def test_layer_dimensions():
vt = VectorTile()
layer = vt.add_layer('test')
assert layer.dimensions == 2
with pytest.raises(AttributeError):
layer.dimensions = 3
assert layer.dimensions == 2
def test_create_spline_feature_3d():
vt = VectorTile()
layer = vt.add_layer('test', version=3)
feature = layer.add_spline_feature(has_elevation=True)
assert isinstance(feature, SplineFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
assert feature.has_elevation
assert feature.degree == 2
scaling = layer.add_attribute_scaling(precision=10.0**-8,
min_value=0.0,
max_value=25.0)
bad_control_points1 = [[8, 10, 1]]
knot_values = [0.0, 0.0, 0.0, 1.0, 2.0, 2.0, 2.0]
knots = FloatList(scaling, knot_values)
with pytest.raises(Exception):
feature.add_spline(bad_control_points1, knots)
bad_control_points2 = [[8, 10, 1], [9, 11, 1], [9, 1], [12, 10, 1]]
with pytest.raises(IndexError):
feature.add_spline(bad_control_points2, knots)
control_points = [[8, 10, 1], [9, 11, 1], [11, 9, 1], [12, 10, 1]]
feature.add_spline(control_points, knots)
assert feature.get_splines() == [[control_points, knot_values]]
def test_layer_features():
vt = VectorTile()
layer = vt.add_layer('test')
assert len(layer.features) == 0
assert isinstance(layer.features, list)
with pytest.raises(AttributeError):
layer.features = [1, 2]
assert len(layer.features) == 0
def test_feature_properties():
vt = VectorTile()
layer = vt.add_layer('test')
feature = layer.add_point_feature()
assert isinstance(feature, PointFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
prop = feature.properties
assert isinstance(prop, FeatureProperties)
assert feature.properties == {}
assert prop == {}
prop['fun'] = 'stuff'
assert 'fun' in prop
assert prop['fun'] == 'stuff'
assert feature.properties['fun'] == 'stuff'
assert feature.properties == {'fun': 'stuff'}
# Can set by external dictionary
prop_dict = {'number': 1, 'bool': True, 'string': 'foo', 'float': 4.1}
feature.properties = prop_dict
assert feature.properties == prop_dict
# Key error on not existant property
with pytest.raises(KeyError):
foo = feature.properties['doesnotexist']
# Type errors on invalid key types
with pytest.raises(TypeError):
feature.properties[1.234] = True
with pytest.raises(TypeError):
feature.properties[1] = True
with pytest.raises(TypeError):
foo = feature.properties[1.234]
with pytest.raises(TypeError):
foo = feature.properties[1]
# During setting invalid properties with bad keys or value types will just be dropped
prop_dict = {
'foo': [1, 2, 3],
'fee': [{
'a': 'b'
}, {
'a': ['c', 'd']
}],
1.2341: 'stuff',
1: 'fish',
'go': False
}
feature.properties = prop_dict
assert feature.properties != prop_dict
assert feature.properties == {
'foo': [1, 2, 3],
'fee': [{
'a': 'b'
}, {
'a': ['c', 'd']
}],
'go': False
}
def test_create_polygon_feature_3d():
vt = VectorTile()
layer = vt.add_layer('test')
# Should not be allowed with version 2 layer
with pytest.raises(Exception):
feature = layer.add_polygon_feature(has_elevation=True)
vt = VectorTile()
layer = vt.add_layer('test', version=3)
feature = layer.add_polygon_feature(has_elevation=True)
assert isinstance(feature, PolygonFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
assert feature.has_elevation
polygon = [[[0, 0, 1], [10, 0, 1], [10, 10, 1], [0, 10, 1], [0, 0, 1]],
[[3, 3, 1], [3, 5, 1], [5, 5, 1], [3, 3, 1]]]
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_rings() == polygon
assert feature.get_polygons() == [polygon]
bad_ring1 = [[0, 0, 1], [1, 0, 1]]
with pytest.raises(Exception):
feature.add_ring(bad_ring)
assert feature.get_polygons() == [polygon]
bad_ring2 = [[0, 0, 1], [1, 0, 1], [0, 0, 1]]
with pytest.raises(Exception):
feature.add_ring(bad_ring2)
assert feature.get_polygons() == [polygon]
bad_ring3 = [[0, 0, 1], [1, 0, 1], [1, 1, 1], [1, 1], [0, 0, 1]]
with pytest.raises(IndexError):
feature.add_ring(bad_ring3)
assert feature.get_polygons() == [polygon]
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_polygons() == [polygon, polygon]
# clear current geometry
feature.clear_geometry()
