#include <IsotropicRemeshing.h>
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std::optional< Eigen::Vector3d > | normal (int64_t region) const |
| | The summed area vectors of region; none if the triangles have none there.
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const Crease * | crease (size_t a, size_t b) const |
| | The crease (a, b), in either order; none if the triangles have no such crease.
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| void | rename (size_t from, size_t to) |
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bool | folded () const |
| | Whether they, or the stars around them, fold the surface over already.
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std::vector< std::pair< int64_t, Eigen::Vector3d > > | normals |
| | Each region's area vectors, summed.
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size_t | against = 0 |
| | The ones that do not face along their region's normal.
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| size_t | star_folds = 0 |
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std::vector< Crease > | creases |
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The triangles an operation replaces, as IsotropicRemeshing::set_check_inversions sees them: each region of the feature curves among them on its own (one, without curves).
◆ rename()
| void wmtk::components::isotropic_remeshing::ReplacedSurface::rename |
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size_t |
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size_t |
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inline |
A collapse renames the vertex it removes, from, to the one it keeps: the creases follow, so that an edge of the curve it leaves meets the edge it continues.
◆ star_folds
| size_t wmtk::components::isotropic_remeshing::ReplacedSurface::star_folds = 0 |
The folds in the stars of their vertices: triangles that do not face along the summed area vector of their region of the star, over those stars.
The documentation for this struct was generated from the following file:
