def execute(self):
"""
Executing all tiles sequentially
"""
for i, tile in enumerate(self.tiles, 1):
LOG.progress('Running tile %d of %d, %s sites', i, self.num_tiles,
len(tile))
self.run_tile(i, tile)
def execute(self):
"""
Executing all tiles sequentially
"""
for i, tile in enumerate(self.tiles, 1):
LOG.progress('Running tile %d of %d, %s sites',
i, self.num_tiles, len(tile))
self.run_tile(i, tile)
def export(output_id, target, export_type='xml,geojson,csv'):
"""
Export the given calculation `output_id` from the database to the
specified `target` directory in the specified `export_type`.
"""
output = models.Output.objects.get(id=output_id)
if isinstance(target, basestring): # create target directory
makedirs(target)
for exptype in export_type.split(','):
key = (output.output_type, exptype)
if key in export_output:
return export_output(key, output, target)
LOG.warn('No "%(fmt)s" exporter is available for "%(output_type)s"'
' outputs' %
dict(fmt=export_type, output_type=output.output_type))
def export(output_id, target, export_type='xml,geojson,csv'):
"""
Export the given calculation `output_id` from the database to the
specified `target` directory in the specified `export_type`.
"""
output = models.Output.objects.get(id=output_id)
if isinstance(target, basestring): # create target directory
makedirs(target)
for exptype in export_type.split(','):
key = (output.output_type, exptype)
if key in export_output:
return export_output(key, output, target)
LOG.warn(
'No "%(fmt)s" exporter is available for "%(output_type)s"'
' outputs' % dict(fmt=export_type, output_type=output.output_type))
def insert_datum(self, asset_data):
"""
Insert a single asset entry.
:param asset_data:
an instance of :class:`openquake.commonlib.risk_parsers.AssetData`
"""
for cost_type in self.cost_types:
if not any(cost_type == cost.cost_type
for cost in asset_data.costs):
if cost_type in self.ignore_missing_costs:
LOG.warn('asset %s, %s cost is missing',
asset_data.asset_ref, cost_type)
else:
raise ValueError("Invalid Exposure. "
"Missing cost %s for asset %s" % (
cost_type, asset_data.asset_ref))
asset = models.ExposureData.objects.create(
exposure_model=self.model,
asset_ref=asset_data.asset_ref,
taxonomy=asset_data.taxonomy,
area=asset_data.area,
number_of_units=asset_data.number,
site="POINT(%s %s)" % (asset_data.site.longitude,
asset_data.site.latitude))
model = asset_data.exposure_metadata
deductible_is_absolute = model.conversions.deductible_is_absolute
insurance_limit_is_absolute = (
model.conversions.insurance_limit_is_absolute)
for cost in asset_data.costs:
cost_type = self.cost_types.get(cost.cost_type, None)
if cost_type is None:
raise ValueError("Invalid Exposure. Missing conversion "
"for cost type %s" % cost.cost_type)
if cost.retrofitted is not None:
retrofitted = models.ExposureData.per_asset_value(
cost.retrofitted, cost_type.retrofitted_conversion,
asset_data.area,
model.conversions.area_type,
asset_data.number,
model.asset_category)
else:
retrofitted = None
converted_cost = models.ExposureData.per_asset_value(
cost.value, cost_type.conversion,
asset_data.area,
model.conversions.area_type,
asset_data.number,
model.asset_category)
models.Cost.objects.create(
exposure_data=asset,
cost_type=cost_type,
converted_cost=converted_cost,
converted_retrofitted_cost=retrofitted,
deductible_absolute=models.make_absolute(
cost.deductible,
converted_cost,
deductible_is_absolute),
insurance_limit_absolute=models.make_absolute(
cost.limit,
converted_cost,
insurance_limit_is_absolute))
for odata in asset_data.occupancy:
models.Occupancy.objects.create(exposure_data=asset,
occupants=odata.occupants,
period=odata.period)
