All,
I'll be away until Tuesday. What this means is that e-mail posted
by non-subscribers of mp3encoder will be delayed, as will new subscriber
requests to mp3encoder. I'll process these when I get back.
Warren
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Martin,
1) You can set the quality using the format.LHV1.nQuality parameter
2) To get ABR with You have to set the following parameters (using the
latest CVS code, it already
contains the modifcation you have suggested)
lameConfig.format.LHV1.nVbrMethod = VBR_METHOD_ABR
lameConfig.format.LHV1.bEn
I'd like to know the lame developer's opinion about the bitrate to chose to
have mp3s with no perceivable differences from the original (for 99% of
people, 100% is possible only with WAVs).
I always chose VBR q=2 or 3, in order to have a "medium" bitrate of 192-224.
I'm asking this to you becaus
There are two problems I have with the lame encoder DLL:
1. there is no way to set the Noise shaping & psycho acoustic algorithms:
corresponding to the comandline arguments of Lame
-q = 0...9. Default -q 5
-q 0: Highest quality, very slow
> Did you used gcc on MacOS X? or anything else ? or CodeWarrior on
> Classic
> MacOS ?
Since Amadeus is a Carbon app, I had to use CodeWarrior, but using gcc
should be easier (and it's free ;-) if you're on X.
Martin
HairerSoft
http://www.hairersoft.com/
Did you used gcc on MacOS X? or anything else ? or CodeWarrior on Classic
MacOS ?
---
Mete
- Original Message -
From: "Martin Hairer" <[EMAIL PROTECTED]>
To: <[EMAIL PROTECTED]>
Sent: Tuesday, July 30, 2002 11:37 AM
Subject: Re: [MP3 ENCODER] for Mac
> > Is there any effort to make la
> Is there any effort to make lame available for Macs? for PowerPC ?
Just recompile it... I've implemented it for my shareware Amadeus II.
Martin
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> There's some fixed point reference code which could probably be compiled
for
> the TI device. It's called shine... it doesn't have any psycho-acoustic
> model
Yes, there is Shine code available for fixed point. It could be a good
start, but please do not consider it as "reference code". It
Thank you for your advice.
I understood that part2_3_length is supposed to be the number of
substantial sound data.
Then, how can I calculate the size of total main data in *last* frame
in mp3 file? I think the following calculation is for non-last frame.
the size of main data = fram
John,
There's some fixed point reference code which could probably be compiled for
the TI device. It's called shine... it doesn't have any psycho-acoustic
model
Porting the lame code to a fixed pt. dsp (esp. a 16bit processor) is a BIG
task... I doubt you've got the time or resources...
Ma
Hi,
Is there any effort to make lame available for Macs? for
PowerPC ?
---Mete
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