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github.com/JeremyBYU/polylidar
/ types & classes
Types & classes
23 in github.com/JeremyBYU/polylidar
⨍
Functions
816
◇
Types & classes
23
↓ 25 callers
Class
Polylidar3D
* This class handles all data inputs: 2D points sets, 3D point clouds, 3D meshes. Will extract polygons from data. * The only issue is the '_alpha' p
include/Polylidar/Polylidar.hpp:46
↓ 20 callers
Class
Polygon
src/Python/polylidar/polylidarutil/descartes_patch.py:8
↓ 10 callers
Class
LineMesh
src/Python/polylidar/polylidarutil/line_mesh.py:40
↓ 5 callers
Class
Polygon
* Contains the linear rings of a polygon * */
include/Polylidar/Types.hpp:256
↓ 2 callers
Class
Delaunator
include/Polylidar/Delaunator/Delaunator.hpp:47
↓ 2 callers
Class
HalfEdgeTriangulation
* This class hold all the datastructures in our meshes (vertices, triangles, halfedges, etc.). * */
include/Polylidar/Mesh/MeshHelper.hpp:34
↓ 1 callers
Class
CMakeExtension
setup.py:19
↓ 1 callers
Class
PyAPIDocsBuilder
Generate Python API *.rst files, per (sub) module, per class, per function. The file name is the full module name. E.g. If output_dir ==
src_docs/make_docs.py:66
↓ 1 callers
Class
SphinxDocsBuilder
SphinxDocsBuilder calls Python api docs generation and then calls sphinx-build: (1) The user call `make *` (e.g. `make html`) gets forwa
src_docs/make_docs.py:223
Class
ArgumentDoc
src/Python/polylidar_pybind/docstring/docstring.hpp:45
Class
CMakeBuild
setup.py:36
Class
DelaunatorPoint
src/Polylidar/Delaunator.cpp:177
Class
DenseMesh
bench/bench_mesh.cpp:63
Class
DenseMeshPaper
bench/bench_mesh_paper.cpp:54
Class
ExtremePoint
* Represents point on the far right (x-axis) of hull of a mesh * TODO remove the far left x-axis information that I dont use/need * */
include/Polylidar/Types.hpp:272
Class
FunctionDoc
This class is designed to parse docstrings generated by pybind11 and convert to Python friendly Google-style docstring with the flexibility of adding
src/Python/polylidar_pybind/docstring/docstring.hpp:89
Class
ImagesAndSparseMesh
bench/bench_mesh.cpp:22
Class
Matrix
include/Polylidar/Types.hpp:82
Class
PlaneData
* Represents information about a dominant plane normal * Contains the surface unit normal and rotation matrix to align this normal to [0,0,1] * Need
include/Polylidar/Types.hpp:288
Class
SparseMeshPaper
bench/bench_mesh_paper.cpp:31
Class
Timer
include/Polylidar/Utility.hpp:201
Class
bdist_wheel
src/Python/setup.py:10
Class
compare
src/Polylidar/Delaunator.cpp:106