factory = GenomFactory(chambers_limit=5) genom_factory = lambda: factory.generate forams = create_forams(1, initial_energy=5) insolation_meter = StaticInsolation size = lambda: 50 reproduction_minimum = lambda: 50 movement_energy = lambda: 0.5 growth_minimum = lambda: 30 energy_need = lambda: 0.2 algae_limit = lambda: 20 algae_growth_probability = lambda: 0.3 newborn_limit = lambda:6 reproduction_probability = lambda: 0.5 growth_probability = lambda: 0.5 growth_cost_factor = lambda: 0.8 capacity_factor = lambda: 1.1 initial_algae_probability = lambda: 0.2 environment = environment_factory(regeneration_factor=0.1, clazz=Environment3d) stop_condition = lambda: StepLimitStopCondition(500) stats = lambda: MultipleStatistics([CsvStatistics(), PsiStatistics()]) cell_capacity = lambda: 1 address_provider = address.SequenceAddressProvider request_dispatcher = create_dispatcher() neighbour_matcher = Neighbour3dMatcher ns_hostname = lambda: "127.0.0.1" pyro_daemon = Pyro4.Daemon() daemon = lambda: pyro_daemon
from pyage_forams.solutions.insolation_meter import DynamicInsolation from pyage_forams.solutions.statistics import SimpleStatistics, PsiStatistics, CsvStatistics, MultipleStatistics factory = GenomFactory(chambers_limit=5) genom_factory = lambda: factory.generate forams = create_forams(8, initial_energy=5) agents = create_agent insolation_meter = lambda: DynamicInsolation([(20, 10, 0.2), (10, 20, 0.4)]) size = lambda: (10, 15, 20) reproduction_minimum = lambda: 10 movement_energy = lambda: 0.25 growth_minimum = lambda: 10 energy_need = lambda: 0.2 algae_limit = lambda: 20 algae_growth_probability = lambda: 0.3 newborn_limit = lambda: 9 reproduction_probability = lambda: 0.8 growth_probability = lambda: 0.8 growth_cost_factor = lambda: 0.5 capacity_factor = lambda: 1.1 initial_algae_probability = lambda: 0.3 cell_capacity = lambda: 2 environment = environment_factory(regeneration_factor=0.1, clazz=Environment3d) stop_condition = lambda: StepLimitStopCondition(90) address_provider = address.SequenceAddressProvider stats = lambda: MultipleStatistics([CsvStatistics(), PsiStatistics()])