def test_getPociIncompleteCoeffs(self):
"""Test getPoci falls back to default coeffs if input incomplete"""
eps = np.random.normal(0, scale=2.5717404300409674)
coeffs = [
-0.6496398, -1.33467, 7.085303e-04, 4.87049101e-03, -1.43573905
]
Poci = loadData.getPoci(self.penv, self.pcentre, self.lat, self.jdays,
eps, coeffs)
assert_almost_equal(Poci, self.pociOutput)
def test_getPociArrayMissingValues(self):
"""getPoci filters values where input data is missing"""
eps = np.random.normal(0, scale=2.5717404300409674)
pcentre = self.pcentre
pcentre[-1] = sys.maxint
Poci = loadData.getPoci(self.penv, pcentre, self.lat, self.jdays, eps)
PociOutput = np.array([
1016.11315678, 1014.75370624, 1014.00665338, 1013.6080981,
1013.23285869, 1012.61540945, 1011.64863179, 1010.42365243,
1009.1959527, 1008.29035302, np.nan
])
assert_almost_equal(Poci, PociOutput)
def test_getPociWithCoeffs(self):
"""getPoci with user-defined set of coefficients"""
eps = np.random.normal(0, scale=2.5717404300409674)
coeffs = [2288, -0.65, -1.33, 7.0e-04, 5e-03, -1.5]
Poci = loadData.getPoci(1000, 900, -24, 1, eps, coeffs)
self.assertAlmostEqual(Poci, 1012.8047170899531)
def test_getPociArrayInput(self):
"""Test getPoci with array input"""
eps = np.random.normal(0, scale=2.5717404300409674)
Poci = loadData.getPoci(self.penv, self.pcentre, self.lat, self.jdays,
eps)
assert_almost_equal(Poci, self.pociOutput)
def test_getPociDefaults(self):
"""Test getPoci returns correct value based on defaults"""
eps = np.random.normal(0, scale=2.5717404300409674)
Poci = loadData.getPoci(1000, 900, -24, 1, eps)
assert_almost_equal(Poci, 1016.1131567762006)
