def test_pushy_passenger_moving_algorithm_10() -> None:
"""Test the Pushy Passenger algorithm test with sample_arrivals.csv.
Note that the configuration is quite a bit more restricted than even
the sample one given in the starter code. This should make it easier
to trace out the algorithms by hand.
"""
config = {
'num_floors': 5,
'num_elevators': 1,
'elevator_capacity': 10,
# This is likely not used.
'num_people_per_round': 2,
'arrival_generator': FileArrivals(5, 'test_algorithms_10.csv'),
'moving_algorithm': PushyPassenger(),
'visualize': False
}
sim = Simulation(config)
results = sim.run(15)
assert results['num_iterations'] == 15
assert results['total_people'] == 4
assert results['people_completed'] == 4
assert results['max_time'] == 8
assert results['min_time'] == 2
assert results['avg_time'] == 5
def test_pushy_passenger_moving_algorithm_3() -> None:
"""Test the Pushy Passenger algorithm test with sample_arrivals.csv.
Note that the configuration is quite a bit more restricted than even
the sample one given in the starter code. This should make it easier
to trace out the algorithms by hand.
"""
config = {
'num_floors': 5,
'num_elevators': 1,
'elevator_capacity': 1,
# This is likely not used.
'num_people_per_round': 2,
'arrival_generator': FileArrivals(5, 'pushy_3.csv'),
'moving_algorithm': PushyPassenger(),
'visualize': False
}
sim = Simulation(config)
results = sim.run(20)
assert results['num_iterations'] == 20
assert results['total_people'] == 5
# Note: 3 of the 4 people completed their rides.
# One sad person arrives at round 1 on floor 5, and never reaches their
# target floor. :(
assert results['people_completed'] == 5
assert results['max_time'] == 8
assert results['min_time'] == 1
assert results['avg_time'] == 3