assert feature.get_rings() == []
assert feature.get_polygons() == []
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_rings() == polygon
assert feature.get_polygons() == [polygon]
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
assert feature.get_rings() == polygon
assert feature.get_polygons() == [polygon]
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_polygons() == [polygon, polygon]
def test_create_spline_feature():
vt = VectorTile()
layer = vt.add_layer('test')
feature = layer.add_spline_feature()
assert isinstance(feature, SplineFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
control_points = [[8, 10], [9, 11], [11, 9], [12, 10]]
knots = [0.0, 0.0, 0.0, 1.0, 2.0, 2.0, 2.0]
feature.add_control_points(control_points)
feature.add_knots(knots)
assert feature.get_control_points() == control_points
assert feature.get_knots() == knots
def test_create_layer():
vt = VectorTile()
layer = vt.add_layer('point')
assert layer.name == 'point'
assert layer.version == 2
assert isinstance(layer, Layer)
layer = vt.add_layer('point_3', 3)
assert layer.name == 'point_3'
assert layer.version == 3
assert isinstance(layer, Layer)
layer = vt.add_layer('point_4', 4)
assert layer.name == 'point_4'
assert layer.version == 4
assert isinstance(layer, Layer)
def test_feature_id():
vt = VectorTile()
layer = vt.add_layer('test', version=2)
feature = layer.add_point_feature()
assert feature.id == None
feature.id = 12
assert feature.id == 12
# Fails for a version 2 layer
with pytest.raises(Exception):
feature.id = "FeatureName"
layer = vt.add_layer('test2', version=3)
feature = layer.add_point_feature()
assert feature.id == None
feature.id = 12
assert feature.id == 12
feature.id = "FeatureName"
assert feature.id == "FeatureName"
data = vt.serialize()
vt = VectorTile(data)
feature = vt.layers[0].features[0]
assert feature.id == 12
feature = vt.layers[1].features[0]
assert feature.id == "FeatureName"
def test_create_point_feature():
vt = VectorTile()
layer = vt.add_layer('test')
feature = layer.add_point_feature()
assert isinstance(feature, PointFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
assert not feature.has_elevation
feature.add_points([10, 11])
geometry = feature.get_points()
assert geometry[0] == [10, 11]
# add points simply adds to end
feature.add_points([10, 12])
feature.add_points([10, 13])
geometry = feature.get_points()
assert geometry[1] == [10, 12]
assert geometry[2] == [10, 13]
# clear current geometry
feature.clear_geometry()
assert feature.get_points() == []
# This is proper way to add multiple points!
feature.add_points([[10, 11], [10, 12], [10, 13]])
assert feature.get_points() == [[10, 11], [10, 12], [10, 13]]
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
feature.add_points([10, 14])
assert feature.get_points() == [[10, 11], [10, 12], [10, 13], [10, 14]]
def test_create_line_feature():
vt = VectorTile()
layer = vt.add_layer('test')
feature = layer.add_line_string_feature()
assert isinstance(feature, LineStringFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
line_string = [[10, 11], [10, 12], [10, 13], [10, 14]]
feature.add_line_string(line_string)
# note that we pull back possible multi line string here
assert feature.get_line_strings() == [line_string]
bad_line_string = [[1, 1]]
with pytest.raises(Exception):
feature.add_line_string(bad_line_string)
assert feature.get_line_strings() == [line_string]
line_string2 = [[9, 9], [30, 5]]
feature.add_line_string(line_string2)
assert feature.get_line_strings() == [line_string, line_string2]
# clear current geometry
feature.clear_geometry()
assert feature.get_line_strings() == []
feature.add_line_string(line_string)
assert feature.get_line_strings() == [line_string]
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
feature.add_line_string(line_string2)
assert feature.get_line_strings() == [line_string, line_string2]
def test_create_line_feature_3d():
vt = VectorTile()
layer = vt.add_layer('test')
# Should raise because is version 2 tile
with pytest.raises(Exception):
