Am 27.03.2018 um 19:29 schrieb David Reaves:
If what you do involves material with an unusual spectral balance, and/or if
you use aggressive filter roll offs and/or you use something other than RMS
detection, then my assumptions may not be useful.
that is understood.
there are not many
This actually explains a few misconceptions I had in the past..
Both slopes are filed under "natural spectrum" in my mind.
Am 27.03.2018 um 19:16 schrieb robert bristow-johnson:>
> I believe thats equal energy on a -6dB/octave spectrum and gives figures
> very close
no, that's -3 dB/oct.
What I meant when I explained how I derived my crossover frequencies, was that
I used actual, typical program audio and **its own inherent spectral energy
density distribution** to determine empirically (over many months work)
generally where to set the frequencies.
Much typical
Original Message
Subject: Re: [music-dsp] bandsplitting strategies (frequencies) ?
From: "gm"
Date: Tue, March 27, 2018 6:10 am
To: music-dsp@music.columbia.edu
i keep dividing into equal bands on a log2 scale,
I believe thats equal energy on a -6dB/octave spectrum and gives figures
very close
to what David Reaves suggested the other day for 4 bands when you set
6300 Hz as the upper limit
and 150 Hz corner frequency for the bass band (or 45 Hz
gm wrote:
What are good frequencies for band splits? (2-5 bands)
For standard mastering applications there are norms for binoral and Equal Loudness Curve
related reasons. The well known PC software probably doesn't get there but it may be you
want to tune those frequencies based on the