time.sleep(i/11.0)
itemDocuments = wbsea.WbSearchEntities(searchString = name)
if 'success' in itemDocuments and itemDocuments['search']:
for res in itemDocuments['search']:
print res
if 'description' in res and res['description'] == description:
Q_school = res['id']
print Q_school
if type=='node':
newSchool = Node(element)
elif type=='way':
newSchool = Way(element)
else:
newSchool = Relation(element)
dirty =False
if newSchool.get('wikidata') != Q_school:
newSchool.put('wikidata', Q_school); dirty=True
for tag in tagsToSet:
if tagsToSet[tag]: newSchool.put(tag, tagsToSet[tag]); dirty=True
if dirty:
CommandsList=[Command.ChangeCommand( element, newSchool)]
Main.main.undoRedo.add(Command.SequenceCommand("Add wikidata and isced:level tags to school", CommandsList))
found = True
break
if found: break
else:
print 'not found yet'
if element.isNew(): noNewSchools=False
if Q_school:
wbdf = WikibaseDataFetcher.getWikidataDataFetcher()
wikidataCoords = wbdf.getEntityDocument(Q_school)
result = wd.search(valueOrDescription = name)
# pprint.pprint(result)
if 'success' in result and result['search']:
for res in result['search']:
print res
if 'description' in res and res['description'] == description:
Q_school = res['id']
print Q_school
if type=='node':
newSchool = Node(element)
elif type=='way':
newSchool = Way(element)
else:
newSchool = Relation(element)
dirty =False
if newSchool.get('wikidata') != Q_school:
newSchool.put('wikidata', Q_school); dirty=True
if not(isced_level) and isced and newSchool.get('isced:level') != isced_level:
newSchool.put('isced:level', isced); dirty=True
if dirty:
CommandsList=[Command.ChangeCommand( element, newSchool)]
Main.main.undoRedo.add(Command.SequenceCommand("Add wikidata and isced:level tags to school", CommandsList))
found = True
break
if found: break
else:
print 'not found yet'
if element.isNew(): noNewSchools=False
if Q_school:
wikidataCoords = wd.fetchCoordinates(Q_school)
print wikidataCoords
def getMapView():
if Main.main and Main.main.map:
return Main.main.map.mapView
else:
return None
mv = getMapView()
if mv and mv.editLayer and mv.editLayer.data:
selectedNodes = mv.editLayer.data.getSelectedNodes()
platform = Node()
# Find stop_position nodes
for platform in selectedNodes:
if (platform.get('public_transport') == 'platform'):
print platform.getId()
# Check if stop position is alrady in a stop area relation
nodeInRelation = False
exampleRoute = Relation()
stop_position = Node()
distance = 0.00000006
for parent in platform.getReferrers():
parentTags = parent.getKeys()
if (parentTags.get('public_transport') == 'stop_area'):
print 'Platform already has a stop area relation'
nodeInRelation = True
# pprint.pprint(result)
if 'success' in result and result['search']:
for res in result['search']:
print res
if 'description' in res and res[
'description'] == description:
Q_school = res['id']
print Q_school
if type == 'node':
newSchool = Node(element)
elif type == 'way':
newSchool = Way(element)
else:
newSchool = Relation(element)
dirty = False
if newSchool.get('wikidata') != Q_school:
newSchool.put('wikidata', Q_school)
dirty = True
if not (isced_level) and isced and newSchool.get(
'isced:level') != isced_level:
newSchool.put('isced:level', isced)
dirty = True
if dirty:
CommandsList = [
Command.ChangeCommand(element, newSchool)
]
Main.main.undoRedo.add(
Command.SequenceCommand(
"Add wikidata and isced:level tags to school",
CommandsList))
found = True
def getMapView():
if Main.main and Main.main.map:
return Main.main.map.mapView
else:
return None
mv = getMapView()
if mv and mv.editLayer and mv.editLayer.data:
selectedNodes = mv.editLayer.data.getSelectedNodes()
platform = Node()
# Find stop_position nodes
for platform in selectedNodes:
if (platform.get('public_transport') == 'platform'):
print platform.getId()
# Check if stop position is alrady in a stop area relation
nodeInRelation = False
exampleRoute = Relation()
stop_position = Node()
distance = 0.00000006
for parent in platform.getReferrers():
parentTags = parent.getKeys()
if (parentTags.get('public_transport') == 'stop_area'):
print 'Platform already has a stop area relation'
nodeInRelation = True
