Hyperbolic Flyby into a Schwarzian Expanse

Year: 2023 Authors: Chamberlain Fong; Douglas Dunham

Core claim

A hyperbolic-inspired visual program can combine Escher tessellations, Schwarz P surface geometry, and a low-memory polyhedral proxy for efficient flyby animation.

Topics

Schwarz P surface, Escher patterns, flyby animation, triply periodic surfaces

Domains

minimal surfaces, triply periodic polyhedra, Bézier surfaces, level of detail, mathematical art, tessellations, computer graphics, polyhedral sculpture

Methods

surface approximation, pattern transfer, affine transformations, LOD optimization

Media

Bézier patch model, Polydron™, flyby video, plastic model

Source status

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