def extract_geojson(csvfile, uri_name, simplify_tolerance):
features = tab_file(csvfile, columns["nrhp"])
for feature in features:
for k,v in feature.items():
feature[k] = v.strip()
if feature["main.REFNUM"] == "main.REFNUM":
continue
coords = transform_utm_to_wgs84(int(feature["UTMEASTING"]), int(feature["UTMNORTHIN"]), int(feature["UTMZONE"]))
centroid = [coords[0], coords[1]]
geometry = {"type": "Point", "coordinates": centroid}
name = feature["RESNAME"]
if feature["ADDRESS"] and len(feature["ADDRESS"]) > 3:
address = {
"number" : '',
"street" : feature["ADDRESS"],
"city" : feature["CITY"],
"state" : feature["STATE"]
}
feature_code = "HSTS"
source = feature
timeframe = {}
updated = datetime.datetime.utcnow().replace(second=0, microsecond=0).isoformat()
uri = uri_name + str(feature["main.REFNUM"])
alternates = []
if feature["MULTNAME"] and len(feature["MULTNAME"]) > 3:
alternates = [{
"lang": "en",
"name": feature["MULTNAME"]
} ]
place = {
"name":name,
"centroid":centroid,
"feature_code": feature_code,
"geometry":geometry,
"is_primary": True,
"source": source,
"alternate": alternates,
"updated": updated,
"uris":[uri],
"relationships": [],
"timeframe":timeframe,
"admin":[]
}
dump.write(uri, place)
def extract_shapefile(shapefile, uri_name, simplify_tolerance=None):
features = tab_file(shapefile, columns["perris"])
for feature in features:
if feature["geom"] == "geom":
#skip first item
continue
del feature["user_id"]
del feature["layer_id"]
del feature["created_at"]
del feature["updated_at"]
for k, v in feature.items():
feature[k] = v.strip()
wkt_geom = feature["geom"]
del feature["geom"]
geom_obj = wkt.loads(wkt_geom)
if simplify_tolerance:
geom_obj = geom_obj.simplify(simplify_tolerance)
try:
centroid = [geom_obj.centroid.x, geom_obj.centroid.y]
except AttributeError:
print "Error: ", feature
continue
geometry = mapping(geom_obj)
number = feature["number"]
street = ""
if number:
street = " "
street = street + feature["street"]
addr_name = number + street
name = addr_name
#alternate names
alternates = []
if feature["name"]:
name = feature["name"]
#put address in alternate names
if addr_name:
alternates = [{"lang": "en", "name": addr_name}]
if feature["secondary_address_temp"]:
alternates.append({
"lang": "en",
"name": feature["secondary_address_temp"]
})
address = {
"number": feature["number"],
"street": feature["street"],
"city": "New York City",
"state": "NY"
}
#feature code mapping
feature_code = "BLDG" #default code (building)
if feature["use_type"]:
feature_code = use_types_map[feature["use_type"]]
if feature["use_subtype"]:
try:
feature_code = use_sub_types_map[feature["use_subtype"]]
except KeyError:
pass
source = feature #keep all fields in source
# unique URI which internally gets converted to the place id
# Must be unique!
uri = uri_name + "." + feature["FID"]
timeframe = {
"start": "1854-01-01",
"start_range": 0,
"end": "1854-01-01",
"end_range": 0
}
updated = "2012-10-01"
place = {
"name": name,
"centroid": centroid,
"feature_code": feature_code,
"geometry": geometry,
"is_primary": True,
"source": source,
"alternate": alternates,
"updated": updated,
"uris": [uri],
"relationships": [],
"timeframe": timeframe,
"admin": [],
"address": address
}
dump.write(uri, place)
def extract_shapefile(shapefile, uri_name, simplify_tolerance=None):
features = tab_file(shapefile, columns["perris"])
for feature in features:
if feature["geom"] == "geom":
#skip first item
continue
del feature["user_id"]
del feature["layer_id"]
del feature["created_at"]
del feature["updated_at"]
for k,v in feature.items():
feature[k] = v.strip()
wkt_geom = feature["geom"]
del feature["geom"]
geom_obj = wkt.loads(wkt_geom)
if simplify_tolerance:
geom_obj = geom_obj.simplify(simplify_tolerance)
try:
centroid = [geom_obj.centroid.x , geom_obj.centroid.y]
except AttributeError:
print "Error: ", feature
continue
geometry = mapping(geom_obj)
number = feature["number"]
street = ""
if number:
street = " "
street = street + feature["street"]
addr_name = number + street
name = addr_name
#alternate names
alternates = []
if feature["name"]:
name = feature["name"]
#put address in alternate names
if addr_name:
alternates = [ {
"lang": "en",
"name": addr_name
} ]
if feature["secondary_address_temp"]:
alternates.append( { "lang":"en", "name": feature["secondary_address_temp"] } )
address = {
"number" : feature["number"],
"street" : feature["street"],
"city" : "New York City",
"state" : "NY"
}
#feature code mapping
feature_code = "BLDG" #default code (building)
if feature["use_type"]:
feature_code = use_types_map[feature["use_type"]]
if feature["use_subtype"]:
try:
feature_code = use_sub_types_map[feature["use_subtype"]]
except KeyError:
