def normalize_distribution(digraph):
"""
Normalizes the digraph
return: dictionary with degrees normalized
"""
distribution = P1.in_degree_distribution(digraph)
sum_nodes = len(digraph)
normalized = dict.fromkeys(distribution)
for degree in distribution:
normalized[degree] = distribution[degree] / float(sum_nodes)
return normalized
def normalize_distribution(digraph):
"""
Normalizes the digraph
return: dictionary with degrees normalized
"""
distribution = P1.in_degree_distribution(digraph)
sum_nodes = len(digraph)
normalized = dict.fromkeys(distribution)
for degree in distribution:
normalized[degree] = distribution[degree] / float(sum_nodes)
return normalized
