def test_collector_doesnt_drop_unjoined_ways(vermont_125_and_us_7):
collector = WayCollector()
collections = []
collector.parse(vermont_125_and_us_7,
callback=lambda collection: collections.append(collection))
assert len(collections) == 4 # VT 30, VT 125, two for US 7
# First collection, could not be joined to the others since it has no refs in common.
collection = next(
filter(
lambda c: c['join_data'] == 'US 7' and c['ways'][0]['id'] == 20001,
collections), None)
assert collection['join_type'] == 'ref'
assert collection['join_data'] == 'US 7'
assert len(collection['ways']) == 2
assert collection['ways'][0]['id'] == 20001
assert collection['ways'][1]['id'] == 30001
# Second collection, could be joined to the others
collection = next(
filter(
lambda c: c['join_data'] == 'US 7' and c['ways'][0]['id'] == 30002,
collections), None)
assert collection['join_type'] == 'ref'
assert collection['join_data'] == 'US 7'
assert len(collection['ways']) == 1
assert collection['ways'][0]['id'] == 30002
def test_collector_joins_past_roundabout(us2):
collector = WayCollector()
collections = []
collector.parse(us2,
callback=lambda collection: collections.append(collection))
assert collections[0]['ways'][8][
'id'] == 19724163, "Low-id two-direction way. Should be base. Bailey Avenue"
assert collections[0]['ways'][7][
'id'] == 143178266, "2nd two-direction way. Memorial Drive."
assert collections[0]['ways'][6][
'id'] == 28483253, "3rd two-direction way. Berlin Street."
assert collections[0]['ways'][5][
'id'] == 158420752, "4th two-direction way. River Street."
assert collections[0]['ways'][4][
'id'] == 158420747, "Roundabout-exit, west-bound. River Street."
assert collections[0]['ways'][3][
'id'] == 172791608, "Roundabout, west-bound."
assert collections[0]['ways'][2][
'id'] == 158420755, "Roundabout-entrance, west-bound. River Street."
assert collections[0]['ways'][1][
'id'] == 195936126, "Two-direction way east of circle. River Street."
assert collections[0]['ways'][0][
'id'] == 195936143, "Two-direction way east of circle (bridge). River Street."
assert collections[1]['ways'][0][
'id'] == 158420750, "Roundabout-exit, east-bound. River Street."
assert collections[1]['ways'][1][
'id'] == 172791605, "Roundabout, east-bound."
assert collections[1]['ways'][2][
'id'] == 158420754, "Roundabout-entrance, east-bound. River Street."
assert len(collections) == 2 # VT 30, VT 125, two for US 7
def test_collector_ref_matching():
collector = WayCollector(parser_class=Vermont125Parser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert len(collections) == 3 # VT 30, VT 125, US 7
# Get the collection for VT 125.
found = False
for collection in collections:
if collection['join_type'] == 'ref' and collection['join_data'] == 'VT 125':
found = True
break
assert len(collection['ways']) == 5
assert collection['join_type'] == 'ref'
assert collection['join_data'] == 'VT 125'
expected = [
{'coords': [(-73.00024, 43.70024),
(-73.00023, 43.70023),
(-73.00022, 43.70022),
(-73.00021, 43.70021)],
'id': 20002,
'refs': [224, 223, 222, 221],
'tags': {'highway': 'secondary',
'name': 'Main Street',
'ref': 'VT 125;VT 30'}},
{'coords': [(-73.00021, 43.70021),
(-73.0002, 43.7002),
(-73.00019, 43.70019),
(-73.00018, 43.70018)],
'id': 20001,
'refs': [221, 220, 219, 218],
'tags': {'highway': 'primary',
'name': 'Court Street',
'ref': 'US 7;VT 125'}},
{'coords': [(-73.00018, 43.70018),
(-73.00017, 43.70017),
(-73.00016, 43.70016),
(-73.00015, 43.70015)],
'id': 20000,
'refs': [218, 217, 216, 215],
'tags': {'highway': 'secondary',
'name': 'South Main Street',
'ref': 'VT 125'}},
{'coords': [(-73.00015, 43.70015),
(-73.00014, 43.70014),
(-73.00013, 43.70013),
(-73.00012, 43.70012)],
'id': 20003,
'refs': [215, 214, 213, 212],
'tags': {'highway': 'secondary', 'name': 'Ripton Road', 'ref': 'VT 125'}},
{'coords': [(-73.00012, 43.70012),
(-73.00011, 43.70011),
(-73.0001, 43.7001),
(-73.00009, 43.70009)],
'id': 20004,
'refs': [212, 211, 210, 209],
'tags': {'highway': 'secondary', 'name': 'Hancock Road', 'ref': 'VT 125'}}]
assert collection['ways'] == expected
def test_collector_ref_matching():
collector = WayCollector(parser_class=Vermont125Parser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert len(collections) == 3 # VT 30, VT 125, US 7
