## Summary of Changes
adapted polygonal surface reconstruction to updated api of region
growing
## Release Management
* Affected package(s): Polygonal Surface Reconstruction
## Summary of Changes
- Add a dummy point generator that is agnostic to the periodic domain's
geometry, allowing P3M3 to handle non-cubic domain.
- Add an example of P3M3 running on polyhedral domains.
- Fix a few issues in SMDS_3's tet soup reading relating to
non-manifoldness + general IO code speed improvements.
- Fix a few issues in P3M3's medit output and always duplicate facets to
reduce the quantity of non-manifoldness occurences.
- Fix an issue with including Mesh_3 headers before P3M3's.
- Fix periodic point projection (for Mesh_3 optimizers) badly computing
the projection direction
- Robustify a handful of P3M3 functions that were using intermediate
constructions rather than the <Point, Offset> API (which uses filtered
predicates and thus yields proper robustness)
- Misc minor code cleaning / modernization
ToDo:
- [x] Check if some medit IO issues are fixed
- [x] Add non-manifoldness flag to read_MEDIT
- [x] Fix value of orthosphere_radius_threshold
- [x] Check calls of insert_dummy_points() (use generic)
- [x] Check doc of P3M3 about cubic domains requirement
Not done:
- [ ] Fix sharp features for periodic polyhedral domains (problems due
to changing weights creating cover change...). Code:
https://gist.github.com/MaelRL/357c52dc04e16a162f13a3c6860a1398; WIP
diff: https://gist.github.com/MaelRL/f98809964acffbacb6d3f42793e2654e
## Release Management
* Affected package(s): `Mesh_3`, `P3M3`, `P3T3`, `SMDS3`
* Issue(s) solved (if any): Fix#6997, Fix#7214
* Feature/Small Feature (if any): TODO
* License and copyright ownership: no change
## Summary of Changes
Reported by Michael Kerber: the concept
https://doc.cgal.org/latest/Kernel_d/classKernel__d_1_1Contained__in__simplex__d.html
documents a return type of Bounded_side but all implementations return
bool instead. This is particularly confusing because Bounded_side could
have made sense, and you can easily write code that compiles and gives
nonsensical results.
## Release Management
* Affected package(s): Kernel_d
Can't guarantee that the double construction is correct, even by going
through an intermediate exact offset computation; so if there's an issue,
just snap the intermediate point to the domain (it should have been close
enough in the first place)
Remove all functions related to zealous snapping that are just to get
"nice" coordinates (and not 1e-17).
## Summary of Changes
In CERES_SOLVER mode, a trailling 'l' was causing an invalid syntax, on
the
Polygon_mesh_processing/include/CGAL/Polygon_mesh_processing/internal/Smoothing/mesh_smoothing_impl.h
file.
## Release Management
* Affected package(s):
* PolygonMeshProcessing
* License and copyright ownership:
* What do I need to do here ?
Laurent Rineau
Andreas Fabri
Sébastien Loriot
Rebecca Dengate
Mael Rouxel-Labbé
Sven Oesau
Marc Glisse