On Fri, 15 Sep 2000, Greg Wooledge wrote:
Most of you probably know this, but for those who don't:
BI = 2== Billion:10^12 (10^6*2)
TRI = 3 == Trillion: 10^18 (10^6*3)
In the US,
MONO = 1 == Million = 10^6 (10^3 * 10^(3*1))
BI = 2 == Billion = 10^9
On Wed, 13 Sep 2000, Arne Zellentin wrote:
I think it's not the estimated time of arrival, but the remaining
time until arrival. RTUA?
Actually I think it's Estimated time _to_ arrival. Ofs and tos are quite
often left out of acronyms. I'm not sure but I think I've also seen ETA with
the
Francois du Toit ([EMAIL PROTECTED]) wrote:
Most of you probably know this, but for those who don't:
BI = 2== Billion:10^12 (10^6*2)
TRI = 3 == Trillion: 10^18 (10^6*3)
In the US,
MONO = 1 == Million = 10^6 (10^3 * 10^(3*1))
BI = 2 == Billion = 10^9 (10^3 *
There are two possiblities for display update frequency:
1st)
#define I_HAVE_NEVER_SEEN_LAME_ON_A_486_100_OR_A_ATHLON_1000
and display updates every 50 frames (MPEG-1) or 100 frames (MPEG-2)
(Why this differences?)
This difference is probably because in mpeg-1 there are
Jaroslav Lukesh wrote:
| Another question:
| What is ETA? A basque terror organization? I don't found it in any
printed
| dictionary, also not in the big webster I bought in England. But you find
| nearly all C keywords in it ;-)
|
|
| eta: the 7th letter of the Greek alphabet -- H or n
Frank Klemm wrote:
On Tue, Sep 12, 2000 at 12:25:46PM +0200, Gabriel Bouvigne wrote:
FhG forces 48 kHz on 320 kbps. Maybe to bring the bits/granule ratio to the
right place.
But in VBR mixed sampling rates are fordidden.
Also in CBR.
I recall seeing a test bitstream with
Frank, your are missing a third option:
PROJECT_MAINTAINER_DOES_NOT_CARE_AND DOES_NOT_WANT_THIS_CODE_IN_LAME
The display is updated every 50 frames. It is simple
and works well enough.
I want this type of code kept to an absolute minimum since this kind
of stuff really belongs in the front
::
:: Frank, your are missing a third option:
::
:: PROJECT_MAINTAINER_DOES_NOT_CARE_AND DOES_NOT_WANT_THIS_CODE_IN_LAME
::
:: The display is updated every 50 frames. It is simple
:: and works well enough.
::
:: I want this type of code kept to an absolute minimum since this kind
::
:: This also prevents lame from update frequencies in the range of
:: 50...60 Hz
:: (resulting in additional hum!) on Athlon 1000 systems coding mono,
:: low
:: quality MPEG-2 files. Sounds worse.
::
:: Are you saying (I hope say is correct) that on fast systems,
The 4 examples I brought were POSSIBLE information you have after coding a
PCM file. These are possible scenarios after you have coding files.
You've tried to do your very best and you see after coding it wasn't.
Real world examples and exercises:
After coding with -V0 you got:
--snip--
There are two possiblities for display update frequency:
1st)
#define I_HAVE_NEVER_SEEN_LAME_ON_A_486_100_OR_A_ATHLON_1000
and display updates every 50 frames (MPEG-1) or 100 frames (MPEG-2)
(Why this differences?)
2nd)
Do not define
On Tue, Sep 12, 2000 at 12:25:46PM +0200, Gabriel Bouvigne wrote:
In both cases I think ( I didn't really calculate) the size increase should
be something around 5%.
Wrong. For the slight increase ca. 0.1%, for the more harder ca. 1%.
Yes, it's tolerable, but I personnaly don't think
ETA - Estimated time of arrival.
kind of obscure :)
mark stephens
- Original Message -
From: "Frank Klemm" [EMAIL PROTECTED]
To: [EMAIL PROTECTED]
Sent: Tuesday, September 12, 2000 4:00 PM
Subject: Re: [MP3 ENCODER] min bitrate and bit reservoir (was: MS switching)
Anothe
:: ETA - Estimated time of arrival.
::
Why this time changes continuously?
Is the estimation so bad?
I think it's not the estimated time of arrival, but the remaining
time until arrival. RTUA?
--
Mit freundlichen Grüßen
Frank Klemm
eMail | [EMAIL PROTECTED] home: [EMAIL PROTECTED]
On Mit, 13 Sep 2000, you wrote:
:: ETA - Estimated time of arrival.
Why this time changes continuously?
Is the estimation so bad?
:-)
I think it's not the estimated time of arrival, but the remaining
time until arrival. RTUA?
Actually I think it's Estimated time _to_ arrival. Ofs and tos are
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