def cliquesolve(G):
C = nx.complement(G)
u= find_all_clqs(C)
solution = set_cover_model(G, u)
return solution
def convert_to_cliques(coloring):
ridx = defaultdict(list)
for i,item in enumerate(coloring):
ridx[item].append(i)
return set([ frozenset(x) for x in ridx.values()])
def cliquesolve(G):
C = nx.complement(G)
u= find_all_clqs(C)
solution = set_cover_model(G, u)
return solution
if __name__ == '__main__':
G = parse_input(get_input('./data/gc_250_9'))
C = nx.complement(G)
u= find_all_clqs(C)
result = set_cover_model(G, u)
print result
# ans = graph_coloring_problem_or(G,35)
# print ans,len(set(ans))