feature = layer.add_line_string_feature(has_elevation=True)
vt = VectorTile()
layer = vt.add_layer('test', version=3)
feature = layer.add_line_string_feature(has_elevation=True)
assert isinstance(feature, LineStringFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
assert feature.has_elevation
line_string = [[10, 11, 12], [10, 12, 13], [10, 13, 14], [10, 14, 15]]
feature.add_line_string(line_string)
# note that we pull back possible multi line string here
assert feature.get_line_strings() == [line_string]
bad_line_string = [[1, 1, 1]]
with pytest.raises(Exception):
feature.add_line_string(bad_line_string)
assert feature.get_line_strings() == [line_string]
bad_line_string2 = [[1, 1], [2, 2]]
with pytest.raises(IndexError):
feature.add_line_string(bad_line_string2)
assert feature.get_line_strings() == [line_string]
line_string2 = [[9, 9, 9], [30, 5, 9]]
feature.add_line_string(line_string2)
assert feature.get_line_strings() == [line_string, line_string2]
# clear current geometry
feature.clear_geometry()
assert feature.get_line_strings() == []
feature.add_line_string(line_string)
assert feature.get_line_strings() == [line_string]
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
feature.add_line_string(line_string2)
assert feature.get_line_strings() == [line_string, line_string2]
def test_create_spline_feature_3d_with_elevation_scaling():
vt = VectorTile()
layer = vt.add_layer('test', version=3)
scaling = layer.add_attribute_scaling(precision=10.0**-8,
min_value=0.0,
max_value=25.0)
knot_values = [0.0, 0.0, 0.0, 1.0, 2.0, 2.0, 2.0]
knots = FloatList(scaling, knot_values)
control_points = [[8, 10, -11000.0], [9, 11, 9000.0], [11, 9, 85.1],
[12, 10, 1500.74]]
layer.add_elevation_scaling(precision=10.0**-8,
min_value=-11000.0,
max_value=9000.0)
with pytest.raises(Exception):
feature = layer.add_spline_feature(has_elevation=True)
feature.add_spline(control_points, knots)
feature = layer.add_spline_feature(has_elevation=True)
layer.add_elevation_scaling(precision=10.0**-5,
min_value=-11000.0,
max_value=9000.0)
feature.add_spline(control_points, knots)
out = feature.get_splines()
assert len(out) == 1
assert len(out[0]) == 2
out_control_points = out[0][0]
out_knot_values = out[0][1]
assert out_knot_values == knot_values
assert len(control_points) == len(out_control_points)
for i in range(len(control_points)):
assert len(control_points[i]) == len(out_control_points[i])
assert out_control_points[i][0] == control_points[i][0]
assert out_control_points[i][1] == control_points[i][1]
assert out_control_points[i][2] == pytest.approx(control_points[i][2])
def load_vector_tile(name):
divided = name.split('_')
if divided[1] == 'invalid':
name = '_'.join(divided[2:])
filename = os.path.join('tests', 'data', 'invalid', name + '.mvt')
elif divided[1] == 'valid':
name = '_'.join(divided[2:])
filename = os.path.join('tests', 'data', 'valid', name + '.mvt')
else:
name = '_'.join(divided[1:])
filename = os.path.join('tests', 'data', name + '.mvt')
f = open(filename, 'rb')
test_data = f.read()
f.close()
return VectorTile(test_data)
def test_create_point_feature_3d():
vt = VectorTile()
layer = vt.add_layer('test')
## Should fail first because layer is a version 2 layer
with pytest.raises(Exception):
feature = layer.add_point_feature(has_elevation=True)
vt = VectorTile()
layer = vt.add_layer('test', version=3)
feature = layer.add_point_feature(has_elevation=True)
assert isinstance(feature, PointFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
assert feature.has_elevation
## Should fail to add 2 point list
with pytest.raises(IndexError):
feature.add_points([10, 11])
feature.add_points([10, 11, 12])
geometry = feature.get_points()
assert geometry[0] == [10, 11, 12]
# add points simply adds to end
feature.add_points([10, 12, 13])
feature.add_points([10, 13, 14])
geometry = feature.get_points()
assert geometry[1] == [10, 12, 13]
assert geometry[2] == [10, 13, 14]
# clear current geometry
feature.clear_geometry()
assert feature.get_points() == []
