COrigami: AI Pipeline Co-Designs Flat-Foldable Visual Origami.

Tom Zahavy, Shaobo Hou, Thomas Tumiel, James Doran, Francesco Faccio, Xidong Feng, Alex Havrilla, Igor Khytryi, Chenglei Li, Lisa Schut, Vivek Veeriah, Arijan Abrashi, Micha{\l} Kosmulski, Robert J. Lang, Nick Robinson, Brandon Wong, Marcus Chiam, Gloria Fang, Satinder Singh· June 26, 2026 View original

Summary

This paper introduces COrigami, an AI-driven pipeline that assists in designing flat-foldable, visually recognizable origami from natural language descriptions. The system integrates semantic stick figure generation, base packing, crease pattern solving, shaping, and reinforcement learning with aesthetic evaluation, acting as a collaborative tool for artists.

This research presents COrigami, an innovative AI pipeline designed to facilitate the co-creation of complex origami designs. The system addresses the dual challenge of satisfying strict geometric constraints for flat-foldability while also meeting subjective visual aesthetic requirements, a common hurdle in generating physical art with AI. COrigami operates through an end-to-end process, starting with natural language input to generate a semantic stick figure. It then computes a base packing, solves for a flat-foldable crease pattern, and shapes the resulting design. A crucial component is its reinforcement learning loop, which refines the model based on an autonomous aesthetic evaluation. The pipeline functions as a highly effective collaborative assistant, providing artists with structurally sound starting points that they can further develop and personalize. By combining algorithmic optimization with an AI-driven aesthetic critique, COrigami demonstrates a novel approach to mathematically grounded co-creativity in artistic design.

Why it matters

This technology showcases how AI can bridge the gap between strict mathematical constraints and subjective artistic expression, opening new avenues for design and co-creation in fields requiring both precision and aesthetics, from product design to architecture.

How to implement this in your domain

  1. 1Explore integrating AI co-design pipelines into creative workflows for products requiring both functional constraints and aesthetic appeal.
  2. 2Develop natural language interfaces for design tools to allow users to describe desired outcomes intuitively.
  3. 3Implement autonomous evaluation loops using AI to critique designs based on predefined aesthetic or functional criteria.
  4. 4Utilize reinforcement learning to iteratively refine designs, optimizing for multiple objectives simultaneously.
  5. 5Collaborate with artists and designers to understand how AI tools can best augment their creative processes, providing structural foundations for human refinement.

Who benefits

Product DesignArt & EntertainmentArchitectureManufacturingEducation

Key takeaways

  • AI can successfully co-design physical art that adheres to strict geometric rules and subjective aesthetics.
  • The COrigami pipeline integrates multiple AI techniques for an end-to-end design process.
  • Autonomous aesthetic evaluation and reinforcement learning are key to refining artistic AI outputs.
  • AI can serve as a powerful collaborative assistant for human artists and designers.

Original post by Tom Zahavy, Shaobo Hou, Thomas Tumiel, James Doran, Francesco Faccio, Xidong Feng, Alex Havrilla, Igor Khytryi, Chenglei Li, Lisa Schut, Vivek Veeriah, Arijan Abrashi, Micha{\l} Kosmulski, Robert J. Lang, Nick Robinson, Brandon Wong, Marcus Chiam, Gloria Fang, Satinder Singh

"arXiv:2606.26299v1 Announce Type: new Abstract: While generative AI has achieved remarkable success in solving problems with verifiable solutions, generating physical art that satisfies both strict geometric constraints and subjective visual aesthetics remains a challenge. This p…"

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Originally posted by Tom Zahavy, Shaobo Hou, Thomas Tumiel, James Doran, Francesco Faccio, Xidong Feng, Alex Havrilla, Igor Khytryi, Chenglei Li, Lisa Schut, Vivek Veeriah, Arijan Abrashi, Micha{\l} Kosmulski, Robert J. Lang, Nick Robinson, Brandon Wong, Marcus Chiam, Gloria Fang, Satinder Singh on X · view source

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