def simulate(init_states, max_time=5):
'''simulate the automaton from each initial rect'''
q_list = init_list_to_q_list(init_states, center=True, star=True, corners=True, rand=100)
result = sim.simulate_multi(q_list, max_time)
return result
def simulate(init_states, max_time=10):
'''simulate the automaton from each initial rect'''
q_list = init_list_to_q_list(init_states, center=True, star=True, corners=True, rand=100)
result = sim.simulate_multi(q_list, max_time)
return result
def test_init_unique(self):
'test uniqueness of initial states'
r = HyperRectangle([(1, 1), (2, 2), (3, 3)])
init_states = [('first', r), ('second', r), ('first', r)]
q_list = init_list_to_q_list(init_states, center=True, star=True, corners=True)
self.assertTrue(len(q_list) == 2, "converted initial sim states have two points")
def test_init_unique(self):
'test uniqueness of initial states'
r = HyperRectangle([(1, 1), (2, 2), (3, 3)])
init_states = [('first', r), ('second', r), ('first', r)]
q_list = init_list_to_q_list(init_states,
center=True,
star=True,
corners=True)
self.assertTrue(
len(q_list) == 2, "converted initial sim states have two points")
