def test_ax():
i = 2
g = 1
m = 1
method = 'udd'
cf_grf95 = commutation_table.CommutationFunctions(i=i,
g=g,
mt=soa_GRF95.table_qx)
cf_tv7377 = commutation_table.CommutationFunctions(i=i,
g=g,
mt=soa_TV7377.table_qx)
ages = range(0, max(mt_TV7377.w, mt_GRF95.w) + 10)
a_grf = [
annuities.ax(mt=mt_GRF95, x=x, i=i, g=g, m=m, method=method)
for x in ages
]
a_tv = [
annuities.ax(mt=mt_TV7377, x=x, i=i, g=g, m=m, method=method)
for x in ages
]
a_grf_2 = [cf_grf95.ax(x=x, m=m) for x in ages]
a_tv_2 = [cf_tv7377.ax(x=x, m=m) for x in ages]
assert a_grf == pytest.approx(a_grf_2, rel=1e-16)
assert a_tv == pytest.approx(a_tv_2, rel=1e-16)
def test_ax():
i = 2
g = 1
m = 1
x = 45
method = 'udd'
cf_grf95 = commutation_table.CommutationFunctions(i=i,
g=g,
mt=soa_GRF95.table_qx)
cf_tv7377 = commutation_table.CommutationFunctions(i=i,
g=g,
mt=soa_TV7377.table_qx)
a_grf = annuities.ax(mt=mt_GRF95, x=x, i=i, g=g, m=m, method=method)
a_tv = annuities.ax(mt=mt_TV7377, x=x, i=i, g=g, m=m, method=method)
assert a_grf == pytest.approx(cf_grf95.ax(x=x, m=m), rel=1e-16)
assert a_tv == pytest.approx(cf_tv7377.ax(x=x, m=m), rel=1e-16)
__author__ = "PedroCR"
from essential_life import mortality_table as mt, annuities
from soa_tables import read_soa_table_xml as rst
soa_TV7377 = rst.SoaTable('../soa_tables/TV7377.xml')
soa_GRF95 = rst.SoaTable('../soa_tables/GRF95.xml')
mt_GRF95 = mt.MortalityTable(mt=soa_GRF95.table_qx)
mt_TV7377 = mt.MortalityTable(mt=soa_TV7377.table_qx)
a1 = annuities.ax(mt=mt_GRF95, x=45, i=2, g=0, m=1)
a2 = annuities.aax(mt=mt_GRF95, x=45, i=2, g=0, m=1)
print(a1)
print(a2)