Self-Avoiding Random Walks Yielding Labyrinths

Year: 2015 Authors: Gary R. Greenfield

Core claim

A simplified curvature and sensing feedback model unexpectedly yields autonomous labyrinth drawings from self-avoiding random walks.

Topics

self-avoiding random walk, labyrinth formation, curvature-based motion, rendering effects, autonomous drawings

Domains

random walks, curvature, computational geometry, self-avoidance, generative art, maze design, non-photorealistic rendering, digital prints

Methods

arc-length parametrization, sensing and avoiding feedback, pixel time-stamping, curvature update rules, visual stylization

Media

pixel canvas, digital prints, line segments, feelers, rendering effects

Source status

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