def make_svv_plots(run_all=False):
months = []
month = dt.date(2015,11,1)
while month < dt.date.today():
months.append(month)
almost_next = month + dt.timedelta(days=35)
month = dt.date(almost_next.year, almost_next.month, 1)
if not run_all:
if dt.date.today().day < 5 and len(months) > 1:
months = months[-2:]
else:
months = [months[-1]]
observer_list = [1090, 79, 43, 1084, 33, 119, 67, 101, 952, 41, 34, 125, 126, 8, 384, 955, 14, 841, 50, 175, 1123, 199, 1068, 1598, 1646, 637, 1664, 1307, 135, 307, 1212, 1279, 1310]
region_ids = [108,109,131,133,117,118,119,121,122,123,124,127,128]
for id in region_ids:
region_name = gkdv.get_name('ForecastRegionKDV', id)
data_description="svv_i_{0}".format(region_name)
for m in months:
dates = step1_get_data(m.year, m.month, observer_id=observer_list, region_id=id, make_pickle=False, get_new=True, data_description=data_description)
step2_plot(dates, region_name=region_name, data_description=data_description)
step3_make_html(dates, region_name=region_name, data_description=data_description)
return
def make_region_plots(region_ids, months):
for id in region_ids:
for m in months:
dates = step1_get_data(m.year, m.month, region_id=id, get_new=True)
region_name = gkdv.get_name('ForecastRegionKDV', id)
step2_plot(dates, region_name=region_name)
step3_make_html(dates, region_name=region_name)
def __init__(self, d):
self.TripID = int(d["TripID"])
self.ObserverID = int(d["ObserverID"])
self.ObsLocationID = int(d["ObsLocationID"])
self.GeoHazardTID = int(d["GeoHazardTID"])
self.TripTypeTID = int(d["TripTypeTID"])
self.ObservationExpectedTime = fe.unix_time_2_normal( int(d["ObservationExpectedTime"][6:-2]) )
self.Comment = fe.remove_norwegian_letters(d["Comment"])
self.IsFinished = bool(d["IsFinished"])
self.TripRegistrationTime = fe.unix_time_2_normal( int(d["TripRegistrationTime"][6:-2]) )
if d["TripFinishedTime"] is not None:
self.TripFinishedTime = fe.unix_time_2_normal( int(d["TripFinishedTime"][6:-2]) )
else:
self.TripFinishedTime = None
self.DeviceID = d["DeviceID"]
self.TripTypeName = kdv.get_name("TripTypeKDV", self.TripTypeTID)
