def _executeWdpa(args):
"""Query GEE using supplied WDPA id."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
if rows[0]['geojson'] == None:
args['geojson'] = rows[0]['geojson']
args['begin'] = args['begin'] if 'begin' in args else '2001-01-01'
args['end'] = args['end'] if 'end' in args else '2013-01-01'
data['params'].pop('geojson')
data['gain'] = None
data['loss'] = None
data['tree-extent'] = None
data['biomass'] = None
data['biomass_loss'] = None
data['biomass_loss_by_year'] = None
data['c_loss_by_year'] = None
data['co2_loss_by_year'] = None
elif rows:
args['geojson'] = rows[0]['geojson']
args['begin'] = args['begin'] if 'begin' in args else '2001-01-01'
args['end'] = args['end'] if 'end' in args else '2013-01-01'
action, data = _execute_geojson(args)
data['params'].pop('geojson')
return action, data
def _executeWdpa(args):
"""Query GEE using supplied WDPA id."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
if rows[0]['geojson']==None:
args['geojson'] = rows[0]['geojson']
args['begin'] = args['begin'] if 'begin' in args else '2001-01-01'
args['end'] = args['end'] if 'end' in args else '2013-01-01'
data['params'].pop('geojson')
data['gain'] = None
data['loss'] = None
data['tree-extent'] = None
data['biomass'] = None
data['biomass_loss'] = None
data['biomass_loss_by_year'] = None
data['c_loss_by_year'] = None
data['co2_loss_by_year'] = None
elif rows:
args['geojson'] = rows[0]['geojson']
args['begin'] = args['begin'] if 'begin' in args else '2001-01-01'
args['end'] = args['end'] if 'end' in args else '2013-01-01'
action, data = _execute_geojson(args)
data['params'].pop('geojson')
return action, data
def getAlertCount(args):
begin = args.get('begin')
end = args.get('end')
if 'geojson' not in args:
action, data = CartoDbExecutor.execute(args, GeometrySql)
args['geojson'] = data['rows'][0]['geojson']
confirmed_only = False
if 'glad_confirmed_only' in args:
confirmed_only = True
rasters = rastersForPeriod(begin, end, confirmed_only)
try:
esri_json = geojsonToEsriJson(args.get('geojson'))
alert_count = alertCount(begin, end, getHistogram(rasters, esri_json, confirmed_only))
return 'respond', decorateWithArgs({
"min_date": begin.isoformat(),
"max_date": end.isoformat(),
"value": alert_count,
"notes": request_notes
}, args)
except HistogramError as e:
return 'error', decorateWithArgs(e.value, args)
except DeadlineExceededError as e:
return 'error', decorateWithArgs({
"error": {
"code": 408,
"message": "Request timed out"
}}, args)
def getAlertCount(args):
begin = args.get('begin')
end = args.get('end')
if 'geojson' not in args:
action, data = CartoDbExecutor.execute(args, GeometrySql)
args['geojson'] = data['rows'][0]['geojson']
confirmed_only = False
if 'glad_confirmed_only' in args:
confirmed_only = True
rasters = rastersForPeriod(begin, end, confirmed_only)
try:
esri_json = geojsonToEsriJson(args.get('geojson'))
alert_count = alertCount(
begin, end, getHistogram(rasters, esri_json, confirmed_only))
return 'respond', decorateWithArgs(
{
"min_date": begin.isoformat(),
"max_date": end.isoformat(),
"value": alert_count,
"notes": request_notes
}, args)
except HistogramError as e:
return 'error', decorateWithArgs(e.value, args)
except DeadlineExceededError as e:
return 'error', decorateWithArgs(
{"error": {
"code": 408,
"message": "Request timed out"
}}, args)
def _executeIflId1(args):
"""Query subnational by iso code and GADM id."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['years'] = rows
return action, data
def execute(args):
if 'begin' in args:
args['begin'] = args['begin'].strftime('%Y-%m-%d')
if 'end' in args:
args['end'] = args['end'].strftime('%Y-%m-%d')
action, data = CartoDbExecutor.execute(args, QuiccSql)
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def execute(args):
if 'begin' in args:
args['begin'] = args['begin'].strftime('%Y-%m-%d')
if 'end' in args:
args['end'] = args['end'].strftime('%Y-%m-%d')
action, data = CartoDbExecutor.execute(args, FiresSql)
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def _executeIfl(args):
"""Query national by iso code."""
