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Structured Volume Decomposition via Generalized Sweeping
2016
IEEE Transactions on Visualization and Computer Graphics
In this paper, we introduce a volumetric partitioning strategy based on a generalized sweeping framework to seamlessly partition the volume of an input triangle mesh into a collection of deformed cuboids. This is achieved by a user-designed volumetric harmonic function that guides the decomposition of the input volume into a sequence of 2-manifold level sets. A skeletal structure whose corners correspond to corner vertices of a 2D parameterization is extracted for each level set. Corners are
doi:10.1109/tvcg.2015.2473835
pmid:26336127
fatcat:vtu3ppmqhfhn3ldvojssnz2knq