def post(self):
"""
Returns the statistics for specific layers, hectares and year
:return:
"""
#try:
# Entries
wrong_parameter = []
layersPayload = api.payload['layers']
try:
year = api.payload['year']
except:
wrong_parameter.append('year')
try:
layersPayload = api.payload['layers']
except:
wrong_parameter.append('layers')
try:
areas = api.payload['areas']
for test_area in areas:
try:
for test_point in test_area['points']:
try:
test_lng = test_point['lng']
except:
wrong_parameter.append('lng')
try:
test_lat = test_point['lat']
except:
wrong_parameter.append('lat')
except:
wrong_parameter.append('points')
except:
wrong_parameter.append('areas')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if (i != len(wrong_parameter) - 1):
exception_message += ', '
raise ParameterException(str(exception_message))
output, noDataLayers = LayersStats.run_stat(api.payload)
#print ("output hectare ",output)
#output
return {
"layers": output,
"no_data_layers": noDataLayers,
"no_table_layers": noDataLayers
}
def post(self):
"""
Returns the heat load data by nuts or lau
:return:
"""
# Entries
wrong_parameter = []
try:
year = api.payload['year']
except:
wrong_parameter.append('year')
try:
nuts = api.payload['nuts']
except:
wrong_parameter.append('nuts')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if i != len(wrong_parameter) - 1:
exception_message += ', '
raise ParameterException(exception_message + '')
# Stop execution if nuts list is empty
if not nuts:
return
nuts = helper.nuts_array_to_string(nuts)
if 'month' in api.payload.keys():
month = api.payload["month"]
else:
month = 0
if 'day' in api.payload.keys():
day = api.payload["day"]
else:
day = 0
output = {}
nuts_level = api.payload["scale_level"]
""" try: """
output = HeatLoadProfile.heatloadprofile_nuts_lau(
nuts=nuts, year=year, month=month, day=day, nuts_level=nuts_level)
""" except Exception as e:
raise IntersectionException """
return output
def post(self):
"""
Returns the statistics for specific layers, area and year
:return:
"""
#try:
# Entries
wrong_parameter = []
try:
year = api.payload['year']
except:
wrong_parameter.append('year')
try:
layersPayload = api.payload['layers']
except:
wrong_parameter.append('layers')
try:
nuts = api.payload['nuts']
except:
wrong_parameter.append('nuts')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if i != len(wrong_parameter) - 1:
exception_message += ', '
raise ParameterException(exception_message + '')
# Stop execution if layers list or nuts list is empty
if not layersPayload or not nuts:
return
# Get type
output, noDataLayers = LayersStats.run_stat(api.payload)
# output
return {
"layers": output,
"no_data_layers": noDataLayers,
"no_table_layers": noDataLayers
}
def post(self):
"""
Returns the statistics for specific layers, area and year
:return:
"""
# Entries
wrong_parameter = []
try:
nuts = api.payload['nuts']
except:
wrong_parameter.append('nuts')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if (i != len(wrong_parameter) - 1):
exception_message += ', '
raise ParameterException(str(exception_message))
res = ElectricityMix.getEnergyMixNutsLau(adapt_nuts_list(nuts))
return res
def post(self):
"""
Returns the statistics for specific layers, area and year
:return:
"""
# Entries
wrong_parameter = []
try:
year = api.payload['year']
except:
wrong_parameter.append('year')
try:
nuts = api.payload['nuts']
except:
wrong_parameter.append('nuts')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if i != len(wrong_parameter) - 1:
exception_message += ', '
raise ParameterException(exception_message + '')
nuts_level = api.payload['scale_level']
# Stop execution if nuts list is empty
if not nuts:
return
nuts = helper.nuts_array_to_string(nuts)
output = {}
output = HeatLoadProfile.duration_curve_nuts_lau(year=year,
nuts=nuts,
nuts_level=nuts_level)
return {"points": output}
def post(self):
"""
Returns the heat load data by hectare
:return:
"""
# Entries
wrong_parameter = []
try:
year = api.payload['year']
except:
wrong_parameter.append('year')
try:
areas = api.payload['areas']
for test_area in areas:
try:
for test_point in test_area['points']:
try:
test_lng = test_point['lng']
except:
wrong_parameter.append('lng')
try:
test_lat = test_point['lat']
except:
wrong_parameter.append('lat')
except:
wrong_parameter.append('points')
except:
wrong_parameter.append('areas')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if i != len(wrong_parameter) - 1:
exception_message += ', '
raise ParameterException(exception_message + '')
# Stop execution if areas list is empty
if not areas:
return
if 'month' in api.payload.keys():
month = api.payload["month"]
else:
month = 0
if 'day' in api.payload.keys():
day = api.payload["day"]
else:
day = 0
polyArray = []
output = {}
# TODO: this part must be one methods same in /aggregate/duration_curve/hectares Rules 1 NO DUPLICATE
# convert to polygon format for each polygon and store them in polyArray
for polygon in areas:
po = shapely_geom.Polygon([[p['lng'], p['lat']]
for p in polygon['points']])
polyArray.append(po)
# convert array of polygon into multipolygon
multipolygon = shapely_geom.MultiPolygon(polyArray)
# geom = "SRID=4326;{}".format(multipolygon.wkt)
geom = multipolygon.wkt
res = HeatLoadProfile.heatloadprofile_hectares(year=year,
month=month,
day=day,
geometry=geom)
return res
def post(self):
"""
Returns the statistics for specific layers, area and year
:return:
"""
#Entries
wrong_parameter = []
try:
year = api.payload['year']
except:
wrong_parameter.append('year')
try:
areas = api.payload['areas']
for test_area in areas:
try:
for test_point in test_area['points']:
try:
test_lng = test_point['lng']
except:
wrong_parameter.append('lng')
try:
test_lat = test_point['lat']
except:
wrong_parameter.append('lat')
except:
wrong_parameter.append('points')
except:
wrong_parameter.append('areas')
# raise exception if parameters are false
if len(wrong_parameter) > 0:
exception_message = ''
for i in range(len(wrong_parameter)):
exception_message += wrong_parameter[i]
if (i != len(wrong_parameter) - 1):
exception_message += ', '
raise ParameterException(exception_message + '')
# Stop execution if areas list is empty
polyArray = []
output = {}
# TODO: this part must be one methods same in /aggregate/hectares Rules 1 NO DUPLICATE
# convert to polygon format for each polygon and store them in polyArray
for polygon in areas:
po = shapely_geom.Polygon([[p['lng'], p['lat']]
for p in polygon['points']])
polyArray.append(po)
# convert array of polygon into multipolygon
multipolygon = shapely_geom.MultiPolygon(polyArray)
# geom = "SRID=4326;{}".format(multipolygon.wkt)
geom = multipolygon.wkt
#try:
output = HeatLoadProfile.duration_curve_hectares(year=year,
geometry=geom)
#except:
# raise IntersectionException()
return {"points": output}