# This is proper way to add multiple points!
feature.add_points([[10, 11, 12], [10, 12, 13], [10, 13, 14]])
assert feature.get_points() == [[10, 11, 12], [10, 12, 13], [10, 13, 14]]
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
feature.add_points([10, 14, 15])
assert feature.get_points() == [[10, 11, 12], [10, 12, 13], [10, 13, 14],
[10, 14, 15]]
def test_feature_properties():
vt = VectorTile()
layer = vt.add_layer('test')
feature = layer.add_point_feature()
assert isinstance(feature, PointFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
prop = feature.properties
assert isinstance(prop, FeatureProperties)
assert feature.properties == {}
assert prop == {}
prop['fun'] = 'stuff'
assert 'fun' in prop
assert prop['fun'] == 'stuff'
assert feature.properties['fun'] == 'stuff'
assert feature.properties == {'fun':'stuff'}
# Can set by external dictionary
prop_dict = { 'number': 1, 'bool': True, 'string': 'foo', 'float': 4.1 }
feature.properties = prop_dict
assert feature.properties == prop_dict
# Key error on not existant property
with pytest.raises(KeyError):
foo = feature.properties['doesnotexist']
# Type errors on invalid key types
with pytest.raises(TypeError):
feature.properties[1.234] = True
with pytest.raises(TypeError):
feature.properties[1] = True
with pytest.raises(TypeError):
foo = feature.properties[1.234]
with pytest.raises(TypeError):
foo = feature.properties[1]
# During setting invalid properties with bad keys or value types will just be dropped
prop_dict = {'foo': [1,2,3], 'fee': [{'a':'b'}, {'a':['c','d']}], 1.2341: 'stuff', 1: 'fish', 'go': False, 'double': 2.32432, 'float': Float(23432.3222) }
prop_dict2 = {'foo': [1,2,3], 'fee': [{'a':'b'}, {'a':['c','d']}], 'go': False, 'double': 2.32432, 'float': 23432.3222 }
feature.properties = prop_dict
assert feature.properties != prop_dict
assert feature.properties == prop_dict2
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
assert feature.properties['foo'] == prop_dict2['foo']
assert feature.properties['fee'] == prop_dict2['fee']
assert feature.properties['go'] == prop_dict2['go']
assert feature.properties['double'] == prop_dict2['double']
# note change is expected due to float encoding!
assert feature.properties['float'] == 23432.322265625
def test_create_polygon_feature():
vt = VectorTile()
layer = vt.add_layer('test')
feature = layer.add_polygon_feature()
assert isinstance(feature, PolygonFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
polygon = [[[0, 0], [10, 0], [10, 10], [0, 10], [0, 0]],
[[3, 3], [3, 5], [5, 5], [3, 3]]]
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_rings() == polygon
assert feature.get_polygons() == [polygon]
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_polygons() == [polygon, polygon]
# clear current geometry
feature.clear_geometry()
assert feature.get_rings() == []
assert feature.get_polygons() == []
# Add in opposite order
feature.add_ring(polygon[1])
feature.add_ring(polygon[0])
assert feature.get_rings() == [polygon[1], polygon[0]]
# First ring in wrong winding order so dropped from polygon output
assert feature.get_polygons() == [[polygon[0]]]
# clear current geometry
feature.clear_geometry()
assert feature.get_rings() == []
assert feature.get_polygons() == []
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_rings() == polygon
assert feature.get_polygons() == [polygon]
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
assert feature.get_rings() == polygon
assert feature.get_polygons() == [polygon]
feature.add_ring(polygon[0])
feature.add_ring(polygon[1])
assert feature.get_polygons() == [polygon, polygon]
def test_layer_extent():
vt = VectorTile()
layer = vt.add_layer('test')
assert layer.extent == 4096
layer.extent = 8000
assert layer.extent == 8000
def test_decode_vector_tile():
vt = VectorTile(test_data)
expected_id = 2
assert len(vt.layers) == 8
