def xform(g):
if self.simplify:
k = g.simplify((maxx - minx) / width)
if k:
g = k
g.transform(t_srs.wkt)
return g
def xform(g):
if self.simplify:
k = g.simplify((maxx - minx) / width)
if k:
g = k
g.transform(t_srs.wkt)
return g
def test_transform(self):
for geometry in self.geometry_list:
new_geometry = geometry.transform(CRS.POP_WEB)
self.assertNotEqual(geometry, new_geometry, 'Transformed geometry should be different')
original_geometry = geometry.transform(geometry.crs)
self.assertEqual(geometry.crs, original_geometry.crs, 'CRS of twice transformed geometry should preserve')
self.assertAlmostEqual(geometry.geometry.area, original_geometry.geometry.area, delta=1e-10,
msg='Geometry area should be equal')
def test_transform(self):
for geometry in self.geometry_list:
new_geometry = geometry.transform(CRS.POP_WEB)
self.assertNotEqual(geometry, new_geometry,
'Transformed geometry should be different')
self.assertEqual(geometry.crs,
new_geometry.transform(geometry.crs).crs,
'Crs of twice transformed geometry should equal')