JIGSAW 0.9.8
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Support for "multi-part" domains and "internal" constraints. An additional geometry index
BOUND
can be used to define how edges/faces in the domain are associated with various enclosed areas/volumes, known as "parts". While the full domain is (always) meshed as a conforming tessellation, individual sub-meshes for each "part" can be identified via anID
tag. "Internal" constraints (those that don't define the boundary of any "part") may also be specified. -
Support for standalone generation of restricted Delaunay tessellations via the cmd-line utility
TRIPOD
. This tool exposesJIGSAW
's internal rDT infrastructure, allowing restricted structures to be assembled given a set of points and a geometry definition.TRIPOD
shares commonI/O
protocols, options, etc withJIGSAW
. -
Revisions to
JIGSAW
's core rDT predicates, adopting a "halfplane clipping" test to determine intersections between the dual-complex and the geometry. The new approach (still employing an "epsilon" floating-point model) should be more numerically robust, especially for domains with "sharp-features" in R^3.