A real procedural pipeline, from geometry to materials
A quick tour in six stops, with real captures. Everything you see here runs in the page.
Everything is a graph
Primitives, deformers, booleans, curves, SDF volumes, scattering, instances: every step is a node, and every asset is a procedure you can replay. Tweak something upstream and the rest catches up.
Per-point control
Typed attributes on points, corners, faces or detail, with heat maps one click away. The expression language handles loops, noises, neighborhoods, dictionaries and strings; the same program runs per vertex, per voxel or per texel.
A GPU material workshop
70+ image nodes computed on the GPU: noises, tiling, wear, flood fill, curvature. Textures tile by construction, and mesh-to-texture bakes (AO, thickness, normals) come out of the same graph as the geometry.
Full PBR, in real time
The shading graph exposes the channels you'd expect from a current engine: clearcoat, iridescence, anisotropy, transmission, sheen, subsurface. And the viewport actually renders them, soft shadows and procedural sky included.
Your assets become tools
Put sliders and 3D handles on any graph, then share the link. Whoever opens it can play with the asset in their browser and export the result; they don't even need an account.
Built for your pipeline
Import glTF, OBJ, PLY or STL; export to glTF/GLB or USD with materials, instances, lights and cameras. The capture here is a rock generated in noa, reopened untouched in Blender.
Code, when you want it
A real per-element language: loops, functions, arrays, dictionaries, strings, neighbor lookups, shortest paths. Attributes read the way you're used to (@P, @N, pscale, orient). Whatever lowers to WGSL runs on the GPU; the rest runs on the reference CPU path.
