Yes, in another comment I explained that many years ago I wrote a software package to map program functions to the F keys, which on my keyboard were arranged in 2 columns of 5 on the left. It was before putting them in a single row across the top became the standard. The software displayed a diagram showing the key functions, laid out in the same pattern as the physical keys. I found it very easy to get the hang of looking at this diagram and pressing the right button without looking at the keys. Each keypress brought up new options, basically a multilevel submenu system, but using the buttons was faster than moving a mouse around and clicking.
Of course the concept is very obsolete for normal computer keyboards because that f-key layout isn’t around anymore. But if the device had the buttons right under the screen the key functions could be displayed above them. I could see that “soft buttons” concept becoming popular.
That’s gonna mess with muscle memory.
not really. you’ll build muscle memory of the button sequence, if needed.
Yes, in another comment I explained that many years ago I wrote a software package to map program functions to the F keys, which on my keyboard were arranged in 2 columns of 5 on the left. It was before putting them in a single row across the top became the standard. The software displayed a diagram showing the key functions, laid out in the same pattern as the physical keys. I found it very easy to get the hang of looking at this diagram and pressing the right button without looking at the keys. Each keypress brought up new options, basically a multilevel submenu system, but using the buttons was faster than moving a mouse around and clicking.
Of course the concept is very obsolete for normal computer keyboards because that f-key layout isn’t around anymore. But if the device had the buttons right under the screen the key functions could be displayed above them. I could see that “soft buttons” concept becoming popular.