Translating hand-folded origami prototypes into 3D digital sculptures.
Evolving from tactile paper origami into high-precision 3D digital simulations. By applying "unroll plane" logic and osculation simulations, we mapped material behavior and light refraction onto a scalable architectural form. This workflow bridged physical craft with digital tooling, ensuring structural integrity and atmospheric translucency throughout the final fabrication.
From virtual osculation simulations to physical structural reality.
By executing complex digital tooling, we transformed thin-gauge material logic into a structural installation that reveals the atmospheric interplay between geometric form and light. This phase finalized the transition from virtual osculation generators to a physical spatial experience, demonstrating how digital fabrication redefines the structural integrity of folded volumes.
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(2016-25©)
