Creative Coding Algorithms

The generative artist Tyler Hobbs documented his approach to Fidenza, showcasing how sophisticated code can generate diverse outputs through carefully designed controls and variations.

This work validates an emerging practice: scanning tutorials and resources to extract reusable techniques. A post on trigonometry in CSS and JavaScript enabled creation of utilities for generating shapes with arbitrary side counts—from pentagons to dodecagons and beyond. (Shapes exceeding 300 sides visually approximate circles.)

Building a personal toolkit of techniques expands creative possibilities. All the displayed graphics employ a single discovered method for calculating circular arcs:

Fidenza demonstrates that sophisticated algorithms can emerge from combining accumulated techniques. Hobbs invested five years perfecting this approach. For emerging practitioners, this inspires both patience and curiosity—imagining how much deeper a toolkit becomes over years of intentional practice. Perhaps more creative coding algorithms will inspire future artists.

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Additional Notes

Posted to Hacker News and received a flagged status (image shown).

June Plotter Postcard #2

Printed postcards are in distribution. The perceived time gap between this batch and previous work illustrates how temporal perception has shifted.

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A Patreon founder's observation resonates: "hundreds of millions of creators need infrastructure that barely exists yet." This structural gap suggests opportunities for those building tools and platforms supporting creative work independent from platform dependency.