Hi all,
>>>>> "M" == Mark Taylor <[EMAIL PROTECTED]> writes:
M> As implemented, after the quantization is computed it will then
M> find more efficient huffman encoding. The extra bits will then
M> be added to the reservoir.
I implemented and checked in the CVS to simple & fast use of
scalefac_scale using the same method as this "best huffman coding finding".
M> I ran my usual test that I run when the huffman encoding is
M> made more efficient:
M> old.mp3: original code with --nores new.mp3: new code, with new
M> huffman encoding but all saved bits wasted.
M> new.mp3 and old.mp3 of course differ in almost every frame,
M> but:
M> mpg123 -w new.wav new.mp3
M> mpg123 -w old.wav old.mp3
M> and new.wav and old.wav are bit-for-bit identical.
I tested this new scalefac_scale method as same as you did....
Uuum it is "not" bit-for-bit identical, but is only LSB order,
so it seems because of mpg123's floating point rounding problem.
please test and comment this.
---
Takehiro TOMINAGA // may the source be with you!
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