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In Reply to: RE: Sure posted by E-Stat on June 18, 2015 at 06:24:14
Not lower levels only but across the spectrum. Human hearing is most sensitive in the midrange but is less sensitive on either side of midrange.
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I looked at your F-M Wiki link, and thought it would useful to include a more detailed original version. This is from Knudson and Harris's "Acoustical Designing in Architecture", published by John Wiley & Sons, 1950. I highly recommend it.
Did you note the most important point about Figure 2.5?? This famous curve is only valid for PURE TONES. So, real music might look completely different than these famous curves but god only knows at this point what that might look like.
nt
That's the way humans have always perceived sound!
That doesn't answer the question about an ideal room curve.
Nothing more
There's no need to compensate with how humans hear. What varies in our innate perception has to do with level .
Perhaps you noticed the steeper curves as level falls.
Did I say there was a need to compensate how humans hear?
Perhaps I did notice...Your point?
in observing that variations in the F-L curves are due to level .
"It is an observation of how we hear at lower levels - whether that is a live event or from our music systems. "
My bad...lower levels, not lower frequencies.
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