def test_pixel_bounds_chicago(chicago_quad_tree, chicago_pixel_bounds):
tile = Tile.from_quad_tree(chicago_quad_tree)
point_min, point_max = tile.bounds
assert chicago_pixel_bounds[0] == point_min.pixels(zoom=tile.zoom)
assert chicago_pixel_bounds[1] == point_max.pixels(zoom=tile.zoom)
def test_cross_check(tms, google, quad_tree, zoom):
tile = Tile.from_quad_tree(quad_tree=quad_tree)
assert tile.tms == tms
assert tile.zoom == zoom
assert tile.google == google
assert tile.quad_tree == quad_tree
def tile_to_geo_boundary(key):
a = Tile.from_quad_tree(key)
return ("Polygon ((" + f"{a.bounds[0].longitude}" + " " +
f"{a.bounds[0].latitude}" + "," + f"{a.bounds[0].longitude}" +
" " + f"{a.bounds[1].latitude}" + "," +
f"{a.bounds[1].longitude}" + " " + f"{a.bounds[1].latitude}" +
"," + f"{a.bounds[1].longitude}" + " " +
f"{a.bounds[0].latitude}" + "," + f"{a.bounds[0].longitude}" +
" " + f"{a.bounds[0].latitude}" + "))")
def tile_get_resolution(key):
return Tile.from_quad_tree(key).zoom
def tile_bounds(self, qk):
t = Tile.from_quad_tree('{}'.format(qk)) # tile from a quad tree repr string
bounds = t.bounds
return bounds
def test_from_quad_tree(tms, quad_tree, zoom):
tile = Tile.from_quad_tree(quad_tree=quad_tree)
assert tile.tms == tms
assert tile.zoom == zoom
def test_no_assert_quad_tree(quad_tree):
_ = Tile.from_quad_tree(quad_tree=quad_tree)
assert "No assertion raise :)"
def test_assert_quad_tree(quad_tree):
with pytest.raises(AssertionError) as assertion_info:
_ = Tile.from_quad_tree(quad_tree=quad_tree)
assert 'QuadTree value can only consists of the digits 0, 1, 2 and 3.' in str(
assertion_info.value)