pass
source = feature #keep all fields in source
# unique URI which internally gets converted to the place id
# Must be unique!
uri = uri_name + "." + feature["FID"]
timeframe = {"start": "1854-01-01", "start_range":0,
"end": "1854-01-01", "end_range":0}
updated = "2012-10-01"
place = {
"name":name,
"centroid":centroid,
"feature_code": feature_code,
"geometry": geometry,
"is_primary": True,
"source": source,
"alternate": alternates,
"updated": updated,
"uris":[uri],
"relationships": [],
"timeframe":timeframe,
"admin":[],
"address": address
}
dump.write(uri, place)
def extract_geonames(data_path, dump_path):
alt_names = tab_file(data_path + "/alternateNames.sorted.txt", columns["alternate"])
geonames = tab_file(data_path + "/allCountries.sorted.txt", columns["geoname"])
dump = Dump(dump_path + "/geonames/geonames.%04d.json.gz")
extra_alt_name = {}
for geoname in geonames:
alt_name_list = []
if extra_alt_name.get("geoname_id") == geoname["geoname_id"]:
alt_name_list.append(extra_alt_name)
extra_alt_name = {}
for alt_name in alt_names:
if alt_name["geoname_id"] == geoname["geoname_id"]:
alt_name_list.append(alt_name)
else:
extra_alt_name = alt_name
break
geoname["alternate_names"] = alt_name_list
try:
for col in ("latitude", "longitude"):
geoname[col] = float(geoname[col])
except ValueError:
### busted coordinates
continue
centroid = [geoname["longitude"], geoname["latitude"]]
population = None
try:
population = int(geoname["population"])
except ValueError:
pass
uri = "http://geonames.org/" + geoname["geoname_id"]
names = []
alt_name_list.append({
"name": geoname["name"],
"lang": "",
"type": "preferred"
})
for alt_name in alt_name_list:
name_type = ""
if alt_name.get("is_colloquial"): name_type = "colloquial"
if alt_name.get("is_historic"): name_type = "historic"
if alt_name.get("is_preferred"): name_type = "preferred"
if alt_name.get("is_short"): name_type = "short"
alt_name = {
"lang": alt_name["lang"],
"type": name_type,
"name": alt_name["name"]
}
names.append(alt_name)
ascii_name = transliterate(alt_name)
if ascii_name: names.append(ascii_name)
place = {
"name": geoname["name"],
"centroid": centroid,
"feature_code": geoname["feature_code"],
"geometry": {"type": "Point", "coordinates": centroid},
"is_primary": True,
"source": geoname,
"alternate": names,
"updated": geoname["changed_at"],
"population": population,
"uris": [uri],
"relationships": [],
"timeframe": {},
"admin": []
}
dump.write(uri, place)
dump.close()
def extract_shapefile(shapefile, uri_name, simplify_tolerance=None):
features = tab_file(shapefile, columns["nrhp"])
for feature in features:
for k, v in feature.items():
feature[k] = v.strip()
if feature["Historic_Place_Name"] == "Historic_Place_Name":
continue
centroid = [float(feature["Longitude"]), float(feature["Latitude"])]
geometry = {"type": "Point", "coordinates": centroid}
addr = ""
if feature["Address"]:
name = feature["Address"]
addr = name
alternates = []
if feature["Historic_Place_Name"]:
name = feature["Historic_Place_Name"]
if addr:
alternates = [{"lang": "en", "name": addr}]
address = {
"number": '',
"street": feature["Address"],
"city": feature["City"],
"state": feature["State"]
}
#feature code mapping
feature_code = "HSTS"
