def main():
bnet = QuWetGrass.build_bnet()
brute_eng = EnumerationEngine(bnet, is_quantum=True)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
node_list = brute_eng.bnet_ord_nodes
brute_pot_list = brute_eng.get_unipot_list(node_list)
bnet = QuWetGrass.build_bnet()
monte_eng = MCMC_Engine(bnet, is_quantum=True)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
num_cycles = 1000
warmup = 200
node_list = monte_eng.bnet_ord_nodes
monte_pot_list = monte_eng.get_unipot_list(node_list, num_cycles,
warmup)
bnet = QuWetGrass.build_bnet()
jtree_eng = JoinTreeEngine(bnet, is_quantum=True)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
node_list = jtree_eng.bnet_ord_nodes
jtree_pot_list = jtree_eng.get_unipot_list(node_list)
for k in range(len(node_list)):
print(node_list[k].name)
print("brute engine:", brute_pot_list[k])
print("monte engine:", monte_pot_list[k])
print("jtree engine:", jtree_pot_list[k])
print("\n")
def main():
bnet = WetGrass.build_bnet()
brute_eng = EnumerationEngine(bnet)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
node_list = brute_eng.bnet_ord_nodes
brute_pot_list = brute_eng.get_unipot_list(node_list)
bnet = WetGrass.build_bnet()
monte_eng = MCMC_Engine(bnet)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
num_cycles = 1000
warmup = 200
node_list = monte_eng.bnet_ord_nodes
monte_pot_list = monte_eng.get_unipot_list(node_list, num_cycles,
warmup)
bnet = WetGrass.build_bnet()
jtree_eng = JoinTreeEngine(bnet)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
node_list = jtree_eng.bnet_ord_nodes
jtree_pot_list = jtree_eng.get_unipot_list(node_list)
for k in range(len(node_list)):
print(node_list[k].name)
print("brute engine:", brute_pot_list[k])
print("monte engine:", monte_pot_list[k])
print("jtree engine:", jtree_pot_list[k])
print("\n")
bnet.write_bif('../examples_cbnets/WetGrass.bif', False)
bnet.write_dot('../examples_cbnets/WetGrass.dot')
ra.potential.pot_arr[0, :] = [.4, .6]
sp.potential.pot_arr[1, :] = [.7, .3]
sp.potential.pot_arr[0, :] = [.2, .8]
we.potential.pot_arr[1, 1, :] = [.01, .99]
we.potential.pot_arr[1, 0, :] = [.01, .99]
we.potential.pot_arr[0, 1, :] = [.01, .99]
we.potential.pot_arr[0, 0, :] = [.99, .01]
return BayesNet(nodes)
if __name__ == "__main__":
bnet = WetGrass.build_bnet()
brute_eng = EnumerationEngine(bnet)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
node_list = brute_eng.bnet_ord_nodes
brute_pot_list = brute_eng.get_unipot_list(node_list)
bnet = WetGrass.build_bnet()
monte_eng = MCMC_Engine(bnet)
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
num_cycles = 1000
warmup = 200
node_list = monte_eng.bnet_ord_nodes
monte_pot_list = monte_eng.get_unipot_list(node_list, num_cycles, warmup)
bnet = WetGrass.build_bnet()
return BayesNet(nodes)
if __name__ == "__main__":
bnet = WetGrass.build_bnet()
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
id_nums = sorted([node.id_num for node in bnet.nodes])
node_list = [bnet.get_node_with_id_num(k) for k in id_nums]
# this is simpler but erratic
# node_list = list(bnet.nodes)
brute_eng = EnumerationEngine(bnet)
brute_pot_list = brute_eng.get_unipot_list(node_list)
# print("bnet pots after brute")
# # check that bnet pots are not modified by engine
# for node in node_list:
# print(node.name)
# print(node.potential, "\n")
monte_eng = MCMC_Engine(bnet)
num_cycles = 1000
warmup = 200
monte_pot_list = monte_eng.get_unipot_list(
node_list, num_cycles, warmup)
# print("bnet pots after monte")
return BayesNet(nodes)
if __name__ == "__main__":
bnet = QuWetGrass.build_bnet()
# introduce some evidence
bnet.get_node_named("WetGrass").active_states = [1]
id_nums = sorted([node.id_num for node in bnet.nodes])
node_list = [bnet.get_node_with_id_num(k) for k in id_nums]
# this is simpler but erratic
# node_list = list(bnet.nodes)
brute_eng = EnumerationEngine(bnet, is_quantum=True)
brute_pot_list = brute_eng.get_unipot_list(node_list)
# print("bnet pots after brute")
# # check that bnet pots are not modified by engine
# for node in node_list:
# print(node.name)
# print(node.potential, "\n")
monte_eng = MCMC_Engine(bnet, is_quantum=True)
num_cycles = 1000
warmup = 200
monte_pot_list = monte_eng.get_unipot_list(node_list, num_cycles, warmup)
# print("bnet pots after monte")
# # check that bnet pots are not modified by engine