scenario7, scenario8, scenario9
]:
'''
sim = GraphSimulation(
**{**global_parameters, **scenario}
)
anim = execute_graphsimulation(sim, iterations=1440, iteration_time=25)
anim.save("{}_new.mp4".format(scenario['name']), writer='ffmpeg', fps=60)
'''
print(scenario['name'])
batch_experiment(35,
1440,
"{}_new.csv".format(scenario['name']),
simulation_type=GraphSimulation,
verbose='experiments',
**{
**global_parameters,
**scenario
})
'''
sim.append_trigger_simulation(
lambda s: s.get_statistics()['Infected'] > 0.1,
'amplitudes',
lambda s: {
Status.Susceptible: 0.1,
Status.Recovered_Immune: 0.1,
Status.Infected: 0.1
}
)
#for scenario in scenario0, scenario1, scenario2, scenario3, scenario4, scenario5, scenario6, scenario7, scenario8, scenario9]:
for part_isol in [part_isol0, part_isol11]:
'''
sim = GraphSimulation(
**{**global_parameters, **scenario}
)
anim = execute_graphsimulation(sim, iterations=1440, iteration_time=25)
anim.save("{}_new.mp4".format(scenario['name']), writer='ffmpeg', fps=60)
'''
#print(scenario['name'])
isolated = []
batch_experiment(5, 1440, "{}.csv".format(part_isol['name']),
simulation_type=GraphSimulation,
verbose='experiments',
**{**global_parameters, **part_isol}
)
'''
sim.append_trigger_simulation(
lambda s: s.get_statistics()['Infected'] > 0.1,
'amplitudes',
lambda s: {
Status.Susceptible: 0.1,
Status.Recovered_Immune: 0.1,
Status.Infected: 0.1
}
)
sim.append_trigger_simulation(