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):
gw_type, statistic = [
x.strip(' ') for x in self.request.session['map_'].get(
'dropdown_0', {'value': 'GWmBGS | mean'})['value'].split('|')
]
timeseries = GroundwaterTimeSeries(use_header=self.logged_in)
timeseries.queries = {"name": gw_type}
south_west, north_east = self.coordinates
timeseries.bbox(south_west=south_west,
north_east=north_east,
organisation=self.selected_organisation_id,
statistic=statistic,
**self.time_window)
result = 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')
return result
def timeseries_(self):
gw_type, statistic = [
x.strip(' ') for x in self.request.session['map_'].get(
'dropdown_0', {'value': 'GWmBGS | mean'})['value'].split('|')
]
timeseries = GroundwaterTimeSeries(use_header=self.logged_in)
timeseries.queries = {
"name": gw_type
}
south_west, north_east = self.coordinates
timeseries.bbox(south_west=south_west,
north_east=north_east,
organisation=self.selected_organisation_id,
statistic=statistic,
**self.time_window)
result = 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'
)
return result