# Test first layer
layer = vt.layers[0]
assert isinstance(layer, Layer)
assert layer.name == 'points'
assert layer.extent == 4096
assert layer.dimensions == 2
assert layer.version == 2
assert len(layer.features) == 4
# Test layer features
for feature in layer.features:
assert isinstance(feature, PointFeature)
assert feature.type == 'point'
assert feature.id == expected_id
geometry = feature.get_points()
assert geometry == feature.get_geometry()
assert isinstance(geometry, list)
assert len(geometry) == 1
point = geometry[0]
assert isinstance(point, list)
assert len(point) == 2
assert point[0] == 20
assert point[1] == 20
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 1
if expected_id == 2:
assert props['some']
assert props['some'] == 'attr'
elif expected_id == 3:
assert props['some']
assert props['some'] == 'attr'
elif expected_id == 4:
assert props['some']
assert props['some'] == 'otherattr'
elif expected_id == 5:
assert props['otherkey']
assert props['otherkey'] == 'attr'
expected_id += 1
# Test second layer
layer = vt.layers[1]
assert isinstance(layer, Layer)
assert layer.name == 'lines'
assert layer.extent == 4096
assert layer.dimensions == 2
assert layer.version == 2
assert len(layer.features) == 1
# Test layer features
feature = layer.features[0]
assert isinstance(feature, LineStringFeature)
assert feature.type == 'line_string'
assert feature.id == expected_id
expected_id += 1
geometry = feature.get_line_strings()
assert geometry == feature.get_geometry()
assert isinstance(geometry, list)
assert len(geometry) == 2
geometry == [[[10,10],[10,20],[20,20]],[[11,11],[12,13]]]
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 2
assert props['highway']
assert props['highway'] == 'primary'
assert props['maxspeed']
assert props['maxspeed'] == 50
# Test third layer
layer = vt.layers[2]
assert isinstance(layer, Layer)
assert layer.name == 'polygons'
assert layer.extent == 4096
assert layer.dimensions == 2
assert layer.version == 2
assert len(layer.features) == 1
# Test layer features
feature = layer.features[0]
assert isinstance(feature, PolygonFeature)
assert feature.type == 'polygon'
assert feature.id == expected_id
expected_id += 1
geometry = feature.get_rings()
multi_polygons = feature.get_polygons()
assert multi_polygons == feature.get_geometry()
assert isinstance(geometry, list)
assert isinstance(multi_polygons, list)
assert len(multi_polygons) == 1
assert geometry == multi_polygons[0]
assert len(geometry) == 2
assert geometry == [[[0,0],[10,0],[10,10],[0,10],[0,0]],[[3,3],[3,5],[5,5],[3,3]]]
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 1
assert props['natural']
assert props['natural'] == 'wood'
# Test fourth layer
layer = vt.layers[3]
assert isinstance(layer, Layer)
assert layer.name == 'splines'
assert layer.extent == 4096
assert layer.dimensions == 2
assert layer.version == 2
assert len(layer.features) == 1
# Test layer features
feature = layer.features[0]
assert isinstance(feature, SplineFeature)
assert feature.type == 'spline'
assert feature.id == expected_id
expected_id += 1
control_points = feature.get_control_points()
assert isinstance(control_points, list)
assert len(control_points) == 4
assert control_points == [[8,10],[9,11],[11,9],[12,10]]
knots = feature.get_knots()
assert [control_points, knots] == feature.get_geometry()
assert len(knots) == 14
assert knots == [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 1.875, 0.0, 2.0, 0.0, 2.0, 0.0, 2.0]
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 1
assert props['natural']
assert props['natural'] == 'curve'
# Test fifth layer
expected_id += 1
layer = vt.layers[4]
assert isinstance(layer, Layer)
assert layer.name == 'points_3d'
assert layer.extent == 4096
assert layer.dimensions == 3
assert layer.version == 2
assert len(layer.features) == 4
# Test layer features
point_z = 10
for feature in layer.features:
