Thanks Doug,
Point taken about the Triplanar (adjusting depth as opposed to adding / removing fluid). Upon re-reading my post, I realized that I was a bit unclear.
Also, as far as doubling/halving is concerned, I was trying to refer to successive halvings and doublings and not just a single coarse swipe at the problem - a binary search technique to organize your problem solving approach and hopefully minimize the time to get to a fine adjustment.
Now, there's certainly the possibility that depending on the arm's damping design, there's a non-linear relationship - in the same way that changing the magnet spacing on the Schröder results in non-linear changes (the square of the distance and all that).
So, doubling the amount of silicone might have much more than twice the effect - whatever doubling means in terms of results that is, and for that matter, how you'd measure that.
My hat is indeed off to the "speedy one" for persevering in his damping of the Graham 2.2.
Cheers,
Thom @ Galibier
Point taken about the Triplanar (adjusting depth as opposed to adding / removing fluid). Upon re-reading my post, I realized that I was a bit unclear.
Also, as far as doubling/halving is concerned, I was trying to refer to successive halvings and doublings and not just a single coarse swipe at the problem - a binary search technique to organize your problem solving approach and hopefully minimize the time to get to a fine adjustment.
Now, there's certainly the possibility that depending on the arm's damping design, there's a non-linear relationship - in the same way that changing the magnet spacing on the Schröder results in non-linear changes (the square of the distance and all that).
So, doubling the amount of silicone might have much more than twice the effect - whatever doubling means in terms of results that is, and for that matter, how you'd measure that.
My hat is indeed off to the "speedy one" for persevering in his damping of the Graham 2.2.
Cheers,
Thom @ Galibier

