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As it's written, path_lengths returns all distances, including the one from the source to itself.
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If it isn't too unreadable, probably better to do it this way(?): def path_lengths(G):
length_iter = nx.shortest_path_length(G)
for source, dist_map in length_iter:
for dest in set(dist_map.keys()).difference([source]):
yield dist_map[dest] |
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As it's written,
path_lengthsreturns all distances, including the one from the source to itself. Assuming that shouldn't be the case, as the solutions indicate the average path length should be 1.