def fill_mapping_with_closest_locations(augmented_datasource_model):
for extra_graph_line in (
augmented_datasource_model.extragraphline_set.all()):
if not extra_graph_line.identifier_mapping:
# Skip
continue
datasource_to = datasource.get_datasource_by_layer(
extra_graph_line.layer_to_add_line_to)
datasource_from = datasource.get_datasource_by_layer(
extra_graph_line.layer_to_get_line_from)
location_dict_to = dict(
(l.identifier,
coordinates.wgs84_to_rd(l.latitude, l.longitude))
for l in datasource_to.locations())
location_dict_from = dict(
(l.identifier,
coordinates.wgs84_to_rd(l.latitude, l.longitude))
for l in datasource_from.locations())
# To add data FROM layer X to another layer Y, we need to be
# able to translate identifiers FROM layer Y TO layer X. So
# it's right that from and to are reversed.
extra_graph_line.identifier_mapping.create_proximity_map(
identifiers_from=location_dict_to,
identifiers_to=location_dict_from,
max_distance=extra_graph_line.max_distance_for_mapping)
def percentiles(self, location_id, start_datetime=None, end_datetime=None):
percentiles = {}
for percentile_layer in models.PercentileLayer.objects.filter(
layer_to_add_percentile_to=self.datasource_layer):
source = datasource.get_datasource_by_layer(
percentile_layer.layer_to_get_percentile_from)
percentiles[percentile_layer.percentile] = source.timeseries(
location_id, start_datetime, end_datetime).data()
return percentiles
def timeseries(self, location_id, start_datetime=None, end_datetime=None):
timeseries = self.original_datasource.timeseries(
location_id, start_datetime, end_datetime)
for extra_graph_line in models.ExtraGraphLine.objects.filter(
layer_to_add_line_to=self.datasource_layer):
extra_identifier = extra_graph_line.map_identifier(location_id)
if not extra_identifier:
# There is a mapping, but this ID isn't found in it -- skip
continue
# Get datasource to get the extra timeseries from
layer_from = extra_graph_line.layer_to_get_line_from
source = datasource.get_datasource_by_layer(layer_from)
extra_timeseries = source.timeseries(
extra_identifier,
start_datetime, end_datetime)
if extra_timeseries:
timeseries.add(extra_timeseries)
return timeseries