def test_oneten_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())
ot_c = fm.oneten_nfdrs(tc,rh,0)
ot_f = fm.oneten_nfdrs(tf,rh,0)
self.assertLess( np.abs(ot_c[0]-ot_f[0]), 0.1*u.pct)
def test_oneten_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())
ot_c = fm.oneten_nfdrs(tc, rh, 0)
ot_f = fm.oneten_nfdrs(tf, rh, 0)
self.assertLess(np.abs(ot_c[0] - ot_f[0]), 0.1 * u.pct)
def test_oneten_values(self):
"""Tests that the ratio of one and ten hour fuel moistures are
as expected."""
rh = 50*u.pct
tc = 30*u.deg_C
ot = fm.oneten_nfdrs(tc, rh, 0)
expected_ratio = 1.03/1.28
self.assertLess(np.abs(ot[0]/ot[1]-expected_ratio), 1e-5)
def test_oneten_values(self):
"""Tests that the ratio of one and ten hour fuel moistures are
as expected."""
rh = 50 * u.pct
tc = 30 * u.deg_C
ot = fm.oneten_nfdrs(tc, rh, 0)
expected_ratio = 1.03 / 1.28
self.assertLess(np.abs(ot[0] / ot[1] - expected_ratio), 1e-5)
