Spectral Freeze - Max/MSP Tutorial

[@agustingenoud3073]

Great video! thanks!

[@jameswilkie]

Thanks Umut, this is incredibly helpful! One question: How would you attribute colour (ala iZotope analyzer) to the jit.pwindow outcome? A frequency colour map so to speak.

[@onnitoikka8545]

Thank you for sharing, you are an inspiration!

[@LuisTorres-qz5kr]

Great job! Thanks for sharing!

[@nomytheone]

awesome tutorial

[@gtb_sfx]

Awesome video, thanks a lot for sharing ! I'm guessing this is how time stretching works ?

[@HearingGlass]

Indeed!

[@michaelbroder7916]

Terrific video! Thank you!

[@LaurinkoSattumaa]

Your videos are invaluable! Thanks

[@rchlmusic]

Brilliant, thanks very much!

[@bluelemur01]

GREAT!

[@thestralsound]

Love this idea and really want to incorporate it into another device I'm making. The thing is I'm using RNBO, which doesn't have objects like pfft~ or any jit objects. No framedelta either. You mentioned using buffers but being new to Max and not particularly qualified in the mathematics department, I'm not sure how to translate what you've done into a different approach. Any thoughts?

[@HearingGlass]

I am currently not that experienced with RNBO, but fft~ and ifft~ seem to work there. You should be able to use those with audio buffers instead of Jitter matrices to store and recall information.

[@EnHatchEss]

this is amazing!! Is there a way to save the the "recording" inside the fft to build a palette of them to come back to later after closing?

[@HearingGlass]

Check out the jit.matrixset object - you can take the result of the fft analysis as a Jitter Matrix, combine it into a set, and save it.

[@xavierxeon]

[mc.selector~] is your friend

[@paulbavister4150]

Amazing, thank you so much!