# Get the collection for VT 125.
found = False
for collection in collections:
if collection['join_type'] == 'ref' and collection['join_data'] == 'VT 125':
found = True
break
assert len(collection['ways']) == 5
assert collection['join_type'] == 'ref'
assert collection['join_data'] == 'VT 125'
expected = [{'coords': [(-73.00009, 43.70009),
(-73.0001, 43.7001),
(-73.00011, 43.70011),
(-73.00012, 43.70012)],
'id': 20004,
'refs': [209, 210, 211, 212],
'tags': {'highway': 'secondary', 'name': 'Hancock Road', 'ref': 'VT 125'}},
{'coords': [(-73.00012, 43.70012),
(-73.00013, 43.70013),
(-73.00014, 43.70014),
(-73.00015, 43.70015)],
'id': 20003,
'refs': [212, 213, 214, 215],
'tags': {'highway': 'secondary', 'name': 'Ripton Road', 'ref': 'VT 125'}},
{'coords': [(-73.00015, 43.70015),
(-73.00016, 43.70016),
(-73.00017, 43.70017),
(-73.00018, 43.70018)],
'id': 20000,
'refs': [215, 216, 217, 218],
'tags': {'highway': 'secondary', 'name': 'South Main Street', 'ref': 'VT 125'}},
{'coords': [(-73.00018, 43.70018),
(-73.00019, 43.70019),
(-73.0002, 43.7002),
(-73.00021, 43.70021)],
'id': 20001,
'refs': [218, 219, 220, 221],
'tags': {'highway': 'primary', 'name': 'Court Street', 'ref': 'US 7;VT 125'}},
{'coords': [(-73.00021, 43.70021),
(-73.00022, 43.70022),
(-73.00023, 43.70023),
(-73.00024, 43.70024)],
'id': 20002,
'refs': [221, 222, 223, 224],
'tags': {'highway': 'secondary', 'name': 'Main Street', 'ref': 'VT 125;VT 30'}}
]
assert collection['ways'] == expected
def test_collector_road_a():
collector = WayCollector(parser_class=RoadAParser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert len(collections) == 1
assert len(collections[0]['ways']) == 5
assert collections[0]['join_type'] == 'name'
assert collections[0]['join_data'] == 'Road A'
expected = [
{'coords': [(-73.00024, 43.70024),
(-73.00023, 43.70023),
(-73.00022, 43.70022),
(-73.00021, 43.70021)],
'id': 10002,
'refs': [24, 23, 22, 21],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00021, 43.70021),
(-73.0002, 43.7002),
(-73.00019, 43.70019),
(-73.00018, 43.70018)],
'id': 10001,
'refs': [21, 20, 19, 18],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00018, 43.70018),
(-73.00017, 43.70017),
(-73.00016, 43.70016),
(-73.00015, 43.70015)],
'id': 10000,
'refs': [18, 17, 16, 15],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00015, 43.70015),
(-73.00014, 43.70014),
(-73.00013, 43.70013),
(-73.00012, 43.70012)],
'id': 10003,
'refs': [15, 14, 13, 12],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00012, 43.70012),
(-73.00011, 43.70011),
(-73.0001, 43.7001),
(-73.00009, 43.70009)],
'id': 10004,
'refs': [12, 11, 10, 9],
'tags': {'highway': 'unclassified', 'name': 'Road A'}}]
assert collections[0]['ways'] == expected
def test_collector_road_a():
collector = WayCollector(parser_class=RoadAParser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert len(collections) == 1
assert len(collections[0]['ways']) == 5
assert collections[0]['join_type'] == 'name'
assert collections[0]['join_data'] == 'Road A'
expected = [{'coords': [(-73.00009, 43.70009),
(-73.0001, 43.7001),
(-73.00011, 43.70011),
(-73.00012, 43.70012)],
'id': 10004,
'refs': [9, 10, 11, 12],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00012, 43.70012),
(-73.00013, 43.70013),
(-73.00014, 43.70014),
(-73.00015, 43.70015)],
'id': 10003,
'refs': [12, 13, 14, 15],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00015, 43.70015),
(-73.00016, 43.70016),
(-73.00017, 43.70017),
(-73.00018, 43.70018)],
'id': 10000,
'refs': [15, 16, 17, 18],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00018, 43.70018),
(-73.00019, 43.70019),
(-73.0002, 43.7002),
(-73.00021, 43.70021)],
'id': 10001,
'refs': [18, 19, 20, 21],
'tags': {'highway': 'unclassified', 'name': 'Road A'}},
{'coords': [(-73.00021, 43.70021),
(-73.00022, 43.70022),
(-73.00023, 43.70023),
(-73.00024, 43.70024)],
'id': 10002,
'refs': [21, 22, 23, 24],
'tags': {'highway': 'unclassified', 'name': 'Road A'}}
]
assert collections[0]['ways'] == expected
def test_collector_doesnt_drop_unjoined_ways():
collector = WayCollector(parser_class=Vermont125AndUs7Parser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert len(collections) == 4 # VT 30, VT 125, two for US 7
