Discuss.
If you think solely in terms of total motion vs force, one would expect that adjusting to a heavier mouse require higher sensitivity.
But if we account for forced deceleration, then shouldn't we aim for equivalence in "uncertainty" for momentum/position? Which would lead to lower sensitivity.
(uncertainty in terms of sensitivity to variations in your muscle output, not in the QM sense)
I think the main problem is the fact that we don't exactly know how our muscle memory works (Servo model? Motor model? Combination of both?)
Anecdotally it feels like the latter is true, but I would like to hear what you guys think.
If you think solely in terms of total motion vs force, one would expect that adjusting to a heavier mouse require higher sensitivity.
But if we account for forced deceleration, then shouldn't we aim for equivalence in "uncertainty" for momentum/position? Which would lead to lower sensitivity.
(uncertainty in terms of sensitivity to variations in your muscle output, not in the QM sense)
I think the main problem is the fact that we don't exactly know how our muscle memory works (Servo model? Motor model? Combination of both?)
Anecdotally it feels like the latter is true, but I would like to hear what you guys think.