def test_get_D_ss(budget_balance, expected_tuple):
'''
Test of the fiscla.get_D_ss() function.
'''
r_gov = 0.03
Y = 1.176255339
p = Specifications()
p.debt_ratio_ss = 1.2
p.budget_balance = budget_balance
p.g_n_ss = 0.02
test_tuple = fiscal.get_D_ss(r_gov, Y, p)
for i, v in enumerate(test_tuple):
assert np.allclose(v, expected_tuple[i])
def test_get_G_ss(budget_balance, expected_G):
'''
Test of the fiscla.get_G_ss() function.
'''
Y = 2.2
net_revenue = 2.3
pension_amount = 0.0
TR = 1.6
UBI = 0.0
new_borrowing = 0.072076633
debt_service = 0.042345192
p = Specifications()
p.budget_balance = budget_balance
test_G = fiscal.get_G_ss(Y, net_revenue, pension_amount, TR, UBI,
new_borrowing, debt_service, p)
assert np.allclose(test_G, expected_G)
def test_get_TR(baseline, budget_balance, baseline_spending, method,
expected_TR):
'''
Test of the fiscal.get_TR() function.
'''
Y = 3.2
TR = 1.5
G = 0.0
agg_pension_outlays = 0.0
UBI_outlays = 0.0
total_tax_revenue = 1.9
p = Specifications(baseline=baseline)
p.budget_balance = budget_balance
p.baseline_spending = baseline_spending
if method == 'TPI':
Y = np.ones(p.T * p.S) * Y
TR = np.ones(p.T * p.S) * TR
total_tax_revenue = np.ones(p.T * p.S) * total_tax_revenue
test_TR = fiscal.get_TR(Y, TR, G, total_tax_revenue, agg_pension_outlays,
UBI_outlays, p, method)
assert np.allclose(test_TR, expected_TR)
