academic value of something. Sure, REST may sound better than 'Architectural Styles and
the Design of Network-based Software Architectures', but let's stick to http://ycombinator.com/newsguidelines.html, section "In Comments".
Typing via a mapping to the keys is a normal feature in some integrated synthesizers. E.g. the K2600 does it... certantly beats entering in labels for patches via a little wheel or 9-key.
I like the idea of using a MIDI trigger pad for things like keyboard shortcuts or text snippets. I'm sure you could make something similar on the cheap with an arduino.
