Subject: [ecasound] Please remove me from the e-mail list
From: boudris (firstname.lastname@example.org)
Date: Mon Mar 06 2000 - 04:27:55 EET
First of all, thanks for creating such a cool tool. I just recently__________________________________________________ Do You Yahoo!? Talk to your friends online with Yahoo! Messenger. http://im.yahoo.com
discovered ecasound and before that I had been doing batch processing
using SoundForge in Windows...
In the man page for ecasound it states the following...
-ev Analyze sample data to find out how much the signal
can be amplified without clipping. The resulting
percent value can be used as a parameter to -ea and
-eas effects. Also prints a statistics table con-
taining info about stereo-image and how different
sample values are used.
Well, I've spent a couple of hours looking at examples and trying things
and I don't see how I can use the -ev option to use the resulting percent
value as a parameter to -eas. How would that be done?
Now, if some helpful soul wants to go a step beyond answering that
question, here is what I want to accomplish and also, how I had inteded to
I would like to rip my entire CD collection and encode it into mp3 format,
but I want to insure that the levels are the same. I already have my entire
CD collection in mp3, but I really hate it when the levels are so different
that I have to constantly adjust the volume on my PC.
My solution: pipe everything through compression and normalization filters.
Is this the correct approach? Any help on this process and how it can be
accomplished with ecasound is greatly appreciated. I noticed that there the
ecatools_normalize tool exists for normalization, but it seems to me that a
simple normalization step isn't going to assure consistent levels. I
believe a compression step is necessary to acomplish consistent levels...
Christopher Taylor <email@example.com> theDial
Director of Research and Development http://www.thedial.com/
3131 Elliott Ave, Suite 750 phone: (206) 352-8200 x2002
Seattle, WA 98121 cellular: (206) 409-3394
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