Topological Material Analysis 0.5
Analyse the structures of materials using tools from TDA
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max_flow Namespace Reference

Functions

 compute_backbone (ase_atoms, backbone_atoms, flow_atoms, reeb_stride, common_backbone=True, apply_frechet_mean=False, print_mean_stucture=False, repeat=(1, 1, 1), radii_figures=False)
 compute_max_flow (backbone_mean, backbone_radii, M, m, grid_spacing, volume, fat, reeb_stride, stride, periodic, save_rb=False, verbose=False)
 rdf_onset_radius (distances_flat, box_volume, n_bins=200, rrange=6, threshold=0.01, label="", radii_figures=False)
 unwrap_trajectory (atoms, cell)

Function Documentation

◆ compute_backbone()

max_flow.compute_backbone ( ase_atoms,
backbone_atoms,
flow_atoms,
reeb_stride,
common_backbone = True,
apply_frechet_mean = False,
print_mean_stucture = False,
repeat = (1, 1, 1),
radii_figures = False )
Compute backbone radii and flow coordinates

◆ compute_max_flow()

max_flow.compute_max_flow ( backbone_mean,
backbone_radii,
M,
m,
grid_spacing,
volume,
fat,
reeb_stride,
stride,
periodic,
save_rb = False,
verbose = False )
Compute reeb_graph and max flow

◆ rdf_onset_radius()

max_flow.rdf_onset_radius ( distances_flat,
box_volume,
n_bins = 200,
rrange = 6,
threshold = 0.01,
label = "",
radii_figures = False )
Find the onset of the first peak in the RDF

◆ unwrap_trajectory()

max_flow.unwrap_trajectory ( atoms,
cell )