Corey Kereliuk

Live pro­cess­ing of audio/video via physical/digital feed­back net­works:

Video feed­back from hand­somemu­sic on Vimeo.

Slitscan in Puredata/GEM from hand­somemu­sic on Vimeo.

Lis­sajous curves in Puredata/GEM from hand­somemu­sic on Vimeo.

Pure data code
(CC BY-NC-SA)
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Lis­sajous curves
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Here are a cou­ple screen cap­tures of the visu­al­iza­tion I devel­oped for the Prism instal­la­tion by Kei­ichi Mat­suda as part of Lon­don design week.

And here are few arti­cles on the project:
Dezeen
The creator’s project

And finally a link to Matt Pear­son, who devel­oped the pro­cess­ing frame­work (and from whom I heard about this project).

Stud­ies in har­monic motion. Pro­cess­ing + SuperCollider

These ani­ma­tions are sim­i­lar to those by Memo Atken (although my code is different).

The fol­low­ing piece applies a sim­i­lar phi­los­o­phy:

First exper­i­ment with the Web Audio API
(note this only works in the Google Chrome browser at this point)

Sec­ond exper­i­ment pro­jec­tion map­ping (code writ­ten in Pro­cess­ing and Super­col­lider):

First exper­i­ment pro­jec­tion map­ping (code writ­ten in Pro­cess­ing):

Inspired by this post I wrote some python code for 8-bit syn­the­sis using 1-line of code (ok, so there is more than one line of code, but the part respon­si­ble for the sound syn­the­sis is essen­tially one line).

One­liner by hand­somemu­sic

Super­col­lider otomata soft­ware for use with monome/arduinome:

Ver­sion 0
Ver­sion 1 (adds midi out­put and vari­able grid size)
Ver­sion 2 (fixed bug in midi note off message)

A monome clone I made using an arduino micro­con­troller. I had the enclo­sure laser cut @ ponoko.com.

Here is an otomata clone run­ning on my monome clone. I wrote the code in super­col­lider. If you are inter­ested you can find it here.

I recently dis­cov­ered this com­po­si­tion by back­trace using a mod­i­fied ver­sion of my super­col­lider code (see his blog post for more):

I recently built a home made TV-b-gone based on the schemat­ics and firmware avail­able at Adafruit. I only used 2 infrared emit­ters instead of 4, and used pull-down resis­tors instead of pull-up resis­tors (which required some mod­i­fi­ca­tion of the firmware). I con­cealed the device in an old book I found at the thrift store.