Some Surprising New Properties of the Spidrons

Year: 2005 Authors: Daniel Erdély

Core claim

Spidron-based structures have rich recursive deformation and tessellation properties that may be systematically classified and used to build space-filling forms.

Topics

deformable surfaces, space-filling forms, tessellations, D-symbol classification

Domains

geometry, tiling theory, combinatorial classification, symmetry, mathematical design, architectural forms, generative patterns, visual sculpture

Methods

recursive construction, central projection, geometric deformation, D-symbol analysis

Media

triangles, hexagons, paper-like folded surfaces, computer diagrams

Source status

This page publishes metadata and extracted analytical signals only. Raw PDF and full OCR text are kept local for now.