I would argue, overall, it’s more efficient to aim for the former than the latter, especially if we are talking about the wide range of people who need to use a computer.
But I’m curious as to the “actions per minute” type of efficiency that people are talking about here. I’m an engineer, who has moved into computer programming. I would say the bottleneck for me is never that I have to move my hand to my mouse, but it’s always about thinking and planning. I feel like this “it’s so much more efficient” is viewing us as almost machines that are just trying to output actions, rather than think through and solve problems.
The net result was a populace that didn’t need support as much, because they were used to reading the docs. If a component died, the docs would tell you how to diagnose and fix it.
I think this is more of a problem that it went from an extremely niche thing, to something that almost everyone is required to use, rather than a move away from keyboard only. Or, maybe, the rise of the mouse opened the computer to everyone being able to use it, which is why it has become so ubiquitous.
I would argue, overall, it’s more efficient to aim for the former than the latter, especially if we are talking about the wide range of people who need to use a computer.
But I’m curious as to the “actions per minute” type of efficiency that people are talking about here. I’m an engineer, who has moved into computer programming. I would say the bottleneck for me is never that I have to move my hand to my mouse, but it’s always about thinking and planning. I feel like this “it’s so much more efficient” is viewing us as almost machines that are just trying to output actions, rather than think through and solve problems.
I think this is more of a problem that it went from an extremely niche thing, to something that almost everyone is required to use, rather than a move away from keyboard only. Or, maybe, the rise of the mouse opened the computer to everyone being able to use it, which is why it has become so ubiquitous.