Description
Fabrication Compiler turns AI-generated 3D models into things you can actually make. Starting from a Tripo-generated model, it recompiles the same geometry into different fabrication systems: interlocking sliceforms, foldable papercraft, layered contours, non-planar p5.fab toolpaths, and color-aware brick constructions with real parts and assembly instructions.
Each mode reasons about its own physical constraints, from material thickness and joinery to textures, part dimensions, structural connectivity and machine motion. Instead of stopping at a mesh, Fabrication Compiler asks: how should this object actually be made? It is a gift for people who want to make what they imagine.
Before the event, the author had experimented with generative 3D and computational fabrication and kept a personal fork of p5.fab, an open-source creative fabrication library. Fabrication Compiler as a unified project was developed during Tripothon S1, including the fabrication pipelines for sliceforms, papercraft, layered contours, spatial toolpaths and color-aware bricks; the structural repair and step-by-step brick assembly system; and the unified web interface and demo assets.
ChatGPT and Codex assisted with coding and submission visuals. The final baby-dragon demo asset was procedurally generated specifically for this project, and the images of assembled bricks are AI-generated visualizations of the compiled brick design, not photographs of a physically built prototype.
How Tripo was used
Tripo is the generative starting point of Fabrication Compiler.
- Upstream generator: the author used Tripo for generative 3D exploration, and it is the intended upstream model-generation tool for the pipeline.
- One shared source: a generated mesh is not treated as the final output but as a shared source representation, recompiled for different physical processes: bricks, papercraft, sliceforms, layered construction and spatial toolpaths.
- Beyond visualization: generated forms become inputs for reasoning about material, assembly, color and machine motion.
