|commit 6a76062ba692f284cdca8b4504fbf5000c942c39
|Author: Laurent Rineau <Laurent.Rineau__CGAL@normalesup.org>
|Date: Wed Aug 29 10:15:10 2012 +0000
|
| Add a way to specify a maximal number of vertices. That aborts the meshing.
|
|Notes:
| r71799 branches/features/Mesh_3-experimental-GF
| commit 9d501d0bef44cf0e3419299947c1b7ccfd0e87d8
| Author: Laurent Rineau <Laurent.Rineau__CGAL@normalesup.org>
| Date: Wed Aug 29 16:14:13 2012 +0000
|
| A pointer to a CGAL::Mesh_error_code (an enum) can be passed to Mesh_3
|
| Notes:
| r71818 branches/features/Mesh_3-experimental-GF
The `facet_surface_center` of facet was not always restored correctly,
after an aborted move, and that eventually led to use of uninitialized
memory... and a crash.
- That changes the API of Mesh_domain_with_polyline_features_3 (and the
corresponding concept... TODO)
- The domain is now responsible for checking the covering.
- A lot of method have gained the `orientation` parameter: it is uses
on cycles, to know distinguish between the two curves segments
between two points.
- The implementation of <CGAL/Mesh_3/Protect_edges_sizing_field.h> has
changed accordingly.
1. Create <CGAL/boost/graph/Graph_with_descriptor_with_graph_fwd.h>
... a forward-declaration header.
2. Include the forward-declarations of `CGAL::Surface_mesher` and
`CGAL::Graph_with_descriptor_with_graph`, so that the header compiles.
In issue #2453:
> I am trying to mesh in the demo a given Polyhedron (the problem is the same with Surface_mesh with a very small tetrahedron size, and the output mesh is always more or less the same, with very few simplices compared to what I expect.
Actually, the demo uses a loop:
```C++
while( !mesher->is_algorithm_done() )
mesher->one_step();
```
Because of that bug in `one_step()`, `is_algorithm_done()` could return
`true` even before the cells mesher level has scanned the triangulation
for bad cells. That will be fixed, now.
there are 3 possible values for this parameter :
manifold(),
manifold_with_boundary(),
non_manifold() //the default
it will eventually replace the part of Mesh_facet_topology
that is dedicated to MANIFOLD
Now we have a `Polyhedron_3` and a `Surface_mesh` version of the
following examples:
- `examples/Mesh_3/mesh_polyhedral_complex.cpp`
- `examples/Mesh_3/mesh_polyhedral_domain.cpp`