@Article{Jamin:2015:CGF,
  author =       "Cl\'ement Jamin and Pierre Alliez and Mariette Yvinec
                  and Jean-Daniel Boissonnat",
  title =        "{CGALmesh}: a Generic Framework for {Delaunay} Mesh Generation",
  journal =      "{ACM} Transactions on Mathematical Software",
  volume =       "41",
  number =       "4",
  accepted =     "2 October 2014",
  upcoming =     "true", 
  abstract =     "
                  CGALmesh is the mesh generation software
                  package of the Computational Geometry
                  Algorithm Library (CGAL). It generates
                  isotropic simplicial meshes---surface
                  triangular meshes or volume tetrahedral
                  meshes---from input surfaces, 3D domains
                  as well as 3D multi-domains, with or
                  without sharp features. The underlying
                  meshing algorithm relies on restricted
                  Delaunay triangulations to approximate
                  domains and surfaces, and on Delaunay
                  refinement to ensure both approximation
                  accuracy and mesh quality. CGALmesh
                  provides guarantees on approximation
                  quality as well as on the size and shape
                  of the mesh elements. It provides four
                  optional mesh optimization algorithms
                  to further improve the mesh quality. A
                  distinctive property of CGALmesh is
                  its high flexibility with respect to
                  the input domain representation. Such
                  a flexibility is achieved through
                  a careful software design, gathering
                  into a single abstract concept, denoted
                  by the oracle, all required interface
                  features between the meshing engine and
                  the input domain. We already provide
                  oracles for domains defined by polyhedral
                  and implicit surfaces.",
}