****Instead one hears more of the structure of sound, and listens into the quality of instruments *and playing* quite a lot easier.****
Precisely. And speaking of instruments, this relates to what is being discussed and, while perhaps saying the same thing, approaches the issue more strictly from the "resonance" angle:
The saxophone and all woodwind instruments incorporate a series of levers and keys which remain open or closed due to the tension of a designated metal needle spring. Each key will remain in its "natural state" (open or closed) until the downward pressure of the player's fingers reverses it's natural state; either closes or opens it. The tension of each spring can be altered either by bending the spring a certain amount during the instrument's "setup" process or simply by using a lighter or heavier spring. The instrument will sound (and certainly feel to the player) more tonally coherent and with a more "right" timbre (which will affect even the perceived intonation (!)) if all the springs (upwards of twenty) have the same or similar tension.
Precisely. And speaking of instruments, this relates to what is being discussed and, while perhaps saying the same thing, approaches the issue more strictly from the "resonance" angle:
The saxophone and all woodwind instruments incorporate a series of levers and keys which remain open or closed due to the tension of a designated metal needle spring. Each key will remain in its "natural state" (open or closed) until the downward pressure of the player's fingers reverses it's natural state; either closes or opens it. The tension of each spring can be altered either by bending the spring a certain amount during the instrument's "setup" process or simply by using a lighter or heavier spring. The instrument will sound (and certainly feel to the player) more tonally coherent and with a more "right" timbre (which will affect even the perceived intonation (!)) if all the springs (upwards of twenty) have the same or similar tension.