print(budget_bundle.good_y == budget_endowment.good_y) print(budget_bundle.income == budget_endowment.income) print(budget_bundle.x_lim == budget_endowment.x_lim) print(budget_bundle.y_lim == budget_endowment.y_lim) budget = budget_endowment budget.show_plot() # net buyer of good 1: cb_utility = CobbDouglas(.7, .3) my_person.utility = cb_utility my_person.income = endowment_value my_person.budget = budget my_person.premium = good_1.price my_person.get_consumption(p1=good_1.price, p2=good_2.price) my_person.get_consumption_figure() my_person.show_consumption() print(my_person.optimal_bundle) # if price of good 1 decreases, person must remain a net buyer: good_1.price = .5 endowment_value = 5 * good_1.price + 5 * good_2.price my_person.income = endowment_value budget = Budget(good_x=good_1, good_y=good_2, income=endowment_value) my_person.budget = budget my_person.premium = good_1.price my_person.get_consumption(p1=good_1.price, p2=good_2.price) my_person.get_consumption_figure()
company_1 = Insurer(4000000, 'company_1')
company_1_formula = 'severity ~ age_class + profession + health_status + education_level'
rayon.place_business(pricing_date, company_1)
ahura.smite(pricing_date + dt.timedelta(days=1))
company_1.price_book(company_1_formula)
rayon.place_business(pricing_date, company_1)
my_person = Person(person_id=1)
my_person.get_policy_history()
my_person.get_policy('company_1', 1001)
my_person.get_budget()
my_person.get_consumption()
my_person.get_consumption_figure()
fig = my_person.consumption_figure
fig['layout'].update({
'title_x': 0.5,
'width': 1200,
'height': 627,
'margin': {
'l': 10
}
})
plot(fig)