def match_berkeley():
conf = config.settings
city_nwk = None
osm_nwk = None
setup()
log('TOP')
# OUTPUT DIR
if not os.path.exists(conf['out_dir']): os.makedirs(conf['out_dir'])
#DATABASE
# if set write results (and intermediate files) to this database
global db
db=False
#db = postgis.PGIS(conf['project'])
#db = spatialite.Slite(os.path.join(out_dir, conf['project'] + '.sqlite'))
# CITY
if True:
# DOWNLOAD BERKELEY CITY DATA
misc.update_file_from_url(filename=paths['city_zip'],url=paths['city_url'])
misc.unzip(paths['city_zip'])
build_city_network()
# OSM
if True:
# DOWNLOAD UP-TO-DATE OSM DATA
misc.update_file_from_url(filename=paths['osm'],url=paths['osm_url'])
# BBOX
city_nwk = pnwk.PNwk(name='city',filename=paths['city_network'],units='meters')
city_bbox = city_nwk.get_bbox()
print 'city_bbox:', city_bbox
city_bbox_buffered = geo.buffer_box(city_bbox,1000) #buffer by 1000 meters
print 'city_bbox_buffered:', city_bbox_buffered
city_bbox_buffered_geo = conf['project_projection'].project_box(city_bbox_buffered, rev=True)
print 'city_bbox_buffered_geo:', city_bbox_buffered_geo
build_osm_network(clip_rect=city_bbox_buffered,target_proj=conf['project_proj4text'])
# MATCH
if True:
if not city_nwk:
city_nwk = pnwk.PNwk(name='city',filename=paths['city_network'],units='meters')
if not osm_nwk:
osm_nwk = pnwk.PNwk(filename=paths['osm_network'],name='osm',units='meters')
match_networks(osm_nwk, city_nwk)
# MISMATCHED NAMES REPORT
if True:
mismatched_names_report()
log('DONE.')
def doit():
conf = config.settings
setup()
log('TOP')
# OUTPUT DIR
if not os.path.exists(conf['out_dir']): os.makedirs(conf['out_dir'])
#DATABASE
# if set write results (and intermediate files) to this database
global db
#db=False
#db = postgis.PGIS(conf['project'])
db = spatialite.Slite(os.path.join(conf['out_dir'], conf['project'] + '.sqlite'))
misc.update_file_from_url(filename=paths['osm'], url=paths['osm_url'])
build_osm_network(clip_rect=conf['project_bbox'],target_proj=conf['project_proj4text'])
log('DONE')