Humans hear and process sound in a non linear manner. Measurements can only approximate what and how we hear. They can even go farther and deeper into the weeds but by that time, out brains have already processed the sound and moved on, in real time.
One can capture the sound in real time and go back and retroactively process the values, signatures and other criteria of a sound and match it to what we hear. Again, our ears and brains have done it on the fly and are way past that, since they can differentiate and assess it with the help of millions of years of evolutionary processing prowess.
Before the advent of measurements, and our hubris, we did a hell of a job tuning instruments and playing music, as well as appreciating all the aspects of listening.
It's second nature for a trained ear to pick out differences that others would scratch their heads at. Being able to pick out concussive phenomena meters away that would escape our attention is misleading.
Take, for example, an electron microscope. It can "see" a hell of a lot better than we can for it's intended purpose, but it's severely limited in what it can see. I wouldn't go so far as to say that since it can see better than I can, at the microscopic level, I would want to drive my car using it.
Can anyone here say that, 10 years from now we'll not have better ways to measure sound? That we will not be able to learn more? Or, are we at the height of our abilities and there's nothing left to learn?
As for an accu-timer, it can measure the value, duration and time signature of a note, but how does it differentiate between the different kinds of notes if they're played the same way?
All the best,
Nonoise
One can capture the sound in real time and go back and retroactively process the values, signatures and other criteria of a sound and match it to what we hear. Again, our ears and brains have done it on the fly and are way past that, since they can differentiate and assess it with the help of millions of years of evolutionary processing prowess.
Before the advent of measurements, and our hubris, we did a hell of a job tuning instruments and playing music, as well as appreciating all the aspects of listening.
It's second nature for a trained ear to pick out differences that others would scratch their heads at. Being able to pick out concussive phenomena meters away that would escape our attention is misleading.
Take, for example, an electron microscope. It can "see" a hell of a lot better than we can for it's intended purpose, but it's severely limited in what it can see. I wouldn't go so far as to say that since it can see better than I can, at the microscopic level, I would want to drive my car using it.
Can anyone here say that, 10 years from now we'll not have better ways to measure sound? That we will not be able to learn more? Or, are we at the height of our abilities and there's nothing left to learn?
As for an accu-timer, it can measure the value, duration and time signature of a note, but how does it differentiate between the different kinds of notes if they're played the same way?
All the best,
Nonoise