dochanjorge

Max/msp/jitter was used for capturing the live video feed, splitting it to pieces, decoding OSC data from a multitouch FTIR screen and also sending the pieces coordinates to M4L objects for controlling audio effects parameters.

project105-jitter-video-puzzle

Jitter Video Puzzle

cbannis

This is part of a series of sketches exploring the potential to bridge the gap between sound visualization and musical instrument. With multi-touch interaction it is possible to manipulate multiple characteristics of a sound—visually, and simultaneously. This shift has the potential of bringing the experience of synthesizer as music instrument to a whole new place. This approach allows the performer to have a more tactile and immediate experience of the synthesizer and also creates a visual reference for the audience.

In the performance of electronic music it is fairly common that the audience is alienated from the process and performance of the musician. This project hopes to create a common visual language and experience for the electronic musician and the audience by enhancing the perception of sound and music on both sides.

project40-subcycle-labs-multi-touch-performance-engine

subcycle labs multi-touch performance engine

alp tugan

Mathieu Chamagne

Graphical interface design and software application was developed in Max 5.

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