def main():
population = 6400 # Number of agents
average_degree = 4 # Average degree of network
num_episode = 1 # Number of episodes for taking ensemble average
network_type = 'lattice' # Topology of network
# Creating new directory for data files
new_dirname = "dyn_time_evolution_n" + str(population) + "e" + str(
num_episode) + "_" + network_type
os.mkdir(new_dirname)
os.chdir(new_dirname)
simulation = Dynamics(population, average_degree, network_type)
for episode in range(num_episode):
random.seed()
simulation.one_episode(episode)
