We don't have the or a/an in the Finnish language
Anyone remember the band The The? Probably not in Finland. ;-)
Steven Cook.
--
From: Olli Niemitalo o...@iki.fi
Sent: Monday, January 16, 2012 6:56 PM
To: A discussion list for music-related DSP
Dear all,
[[apologies for any cross-posting; please forward as appropriate]]
This April will see musicians, artists and coders come to London for a
festival of what can be done with the SuperCollider audio programming
environment.
Tickets are available from £70
Good afternoon from the intermittently snowy Northwest,
Assume a program that starts with initialization, then processes frames of
data in a loop. With each iteration of the loop a plot is generated.
Because several graphs are superimposed on this plot, I need to use the
hold on command. After
- Original Message -
From: Linda Seltzer lselt...@alumni.caltech.edu
To: music-dsp@music.columbia.edu
Sent: Wednesday, January 18, 2012 2:04 AM
Subject: [music-dsp] Matlab question - making avifile movies from plots
Good afternoon from the intermittently snowy Northwest,
hello
Good evening from snowy Washington State,
Those who know me personally know that my background in music DSP is via
the ATT Labs / Bell Labs signal processing culture. So for the first
time I have encountered the way recording studio engineers think about
measurements. They plot frequency
A reasonable and common reference operating level (that is, 0dB on the console
VU meters) is -20dbFS.
If you're plotting a filter frequency respionse, and label the Y axis so unity
gain reads -20dBFS, a recording engineer should be able to make sense of it.
-Alex
On Jan 17, 2012, at 10:34 PM,
My understanding is that different manufactureres have different voltage
levels that are assigned as 0dB.
Not exactly—it's worse than that ;-)
dB is a ratio, of course, and there are a couple of popular reference
standards. People sometimes talk about a device being +4 (dB) or -10 (dB).
The
Hi Linda
Some (possibly spurious) thoughts...
I'm confused about what you're actually trying to achieve by referencing
things relative to 0dBFS (which is measure of signal level relative to
digital full scale). You talk about frequency responses below, which are
expressed in terms of
