def test_fcd_hourly_position(rs=h_args['rs'],
rso=h_args['rso'],
doy=h_args['doy'],
time_mid=h_args['time_mid'],
lat=s_args['lat'],
lon=s_args['lon'],
fcd=h_args['fcd_asce']):
assert float(
calcs._fcd_hourly(ee.Number(rs), ee.Number(rso), ee.Number(doy),
ee.Number(time_mid), ee.Number(lat),
ee.Number(lon)).getInfo()) == pytest.approx(fcd)
def test_fcd_hourly_image(rs=h_args['rs'],
rso=h_args['rso'],
doy=h_args['doy'],
time_mid=h_args['time_mid'],
lat=s_args['lat'],
lon=s_args['lon'],
fcd=h_args['fcd_asce']):
output = calcs._fcd_hourly(
rs=ee.Image.constant(rs), rso=ee.Number(rso), doy=ee.Number(doy),
time_mid=ee.Number(time_mid), lat=ee.Number(lat),
lon=ee.Number(lon)) \
.reduceRegion(ee.Reducer.first(), geometry=constant_geom, scale=1) \
.getInfo()
assert float(output['constant']) == pytest.approx(fcd)
def test_fcd_hourly_refet(rs=h_args['rs'],
rso=h_args['rso'],
doy=h_args['doy'],
time_mid=h_args['time_mid'],
lat=s_args['lat'],
lon=s_args['lon'],
fcd=h_args['fcd']):
assert float(
calcs._fcd_hourly(rs=ee.Number(rs),
rso=ee.Number(rso),
doy=ee.Number(doy),
time_mid=ee.Number(time_mid),
lat=ee.Number(lat),
lon=ee.Number(lon),
method='refet').getInfo()) == pytest.approx(fcd)
def test_fcd_hourly_night(rs=h_args['rs'],
rso=h_args['rso'],
doy=h_args['doy'],
time_mid=6.5,
lat=s_args['lat'],
lon=s_args['lon'],
fcd=1):
# For now, check that nighttime fcd values are set to 1
assert float(
calcs._fcd_hourly(rs=ee.Number(rs),
rso=ee.Number(rso),
doy=ee.Number(doy),
time_mid=ee.Number(time_mid),
lat=ee.Number(lat),
lon=ee.Number(lon),
method='refet').getInfo()) == pytest.approx(fcd)