Wait. Let me get this straight. Touchscreens, which are ideal for representing multiple user unterfaces in an intuitive way, but requiring constant visual contact are being replaced by a physical user interface that can be used by both touch, and memory? Why was touchscreen ever even a consideration for controls you're not looking at? Touchscreen is great for phones. It is awful for keyboards (see macbook pro). And i…
Well, it worked on Star Trek. Then again, that was addressed in a Voyager episode when Tom Paris designs the helm in their new runabout with old fashioned buttons and switches because he wanted to actually feel the controls much to Tuvok's dismay. Though, on a serious note, I work in industrial automation and user interfaces, aka HMI's have been touch oriented for quite some time. It was and still is common to see gr…
There's really no need to force this decision to go in either direction. Ever since I first heard of capacitive multitouch, going back to the timeframe before the first iPhone announcement, I've been waiting for someone to build 'stick-on' encoder knobs that the touchscreen controller can read.
These would simply take the form of a knob with a metal leaf or other polygonal electrode in its base, whose rotation could be sensed by code similar to that used to implement crappy 'virtual potentiometers' on existing touchscreens. The fixed part of the knob base would be epoxied or otherwise bonded directly to the screen surface, or perhaps held in place with some sort of frame.
Doesn't seem to have happened yet despite being an incredibly obvious (and inexpensive!) thing to do. Seems like the MIDI community would be all over something like this, even if no one else considered it worthwhile.