list calling steps in the API

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Lingjie Zhu 2018-09-04 08:42:03 +02:00
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@ -169,7 +169,11 @@ Free function with \ref vsa_namedparameters options.
- `CGAL::VSA::approximate_mesh()`: given a triangle mesh, approximate the geometry with default \f$ \mathcal{L}^{2,1} \f$ metric. - `CGAL::VSA::approximate_mesh()`: given a triangle mesh, approximate the geometry with default \f$ \mathcal{L}^{2,1} \f$ metric.
Class interface: Class interface:
- `CGAL::Variational_shape_approximation`: allowing more customization of the proxy, metric and approximation process. - `CGAL::Variational_shape_approximation`: allowing more customization of the proxy, metric and approximation process. As shown in Figure \cgalFigureRef{workflow}, typical calling order of the approximation and meshing process is:
- \link CGAL::Variational_shape_approximation::initialize_seeds initialize seeds \endlink
- \link CGAL::Variational_shape_approximation::run run clustering iterations \endlink
- \link CGAL::Variational_shape_approximation::extract_mesh extract mesh \endlink
- \link CGAL::Variational_shape_approximation::output take outputs \endlink
One thing to note is that some parameters depend heavily on the input, like the number of proxies. Although we can approximate a geometry with any number of proxies regardless of the quality, it is not recommended to use all the defaults without any consideration of the input. One thing to note is that some parameters depend heavily on the input, like the number of proxies. Although we can approximate a geometry with any number of proxies regardless of the quality, it is not recommended to use all the defaults without any consideration of the input.