# First collection, could not be joined to the others since it has no refs in common.
assert collections[2]['join_type'] == 'ref'
assert collections[2]['join_data'] == 'US 7'
assert len(collections[2]['ways']) == 1
assert collections[2]['ways'][0]['id'] == 30002
# Second collection, could be joined to the others
assert collections[3]['join_type'] == 'ref'
assert collections[3]['join_data'] == 'US 7'
assert len(collections[3]['ways']) == 2
assert collections[3]['ways'][0]['id'] == 20001
assert collections[3]['ways'][1]['id'] == 30001
def test_collector_doesnt_drop_unjoined_ways():
collector = WayCollector(parser_class=Vermont125AndUs7Parser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert len(collections) == 4 # VT 30, VT 125, two for US 7
# First collection, could not be joined to the others since it has no refs in common.
assert collections[2]['join_type'] == 'ref'
assert collections[2]['join_data'] == 'US 7'
assert len(collections[2]['ways']) == 2
assert collections[2]['ways'][0]['id'] == 20001
assert collections[2]['ways'][1]['id'] == 30001
# Second collection, could be joined to the others
assert collections[3]['join_type'] == 'ref'
assert collections[3]['join_data'] == 'US 7'
assert len(collections[3]['ways']) == 1
assert collections[3]['ways'][0]['id'] == 30002
def test_collector_joins_past_roundabout():
collector = WayCollector(parser_class=US2Parser)
collections = []
collector.parse('doesnt_exist.pbf', callback=lambda collection: collections.append(collection))
assert collections[0]['ways'][8]['id'] == 19724163, "Low-id two-direction way. Should be base. Bailey Avenue"
assert collections[0]['ways'][7]['id'] == 143178266, "2nd two-direction way. Memorial Drive."
assert collections[0]['ways'][6]['id'] == 28483253, "3rd two-direction way. Berlin Street."
assert collections[0]['ways'][5]['id'] == 158420752, "4th two-direction way. River Street."
assert collections[0]['ways'][4]['id'] == 158420747, "Roundabout-exit, west-bound. River Street."
assert collections[0]['ways'][3]['id'] == 172791608, "Roundabout, west-bound."
assert collections[0]['ways'][2]['id'] == 158420755, "Roundabout-entrance, west-bound. River Street."
assert collections[0]['ways'][1]['id'] == 195936126, "Two-direction way east of circle. River Street."
assert collections[0]['ways'][0]['id'] == 195936143, "Two-direction way east of circle (bridge). River Street."
assert collections[1]['ways'][0]['id'] == 158420750, "Roundabout-exit, east-bound. River Street."
assert collections[1]['ways'][1]['id'] == 172791605, "Roundabout, east-bound."
assert collections[1]['ways'][2]['id'] == 158420754, "Roundabout-entrance, east-bound. River Street."
assert len(collections) == 2 # VT 30, VT 125, two for US 7
def test_joining_stays_on_higher_class_roads(forlandet):
collector = WayCollector()
collections = []
collector.parse(forlandet,
callback=lambda collection: collections.append(collection))
assert len(collections) == 2
assert len(collections[0]['ways']) == 3
assert collections[0]['join_type'] == 'name'
assert collections[0]['join_data'] == 'Forlandet'
# Verify the IDs of our three tertiary roads.
assert collections[0]['ways'][0]['id'] == 20001
assert collections[0]['ways'][0]['tags']['highway'] == 'tertiary'
assert collections[0]['ways'][1]['id'] == 20005
assert collections[0]['ways'][1]['tags']['highway'] == 'tertiary'
assert collections[0]['ways'][2]['id'] == 20004
assert collections[0]['ways'][2]['tags']['highway'] == 'tertiary'
# Verify that the service road ended up in its own collection
assert len(collections[1]['ways']) == 1
assert collections[1]['ways'][0]['id'] == 20003
assert collections[1]['ways'][0]['tags']['highway'] == 'service'
parser.add_argument('--max_lon_bound', type=float, default=None, help='The maximum longitude to include.')
