def test_pt_hs_k_param(self):
pthsk = pt_hs_k.PTHSKParameter()
self.assertIsNotNone(pthsk)
self.assertEqual(pthsk.size(), 10)
pthsk.snow.lw = 0.23
self.assertAlmostEqual(pthsk.snow.lw, 0.23)
snow = api.HbvSnowParameter(tx=0.2) # orderded .. keyword does work now! TODO: verify if we can have boost provide real kwargs
self.assertIsNotNone(snow)
snow.lw = 0.2
self.assertAlmostEqual(snow.lw, 0.2);
def test_pt_hs_k_param(self):
pthsk_size = 12
pthsk = pt_hs_k.PTHSKParameter()
self.assertIsNotNone(pthsk)
self.assertEqual(pthsk.size(), pthsk_size)
pthsk.hs.lw = 0.23
self.assertAlmostEqual(pthsk.hs.lw, 0.23)
snow = api.HbvSnowParameter(
tx=0.2
) # ordered .. keyword does work now! TODO: verify if we can have boost provide real kwargs
self.assertIsNotNone(snow)
snow.lw = 0.2
self.assertAlmostEqual(snow.lw, 0.2)
valid_names = [
"kirchner.c1", "kirchner.c2", "kirchner.c3", "ae.ae_scale_factor",
"hs.lw", "hs.tx", "hs.cx", "hs.ts", "hs.cfr",
"p_corr.scale_factor", "pt.albedo", "pt.alpha"
]
self.verify_parameter_for_calibration(pthsk, pthsk_size, valid_names)