def test_eqmc_units(self):
"""Checks for proper temperature units conversion"""
rh = 50*u.pct
tc = 30*u.deg_C
tf = tc.to(iu.deg_F, u.temperature())
emc_c = fm.eqmc(tc, rh)
emc_f = fm.eqmc(tf, rh)
self.assertLess( np.abs(emc_c - emc_f), 0.1*u.pct)
self.assertEqual(emc_c.unit, u.pct)
def test_eqmc_units(self):
"""Checks for proper temperature units conversion"""
rh = 50 * u.pct
tc = 30 * u.deg_C
tf = tc.to(iu.deg_F, u.temperature())
emc_c = fm.eqmc(tc, rh)
emc_f = fm.eqmc(tf, rh)
self.assertLess(np.abs(emc_c - emc_f), 0.1 * u.pct)
self.assertEqual(emc_c.unit, u.pct)
def test_eqmc_bar_units(self) :
"""checks that eqmc_bar returns expected values"""
rh_min = 15*u.pct
rh_max = 60*u.pct
t_min = 60*iu.deg_F
t_max = 85*iu.deg_F
daylength = 15*u.hour
testval = fm.eqmc_bar(daylength, t_max, t_min, rh_max, rh_min)
emax = fm.eqmc(t_min,rh_max)
emin = fm.eqmc(t_max,rh_min)
refval = (daylength*emin + (1*u.day-daylength)*emax)/(1*u.day)
self.assertEqual(testval,refval)
self.assertEqual(testval.unit, u.pct)
def test_eqmc_bar_units(self):
"""checks that eqmc_bar returns expected values"""
rh_min = 15 * u.pct
rh_max = 60 * u.pct
t_min = 60 * iu.deg_F
t_max = 85 * iu.deg_F
daylength = 15 * u.hour
testval = fm.eqmc_bar(daylength, t_max, t_min, rh_max, rh_min)
emax = fm.eqmc(t_min, rh_max)
emin = fm.eqmc(t_max, rh_min)
refval = (daylength * emin +
(1 * u.day - daylength) * emax) / (1 * u.day)
self.assertEqual(testval, refval)
self.assertEqual(testval.unit, u.pct)
def test_eqmc_array(self) :
"""ensures that eqmc calculator works with arrays."""
rh = np.arange(20,80, 5) * u.pct
tf = np.arange(80,20, -5) * iu.deg_F
self.assertEqual(rh.size, tf.size)
emc = fm.eqmc( tf, rh)
self.assertEqual(emc.size, rh.size)
def test_eqmc_array(self):
"""ensures that eqmc calculator works with arrays."""
rh = np.arange(20, 80, 5) * u.pct
tf = np.arange(80, 20, -5) * iu.deg_F
self.assertEqual(rh.size, tf.size)
emc = fm.eqmc(tf, rh)
self.assertEqual(emc.size, rh.size)
