notes
Multi-representation overlap-add signal processing. Possibly good for speech synthesis in Max http://ftm.ircam.fr/index.php/Gabor
Also, an excellent pitch tracking object.
Multi-representation overlap-add signal processing. Possibly good for speech synthesis in Max http://ftm.ircam.fr/index.php/Gabor
Also, an excellent pitch tracking object.
This project demonstrates 2 reversible methods of encrypting audio
The reciprocal method is interesting because the reciprocal of a reciprocal is the original value. In other words you can reverse the process by doing it twice.
Frequency shifting allows you to ‘hide’ audio in the ultrasound range.
https://github.com/tkzic/max-projects
folder: audio-encryption
patches: voice-encryption2b.maxpat
From Pierre Alex Tremblay – 2 videos demonstrating how to create an IR using HISS tools
http://vimeo.com/tremblap/videos
Link to the paper which is not a photograph of the pages from the journal
[update 1/2014]
Here’s the Max Patch from the video – from this C74 forum thread: http://cycling74.com/forums/topic/a-quick-tutorial-video-on-how-to-create-an-impulse-response/
the local file is: tkzic/max teaching examples/impulse-response-rodrigo-vid.maxpat
Ok, I must be living under a rock. Did not realize this stuff was in Live 9.
This tutorial explains how to use Live convolution reverb effect, as well as the IR measurement tool. The measurement tool lets you record impulse responses using a sine spectrum sweep. Essentially these are the Alex Harker Max tools made into M4L devices.
http://www.macprovideo.com/hub/ableton-live/create-your-own-impulse-responses-in-ableton-live-9
By Alex Harker
https://github.com/HISSTools/HISSTools_Impulse_Response_Toolbox
Also check out the complete set of HISSTools. With convolution, sample accurate timing, granular synthesis, and more.
http://www.alexanderjharker.co.uk/Software.html
Today I built a laser pen solar panel audio transmitter thing – using these two sets of instructions – for the most part:
It works great, but I should have used a battery case instead of soldering the batteries together.
Built it into a Sparkfun box:
The next step is to experiment with filters – like an aquarium for example.