A meditation using the rhythms of the first 10,000 digits of Pi, Euler's Number, Euler's Constant, √2, Phi, and, √3.
A frigid interpretation of animal sounds that explores ideas about perception and the possibility of using any algorithm to differentiate one sound from another as long as the algorithm is somewhat deterministic.
Scratchy, sharp and angular visual in radial format. Similar to Coldwave Moonrise in the way that the algorithm can differentiate between audio sources, but, more reactive. There are a few very cool audio scapes to check out here.
Textural representation of hive type structures that somewhat mirrors the audio data source used.
In this sketch polygons of different sizes are created by consuming the fractional part of famous real numbers. As a shape's size increases gradients are created from the overlapping shapes.
One of the earliest sketches! Consumes the fractional part of famous numbers like π, e, ℇ, φ, √2, and √3 to generate sequences of different lengths.
Simple starscapes created by chunking famous real numbers into different lengths. All points are reflected and plotted twice.