PicoGK is a compact, open-source geometry kernel created by LEAP 71 for Computational Engineering. It is designed to let engineers generate complex physical objects through code instead of traditional manual CAD workflows. The library uses a deliberately reduced but powerful instruction set for building computational geometry. It supports geometry generation through voxel fields, lattices, implicit shapes, meshes, and robust Boolean operations. It can be used as the foundation for advanced engineered parts such as heat exchangers, electric motors, bio-inspired structures, and rocket engine components. Overall, PicoGK is meant for developers and engineers who want programmable, repeatable, and highly expressive geometry creation for real-world manufacturing.
Features
- Open-source geometry kernel for Computational Engineering
- Code-based generation of physical objects
- Voxel field and lattice-based geometry creation
- Robust Boolean operations for complex shapes
- Support for implicit shapes and mesh-based workflows
- Foundation for advanced manufacturable engineering components