assert isinstance(feature, PointFeature)
assert feature.type == 'point'
assert feature.id == expected_id
geometry = feature.get_points()
assert isinstance(geometry, list)
assert len(geometry) == 1
point = geometry[0]
assert isinstance(point, list)
assert len(point) == 3
assert point[0] == 20
assert point[1] == 20
assert point[2] == point_z
point_z += 10
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 1
if expected_id == 2:
assert props['some']
assert props['some'] == 'attr'
elif expected_id == 3:
assert props['some']
assert props['some'] == 'attr'
elif expected_id == 4:
assert props['some']
assert props['some'] == 'otherattr'
elif expected_id == 5:
assert props['otherkey']
assert props['otherkey'] == 'attr'
expected_id += 1
# Test sixth layer
layer = vt.layers[5]
assert isinstance(layer, Layer)
assert layer.name == 'lines_3d'
assert layer.extent == 4096
assert layer.dimensions == 3
assert layer.version == 2
assert len(layer.features) == 1
# Test layer features
feature = layer.features[0]
assert isinstance(feature, LineStringFeature)
assert feature.type == 'line_string'
assert feature.id == expected_id
expected_id += 1
geometry = feature.get_line_strings()
assert isinstance(geometry, list)
assert len(geometry) == 2
geometry == [[[10,10,10],[10,20,20],[20,20,30]],[[11,11,10],[12,13,20]]]
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 2
assert props['highway']
assert props['highway'] == 'primary'
assert props['maxspeed']
assert props['maxspeed'] == 50
# Test seventh layer
layer = vt.layers[6]
assert isinstance(layer, Layer)
assert layer.name == 'polygons_3d'
assert layer.extent == 4096
assert layer.dimensions == 3
assert layer.version == 2
assert len(layer.features) == 1
# Test layer features
feature = layer.features[0]
assert isinstance(feature, PolygonFeature)
assert feature.type == 'polygon'
assert feature.id == expected_id
expected_id += 1
geometry = feature.get_rings()
multi_polygons = feature.get_polygons()
assert isinstance(geometry, list)
assert isinstance(multi_polygons, list)
assert len(multi_polygons) == 2
assert geometry[0] == multi_polygons[0][0]
assert geometry[1] == multi_polygons[1][0]
assert len(geometry) == 2
assert geometry == [[[0,0,10],[10,0,20],[10,10,30],[0,10,20],[0,0,10]],[[3,3,20],[3,5,40],[5,5,30],[3,3,20]]]
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 1
assert props['natural']
assert props['natural'] == 'wood'
# Test eighth layer
layer = vt.layers[7]
assert isinstance(layer, Layer)
assert layer.name == 'splines_3d'
assert layer.extent == 4096
assert layer.dimensions == 3
assert layer.version == 2
assert len(layer.features) == 1
# Test layer features
feature = layer.features[0]
assert isinstance(feature, SplineFeature)
assert feature.type == 'spline'
assert feature.id == expected_id
expected_id += 1
control_points = feature.get_control_points()
assert isinstance(control_points, list)
assert len(control_points) == 4
assert control_points == [[8,10,10],[9,11,11],[11,9,12],[12,10,13]]
knots = feature.get_knots()
assert len(knots) == 14
assert knots == [0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 1.875, 0.0, 2.0, 0.0, 2.0, 0.0, 2.0]
props = feature.properties
assert isinstance(props, FeatureProperties)
assert len(props) == 1
assert props['natural']
assert props['natural'] == 'curve'
def test_create_spline_feature_fail_v2():
vt = VectorTile()
layer = vt.add_layer('test')
with pytest.raises(Exception):
feature = layer.add_spline_feature()
def test_no_layers():
vt = VectorTile()
assert len(vt.serialize()) == 0
def test_layer_name():
vt = VectorTile()
layer = vt.add_layer('test')
assert layer.name == 'test'
layer.name = 'foo'
assert layer.name == 'foo'
def test_feature_attributes_version_3():
vt = VectorTile()
layer = vt.add_layer('test', version=3)
assert layer.version == 3
feature = layer.add_point_feature()
assert isinstance(feature, PointFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