source = feature #keep all fields anyhow
# unique URI which internally gets converted to the place id
# Must be unique!
uri = uri_name + "." + feature["NPS_Reference_Number"]
timeframe = {}
updated = "2009-06-23"
place = {
"name": name,
"centroid": centroid,
"feature_code": feature_code,
"geometry": geometry,
"is_primary": True,
"source": source,
"alternate": alternates,
"updated": updated,
"uris": [uri],
"relationships": [],
"timeframe": timeframe,
"admin": [],
"address": address
}
#print place
dump.write(uri, place)
def extract_shapefile(shapefile, uri_name, simplify_tolerance=None):
features = tab_file(shapefile, columns["nrhp"])
for feature in features:
for k,v in feature.items():
feature[k] = v.strip()
if feature["Historic_Place_Name"] == "Historic_Place_Name":
continue
centroid = [float(feature["Longitude"]), float(feature["Latitude"])]
geometry = {"type": "Point", "coordinates": centroid}
addr = ""
if feature["Address"]:
name = feature["Address"]
addr = name
alternates = []
if feature["Historic_Place_Name"]:
name = feature["Historic_Place_Name"]
if addr:
alternates = [ {
"lang": "en",
"name": addr
} ]
address = {
"number" : '',
"street" : feature["Address"],
"city" : feature["City"],
"state" : feature["State"]
}
#feature code mapping
feature_code = "HSTS"
source = feature #keep all fields anyhow
# unique URI which internally gets converted to the place id
# Must be unique!
uri = uri_name + "." + feature["NPS_Reference_Number"]
timeframe = {}
updated = "2009-06-23"
place = {
"name":name,
"centroid":centroid,
"feature_code": feature_code,
"geometry":geometry,
"is_primary": True,
"source": source,
"alternate": alternates,
"updated": updated,
"uris":[uri],
"relationships": [],
"timeframe":timeframe,
"admin":[],
"address": address
}
#print place
dump.write(uri, place)
def extract_geonames(data_path, dump_path):
alt_names = tab_file(data_path + "/alternateNames.sorted.txt",
columns["alternate"])
geonames = tab_file(data_path + "/allCountries.sorted.txt",
columns["geoname"])
dump = Dump(dump_path + "/geonames/geonames.%04d.json.gz")
extra_alt_name = {}
for geoname in geonames:
alt_name_list = []
if extra_alt_name.get("geoname_id") == geoname["geoname_id"]:
alt_name_list.append(extra_alt_name)
extra_alt_name = {}
for alt_name in alt_names:
if alt_name["geoname_id"] == geoname["geoname_id"]:
alt_name_list.append(alt_name)
else:
extra_alt_name = alt_name
break
geoname["alternate_names"] = alt_name_list
try:
for col in ("latitude", "longitude"):
geoname[col] = float(geoname[col])
except ValueError:
### busted coordinates
continue
centroid = [geoname["longitude"], geoname["latitude"]]
population = None
try:
population = int(geoname["population"])
except ValueError:
pass
uri = "http://geonames.org/" + geoname["geoname_id"]
names = []
alt_name_list.append({
"name": geoname["name"],
"lang": "",
"type": "preferred"
})
for alt_name in alt_name_list:
name_type = ""
if alt_name.get("is_colloquial"): name_type = "colloquial"
if alt_name.get("is_historic"): name_type = "historic"
if alt_name.get("is_preferred"): name_type = "preferred"
if alt_name.get("is_short"): name_type = "short"
alt_name = {
"lang": alt_name["lang"],
"type": name_type,
"name": alt_name["name"]
}
names.append(alt_name)
ascii_name = transliterate(alt_name)
if ascii_name: names.append(ascii_name)
place = {
"name": geoname["name"],
"centroid": centroid,
"feature_code": geoname["feature_code"],
"geometry": {
"type": "Point",
"coordinates": centroid
},
"is_primary": True,
"source": geoname,
"alternate": names,
"updated": geoname["changed_at"],
"population": population,
"uris": [uri],
"relationships": [],
"timeframe": {},
"admin": []
}
dump.write(uri, place)
dump.close()
