def cfcheck(swe):
check_valid(
swe,
"standard_name",
[
"liquid_water_content_of_surface_snow",
"liquid_water_content_of_snow_layer",
],
)
def cfcheck(swe, pr):
check_valid(
swe,
"standard_name",
[
"liquid_water_content_of_surface_snow",
"liquid_water_content_of_snow_layer",
],
)
check_valid(
pr, "standard_name", ["precipitation_flux", "lwe_precipitation_rate"]
)
def cfcheck(tasmin, tasmax):
for da in (tasmin, tasmax):
cfchecks.check_valid(da, "standard_name", "air_temperature")
cfchecks.check_valid(tasmin, "cell_methods",
"*time: minimum within days*")
cfchecks.check_valid(tasmax, "cell_methods",
"*time: maximum within days*")
check_units(tasmax, tasmin.attrs["units"])
def cfcheck(tasmax):
cfchecks.check_valid(tasmax, "cell_methods", "*time: maximum within days*")
cfchecks.check_valid(tasmax, "standard_name", "air_temperature")
def test_check_valid_raise(value, expected):
d = TestObj(value)
with pytest.raises(ValidationError):
cfchecks.check_valid(d, "test", expected)
def test_check_valid_ok(value, expected):
d = TestObj(value)
cfchecks.check_valid(d, "test", expected)
def cfcheck(q):
check_valid(q, "standard_name",
"water_volume_transport_in_river_channel")
def cfcheck(self, tas, snd=None):
cfchecks.check_valid(tas, "standard_name", "air_temperature")
cfchecks.cfcheck_from_name("snd", snd)
def cfcheck(snd, sfcWind):
check_valid(snd, "standard_name", "surface_snow_thickness")
check_valid(sfcWind, "standard_name", "wind_speed")
def cfcheck(snc):
check_valid(snc, "standard_name", "surface_snow_area_fraction")
def cfcheck(snd):
check_valid(snd, "standard_name", "surface_snow_thickness")
def cfcheck(prsn):
cfchecks.check_valid(prsn, "standard_name", "solid_precipitation_flux")
def cfcheck(pr, tas):
cfchecks.check_valid(tas, "cell_methods", "*time: mean within days*")
cfchecks.check_valid(tas, "standard_name", "air_temperature")
cfchecks.check_valid(pr, "standard_name",
["precipitation_flux", "lwe_precipitation_rate"])
def cfcheck(sic, area):
cfchecks.check_valid(sic, "standard_name", "sea_ice_area_fraction")
cfchecks.check_valid(area, "standard_name", "cell_area")
def cfcheck(tas):
cfchecks.check_valid(tas, "standard_name", "air_temperature")
