def test_circular_compactness_array(self):
area = self.df_buildings.geometry.area
self.df_buildings['circom'] = mm.circular_compactness(
self.df_buildings, area)
check = self.df_buildings.area[0] / (_circle_area(
list(self.df_buildings.geometry[0].convex_hull.exterior.coords)))
assert self.df_buildings['circom'][0] == check
def test_CircularCompactness(self):
self.df_buildings["area"] = self.df_buildings.geometry.area
self.df_buildings["circom"] = mm.CircularCompactness(
self.df_buildings, "area").series
check = self.df_buildings.area[0] / (_circle_area(
list(self.df_buildings.geometry[0].convex_hull.exterior.coords)))
assert self.df_buildings["circom"][0] == check
area = self.df_buildings.geometry.area
self.df_buildings["circom2"] = mm.CircularCompactness(
self.df_buildings, area).series
assert self.df_buildings["circom2"][0] == check
self.df_buildings["circom3"] = mm.CircularCompactness(
self.df_buildings).series
assert self.df_buildings["circom3"][0] == check
def test__circle_area(self):
poly = Polygon([(0, 1, 0), (1, 1, 0), (2, 4, 0)])
check = _circle_area(poly.exterior.coords)
assert check == approx(10.210, rel=1e-3)
