def transform_tags(self, osmid, tags):
outtags = { 'intnames' : {},
'top' : None}
for k in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[k] = None
for k in conf.TAGS_PISTETYPE_MAP.keys():
outtags[k] = None
difficulty = 0
if tags.has_key('piste:name'):
outtags['name'] = tags['piste:name']
elif tags.has_key('name'):
outtags['name'] = tags['name']
elif tags.has_key('piste:ref'):
outtags['name'] = '[%s]' % tags['piste:ref']
elif tags.has_key('ref'):
outtags['name'] = '[%s]' % tags['ref']
else:
outtags['name'] = '(%s)' % osmid
# default treatment of tags
for (k,v) in tags.iteritems():
if k == 'piste:difficulty':
if v in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[v] = True
difficulty = conf.TAGS_DIFFICULTY_MAP[v]
if k == 'piste:type':
if v in conf.TAGS_PISTETYPE_MAP.keys():
outtags[v] = True
if k.startswith('name:'):
outtags['intnames'][k[5:]] = v
outtags['symbol'] = symbols.get_symbol(difficulty, None, tags, symboltypes)
cur = self.thread.cursor
if 'name' not in outtags:
outtags['name'] = '(%s)' % osmid
if outtags['top'] is None:
if 'network' in tags:
top = self.db.select_one("EXECUTE get_route_top(%s, %s)",
(osmid, tags['network']), cur=cur)
outtags['top'] = True if (top == 0) else False
else:
outtags['top'] = True
# finally: compute the geometry
routelines = self.db.select_column("EXECUTE get_route_geometry(%s)",
(osmid,), cur=cur)
if routelines:
outtags['geom'] = sops.linemerge(routelines)
outtags['geom']._crs = int(conf.DB_SRID)
# Clear elevation profile cache
clearcache.clearElevationProfileCache(osmid)
return outtags
def transform_tags(self, osmid, tags):
outtags = { 'intnames' : {},
'level' : 35,
'top' : None}
# default treatment of tags
for (k,v) in tags.iteritems():
if k == 'name':
outtags[k] = v
elif k.startswith('name:'):
outtags['intnames'][k[5:]] = v
elif k == 'ref':
if 'name' not in outtags:
outtags['name'] = '[%s]' % v
elif k == 'network':
outtags['level'] = conf.TAGS_NETWORK_MAP.get(v, 35)
outtags['symbol'] = symbols.get_symbol(outtags['level'], None, tags, symboltypes)
cur = self.thread.cursor
if 'name' not in outtags:
outtags['name'] = '(%s)' % osmid
if outtags['top'] is None:
if 'network' in tags:
top = self.db.select_one("EXECUTE get_route_top(%s, %s)",
(osmid, tags['network']), cur=cur)
outtags['top'] = True if (top == 0) else False
else:
outtags['top'] = True
# finally: compute the geometry
routelines = self.db.select_column("EXECUTE get_route_geometry(%s)",
(osmid,), cur=cur)
if routelines:
outtags['geom'] = sops.linemerge(routelines)
outtags['geom']._crs = int(conf.DB_SRID)
# Clear elevation profile cache
clearcache.clearElevationProfileCache(osmid)
return outtags
def transform_tags(self, osmid, tags):
#print "Processing", osmid
outtags = { 'intnames' : {}, }
for k in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[k] = None
for k in conf.TAGS_PISTETYPE_MAP.keys():
outtags[k] = None
difficulty = 0
# default treatment of tags
if tags.has_key('piste:name'):
outtags['name'] = tags['piste:name']
elif tags.has_key('piste:ref'):
outtags['name'] = '[%s]' % tags['piste:ref']
elif tags.has_key('name'):
outtags['name'] = tags['name']
elif tags.has_key('ref'):
outtags['name'] = '[%s]' % tags['ref']
else:
outtags['name'] = '(%s)' % osmid
for (k,v) in tags.iteritems():
if k == 'piste:difficulty':
if v in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[v] = True
difficulty = conf.TAGS_DIFFICULTY_MAP[v]
if k == 'piste:type':
if v in conf.TAGS_PISTETYPE_MAP.keys():
outtags[v] = True
if k.startswith('piste:name:'):
outtags['intnames'][k[11:]] = v
outtags['symbol'] = symbols.get_symbol(difficulty, None, tags, symboltypes)
return outtags
def transform_tags(self, osmid, tags):
# print "Processing", osmid
outtags = {"intnames": {}}
for k in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[k] = None
for k in conf.TAGS_PISTETYPE_MAP.keys():
outtags[k] = None
difficulty = 0
# default treatment of tags
if tags.has_key("piste:name"):
