head(banger)phones part 2

UPDATE to the update:  I’ve just uploaded my final presentation slides for the head(banger)phones in PDF format.  Download here.

This is an progress update on my final project for Physical Computing, the head(banger)phones.

head(banger)phones

head(banger)phones

head(banger)phones

Continue reading head(banger)phones part 2

ICM Final: Post-Modern Poster Child (Musical Typeface Reinvention)


Post-Modern Poster Child (Musical Typewriter Mix) from lee-sean on Vimeo.

[Blip.tv] [YouTube] [Vimeo]

I presented my final project for Intro to Computational Media today.  Building on the work I did with the Musical Typewriter, I ended up making some last minute tweaks to my “musical typeface,” which consists of audio samples corresponding to each letter of the alphabet.  Originally I had used all single-hit percussion sounds, but I reworked the alphabet to include short musical phrases or gestures, and brought in wind and string instrument samples for greater musicality and richness.  The final version of my Processing program reads a text file and “translates” the text into music by playing back the samples corresponding to the letters of the words as musical phrase “cluster.”

While playing back a text as a song, the Processing sketch also simultaneously displays the word corresponding to the musical sample cluster being played and visualizes the frequency waves of the music on the screen.  Refer to the screenshot above.

For my in-class performance, I used the lyrics to the HEPNOVA track Post-Modern Poster Child and reinterpreted words through the Musical Typewriter.  [MP3] [AIFF]

During my presentation, I also Rick Rolled the class with Rick Astley’s immortal lyrics played through my program.

Source code after the jump. Continue reading ICM Final: Post-Modern Poster Child (Musical Typeface Reinvention)

ICM Final: Musical Typewriter Screenshot

I got the audio visualization to work.  The waves represent the audio waveforms of the percussion alphabet.  The letters fade out gradually after you type them to in order to help pace the user and to represent the “life cycle” of each note through time.  Here is a screenshot:

Source code after the jump:

Continue reading ICM Final: Musical Typewriter Screenshot

ICM Final in Progress: Musical Typewriter

I have completed phase 1 of my ICM final project, Text2Drum,  which involves me creating a new “percussion alphabet”, perhaps another way to describe it is “a musical Morse code.”  I have assigned a unique percussion sample to each letter of the alphabet.  I have assigned ‘A’ through ‘G’ pitched percussion hits that correspond to the white keys on a piano, but voiced at different octaves.  All of the other letters are un-pitched percussion sounds.  I have not assigned sounds to punctuation marks or numbers (yet).  I’m not sure if I want to or if this is necessary for my new language.

I have written a Processing sketch, with the help of the Minim library, that that plays back the “percussion letters” when the user types on the keyboard.  There is a bit of latency and audio “crackle” that still needs to be worked out, but for the most part, the musical typewriter works.  The next step is to build a related program that can read a text file as a musical score, translate the letters into percussion alphabet, play back the results, and save the audio playback as a file.

For more info, refer to my previous post about Text2Drum, or see my source code for the musical typewriter after the jump.

Continue reading ICM Final in Progress: Musical Typewriter

ICM Final Project Proposal: Text2Drum

For my ICM final project, which I am calling Text2Drum, I seek to explore the rhythmic qualities of language.  Text2Drum will read text from a file, and convert each letter of the text to a drum/percussion that I will assign to correspond to each letter of the alphabet.  Spaces and punctuation marks will be interpreted as a musical rest, that is to say a period of silence.  The program will also display the text on screen while playing back the drum samples.  In using Text2Drum to generate percussion patterns, I aim to translate text into a new musical language and seek to reclaim the rhythmic nature of language found in oral communication that is lost in written language.

I also hope to make a second version of Text2Drum which will be interactive, which will have an interface that will allow a user to type in text that Text2Drum will then convert into a rhythmic pattern.