action, data = CartoDbExecutor.execute(args, UmdSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['years'] = rows
return action, data
def _executeIfl(args):
"""Query national by iso code."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['years'] = rows
return action, data
def _executeIflId1(args):
"""Query subnational by iso code and GADM id."""
action, data = CartoDbExecutor.execute(args, UmdSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['years'] = rows
return action, data
def _executeIfl(args):
"""Query national by iso code."""
action, data = CartoDbExecutor.execute(args, UmdSql)
if action == 'error' or data.get('rows', 'empty')=='empty':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['years'] = rows
return action, data
def execute(args):
#TODO: Document what can go in 'args'.
args['version'] = 'v1'
if 'begin' in args:
args['begin'] = args['begin'].strftime('%Y-%m-%d')
if 'end' in args:
args['end'] = args['end'].strftime('%Y-%m-%d')
action, data = CartoDbExecutor.execute(args, FormaSql)
#To get the count: data.get('rows')[0].get('value')
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def execute(args):
#TODO: Document what can go in 'args'.
args['version'] = 'v1'
if 'begin' in args:
args['begin'] = args['begin'].strftime('%Y-%m-%d')
if 'end' in args:
args['end'] = args['end'].strftime('%Y-%m-%d')
action, data = CartoDbExecutor.execute(args, FormaSql)
#To get the count: data.get('rows')[0].get('value')
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def _executeUse(args):
"""Query GEE using supplied concession id."""
action, data = CartoDbExecutor.execute(args, UmdSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
if rows:
args['geojson'] = rows[0]['geojson']
args['begin'] = args['begin'] if 'begin' in args else '2001-01-01'
args['end'] = args['end'] if 'end' in args else '2013-01-01'
action, data = _execute_geojson(args)
data['params'].pop('geojson')
return action, data
def _executeUse(args):
"""Query GEE using supplied concession id."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
if rows:
args['geojson'] = rows[0]['geojson']
args['begin'] = args['begin'] if 'begin' in args else '2001-01-01'
args['end'] = args['end'] if 'end' in args else '2013-01-01'
action, data = _execute_geojson(args)
data['params'].pop('geojson')
return action, data
def _executeId1(args):
"""Query subnational by iso code and GADM id."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
begin = args.get('begin').split('-')[0]
end = args.get('end').split('-')[0]
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['tree_loss_by_year'] = _indicator_selector(rows, 1, begin, end)
data['biomass_loss_by_year'] = _indicator_selector(rows, 12, begin, end)
data['c_loss_by_year'] = _indicator_selector(rows, 13, begin, end)
data['co2_loss_by_year'] = _indicator_selector(rows, 14, begin, end)
data['biomass'] = _indicator_selector(rows, 4, begin, end)
data['biomass_loss'] = _sum_range(data['biomass_loss_by_year'], begin, end)
return action, data
def _executeId1(args):
"""Query subnational by iso code and GADM id."""
action, data = CartoDbExecutor.execute(args, BiomasLossSql)
if action == 'error':
return action, data
begin = args.get('begin').split('-')[0]
end = args.get('end').split('-')[0]
rows = data['rows']
data.pop('rows')
data.pop('download_urls')
data['tree_loss_by_year'] = _indicator_selector(rows, 1, begin, end)
data['biomass_loss_by_year'] = _indicator_selector(rows, 12, begin, end)
data['c_loss_by_year'] = _indicator_selector(rows, 13, begin, end)
data['co2_loss_by_year'] = _indicator_selector(rows, 14, begin, end)
data['biomass'] = _indicator_selector(rows, 4, begin, end)
data['biomass_loss'] = _sum_range(data['biomass_loss_by_year'], begin, end)
return action, data
def execute(args):
args['version'] = 'v1'
action, data = CartoDbExecutor.execute(args, FormaSql)
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def execute(args):
args['version'] = 'v2'
action, data = CartoDbExecutor.execute(args, TerraiSql)
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def bbox(args):
action, bboxResponse = CartoDbExecutor.execute(args, BoundingSql)
return extent(json.loads(bboxResponse['rows'][0]['bbox']))
def execute(args):
action, data = CartoDbExecutor.execute(args, ImazonSql)
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data, args)
def execute(args):
action, data = CartoDbExecutor.execute(args, QuiccSql)
if action == 'redirect' or action == 'error':
return action, data
return _processResults(action, data)
def bbox(args):
action, bboxResponse = CartoDbExecutor.execute(args, BoundingSql)
return extent(json.loads(bboxResponse['rows'][0]['bbox']))