Welcome to pyfmaps’s documentation!¶
pyFM is a pure python implementation of multiple tools used for Functional Maps computations. Namely, it implements shape signatures, functional map optimization and refinement algorithm, and above all an easy-to-use interface for using functional maps.
The package is now in v1.0.0 as it has been stable for quite a long time. It had been released on PyPI.
API¶
- Installation
- Examples
- API
- Modules
- pyFM
- pyFM.FMN
- pyFM.FMN.FMN
FMNFMN.__init__()FMN.MFMN.m_cclbFMN.set_maps()FMN.set_subsample()FMN.compute_subsample()FMN.set_weights()FMN.set_isometries()FMN.compute_W()FMN.compute_CLB()FMN.compute_CCLB()FMN.get_CSD()FMN.get_LB()FMN.compute_p2p()FMN.compute_maps()FMN.extract_3_cycles()FMN.compute_Amat()FMN.compute_3cycle_weights()FMN.optimize_icsm()FMN.get_cycle_weight()FMN.zoomout_iteration()FMN.zoomout_refine()
- pyFM.FMN.FMN
- pyFM.eval
- pyFM.functional
FunctionalMappingFunctionalMapping.mesh1FunctionalMapping.mesh2FunctionalMapping.descr1FunctionalMapping.descr2FunctionalMapping.D_aFunctionalMapping.D_cFunctionalMapping.FM_typeFunctionalMapping.k1FunctionalMapping.k2FunctionalMapping.FMFunctionalMapping.p2p_21FunctionalMapping.k1FunctionalMapping.k2FunctionalMapping.FM_typeFunctionalMapping.change_FM_type()FunctionalMapping.FMFunctionalMapping.preprocessedFunctionalMapping.fittedFunctionalMapping.get_p2p()FunctionalMapping.get_precise_map()FunctionalMapping.preprocess()FunctionalMapping.fit()FunctionalMapping.icp_refine()FunctionalMapping.zoomout_refine()FunctionalMapping.compute_SD()FunctionalMapping.get_x0()FunctionalMapping.compute_descr_op()FunctionalMapping.compute_orientation_op()FunctionalMapping.project()FunctionalMapping.decode()FunctionalMapping.transport()FunctionalMapping.transfer()
- pyFM.mesh
- pyFM.mesh.file_utils
- pyFM.mesh.geometry
edges_from_faces()compute_faces_areas()compute_vertex_areas()compute_normals()per_vertex_normal()per_vertex_normal_area()per_vertex_normal_uniform()neigh_faces()grad_mat()grad_f()div_f()geodesic_distmat_dijkstra()heat_geodmat_robust()heat_geodesic_from()heat_geodmat()farthest_point_sampling()farthest_point_sampling_distmat()farthest_point_sampling_call()farthest_point_sampling_call_sub()get_orientation_op()
- pyFM.mesh.laplacian
- pyFM.mesh.trimesh
TriMeshTriMesh.pathTriMesh.meshnameTriMesh.WTriMesh.ATriMesh.eigenvaluesTriMesh.eigenvectorsTriMesh.vertlistTriMesh.facelistTriMesh.verticesTriMesh.facesTriMesh.n_verticesTriMesh.n_facesTriMesh.areaTriMesh.sqrtareaTriMesh.edgesTriMesh.normalsTriMesh.vertex_normalsTriMesh.vertex_areasTriMesh.faces_areasTriMesh.face_areasTriMesh.center_massTriMesh.is_normalizedTriMesh.is_modifiedTriMesh.area_normalize()TriMesh.rotate()TriMesh.translate()TriMesh.scale()TriMesh.center()TriMesh.laplacian_spectrum()TriMesh.process()TriMesh.project()TriMesh.decode()TriMesh.unproject()TriMesh.reconstruct()TriMesh.get_geodesic()TriMesh.geod_from()TriMesh.l2_sqnorm()TriMesh.l2_inner()TriMesh.h1_sqnorm()TriMesh.h1_inner()TriMesh.integrate()TriMesh.extract_fps()TriMesh.extract_fps_sub()TriMesh.gradient()TriMesh.divergence()TriMesh.orientation_op()TriMesh.export()TriMesh.get_uv()TriMesh.export_texture()TriMesh.compute_normals()TriMesh.set_vertex_normal_weighting()TriMesh.compute_vertex_normals()TriMesh.compute_edges()
- pyFM.optimize
- pyFM.refine
- pyFM.signatures
- pyFM.spectral
- pyFM.FMN
- pyFM
- Modules