Consider this:
I use protective glasses when I ride a bicycle. Thier primary purpose is to avoid damage to my eyex form projectiles like bugs or gravel. They also keep my eyes from being dried out by the wind. They usuaully come with four sets of lenses.
1. Dark shades
2. Clear shades
3. Amber shades
4. Yellow shades
The dark shades are to filter out bright sunshade and UV rays.
The other shades also filter out UV but are designed for low light levels such as clouds/rain and dusk/dawn.
We see then that the shades are acting as filters.
Intuitively we would think that the clear glasses would aas the medium of least filter. That is if we wanted to see things as they are actually are we would choose that one. thhen we choose yellow for early morning light/dawn, amber for evening light. Dark glasses for the brightest sunlight. Nowdays we have glasses thaat automaticall adjust as the light changes.
certisnly then we can us gleasse to ditort our back to 20/20. We can also amplify light or decrease it to bring it back to "a normal range."It would appear then the optimal speaker would be the replica of the clear glasses. How then do we define the "clear glass speaker?"
If we try and transfer this to speakers Ideally we want the that lets the music through. Empiraclly we would
I use protective glasses when I ride a bicycle. Thier primary purpose is to avoid damage to my eyex form projectiles like bugs or gravel. They also keep my eyes from being dried out by the wind. They usuaully come with four sets of lenses.
1. Dark shades
2. Clear shades
3. Amber shades
4. Yellow shades
The dark shades are to filter out bright sunshade and UV rays.
The other shades also filter out UV but are designed for low light levels such as clouds/rain and dusk/dawn.
We see then that the shades are acting as filters.
Intuitively we would think that the clear glasses would aas the medium of least filter. That is if we wanted to see things as they are actually are we would choose that one. thhen we choose yellow for early morning light/dawn, amber for evening light. Dark glasses for the brightest sunlight. Nowdays we have glasses thaat automaticall adjust as the light changes.
certisnly then we can us gleasse to ditort our back to 20/20. We can also amplify light or decrease it to bring it back to "a normal range."It would appear then the optimal speaker would be the replica of the clear glasses. How then do we define the "clear glass speaker?"
If we try and transfer this to speakers Ideally we want the that lets the music through. Empiraclly we would