#
# Walk through all OSM ways checking for ones with no name
#
for way in osm_tree.findall('way'):
named=False
uuid=None
for tag in way.findall('tag'):
if tag.attrib['k'] == 'name':
named=True
elif tag.attrib['k'] == 'geobase:uuid':
uuid=tag.attrib['v']
if named == False and uuid != None:
#Apply StatsCan Name
if nameMatchHandler.nameHash.has_key(uuid):
nameTags=nameMatchHandler.nameHash[uuid]
name = nameTags['NAME']
if nameTags['TYPE'] != None:
name = name + expandStreetType(nameTags['TYPE'])
if nameTags['DIRECTION'] != None:
name = name + ' ' + nameTags['DIRECTION']
way.append(ET.Element('tag', k='name', v=name))
way.append(ET.Element('tag',k='statscan:rbuid',v=nameTags['RB_UID']))
#has key
#not named
#for
osm_tree.write(options.outputfile)
def completeWay(self):
self.completed=True
#Post Processing.
#Exclude nodes that are not in the bounding region.
shape=LineString(self.coords)
#print "Checking Intersection on %s" % str(self.coords)
if (self.boundary<>None and self.boundary.intersects(shape)==False ):
#Mark this object as excluded + incomplete
self.outOfBounds=True
return
for coord in self.coords:
key = str(coord[0]) + '-' + str(coord[1])
if not self.nodehash.get(key):
node_id = str(len(self.nodes))
newnode = ET.Element("node", visible='true', id=node_id, lat=str(coord[1]), lon=str(coord[0]))
self.nodes.append(newnode)
self.nodehash[key] = node_id
self.way_element.append(ET.Element('nd', ref=self.nodehash[key]))
self.localize()
# Catch all transcanada/yellowhead highway segments that we may have missed
if self.tags.has_key('alt_name:en'):
if ('TransCanada Highway' in self.tags['alt_name:en'] or 'Yellowhead Highway' in self.tags['alt_name:en']) and self.tags['highway'] != 'motorway':
self.tags['highway'] = 'trunk'
if 'TransCanada Highway' in self.tags['alt_name:en']:
self.tags['nat_name:en']='TransCanada Highway'
self.tags['nat_name:fr']='Route Transcanadienne'
if 'Yellowhead Highway' in self.tags['alt_name:en']:
self.tags['nat_name:en']='Yellowhead Highway'
# Convert the sets back to semicolon separated strings
if self.tags.has_key('ref'):
self.tags['ref'] = setToString(self.tags['ref']);
if self.tags.has_key('name')==False:
if self.dataset <> 'Quebec' and self.tags.has_key('alt_name:en'):
self.tags['name']=setToString(self.tags['alt_name:en'])
elif self.tags.has_key('alt_name:fr'):
self.tags['name']=setToString(self.tags['alt_name:fr'])
if self.tags.has_key('alt_name:en'):
self.tags['alt_name:en'] = setToString(self.tags['alt_name:en'])
if self.tags.has_key('alt_name:en'):
self.tags['alt_name:en'] = setToString(self.tags['alt_name:en'])
if self.tags.has_key('alt_name:fr'):
self.tags['alt_name:fr'] = setToString(self.tags['alt_name:fr'])
if self.placeName != None:
self.placeName=self.placeName + ',' + self.dataset
else:
self.placeName=self.dataset
if self.placeName != None:
#Only set is in, if we at least have a province.
self.placeName=self.placeName + ',Canada'
self.tags['is_in']=self.placeName
# Convert the tags to xml nodes
#
# If no name is defined, check nameHash
# to see if one is available in the external
# dataset.
if not self.tags.has_key('name'):
uuid=self.tags['geobase:uuid']
if self.nameHash.has_key(uuid) :
nameTags=self.nameHash[uuid]
if nameTags['NAME'] != None:
self.tags['name'] = nameTags['NAME']
if nameTags['TYPE'] != None:
self.tags['name']=self.tags['name'] + expandStreetType(nameTags['TYPE'])
if nameTags['DIRECTION'] != None:
self.tags['name']=self.tags['name']+ ' '+ nameTags['DIRECTION']
if nameTags['RB_UID'] != None:
self.tags['statscan:rbuid'] = nameTags['RB_UID']
#TODO filter out Unknown etc...
for key, value in self.tags.iteritems():
self.way_element.append(ET.Element('tag', k=key,v=value))
self.way_element.append(ET.Element('tag',k='attribution',v=self.attribution))
self.way_element.append(ET.Element('tag',k='source',v=self.source))
self.nid=self.tags['geobase:uuid']
self.tags = None
