The JSCAD constructive solid geometry kernel. It models by combining primitives with booleans,
expansions, hulls and extrusions, working on tessellated geometry rather than exact surfaces. It is
lighter and faster to start than OCCT and a good fit when the shape is a combination of simple volumes
and manufacturing-grade surface accuracy is not required.
The JSCAD constructive solid geometry kernel. It models by combining primitives with booleans, expansions, hulls and extrusions, working on tessellated geometry rather than exact surfaces. It is lighter and faster to start than OCCT and a good fit when the shape is a combination of simple volumes and manufacturing-grade surface accuracy is not required.