Triangular Buttons Make On-Screen Keyboards More Usable
As someone targeted for perpetual failure by the designers of most keyboards, I'm happy to read
The Register's report that "A British inventor has submitted a patent application for a wacky touchscreen keyboard design which, he claims, could spell the end for accidental key presses."
Is to get rid of the damned, usless, pain in the ass keycaps key.
As for the keyboard itself, seems I've seen that in some si-fi movie.
When Fascism comes to America, it will call itself Anti-Fascism, and tell you to give up your guns.
Just add unique bumps/shapes to the edges of the triangles, and you don't have to look while texting either. It would be quite a bit better than rectangular buttons, because as you slide your thumb around, the triangular gaps would make the shapes rather easy to "read" by feel. There - now if anyone wants prior art on the inevitable patent dispute over this basic idea, this post is the prior art you can say you derived your product from. Ryan Fenton
...based on the IP they acquired from FingerWorks. You can do really sophisticated error-correction if you're getting not only a stream of characters, but the exact location of the press, contact area, dwell time, and possibly more. So, with a virtual multi-touch keyboard, you can say "Okay, that looked like an R, but the contact was actually most of the way over toward E, and the previous two letters were T-H, so I'm going to go ahead and make it an E."
I know it'll rankle the manual-transmission crowd, but I've been using a FingerWorks keyboard for years, and most of the time, it's absolutely spooky how well the autocorrect works. (Just don't try high-intensity vi work.)
This reminds me of the klingon displays from startrek
Does using such an auto-correcting keyboard make it harder to type correctly when you move to a "normal" keyboard? Something bothers me about devices that train me to make more unaware mistakes.
It is easier to use; alas, it does the opposite of what you say. It doesn't train users to be more careful with their finger placements, it actually allows them to be less accurate. On a standard keyboard, if part of your finger strays outside the zone of the key you're trying to press, you end up also depressing the next key over too. On this keyboard, you do not. That's a boon for people who aren't so accurate with the placement of their fingers, but it'll make it harder for them to migrate to a standard, less-forgiving keyboard.
"Convictions are more dangerous enemies of truth than lies."
Exactly, and it just might work. They recently pulled a similar bevavioral trick in my apartment's car park: instead of painting white lines to separate the car slots, they painted grey rectangles on each space, more or less the width of a car so that there's seemingly a lot more dead space between slots. The result? I notice that people park their cars much more neatly now, and it's now rare to find a car parked so close you can't open your door anymore, even though each car still has the same space as before.
If construction was anything like programming, an incorrectly fitted lock would bring down the entire building...