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| double | DistanceToAPlane (const math::Vector3 n, const math::Vector3 p, const math::Vector3 q) |
| | Let \(B\) be a plane in the 3D Inertial Frame defined by a point \(p\) and a normal non-zero vector \(n\), and let \(q\) be another point in the 3D Inertial Frame. More...
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| double | DistanceToALine (const math::Vector3 &p, const math::Vector3 &r, const math::Vector3 &q) |
| | Let \(F(t) = P + Rt\) be a parametric line in the 3D Inertial Frame defined by a point \(P\) and a vector \(R\), and let \(Q\) be another point in the 3D Inertial Frame. More...
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| bool | operator== (const DirectedEdgeIndex &lhs, const DirectedEdgeIndex &rhs) |
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| bool | operator!= (const DirectedEdgeIndex &lhs, const DirectedEdgeIndex &rhs) |
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| template<class HashAlgorithm > |
| void | hash_append (HashAlgorithm &hasher, const DirectedEdgeIndex &item) noexcept |
| | Implements the hash_append generic hashing concept. More...
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| bool | operator== (const FaceEdgeIndex &lhs, const FaceEdgeIndex &rhs) |
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| bool | operator!= (const FaceEdgeIndex &lhs, const FaceEdgeIndex &rhs) |
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| InverseFaceEdgeMap | ComputeInverseFaceEdgeMap (const std::vector< IndexFace > &faces) |
| | Computes the inverse of the mapping from face edges indices to their associated directed edge indices for the given faces collection. More...
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| FaceAdjacencyMap | ComputeFaceAdjacencyMap (const std::vector< IndexFace > &faces) |
| | Computes a mapping from each IndexFace index in faces to each of its adjacent faces, along with the index of the edge these share. More...
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| const math::Vector3 & | GetMeshFaceVertexPosition (const GeoMesh &mesh, const IndexFace::Vertex &vertex) |
| | Gets global position of the vertex in the given mesh. More...
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| const math::Vector3 & | GetMeshFaceVertexNormal (const GeoMesh &mesh, const IndexFace::Vertex &vertex) |
| | Gets normal vector of the vertex in the given mesh. More...
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| template<typename InputIt > |
| bool | DoMeshVerticesLieOnPlane (const GeoMesh &mesh, InputIt first, InputIt last, const math::Vector3 &n, const math::Vector3 &p, double tolerance) |
| | Checks if all the IndexFace::Vertex instances, from first to last, in the given mesh lie on the provided plane defined by a normal non-zero vector n and a point p by verifying all of them are within one tolerance distance, in meters, away from it along the line subtended by its normal. More...
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| bool | IsMeshFaceCoplanarWithPlane (const GeoMesh &mesh, const IndexFace &face, const math::Vector3 &n, const math::Vector3 &p, double tolerance) |
| | Checks if the face in the given mesh is coplanar with the given plane defined by a normal non-zero vector n and a point p, by verifying if all face vertices are within one tolerance distance, in meters, from it. More...
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| bool | IsMeshFacePlanar (const GeoMesh &mesh, const IndexFace &face, double tolerance, math::Vector3 *n, math::Vector3 *p) |
| | Checks if the face in the given mesh is planar, by verifying all face vertices lie on a plane using the given tolerance (see DoMeshVerticesLieOnPlane()). More...
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| std::set< int > | AggregateAdjacentCoplanarMeshFaces (const GeoMesh &mesh, int start_face_index, const FaceAdjacencyMap &adjacent_faces_map, double tolerance, std::set< int > *visited_faces_indices) |
| | Aggregates all coplanar faces adjacent to the referred face in the mesh. More...
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| FaceEdgeIndex | FindOuterFaceEdgeIndex (const std::set< int > &simply_connected_faces_indices, const FaceAdjacencyMap &adjacent_faces_map) |
| | Finds the index to the first outer face edge in the given simply_connected_faces_indices. More...
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| std::vector< FaceVertexIndex > | ComputeMeshFacesContour (const std::set< int > &simply_connected_faces_indices, const FaceAdjacencyMap &adjacent_faces_map) |
| | Computes the contour of the simply connected region that all the faces referred by the given simply_connected_faces_indices yield. More...
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| const IndexFace::Vertex & | MeshFaceVertexAt (const GeoMesh &mesh, const FaceVertexIndex &face_vertex_index) |
| | Gets the face vertex in the mesh referred by the given face_vertex_index. More...
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| template<typename InputIt , typename VertexFn , typename EdgeFn , typename OutputIt > |
| void | ApplyDouglasPeuckerSimplification (InputIt first, InputIt last, VertexFn to_vertex, EdgeFn to_edge, double tolerance, OutputIt output) |
| | Applies the Douglas-Peucker simplification algorithm [1] over the given collection of vertices. More...
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| std::vector< FaceVertexIndex > | SimplifyMeshFacesContour (const GeoMesh &mesh, const std::vector< FaceVertexIndex > &contour_indices, double tolerance) |
| | Simplifies the mesh faces' contour referred by the given contour_indices by elimination of redundant vertices, i.e. More...
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| GeoFace | MergeMeshFaces (const GeoMesh &mesh, const std::set< int > &mergeable_faces_indices, const FaceAdjacencyMap &adjacent_faces_map, double tolerance) |
| | Merges all the faces in the given mesh referred by mergeable_faces_indices into a single GeoFace. More...
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| GeoMesh | SimplifyMeshFaces (const GeoMesh &input_mesh, double tolerance) |
| | Simplifies a mesh by merging adjacent coplanar faces. More...
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