prop = feature.attributes
assert isinstance(prop, FeatureAttributes)
assert feature.attributes == {}
assert prop == {}
prop['fun'] = 'stuff'
assert 'fun' in prop
assert prop['fun'] == 'stuff'
assert feature.attributes['fun'] == 'stuff'
assert feature.attributes == {'fun': 'stuff'}
# Can set by external dictionary
prop_dict = {'number': 1, 'bool': True, 'string': 'foo', 'float': 4.1}
feature.attributes = prop_dict
assert feature.attributes == prop_dict
# Key error on not existant property
with pytest.raises(KeyError):
foo = feature.attributes['doesnotexist']
# Type errors on invalid key types
with pytest.raises(TypeError):
feature.attributes[1.234] = True
with pytest.raises(TypeError):
feature.attributes[1] = True
with pytest.raises(TypeError):
foo = feature.attributes[1.234]
with pytest.raises(TypeError):
foo = feature.attributes[1]
dvalues = [1.0, 2.0, None, 2.3, 4.3, None, None, 15.0, 22.5]
scaling1 = layer.add_attribute_scaling(precision=10.0**-6,
min_value=1.0,
max_value=25.0)
assert scaling1.index == 0
assert scaling1.offset == 0
assert scaling1.base == 1.0
assert scaling1.multiplier == 9.5367431640625e-07
# roughly 10**-8 precision
scaling2 = layer.add_attribute_scaling(offset=10,
base=8.0,
multiplier=7.450580596923828e-09)
assert scaling2.index == 1
assert scaling2.offset == 10
assert scaling2.base == 8.0
assert scaling2.multiplier == 7.450580596923828e-09
flist1 = FloatList(scaling1, dvalues)
flist2 = FloatList(scaling2, dvalues)
# During setting invalid attributes with bad keys or value types will just be dropped
prop_dict = {
'foo': [1, 2, 3],
'fee': [{
'a': 'b'
}, {
'a': ['c', 'd']
}],
1.2341: 'stuff',
1: 'fish',
'go': False,
'double': 2.32432,
'float': Float(23432.3222),
'doubleList': flist1,
'otherDoubleList': flist2
}
prop_dict2 = {
'foo': [1, 2, 3],
'fee': [{
'a': 'b'
}, {
'a': ['c', 'd']
}],
'go': False,
'double': 2.32432,
'float': Float(23432.3222),
'doubleList': flist1,
'otherDoubleList': flist2
}
geometric_dict = {
'now': [1, 2, 4, 5, 234],
'stuff': [{
'x': 12
}, None, None, None, {
'y': 13
}],
'dlist': flist2,
'not': None,
'this': 8,
'or': True,
'that': {
'lost': 'values'
}
}
geometric_dict2 = {
'now': [1, 2, 4, 5, 234],
'stuff': [{
'x': 12
}, None, None, None, {
'y': 13
}],
'dlist': flist2
}
feature.attributes = prop_dict
assert feature.attributes != prop_dict
assert feature.attributes == prop_dict2
feature.geometric_attributes = geometric_dict
assert feature.geometric_attributes == geometric_dict2
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
assert feature.attributes['foo'] == prop_dict2['foo']
assert feature.attributes['fee'] == prop_dict2['fee']
assert feature.attributes['go'] == prop_dict2['go']
assert feature.attributes['double'] == prop_dict2['double']
# note change is expected due to float encoding!
assert feature.attributes['float'] == 23432.322265625
# specialized double encoding with scaling should result in approximate equality
assert isinstance(feature.attributes['doubleList'], list)
dlist = feature.attributes['doubleList']
for i in range(len(dlist)):
if dvalues[i] is None:
assert dlist[i] is None
else:
assert abs(dvalues[i] - dlist[i]) < 10.0**-6
assert isinstance(feature.attributes['otherDoubleList'], list)
dlist = feature.attributes['otherDoubleList']
for i in range(len(dlist)):
if dvalues[i] is None:
assert dlist[i] is None
else:
assert abs(dvalues[i] - dlist[i]) < 10.0**-8
assert feature.geometric_attributes['now'] == geometric_dict2['now']
assert feature.geometric_attributes['stuff'] == geometric_dict2['stuff']
dlist = feature.geometric_attributes['dlist']
for i in range(len(dlist)):
if dvalues[i] is None:
assert dlist[i] is None
else:
assert abs(dvalues[i] - dlist[i]) < 10.0**-8
def test_layer_zoom_x_y():
vt = VectorTile()
layer = vt.add_layer('test0', version=2)
assert layer.x == None
assert layer.y == None
