> AFAIK, x and i are energy terms, in which case the first formula gives error > in (energy^2); the second gives (error in energy)^2, which is I think a more > useful value. x and i are amplitude terms; energy ~ amplitude squared times frequency. Ciao, **Segher -- MP3 ENCODER mailing list ( http://geek.rcc.se/mp3encoder/ )
- [MP3 ENCODER] Status of noise quantization Stapp, Acy
- RE: [MP3 ENCODER] Status of noise quantization Mathew Hendry
- [MP3 ENCODER] Status of noise quantization Takehiro Tominaga
- Re: [MP3 ENCODER] Status of noise quantiza... Mark Taylor
- Re: [MP3 ENCODER] Status of noise quan... Greg Maxwell
- RE: [MP3 ENCODER] Status of noise quantization Mathew Hendry
- Re: [MP3 ENCODER] Status of noise quantization Segher Boessenkool
- Re: [MP3 ENCODER] Status of noise quantiza... Takehiro Tominaga
- Re: [MP3 ENCODER] Status of noise quan... Mark Taylor
- Re: [MP3 ENCODER] Status of noise... Segher Boessenkool
- [MP3 ENCODER] L & R cross... Mark Taylor
