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Finite Boolean Algebras for Solid Geometry using Julia's Sparse Arrays
[article]
2020
arXiv
pre-print
The goal of this paper is to introduce a new method in computer-aided geometry of solid modeling. We put forth a novel algebraic technique to evaluate any variadic expression between polyhedral d-solids (d = 2, 3) with regularized operators of union, intersection, and difference, i.e., any CSG tree. The result is obtained in three steps: first, by computing an independent set of generators for the d-space partition induced by the input; then, by reducing the solid expression to an equivalent
arXiv:1910.11848v3
fatcat:3okqlmuh2ncihjq2ha2vvk3ikm