def timeseries(self):
statistic = self.request.session['map_'].get(
'dropdown_0', {'value': 'mean'})['value']
timeseries = GroundwaterTimeSeries()
timeseries.queries = {
"name": self.request.GET.get("groundwater_type", "GWmMSL")
}
timeseries.bbox(*self.coordinates, statistic=statistic,
**self.time_window)
return timeseries.ts_to_dict(
start_date=jsdt.datestring_to_js(self.request.session['map_']['datepicker'][
'start']),
end_date=jsdt.datestring_to_js(self.request.session['map_'][
'datepicker']['end']),
date_time='str'
)
def timeseries(self):
ts = GroundwaterTimeSeries()
ts.uuid(self.request.session['startpage']['uuid'], **self.time_window)
if len(ts.results) != 0:
data = [{'y': x['max'], 'x': x['timestamp']}
for x in ts.results[0]['events']]
else:
data = []
self.data = {
'values': data,
'key': 'Groundwaterlevels (m)',
'color': '#1abc9c'
}
self.request.session['startpage']['timeseries_length'] = len(data)
self.request.session.modified = True
return self.data
def timeseries(self):
ts = GroundwaterTimeSeries()
ts.location_uuid(self.uuid)
return ts.results
