This code is an implementation of the algorithm described and used in Stable topological signatures for points on 3D shapes, Carriere et al, SGP 2015. It requires python, Boost and C++11. To compile the code, run the following command in a terminal:
$ git clone https://github.com/MathieuCarriere/perslocsig
$ cd perslocsig
$ (sudo) pip install .
Then, you can import perslocsig in python, an especially the function compute_geodesic_persistence_diagrams, which has arguments name.off and indices,
and which computes the persistence diagrams of the points given by indices on the shape name.off.
For instance, running compute_geodesic_persistence_diagrams("61.off", np.arange(10)) will compute the persistence diagrams associated to the first 10 points of the shape 61.off.
You can check the notebook example/perslocsig.ipynb for more details.