def bd(n): G = gbc(n) H = to_hg(G) return H
def count_triangles(n): g = gbc(n) m = nx.to_numpy_matrix(g) m3 = m.dot(m).dot(m) return np.diag(m3)//2
import networkx as nx
from networkx.algorithms import bipartite
from gbc_without_sage import gbc_with_loop as gbc
G = gbc(2)
def check_dup(G):
for i, v in enumerate(G):
for j, w in enumerate(G):
if i < j:
if set(G.neighbors(v)) == set(G.neighbors(w)):
raise Exception("Found duplicated nodes")
def check_neighbors(G):
check_dup(G)
rtv = set()
for i, v in enumerate(G):
for j, w in enumerate(G):
if i < j:
l = len(set(G.neighbors(v)).intersection(G.neighbors(w)))
print(l)
rtv.add(l)
print(rtv)
def to_hg(G):
check_dup(G)
H = nx.Graph()
for v in G:
H.add_node(v, bipartite=0)
