def go(self):
yield Sim.hold, self, params['segregate time']
random.shuffle(LineAgent.all_agents)
pop1 = LinePopulation( 500.0, 500.0, 20.0, 20.0, params['mean speak'],
params['mean learn'], params['mean innovation'],
params['pop1 mean loc'], params['pop1 loc sd'],
params['mean talk radius'])
pop2 = LinePopulation( 500.0, 500.0, 20.0, 20.0, params['mean speak'],
params['mean learn'], params['mean innovation'],
params['pop2 mean loc'], params['pop2 loc sd'],
params['mean talk radius'])
for agent in LineAgent.all_agents:
if len(pop1.all_agents()) < params['pop1 proportion']*LineAgent.num_agents():
pop1.add_agent(agent)
else:
pop2.add_agent(agent)
LineAgent.all_agents.sort(lambda x,y:cmp(x.location,y.location))
LinePopulation.all_pops.pop('Population 0')
