mirror of https://github.com/CGAL/cgal
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| .. | ||
| data | ||
| Makefile | ||
| Makefilevc | ||
| README | ||
| cgal_test | ||
| colored_face.C | ||
| constrained.C | ||
| constrained_plus.C | ||
| points.C | ||
| points.cmd | ||
| points.h | ||
| regular.C | ||
| terrain.C | ||
| triangulation_prog1.C | ||
| voronoi.C | ||
README
To compule and run all these examples type :
./cgal_test
To compute and run only some of them type
./cgal_test name-of_wanted_example
triangulation_prog1:
The following program creates a triangulation of 2D points using the
kernel model class CGAL::Cartesian<double> as geometric traits and the
default instanciation of the triangulation data structure template
parameter.
The input points are read from a file and inserted in the
triangulation. Finally points on the convex hull are written to {\tt
cout}.
colored_face
Illustrates how the user can derive its own base face from the default
one to add e. g. a color.
voronoi:
Builds a Delaunay triangulation from input points in a file
and takes the dual Voronoi diagram
terrain
Build a terrain using a Delaunay triangulation with the traits class for
terrains.
regular
Build a regular triangulation
constrained
input constraining edges from a file and build the Delaunay
constrained triangulation that conforms to these constraining edges.
constrained_plus
Intersecting constraints are entered in a triangulation.
The number of resulting subconstraints is output;
points:
Illustrates how to input user defined points and a user provided traits
class in a Triangulation