if event == 'start':
if n.tag == 'node':
lon = float(n.get('lon', 0))
lat = float(n.get('lat', 0))
if point_in_box(lon, lat, aoi_box) and point_in_poly(lon, lat, aoi_poly):
cid = n.get('changeset')
nid = n.get('id', -1)
nids.add(nid)
ntags = n.findall(".//tag[@k]")
addr_tags = getaddresstags(ntags)
version = int(n.get('version'))
# Capture address changes
if version != 1:
if hasaddresschange(nid, addr_tags, version, 'node'):
addchangeset(n, cid, changesets, '')
changesets[cid]['nids'].add(nid)
changesets[cid]['addr_chg_nd'].add(nid)
stats['addresses'] += 1
elif len(addr_tags):
addchangeset(n, cid, changesets, '')
changesets[cid]['nids'].add(nid)
changesets[cid]['addr_chg_nd'].add(nid)
stats['addresses'] += 1
# Clear memory
n.clear()
root.clear()
# Exit function if nids is empty, this will not send email
#if len(nids) == 0:
# sys.exit("No nodes from day's changesets fall within"+aoi_file)
if event == 'start':
if n.tag == 'node':
lon = float(n.get('lon', 0))
lat = float(n.get('lat', 0))
if point_in_box(lon, lat, aoi_box) and point_in_poly(lon, lat, aoi_poly):
cid = n.get('changeset')
nid = n.get('id', -1)
nids.add(nid)
ntags = n.findall(".//tag[@k]")
addr_tags = getaddresstags(ntags)
version = int(n.get('version'))
# Capture address changes
if version != 1:
if hasaddresschange(nid, addr_tags, version, 'node'):
addchangeset(n, cid, changesets, '')
changesets[cid]['nids'].add(nid)
changesets[cid]['addr_chg_nd'].add(nid)
stats['addresses'] += 1
elif len(addr_tags):
addchangeset(n, cid, changesets, '')
changesets[cid]['nids'].add(nid)
changesets[cid]['addr_chg_nd'].add(nid)
stats['addresses'] += 1
# Clear memory
n.clear()
root.clear()
# Exit function if nids is empty, this will not send email
#if len(nids) == 0:
# sys.exit("No nodes from day's changesets fall within"+aoi_file)
if event == 'start':
if n.tag == 'node':
lon = float(n.get('lon', 0))
lat = float(n.get('lat', 0))
if point_in_box(lon, lat, aoi_box) and point_in_poly(lon, lat, aoi_poly):
cid = n.get('changeset')
nid = n.get('id', -1)
nids.add(nid)
ntags = n.findall(".//tag[@k]")
addr_tags = getaddresstags(ntags)
version = int(n.get('version'))
# Capture address changes
if version != 1:
if hasaddresschange(nid, addr_tags, version, 'node'):
addchangeset(n, cid, changesets)
changesets[cid]['nids'].add(nid)
changesets[cid]['addr_chg_nd'].add(nid)
stats['addresses'] += 1
elif len(addr_tags):
addchangeset(n, cid, changesets)
changesets[cid]['nids'].add(nid)
changesets[cid]['addr_chg_nd'].add(nid)
stats['addresses'] += 1
n.clear()
root.clear()
sys.stderr.write('finding changesets\n')
# Find ways that contain nodes that were previously determined to fall within specified area
context = iter(etree.iterparse(osc_file, events=('start', 'end')))
