AbstractWe describe an algorithm which, for any piecewise linear complex (PLC) in 3D, builds a Delaunay triangulation conforming to this PLC. The algorithm has been implemented, and yields in practice a relatively small number of Steiner points due to the fact that it adapts to the local geometry of the PLC. It is, to our knowledge, the first practical algorithm devoted to this problem
International audienceWe present an algorithm for producing Delaunay triangulations of manifolds. Th...
A d-dimensional simplicial mesh is a Delaunay triangulation if the circumsphere of each of its simpl...
AbstractWe introduce a new type of Steiner points, called off-centers, as an alternative to circumce...
AbstractWe describe an algorithm which, for any piecewise linear complex (PLC) in 3D, builds a Delau...
A three-dimensional domain with piecewise linear boundary elements can be represented as a piecewise...
We describe an algorithm which, for any piecewise linear complex (PLC) in 3D, builds a Delaunay tria...
The boundary of three-dimensional objects is usually represented by Piecewise Linear Complexes (PLCs...
In this paper we summarize our experiences with 3D constrained Delaunay triangulation algorithms for...
We propose an algorithm to compute a conforming Delaunay mesh of a bounded domain in specified by a ...
AbstractA Frontal-Delaunay refinement algorithm for mesh generation in piecewise smooth domains is d...
In this paper we summarize our experiences with3Dconstrained Delaunay triangulation algorithms for i...
We present two new Delaunay refinement algorithms, second an extension of the first. For a given inp...
A plane geometric graph C in < 2 conforms to another such graph G if each edge of G is the union ...
The Delaunay triangulation is one of the most popular and most often used methods in problems relate...
35 pagesThis paper proposes an algorithm to mesh 3D domains bounded by piecewise smooth surfaces. Th...
International audienceWe present an algorithm for producing Delaunay triangulations of manifolds. Th...
A d-dimensional simplicial mesh is a Delaunay triangulation if the circumsphere of each of its simpl...
AbstractWe introduce a new type of Steiner points, called off-centers, as an alternative to circumce...
AbstractWe describe an algorithm which, for any piecewise linear complex (PLC) in 3D, builds a Delau...
A three-dimensional domain with piecewise linear boundary elements can be represented as a piecewise...
We describe an algorithm which, for any piecewise linear complex (PLC) in 3D, builds a Delaunay tria...
The boundary of three-dimensional objects is usually represented by Piecewise Linear Complexes (PLCs...
In this paper we summarize our experiences with 3D constrained Delaunay triangulation algorithms for...
We propose an algorithm to compute a conforming Delaunay mesh of a bounded domain in specified by a ...
AbstractA Frontal-Delaunay refinement algorithm for mesh generation in piecewise smooth domains is d...
In this paper we summarize our experiences with3Dconstrained Delaunay triangulation algorithms for i...
We present two new Delaunay refinement algorithms, second an extension of the first. For a given inp...
A plane geometric graph C in < 2 conforms to another such graph G if each edge of G is the union ...
The Delaunay triangulation is one of the most popular and most often used methods in problems relate...
35 pagesThis paper proposes an algorithm to mesh 3D domains bounded by piecewise smooth surfaces. Th...
International audienceWe present an algorithm for producing Delaunay triangulations of manifolds. Th...
A d-dimensional simplicial mesh is a Delaunay triangulation if the circumsphere of each of its simpl...
AbstractWe introduce a new type of Steiner points, called off-centers, as an alternative to circumce...