I made an IDE for your 'code-native' 3D projects (explanation in 'background' section).

Think of it as a studio where you connect **your own Claude or Codex as a copilot**, and generate instantly animate-able 3D objects with full part-aware hierarchies. No need to buy extra credits.

If you want to try it, I'm dropping the links in comments.

Would love to know feedback of anybody who tests this out. Thanks!

**Background**  
These days LLMS are making huge strides in 3D generation.

Traditional AI generates 3D via diffusion. The results are stunning - but unusable if you want to animate them. That's because the output is a monolithic blob, like a sculpture made of clay. It's great to look at, but doesn't have sophisticated joints, sockets or hinges to make it instantly animate-able. 3D startups like Meshy and Tripo are creating techniques to segment the diffusion blobs after they're generated, to salvage them for downstream workflows.

In contrast, a new class of AI 3D generation is being popular: code-native, part-aware 3D. 

Here, instead of diffusion, an LLM generates code, *which then compiles as a 3D object*. It's basically source code which also compiles as 3D. The robot in my screenshot is exactly that format. The obvious advantage of such 3D generation is the objects are born with joints, hinges and sockets. A technical artist or some AI tool doesn't have to 'prepare' them later for animation. That's because since they're made of code, you literally *code the joint or articulated hinge/socket* directly into the object's DNA. 

The IDE I made generates such 'code-native' 3D objects.

I made an 'IDE for 3D'.You plug your own Claude/Codex as a Copilot, and then use it to make editable, animation-ready 3D assets