def notest_pensioninsurancecompany():
reload(p)
s = p.PensionSim()
s.reset()
c = p.PensionInsuranceCompany(s)
c.perform_increment()
print(c)
def get_env_cls(max_individuals=50, max_days=365 * 300):
sim = p.PensionSim(max_individuals=max_individuals, max_days=max_days)
register_step_function()
env_cls = generate_env(
sim,
"examples.pension.PensionInsuranceCompany.determine_client_transaction"
)
return env_cls
def notest_individual():
reload(p)
s = p.PensionSim()
s.reset()
i = p.Individual(s)
s.entities.append(i)
for _ in range(10):
# i.resources["cash"].take(10000)
if i.age > 26:
i.living_expenses = 50000
s.run_increment()
po = s.find_entities(p.PublicOpinion)[0]
po.perform_increment()
def notest_pensionsim_static():
reload(p)
s = p.PensionSim(max_individuals=10)
s.reset()
s.run() # max_t=20 * 365)
def notest_pensionsim():
reload(p)
s = p.PensionSim()
s.reset()
s.run()