def run_flower(parameters):
"""
:param parameters:
:type parameters: Parameters
:return:
"""
env = Environment()
env.segment_count = parameters.segment_count
env.mdc_count = parameters.mdc_count
env.isdva = parameters.isdva
env.isdvsd = parameters.isdvsd
env.comms_range = parameters.radio_range
flower_sim = FLOWER(env)
print("Starting FLOWER at {}".format(datetime.datetime.now().isoformat()))
print("Using {}".format(parameters))
start = time.time()
runner = flower_sim.run()
results = Results(runner.maximum_communication_delay(),
runner.energy_balance(), 0., runner.average_energy(),
runner.max_buffer_size())
print("Finished FLOWER in {} seconds".format(time.time() - start))
return results
def average_results(results):
mean_max_delay = np.mean([x.max_delay for x in results])
mean_balance = np.mean([x.balance for x in results])
mean_lifetime = np.mean([x.lifetime for x in results])
mean_energy = np.mean([x.ave_energy for x in results])
mean_buffer = np.mean([x.max_buffer for x in results])
result = Results(mean_max_delay, mean_balance, mean_lifetime, mean_energy,
mean_buffer)
return result