def test_crf():
"""
Tests whether the MVS is correctly calculating the capital recovery factor
"""
CRF = C2.crf(project_life, discount_factor)
assert CRF == (discount_factor * (1 + discount_factor) ** project_life) / (
(1 + discount_factor) ** project_life - 1
)
CURR: "Euro",
DISCOUNTFACTOR: {VALUE: 0.08},
PROJECT_DURATION: {VALUE: 20},
}
DICT_ECONOMIC.update(
{
ANNUITY_FACTOR: {
VALUE: C2.annuity_factor(
project_life=DICT_ECONOMIC[PROJECT_DURATION][VALUE],
discount_factor=DICT_ECONOMIC[DISCOUNTFACTOR][VALUE],
)
},
CRF: {
VALUE: C2.crf(
project_life=DICT_ECONOMIC[PROJECT_DURATION][VALUE],
discount_factor=DICT_ECONOMIC[DISCOUNTFACTOR][VALUE],
)
},
}
)
USE_CASE = "Economic_KPI_C2_E2"
def process_expected_values():
"""
Processes expected values from `test_data_economic_expected_values.csv`.
Derive expected values dependent on actual dispatch of the asset(s)
for asset in expected_values.columns:
VALUE: 20
},
}
dict_economic.update({
ANNUITY_FACTOR: {
VALUE:
C2.annuity_factor(
project_life=dict_economic[PROJECT_DURATION][VALUE],
discount_factor=dict_economic[DISCOUNTFACTOR][VALUE],
)
},
CRF: {
VALUE:
C2.crf(
project_life=dict_economic[PROJECT_DURATION][VALUE],
discount_factor=dict_economic[DISCOUNTFACTOR][VALUE],
)
},
})
class Test_Economic_KPI:
def setup_method(self):
if os.path.exists(TEST_OUTPUT_PATH):
shutil.rmtree(TEST_OUTPUT_PATH, ignore_errors=True)
if os.path.exists(TEST_OUTPUT_PATH) is False:
os.mkdir(TEST_OUTPUT_PATH)
@mock.patch("argparse.ArgumentParser.parse_args",
return_value=argparse.Namespace())
def test_benchmark_Economic_KPI_C2_E2(self, margs):