{"channel":"misc","content":"there is *a* solution to this.\r\n\r\nhave the phrase be \"Prad\u017eia : pir\u0161tin\u0117s : pabaiga\" (begin, WORD=gloves, end).\r\n\r\nAnd then, match the wave-forms to trim the audio file.\r\n\r\n----\r\n\r\nthat is: if you look at a .WAV file, you can see clear patterns based on the letter.\r\n\r\nthe FFT will say the overtones.\r\n\r\n I never did build << AUDIOLAB >>.","created_at":"2025-05-28T23:59:31.182436","id":565,"llm_annotations":{},"parent_id":564,"processed_content":"

there is a solution to this.\r

\n

have the phrase be \"Prad\u017eia : pir\u0161tin\u0117s : pabaiga\" (begin, WORD=gloves, end).\r

\n

And then, match the wave-forms to trim the audio file.\r

\n
\n

that is: if you look at a .WAV file, you can see clear patterns based on the letter.\r

\n

the FFT will say the overtones.\r

\n

\ud83d\udca1 I never did build AUDIOLAB.

","quotes":[],"subject":"audio algorithms"}