voro Directory Reference

Directory dependency graph for voro:

Directories
	energy
	fv
	mpi
	physics

Files
	convex_cell.hpp
	dynamic_validate.hpp
	mesh_optimizer.hpp
	Energy-minimisation mesh optimiser over seed positions (pure Voronoi) and, optionally, the power WEIGHTS (Laguerre) — moves the DOFs so the cells minimise a geometry energy. A Surface-Evolver-style tool on the differentiable (power-)Voronoi geometry.
	ot_optimizer.hpp
	Semi-discrete optimal-transport VOLUME control on the power tessellation — the first energy-minimisation optimiser for building unstructured grids by moving cells to target volumes.
	params.hpp
	The named engine defaults of peclet.voro — one header-level home for every capacity and default the library and its Python bindings (peclet.voro.defaults) drive the engine with (QUALITY_PLAN G.7). A template default or a default argument elsewhere in include/peclet/voro/ names one of these; it never repeats the literal.
	plane_policy.hpp
	pore_cells.hpp
	The SDF-walled interstitial (pore-space) Voronoi cells of a seeding as exported geometry, on the device: the clipped polyhedra of every seed (VTK_POLYHEDRON layout) and their cross-section by a plane — peclet.voro.pore_mesh.sdf_voronoi_cells / sdf_voronoi_section (QUALITY_PLAN G.7, the device-first directive).
	reeval_tessellation.hpp
	repair.hpp
	sdf.hpp
	subset_gather.hpp
	tess_grid.hpp
	tessellation_view.hpp
	Published, read-only device data layer for the tessellation (migration §2.1, §3).
	tessellator.hpp
	topology_store.hpp
	transpose.hpp
	verlet_skin.hpp