def test_web_retrieval_all_stations_crop(self):
for s in self.all_stations:
a = Agrimet(station=s,
start_date=self.start_season,
end_date=self.end_season,
interval='daily')
# try:
a.fetch_crop_data()
print('{} appears valid'.format(a.station))
def test_web_retrieval_all_stations_crop(self):
fails = []
for s in self.all_stations:
a = Agrimet(station=s,
start_date=self.start_season,
end_date=self.end_season,
interval='daily')
try:
a.fetch_crop_data()
print('{} appears valid'.format(a.station))
except Exception as e:
print('{} appears invalid: {}'.format(a.station, e))
fails.append(a.station)
print(fails)
def get_agrimet_crop(self, yr):
agrimet = Agrimet(station=self.station, start_date=START.format(yr),
end_date=END.format(yr), interval='daily')
data = agrimet.fetch_crop_data()
alfalfa = data['ALFM']
m_alfalfa = alfalfa.groupby(lambda x: x.month).sum().values
m_alfalfa = m_alfalfa.reshape((m_alfalfa.shape[0], 1))
return m_alfalfa
def test_pacific_nw_crop(self):
a = Agrimet(station=self.pn_site,
start_date=self.start,
end_date=self.end,
interval='daily')
df = a.fetch_crop_data()
self.assertIsInstance(a, Agrimet)
def test_great_plains_crop(self):
a = Agrimet(station=self.gp_site,
start_date=self.start,
end_date=self.end,
interval='daily')
df = a.fetch_crop_data()
self.assertIsInstance(a, Agrimet)