def update_mesonet_sites(url=config.mesonet_site_url,
database=config.mesonet_database,
collection=config.mesonet_collection):
""" Update mesonet sites """
db = Connection(config.mesonet_mongo_host)
reader = csv.reader(urllib2.urlopen(url))
data = []
now = datetime.now()
collection_backup = "%s_%s" % (collection, now.strftime("%Y_%m_%d_%H%M%S"))
db[database][collection].rename(collection_backup)
polydata = []
for itm in db.ows.watersheds.find():
polydata.append(itm)
aquifer_poly = []
for itm in db.ows.aquifers.find():
aquifer_poly.append(itm)
for row in reader:
if reader.line_num == 1:
headers = row[1:]
else:
row_data = dict(zip(headers, row[1:]))
if row_data['nlat'] != '':
#set watershed values
for poly in polydata:
s = poly['geometry']
if gis_tools.intersect_point(s, row_data['nlat'],
row_data['elon']):
if 'HUC_4' in poly['properties']:
#print 'HUC 4: ' + poly['properties']['HUC_4']
row_data["huc_4"] = poly['properties']['HUC_4']
if 'HUC_8' in poly['properties']:
#print 'HUC 8: ' + poly['properties']['HUC_8']
row_data["huc_8"] = poly['properties']['HUC_8']
#set aquifer data
for poly in aquifer_poly:
s = poly['geometry']
if gis_tools.intersect_point(s, row_data['nlat'],
row_data['elon']):
row_data["aquifer"] = poly['properties']['NAME']
print poly['properties']['NAME']
break
#set status
date_decom = datetime.strptime(row_data["datd"], "%Y%m%d")
if date_decom <= now:
row_data["status"] = "Inactive"
else:
row_data["status"] = "Active"
#save data to database
data.append(row_data)
db[database][collection].save(row_data)
return True
def update_mesonet_sites(url=config.mesonet_site_url,database=config.mesonet_database,collection=config.mesonet_collection):
""" Update mesonet sites """
db=Connection(config.mesonet_mongo_host)
reader = csv.reader(urllib2.urlopen(url))
data=[]
now = datetime.now()
collection_backup = "%s_%s" % (collection, now.strftime("%Y_%m_%d_%H%M%S") )
db[database][collection].rename(collection_backup)
polydata=[]
for itm in db.ows.watersheds.find():
polydata.append(itm)
aquifer_poly=[]
for itm in db.ows.aquifers.find():
aquifer_poly.append(itm)
for row in reader:
if reader.line_num == 1:
headers = row[1:]
else:
row_data=dict(zip(headers, row[1:]))
if row_data['nlat'] != '':
#set watershed values
for poly in polydata:
s= poly['geometry']
if gis_tools.intersect_point(s,row_data['nlat'],row_data['elon']):
if 'HUC_4' in poly['properties']:
#print 'HUC 4: ' + poly['properties']['HUC_4']
row_data["huc_4"]=poly['properties']['HUC_4']
if 'HUC_8' in poly['properties']:
#print 'HUC 8: ' + poly['properties']['HUC_8']
row_data["huc_8"]=poly['properties']['HUC_8']
#set aquifer data
for poly in aquifer_poly:
s= poly['geometry']
if gis_tools.intersect_point(s,row_data['nlat'],row_data['elon']):
row_data["aquifer"]=poly['properties']['NAME']
print poly['properties']['NAME']
break
#set status
date_decom = datetime.strptime(row_data["datd"], "%Y%m%d")
if date_decom <= now:
row_data["status"]="Inactive"
else:
row_data["status"]="Active"
#save data to database
data.append(row_data)
db[database][collection].save(row_data)
return True
def owrb_well_logs_portal(rowid, database=config.owrb_database, collection=config.owrb_welllog_collection, **kwargs):
global watershed, aquifer
db = Connection(config.mongo_host)
#set watershed and aquifer geodata
if watershed:
polydata = watershed
else:
polydata = []
for itm in db.ows.watersheds.find():
polydata.append(itm)
watershed = polydata
if aquifer:
aquifer_poly = aquifer
else:
aquifer_poly = []
for itm in db.ows.aquifers.find():
aquifer_poly.append(itm)
aquifer = aquifer_poly
row_data = db[database][collection].find_one({'_id': rowid})
row_data["huc_4"] = ''
row_data["huc_8"] = ''
for poly in polydata:
s = poly['geometry']
if gis_tools.intersect_point(s, row_data['LATITUDE'], row_data['LONGITUDE']):
if 'HUC_4' in poly['properties']:
row_data["huc_4"] = poly['properties']['HUC_4']
if 'HUC_8' in poly['properties']:
row_data["huc_8"] = poly['properties']['HUC_8']
#set aquifer data
row_data["aquifer"] = ''
for poly in aquifer_poly:
s = poly['geometry']
if gis_tools.intersect_point(s, row_data['LATITUDE'], row_data['LONGITUDE']):
row_data["aquifer"] = poly['properties']['NAME']
break
db[database][collection].save(row_data)
return 1
