def test_simulation():
"""Test that Simulation class can be used as required."""
start, home, seed, n_sim = 10, 20, 12345, 5
s = Simulation(start, home, seed)
assert s.single_walk() > 0
r = s.run_simulation(n_sim)
assert len(r) == n_sim
assert all(rs > 0 for rs in r)
right_limit : int
The right boundary of walker movement
"""
self.left_limit = left_limit
self.right_limit = right_limit
self.start = start
self.home = home
self.seed = seed
super().__init__(start, home, seed)
def single_walk(self):
single_walker = BoundedWalker(self.start,
self.home,
self.left_limit,
self.right_limit)
while not single_walker.is_at_home():
random.seed(self.seed)
single_walker.move()
return single_walker.get_steps()
def run_simulation(self, num_walks):
return super().run_simulation(num_walks)
if __name__ == '__main__':
sim1 = BoundedSimulation(0, 10, 54321, -1, 11)
print(sim1.run_simulation(10))
sim2 = Simulation(0, 10, 5)
print(sim2.run_simulation(10))