def test_random_algorithm_equals(gen: int, elev: int):
arrival_gen = algorithms.RandomArrivals(6, gen)
move_gen = algorithms.RandomAlgorithm()
"""Run a test simulation, and return the simulation statistics"""
config = {
'num_rounds': 15,
'num_floors': 6,
'num_elevators': elev,
'elevator_capacity': 3,
'num_people_per_round': gen,
'arrival_generator': arrival_gen,
# File arrival generator with 6 max floors and arrivals dictated by file
# 'arrival_generator': arrival_gen,
'moving_algorithm': move_gen,
'visualize': False
}
sim = Simulation(config)
stats = sim.run(15)
people = 0
for elevator in sim.elevators:
people += len(elevator.passengers)
for key in sim.waiting:
people += len(sim.waiting[key])
assert stats['total_people'] == gen * 15
assert stats['total_people'] - stats['people_completed'] == people
def sample_run() -> Dict[str, int]:
"""Run a sample simulation, and return the simulation statistics."""
config = {
'num_floors': 6,
'num_elevators': 6,
'elevator_capacity': 3,
'num_people_per_round': 5,
# Random arrival generator with 6 max floors and 2 arrivals per round.
'arrival_generator': algorithms.RandomArrivals(6, 2),
'moving_algorithm': algorithms.RandomAlgorithm(),
'visualize': True
}
sim = Simulation(config)
stats = sim.run(15)
return stats
def sample_run() -> Dict[str, int]:
"""Run a sample simulation, and return the simulation statistics."""
config = {
'num_floors': 6,
'num_elevators': 6,
'elevator_capacity': 3,
'num_people_per_round': 7,
# File arrival from "sample_arrivals.csv
# and Random Arrival with 2 people every round"
#'arrival_generator': algorithms.FileArrivals(6, "sample_arrivals.csv"),
'arrival_generator': algorithms.RandomArrivals(6, 2),
'moving_algorithm': algorithms.RandomAlgorithm(),
#'moving_algorithm': algorithms.PushyPassenger(),
#'moving_algorithm': algorithms.ShortSighted(),
'visualize': True
}
sim = Simulation(config)
stats = sim.run(15)
return stats