assert layer.zoom == None
with pytest.raises(Exception):
layer.set_tile_location(zoom=3, x=4, y=2)
layer = vt.add_layer('test1', version=3)
assert layer.x == None
assert layer.y == None
assert layer.zoom == None
layer.set_tile_location(zoom=3, x=4, y=2)
assert layer.x == 4
assert layer.y == 2
assert layer.zoom == 3
layer = vt.add_layer('test2', version=3, x=0, y=0, zoom=0)
assert layer.x == 0
assert layer.y == 0
assert layer.zoom == 0
layer.set_tile_location(zoom=3, x=4, y=2)
assert layer.x == 4
assert layer.y == 2
assert layer.zoom == 3
with pytest.raises(Exception):
layer.x = 5
with pytest.raises(Exception):
layer.y = 5
with pytest.raises(Exception):
layer.zoom = 4
with pytest.raises(Exception):
layer = vt.add_layer('test2', version=2, x=0, y=0, zoom=0)
with pytest.raises(Exception):
vt.add_layer('test3', version=3, x=-1, y=0, zoom=0)
with pytest.raises(Exception):
vt.add_layer('test4', version=3, x=1, y=0, zoom=0)
with pytest.raises(Exception):
vt.add_layer('test5', version=3, x=2, y=0, zoom=1)
with pytest.raises(Exception):
vt.add_layer('test3', version=3, x=0, y=-1, zoom=0)
with pytest.raises(Exception):
vt.add_layer('test4', version=3, x=0, y=1, zoom=0)
with pytest.raises(Exception):
vt.add_layer('test5', version=3, x=0, y=2, zoom=1)
with pytest.raises(Exception):
vt.add_layer('test3', version=3, x=0, y=0, zoom=-1)
with pytest.raises(Exception):
vt.add_layer('test3', version=3, x=0, y=0, zoom=51)
def test_feature_attributes_version_3_legacy():
vt = VectorTile()
layer = vt.add_layer('test', version=3, legacy_attributes=True)
assert layer.version == 3
feature = layer.add_point_feature()
assert isinstance(feature, PointFeature)
assert len(layer.features) == 1
assert feature == layer.features[0]
prop = feature.attributes
assert isinstance(prop, FeatureAttributes)
assert feature.attributes == {}
assert prop == {}
prop['fun'] = 'stuff'
assert 'fun' in prop
assert prop['fun'] == 'stuff'
assert feature.attributes['fun'] == 'stuff'
assert feature.attributes == {'fun': 'stuff'}
# Can set by external dictionary
prop_dict = {'number': 1, 'bool': True, 'string': 'foo', 'float': 4.1}
feature.attributes = prop_dict
assert feature.attributes == prop_dict
# Key error on not existant property
with pytest.raises(KeyError):
foo = feature.attributes['doesnotexist']
# Type errors on invalid key types
with pytest.raises(TypeError):
feature.attributes[1.234] = True
with pytest.raises(TypeError):
feature.attributes[1] = True
with pytest.raises(TypeError):
foo = feature.attributes[1.234]
with pytest.raises(TypeError):
foo = feature.attributes[1]
assert len(layer._values) == 5
# During setting invalid attributes with bad keys or value types will just be dropped
prop_dict = {
'foo': [1, 2, 3],
'fee': [{
'a': 'b'
}, {
'a': ['c', 'd']
}],
1.2341: 'stuff',
1: 'fish',
'go': False,
'double': 2.32432,
'float': Float(23432.3222),
'double2': 23432.3222,
'double3': 23432.3222
}
prop_dict2 = {
'go': False,
'double': 2.32432,
'float': Float(23432.3222),
'double2': 23432.3222,
'double3': 23432.3222
}
feature.attributes = prop_dict
assert feature.attributes != prop_dict
assert feature.attributes == prop_dict2
assert len(layer._values) == 9
# Show that geometric attributes don't work with version 3 legacy attributes
with pytest.raises(Exception):
feature.geometric_attributes = {'hmm': [1, 2, 3, 4, 5]}
# Now serialize the tile
data = vt.serialize()
# Reload as new tile to check that cursor moves to proper position for another add point
vt = VectorTile(data)
feature = vt.layers[0].features[0]
assert feature.attributes['go'] == prop_dict2['go']
assert feature.attributes['double'] == prop_dict2['double']
# note change is expected due to float encoding!
assert feature.attributes['float'] == 23432.322265625
# Show that geometric attributes don't work with version 3 with legacy attributes
assert feature.geometric_attributes == {}