outtags["name"] = tags["piste:name"]
elif tags.has_key("piste:ref"):
outtags["name"] = "[%s]" % tags["piste:ref"]
elif tags.has_key("name"):
outtags["name"] = tags["name"]
elif tags.has_key("ref"):
outtags["name"] = "[%s]" % tags["ref"]
else:
outtags["name"] = "(%s)" % osmid
for (k, v) in tags.iteritems():
if k == "piste:difficulty":
if v in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[v] = True
difficulty = conf.TAGS_DIFFICULTY_MAP[v]
if k == "piste:type":
if v in conf.TAGS_PISTETYPE_MAP.keys():
outtags[v] = True
if k.startswith("piste:name:"):
outtags["intnames"][k[11:]] = v
outtags["symbol"] = symbols.get_symbol(difficulty, None, tags, symboltypes)
return outtags
def transform_tags(self, osmid, tags):
outtags = {"intnames": {}, "level": 25, "top": None}
# default treatment of tags
for (k, v) in tags.iteritems():
if k == "name":
outtags[k] = v
elif k.startswith("name:"):
outtags["intnames"][k[5:]] = v
elif k == "ref":
if "name" not in outtags:
outtags["name"] = "[%s]" % v
elif k == "network":
outtags["level"] = conf.TAGS_NETWORK_MAP.get(v, 25)
outtags["symbol"] = symbols.get_symbol(outtags["level"], None, tags, symboltypes)
cur = self.thread.cursor
if "name" not in outtags:
outtags["name"] = "(%s)" % osmid
if outtags["top"] is None:
if "network" in tags:
top = self.db.select_one("EXECUTE get_route_top(%s, %s)", (osmid, tags["network"]), cur=cur)
outtags["top"] = True if (top == 0) else False
else:
outtags["top"] = True
# finally: compute the geometry
routelines = self.db.select_column("EXECUTE get_route_geometry(%s)", (osmid,), cur=cur)
if routelines:
outtags["geom"] = sops.linemerge(routelines)
outtags["geom"]._crs = 900913
return outtags
def transform_tags(self, osmid, tags):
#print "Processing", osmid
outtags = {
'intnames': {},
'level': 35,
'network': '',
'top': None,
'geom': None
}
# default treatment of tags
for (k, v) in tags.iteritems():
if k == 'name':
outtags[k] = v
elif k.startswith('name:'):
outtags['intnames'][k[5:]] = v
elif k == 'ref':
if 'name' not in outtags:
outtags['name'] = '[%s]' % v
elif k == 'network':
if v == 'uk_ldp':
outtags['level'] = 10 if tags.get(
'operator', '') == 'National Trails' else 20
else:
outtags['level'] = conf.TAGS_NETWORK_MAP.get(v, 35)
elif k.startswith('kct_'):
outtags['network'] = 'CT'
if 'network' not in tags and tags[k] == 'major':
outtags['level'] = 11 if k[4:] == 'red' else 21
cur = self.thread.cursor
# find out about country and geometry
cur.execute("EXECUTE get_route_geometry(%s)", (osmid, ))
routelines = []
countrydic = defaultdict(int)
for r in cur:
routelines.append(r[0])
if r[1] is not None:
countrydic[r[1]] += 1
if countrydic:
cntry = max(countrydic.iterkeys(), key=lambda x: countrydic[x])
cntry = cntry.strip().lower()
else:
cntry = None
if routelines:
outtags['geom'] = sops.linemerge(routelines)
outtags['geom']._crs = int(self.srid)
# Clear elevation profile cache
clearcache.clearElevationProfileCache(osmid)
# Region-specific tagging:
# in the UK slightly downgrade nwns (to distinguish them from National Trails)
if cntry == 'gb' and tags.get('network', '') == 'nwn':
outtags['level'] = 11
# find Swiss hiking network
if cntry == 'ch' and tags.get('network', '') == 'lwn':
ot = tags.get('osmc:symbol', '')
if ot.startswith('yellow:'):
outtags['network'] = 'CH'
outtags['level'] = 31
if ot.startswith('red:'):
outtags['network'] = 'CH'
outtags['level'] = 32
if ot.startswith('blue:'):
outtags['network'] = 'CH'
outtags['level'] = 33
# Fränkischer Albverein (around Nürnberg)
# too extensive regional network, so we need to downgrade later
if tags.get('operator') == u'Fränkischer Albverein':
outtags['network'] = 'FA'
outtags['symbol'] = symbols.get_symbol(outtags['level'], cntry, tags,
symboltypes)
outtags['country'] = cntry
if 'name' not in outtags:
outtags['name'] = '(%s)' % osmid
if outtags['top'] is None:
if 'network' in tags:
top = self.db.select_one("EXECUTE get_route_top(%s, %s)",
