# Definition file for United States - Block Groups, 2012, from the
# United States Census Bureau's TIGER shapefiles.
#
# Download using "./fetch.sh" to grab the state files. Then run:
#
# python manage.py loadshapefiles --only 2012-blockgroups
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(feature):
#print { k: feature.get(k) for k in feature.feature.fields }
return feature.get("GEOID")
def get_feature_id(feature):
return feature.get("GEOID")
census_helpers.register_boundary(
"blockgroups",
"Block Groups",
"bg",
get_feature_name,
get_feature_id)
# ftp://ftp2.census.gov/geo/tiger/TIGER2012/ZCTA5/tl_2012_us_zcta510.zip
#
# into this directory. Then run:
#
# python manage.py loadshapefiles --only 2012-zcta
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(mode):
def g(feature):
print feature.feature.fields
global census_helpers
state = census_helpers.state_fips_codes[int(feature.get("STATEFP"))]
if mode == "name":
return state + " " + feature.get("NAME")
else:
return state.lower() + "-" + feature.get("COUNTYFP")
return g
census_helpers.register_boundary("zctas", "ZCTAs", "zcta5",
get_feature_name("name"),
get_feature_name("id"))
# Definition file for United States - Block Groups, 2012, from the
# United States Census Bureau's TIGER shapefiles.
#
# Download using "./fetch.sh" to grab the state files. Then run:
#
# python manage.py loadshapefiles --only 2012-blockgroups
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(feature):
#print { k: feature.get(k) for k in feature.feature.fields }
return feature.get("GEOID")
def get_feature_id(feature):
return feature.get("GEOID")
census_helpers.register_boundary("blockgroups", "Block Groups", "bg",
get_feature_name, get_feature_id)
# United States Census Bureau's TIGER shapefiles.
#
# Download
#
# ftp://ftp2.census.gov/geo/tiger/TIGER2012/COUNTY/tl_2012_us_county.zip
#
# into this directory. Then run:
#
# python manage.py loadshapefiles --only 2012-counties
# python manage.py create-layer -c 2012-counties
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(mode):
def g(feature):
global census_helpers
state = census_helpers.state_fips_codes[int(feature.get("STATEFP"))]
if mode == "name":
return state + " " + feature.get("NAME")
else:
return state.lower() + "-" + feature.get("COUNTYFP")
return g
census_helpers.register_boundary("counties", "Counties", "county",
get_feature_name("name"),
get_feature_name("id"))
#
# ftp://ftp2.census.gov/geo/tiger/TIGER2012/ZCTA5/tl_2012_us_zcta510.zip
#
# into this directory. Then run:
#
# python manage.py loadshapefiles --only 2012-zcta
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(mode):
def g(feature):
print feature.feature.fields
global census_helpers
state = census_helpers.state_fips_codes[int(feature.get("STATEFP"))]
if mode == "name":
return state + " " + feature.get("NAME")
else:
return state.lower() + "-" + feature.get("COUNTYFP")
return g
census_helpers.register_boundary("zctas", "ZCTAs", "zcta5", get_feature_name("name"), get_feature_name("id"))
# Definition file for United States - Census Plates, 2012, from the
# United States Census Bureau's TIGER shapefiles.
#
# Download using "./fetch.sh" to grab the state files. Then run:
#
# python manage.py loadshapefiles --only 2012-places
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(feature):
#print { k: feature.get(k) for k in feature.feature.fields }
return feature.get("NAME")
def get_feature_id(feature):
return feature.get("GEOID")
census_helpers.register_boundary("places", "Census Places", "place",
get_feature_name,
get_feature_id)
#
# Download
#
# http://www2.census.gov/geo/tiger/TIGER2012/STATE/tl_2012_us_state.zip
#
# into this directory. Then run:
#
# python manage.py loadshapefiles --only 2012-states
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(mode):
def g(feature):
global state_fips_codes
state = state_fips_codes[int(feature.get("STATEFP"))]
if mode == "name":
return state
else:
return state.lower()
return g
census_helpers.register_boundary("states", "States", "state",
get_feature_name("name"),
get_feature_name("id"))
# ftp://ftp2.census.gov/geo/tiger/TIGER2012/COUSUB/tl_2012_us_cousub.zip
#
# into this directory. Then run:
#
# python manage.py loadshapefiles --only 2012-countysubs
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(mode):
def g(feature):
print feature.feature.fields
global census_helpers
state = census_helpers.state_fips_codes[int(feature.get("STATEFP"))]
if mode == "name":
return state + " " + feature.get("NAME")
else:
return state.lower() + "-" + feature.get("COUNTYFP")
return g
census_helpers.register_boundary("countysubs", "County Subdivisions", "cousub",
get_feature_name("name"),
get_feature_name("id"))
# Download
#
# ftp://ftp2.census.gov/geo/tiger/TIGER2012/COUSUB/tl_2012_us_cousub.zip
#
# into this directory. Then run:
#
# python manage.py loadshapefiles --only 2012-countysubs
#
import sys
sys.path.append("data/shapefiles")
import census_helpers
def get_feature_name(mode):
def g(feature):
print feature.feature.fields
global census_helpers
state = census_helpers.state_fips_codes[int(feature.get("STATEFP"))]
if mode == "name":
return state + " " + feature.get("NAME")
else:
return state.lower() + "-" + feature.get("COUNTYFP")
return g
census_helpers.register_boundary("countysubs", "County Subdivisions", "cousub",
get_feature_name("name"),
get_feature_name("id"))