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Index

  • general position, 1.1.1

  • hole

  • isotropic, 1.2.6

  • lifted point, see lifting map
  • lifting map, 1.1.1
  • locally Delaunay, 1.2.4
  • lower face, see lifting map

  • memory allocation, 4.2.12
  • memory usage report, 4.2.11
  • mesh adaption, 1.2.6, 4.2.4
  • mesh coarsening, 4.2.7
  • mesh element size, 1.2.6
  • mesh iteration number, 4.2.5
  • mesh optimization, 1.2.7, 4.2.6
  • mesh process, 1.3
  • mesh quality, 1.2.5
  • mesh reconstruction, 4.2.5
  • mesh refinement, 4.2.3
  • mesh sizing function, 1.2.6, 4.2.4
  • mesh statistics, 4.2.11
  • mesh validation, 4.2.13

  • orthogonal, 1.1.2
  • orthosphere, 1.1.2

  • PLC, seepiecewise linear complex1.2.1
  • piecewise linear complex, 1.2.1
  • polar, see lifting map
  • polygon, see polygon of facet, 5.2.2
  • polyhedron, A.2
  • power diagram, 1.1.2

  • radius edge ratio, 1.2.5
  • region attribute, see attribute of region
  • regular subdivision, 1.1.2
  • regular tetrahedron, 1.2.5

  • Steiner point, 1.2.2, 4.2.13
  • Steiner tetrahedralization, 1.2.2
  • segment, 1.2.1
  • sharp feature, 1.2.8
  • sharp features, 4.2.3
  • simplex, A.1
    • face, proper face, A.1
  • simplicial complex, A.1
    • subcomplex, A.1
  • sliver, 1.2.5
  • solid modeling
  • sub-region, 5.1.1

  • terminatetetgen() function, B
  • tetgen.h C++ source, 6.1
  • tetgenio structure, 5, 6.3
  • tetrahedral mesh, 1.2
    • of a 3d PLC, 1.2.1
    • of a 3d point set, 1.2
  • tetrahedralize() function, 6.2
  • tetrahedron shape measure, 1.2.5
  • triangulation, 1.1

  • underlying space, 1.2.1, A.1

  • Voronoi cell, 1.1.1
  • Voronoi diagram, 1.1.1
  • vertex, 1.2.1
  • visible, 1.2.4
  • visualization

  • weight, see attribute of point
  • weighted Delaunay triangulation, 1.1.2
  • weighted distance, 1.1.2
  • weighted point, 1.1.2
  • weighted Voronoi diagram, see power diagram
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