(osmid, tags['network']),
cur=cur)
outtags['top'] = (top is None)
else:
outtags['top'] = True
return outtags
def transform_tags(self, osmid, tags):
outtags = {'intnames': {}, 'top': None}
for k in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[k] = None
for k in conf.TAGS_PISTETYPE_MAP.keys():
outtags[k] = None
difficulty = 0
if tags.has_key('piste:name'):
outtags['name'] = tags['piste:name']
elif tags.has_key('name'):
outtags['name'] = tags['name']
elif tags.has_key('piste:ref'):
outtags['name'] = '[%s]' % tags['piste:ref']
elif tags.has_key('ref'):
outtags['name'] = '[%s]' % tags['ref']
else:
outtags['name'] = '(%s)' % osmid
# default treatment of tags
for (k, v) in tags.iteritems():
if k == 'piste:difficulty':
if v in conf.TAGS_DIFFICULTY_MAP.keys():
outtags[v] = True
difficulty = conf.TAGS_DIFFICULTY_MAP[v]
if k == 'piste:type':
if v in conf.TAGS_PISTETYPE_MAP.keys():
outtags[v] = True
if k.startswith('name:'):
outtags['intnames'][k[5:]] = v
outtags['symbol'] = symbols.get_symbol(difficulty, None, tags,
symboltypes)
cur = self.thread.cursor
if 'name' not in outtags:
outtags['name'] = '(%s)' % osmid
if outtags['top'] is None:
if 'network' in tags:
top = self.db.select_one("EXECUTE get_route_top(%s, %s)",
(osmid, tags['network']),
cur=cur)
outtags['top'] = True if (top == 0) else False
else:
outtags['top'] = True
# finally: compute the geometry
routelines = self.db.select_column("EXECUTE get_route_geometry(%s)",
(osmid, ),
cur=cur)
if routelines:
outtags['geom'] = sops.linemerge(routelines)
outtags['geom']._crs = int(conf.DB_SRID)
# Clear elevation profile cache
clearcache.clearElevationProfileCache(osmid)
return outtags
def transform_tags(self, osmid, tags):
#print "Processing", osmid
outtags = { 'intnames' : {},
'level' : 35,
'network' : '',
'top' : None,
'geom' : None}
# default treatment of tags
for (k,v) in tags.iteritems():
if k == 'name':
outtags[k] = v
elif k.startswith('name:'):
outtags['intnames'][k[5:]] = v
elif k == 'ref':
if 'name' not in outtags:
outtags['name'] = '[%s]' % v
elif k == 'network':
if v == 'uk_ldp':
outtags['level'] = 10 if tags.get('operator', '') == 'National Trails' else 20
else:
outtags['level'] = conf.TAGS_NETWORK_MAP.get(v, 35)
elif k.startswith('kct_'):
outtags['network'] = 'CT'
if 'network' not in tags and tags[k] == 'major':
outtags['level'] = 11 if k[4:] == 'red' else 21
cur = self.thread.cursor
# find out about country and geometry
cur.execute("EXECUTE get_route_geometry(%s)", (osmid,))
routelines = []
countrydic = defaultdict(int)
for r in cur:
routelines.append(r[0])
if r[1] is not None:
countrydic[r[1]] += 1
if countrydic:
cntry = max(countrydic.iterkeys(), key=lambda x: countrydic[x])
cntry = cntry.strip().lower()
else:
cntry = None
if routelines:
outtags['geom'] = sops.linemerge(routelines)
outtags['geom']._crs = 900913
# Region-specific tagging:
# in the UK slightly downgrade nwns (to distinguish them from National Trails)
if cntry == 'gb' and tags.get('network', '') == 'nwn':
outtags['level'] = 11
# find Swiss hiking network
if cntry == 'ch' and tags.get('network', '') == 'lwn':
ot = tags.get('osmc:symbol', '')
if ot.startswith('yellow:'):
outtags['network'] = 'CH'
outtags['level'] = 31
if ot.startswith('red:'):
outtags['network'] = 'CH'
outtags['level'] = 32
if ot.startswith('blue:'):
outtags['network'] = 'CH'
outtags['level'] = 33
# Fränkischer Albverein (around Nürnberg)
# too extensive regional network, so we need to downgrade later
if tags.get('operator') == u'Fränkischer Albverein':
outtags['network'] = 'FA'
outtags['symbol'] = symbols.get_symbol(outtags['level'], cntry, tags, symboltypes)
outtags['country'] = cntry
if 'name'not in outtags:
outtags['name'] = '(%s)' % osmid
if outtags['top'] is None:
if 'network' in tags:
top = self.db.select_one("EXECUTE get_route_top(%s, %s)",
(osmid, tags['network']), cur=cur)
outtags['top'] = (top is None)
else:
outtags['top'] = True
return outtags
