p = Process(target=control_thread,
args=(
child_conn,
c_name,
thread_cnt,
N,
i,
))
p.start()
process_list.append((p, parent_conn))
one_count_list = [0] * nodes_cnt
zero_count_list = [0] * nodes_cnt
sen_count_list = [0] * nodes_cnt
for p, conn in process_list:
tup = conn.recv()
for i in range(len(tup[0])):
one_count_list[i] += tup[0][i]
zero_count_list[i] += tup[1][i]
sen_count_list[i] += tup[2][i]
p.join()
for i in range(len(circuit.nodes_lev)):
circuit.nodes_lev[i].one_control = one_count_list[i] / total_pattern
circuit.nodes_lev[i].zero_control = zero_count_list[i] / total_pattern
circuit.nodes_lev[i].sen_p = sen_count_list[i] / total_pattern
# print (circuit.nodes_lev[i].one_control, circuit.nodes_lev[i].zero_control,circuit.nodes_lev[i].sen_p)
circuit.STAFAN_observability()
end_time = time.time()
duration = end_time - start_time
print("Thread count : {}, Time taken: {}".format(thread_cnt, duration))
