continue
check_low = parcel_low
check_mid = address_low
check_high = parcel_high
parcel_parity = \
parity_for_range(parcel_low, parcel_high)
# RANGE ADDRESS => SINGLE PARCEL(S)
else:
check_low = address_low
check_mid = parcel_low
check_high = address_high
parcel_parity = parity_for_num(parcel_low)
if parcel_parity != address_parity:
continue
# If it's in range
if check_low <= check_mid <= check_high:
row_id = parcel_row['id']
if address_high is None:
match_type = 'address_in_parcel_range'
else:
match_type = 'parcel_in_address_range'
match_counts[match_type] += 1
matches.append({
'parcel_row_id': row_id,
continue
check_low = parcel_low
check_mid = address_low
check_high = parcel_high
parcel_parity = \
parity_for_range(parcel_low, parcel_high)
# RANGE ADDRESS => SINGLE PARCEL(S)
else:
check_low = address_low
check_mid = parcel_low
check_high = address_high
parcel_parity = parity_for_num(parcel_low)
if parcel_parity != address_parity:
continue
# If it's in range
if check_low <= check_mid <= check_high:
row_id = parcel_row['id']
if address_high is None:
match_type = 'address_in_parcel_range'
else:
match_type = 'parcel_in_address_range'
match_counts[match_type] += 1
matches.append({
'parcel_row_id': row_id,
had_error('Invalid geometry')
bad_geom_parcels.append(object_id)
'''
STREET MATCH
'''
if address:
# Get the parsed street_full
street_full = address.street_full
if street_full in seg_map:
address_low = address.address_low
address_high = address.address_high
street_full = address.street_full
address_parity = parity_for_num(address_low)
matching_segs = seg_map[street_full]
matching_seg = None
matching_side = None
had_alias = False # TODO: check for aliases
# Loop through segs for that street full
for seg in matching_segs:
left_from = seg['left_from']
left_to = seg['left_to']
right_from = seg['right_from']
right_to = seg['right_to']
left_parity = parity_for_range(left_from, left_to)
right_parity = parity_for_range(right_from, right_to)
had_error('Invalid geometry')
bad_geom_parcels.append(object_id)
'''
STREET MATCH
'''
if address:
# Get the parsed street_full
street_full = address.street_full
if street_full in seg_map:
address_low = address.address_low
address_high = address.address_high
street_full = address.street_full
address_parity = parity_for_num(address_low)
matching_segs = seg_map[street_full]
matching_seg = None
matching_side = None
had_alias = False # TODO: check for aliases
# Loop through segs for that street full
for seg in matching_segs:
left_from = seg['left_from']
left_to = seg['left_to']
right_from = seg['right_from']
right_to = seg['right_to']
left_parity = parity_for_range(left_from, left_to)
right_parity = parity_for_range(right_from, right_to)