def test_load_stash2standard_name(self):
f = cf.read(self.ppfile)[0]
self.assertEqual(f.identity(), "eastward_wind")
self.assertEqual(f.Units, cf.Units("m s-1"))
for merge in (True, False):
cf.load_stash2standard_name(self.new_table, merge=merge)
f = cf.read(self.ppfile)[0]
self.assertEqual(f.identity(), "NEW_NAME")
self.assertEqual(f.Units, cf.Units("Pa"))
cf.load_stash2standard_name()
f = cf.read(self.ppfile)[0]
self.assertEqual(f.identity(), "eastward_wind")
self.assertEqual(f.Units, cf.Units("m s-1"))
cf.load_stash2standard_name()
def test_PP_load_stash2standard_name(self):
f = cf.read(self.ppfilename)[0]
self.assertEqual(f.identity(), 'surface_temperature')
self.assertEqual(f.Units, cf.Units('K'))
for merge in (True, False):
cf.load_stash2standard_name(self.new_table, merge=merge)
f = cf.read(self.ppfilename)[0]
self.assertEqual(f.identity(), 'NEW_NAME')
self.assertEqual(f.Units, cf.Units('Pa'))
cf.load_stash2standard_name()
f = cf.read(self.ppfilename)[0]
self.assertEqual(f.identity(), 'surface_temperature')
self.assertEqual(f.Units, cf.Units('K'))
cf.load_stash2standard_name()
X = P.set_construct(cf.DomainAxis(2))
# Set the data for the field
P.set_data(cf.Data(array), axes=[T, Y, X])
P
print(P.data.array)
P.data.get_compression_type()
print(P.data.compressed_array)
list_variable = P.data.get_list()
list_variable
print(list_variable.array)
cf.write(P, 'P_gathered.nc')
print("\n**PP and UM fields files**\n")
pp = cf.read('umfile.pp')
pp
print(pp[0])
cf.write(pp, 'umfile1.nc')
type(cf.read_write.um.umread.stash2standard_name)
cf.read_write.um.umread.stash2standard_name[(1, 4)]
cf.read_write.um.umread.stash2standard_name[(1, 2)]
cf.read_write.um.umread.stash2standard_name[(1, 7)]
(1, 999) in cf.read_write.um.umread.stash2standard_name
with open('new_STASH.txt', 'w') as new:
new.write('1!999!My STASH code!1!!!ultraviolet_index!!')
_ = cf.load_stash2standard_name('new_STASH.txt', merge=True)
cf.read_write.um.umread.stash2standard_name[(1, 999)]
