Reproducible structure generation
Build particle, fiber, and platelet packings with explicit grid, seed, material, and volume-fraction settings.
Voxel generation for materials R&D
Generate reproducible 3D voxel structures, inspect the packing, and export analysis-ready materials data from one browser workspace.
Capabilities
Particle, fiber, platelet, foam-like, layered, and woven-fiber structures from a seeded recipe.
Rotate the 3D view, clip into the volume, and read voxel values from the cross-section inspector.
Conductivity, permeability, elasticity, diffusion, invasion percolation, and CO2 adsorption, from instant estimates to reduced-order graph solves and a 3D field solver.
Crop, pad, tile, coarsen, invert, rotate, flip, and apply morphology operations to an existing structure.
Bring in CT and SEM image stacks, raw volumes, and STL, OBJ, or VTK models, and export .leS, .pkz, STL, OBJ, VTK, mesh, and CSV outputs.
Drive the same generation and analysis from the REST API, the distribution CLI, or an AI agent.
What it does
Build particle, fiber, and platelet packings with explicit grid, seed, material, and volume-fraction settings.
Check voxel geometry, material colors, transparency, and orientation before exporting data for downstream work.
Export native voxel packages, .leS files, SliceGAN datasets, metrics, and comparison results from the same workspace.
Diffusion, conductivity, permeability, and stiffness run on a reduced-order structural graph — a lightweight solve that returns effective-property estimates in seconds, right in the browser, when a full 3D field solve is more than the question needs.
Workflow
Start from a packing example or enter recipe parameters directly.
Preview geometry and material distribution in the existing PKR Core tool.
Carry the result into reporting, comparison, packaging, or API-driven workflows.