def test_gsi_sglval(self):
"""test entire gsi calculation with scalar inputs"""
tmin = (gsi.TMIN_MIN + gsi.TMIN_MAX) / 2.0
photo = (gsi.PHOTO_MIN + gsi.PHOTO_MAX) / 2.0
vpd = (gsi.VPD_MIN + gsi.VPD_MAX) / 2.0
self.assertLess(gsi.calc_gsi(tmin, vpd, photo) - (0.5 ** 3), 1e-5)
def test_gsi_sglval(self):
"""test entire gsi calculation with scalar inputs"""
tmin = (gsi.TMIN_MIN + gsi.TMIN_MAX) / 2.
photo = (gsi.PHOTO_MIN + gsi.PHOTO_MAX) / 2.
vpd = (gsi.VPD_MIN + gsi.VPD_MAX) / 2.
self.assertLess(gsi.calc_gsi(tmin, vpd, photo) - (0.5**3), 1e-5)
def test_gsi_array(self):
"""test entire gsi calculation with array inputs"""
frac = np.arange(0.0, 1.0, 0.2)
tmin = frac * (gsi.TMIN_MAX - gsi.TMIN_MIN) + gsi.TMIN_MIN
photo = frac * (gsi.PHOTO_MAX - gsi.PHOTO_MIN) + gsi.PHOTO_MIN
vpd = (1 - frac) * (gsi.VPD_MAX - gsi.VPD_MIN) + gsi.VPD_MIN
i_gsi = gsi.calc_gsi(tmin, vpd, photo)
for i in range(len(frac)):
self.assertLess(i_gsi[i] - (frac[i] ** 3), 1e-5)
def test_gsi_array(self):
"""test entire gsi calculation with array inputs"""
frac = np.arange(0.0, 1.0, 0.2)
tmin = frac * (gsi.TMIN_MAX - gsi.TMIN_MIN) + gsi.TMIN_MIN
photo = frac * (gsi.PHOTO_MAX - gsi.PHOTO_MIN) + gsi.PHOTO_MIN
vpd = (1 - frac) * (gsi.VPD_MAX - gsi.VPD_MIN) + gsi.VPD_MIN
i_gsi = gsi.calc_gsi(tmin, vpd, photo)
for i in range(len(frac)):
self.assertLess(i_gsi[i] - (frac[i]**3), 1e-5)