parser.add_argument('--straight_segment_split_threshold', type=float, default=1.5, help='If a way has a series of non-curved segments longer than this (miles), the way will be split on that straight section. Use 0 to never split ways. The default is 1.5')
parser.add_argument('file', type=argparse.FileType('r'), nargs='+', help='the input file. Should be an OSM XML file.')
args = parser.parse_args()
rad_earth_mi = 3960 # Radius of the earth in miles
rad_earth_m = 6373000 # Radius of the earth in meters
# Validate our limit_points argument.
if args.limit_points < 2:
if args.limit_points != 0:
sys.stderr.write("\n--limit_points must be 0 or >= 2.")
exit(2);
# Instantiate our collector
collector = WayCollector()
default_filter = WayFilter()
# Configure settings based on the command-line arguments
collector.verbose = args.v
default_filter.min_length = args.min_length
default_filter.max_length = args.max_length
default_filter.min_curvature = args.min_curvature
default_filter.max_curvature = args.max_curvature
collector.ignored_surfaces = args.ignored_surfaces.split(',')
collector.roads = args.highway_types.split(',')
collector.level_1_max_radius = args.level_1_max_radius
collector.level_1_weight = args.level_1_weight
collector.level_2_max_radius = args.level_2_max_radius
collector.level_2_weight = args.level_2_weight
collector.level_3_max_radius = args.level_3_max_radius
def test_collector_road_b(road_b):
collector = WayCollector()
collections = []
collector.parse(road_b,
callback=lambda collection: collections.append(collection))
assert len(collections) == 1
assert len(collections[0]['ways']) == 5
assert collections[0]['join_type'] == 'ref'
assert collections[0]['join_data'] == 'CR123'
expected = [{
'coords': [(-73.00009, 43.70009), (-73.0001, 43.7001),
(-73.00011, 43.70011), (-73.00012, 43.70012)],
'id':
10004,
'refs': [9, 10, 11, 12],
'nodes': {},
'tags': {
'highway': 'unclassified',
'name': 'Road E',
'admin_ref': 'CR123'
}
}, {
'coords': [(-73.00012, 43.70012), (-73.00013, 43.70013),
(-73.00014, 43.70014), (-73.00015, 43.70015)],
'id':
10003,
'refs': [12, 13, 14, 15],
'nodes': {},
'tags': {
'highway': 'unclassified',
'name': 'Road D',
'highway_authority_ref': 'CR123'
}
}, {
'coords': [(-73.00015, 43.70015), (-73.00016, 43.70016),
(-73.00017, 43.70017), (-73.00018, 43.70018)],
'id':
10000,
'refs': [15, 16, 17, 18],
'nodes': {},
'tags': {
'highway': 'unclassified',
'name': 'Road A',
'ref': 'CR123'
}
}, {
'coords': [(-73.00018, 43.70018), (-73.00019, 43.70019),
(-73.0002, 43.7002), (-73.00021, 43.70021)],
'id':
10001,
'refs': [18, 19, 20, 21],
'nodes': {},
'tags': {
'highway': 'unclassified',
'name': 'Road B',
'official_ref': 'CR123'
}
}, {
'coords': [(-73.00021, 43.70021), (-73.00022, 43.70022),
(-73.00023, 43.70023), (-73.00024, 43.70024)],
'id':
10002,
'refs': [21, 22, 23, 24],
'nodes': {},
'tags': {
'highway': 'unclassified',
'name': 'Road C',
'highway_ref': 'CR123'
}
}]
assert collections[0]['ways'] == expected
type=argparse.FileType('r'),
nargs='+',
help='the input file. Should be an OSM XML file.')
args = parser.parse_args()
rad_earth_mi = 3960 # Radius of the earth in miles
rad_earth_m = 6373000 # Radius of the earth in meters
# Validate our limit_points argument.
if args.limit_points < 2:
if args.limit_points != 0:
sys.stderr.write("\n--limit_points must be 0 or >= 2.")
exit(2)
# Instantiate our collector
collector = WayCollector()
default_filter = WayFilter()
# Configure settings based on the command-line arguments
collector.verbose = args.v
default_filter.min_length = args.min_length
default_filter.max_length = args.max_length
default_filter.min_curvature = args.min_curvature
default_filter.max_curvature = args.max_curvature
collector.ignored_surfaces = args.ignored_surfaces.split(',')
collector.roads = args.highway_types.split(',')
collector.level_1_max_radius = args.level_1_max_radius
collector.level_1_weight = args.level_1_weight
collector.level_2_max_radius = args.level_2_max_radius
collector.level_2_weight = args.level_2_weight
collector.level_3_max_radius = args.level_3_max_radius
