def test_Location_load():
l1 = Location(*xy)
if not l1==Location.load(l1): error("load")
# From pt
pt = point(*xy, srs=4326)
pt.TransformTo(EPSG3035)
if not l1==Location.load(pt): error("load")
# From xy
if not l1==Location.load(xy): error("load")
# From str
if not l1==Location.load(' ( 9.00000,5.00000) ',): error("load")
# From xy with srs
xy_3035 = pt.GetX(), pt.GetY()
if not l1==Location.load(xy_3035, srs=3035): error("load")
if not l1==Location.load( list(xy_3035), srs=3035): error("load")
if not l1==Location.load( np.array(xy_3035), srs=3035): error("load")
print( "Location_load passed")
def test_Location_load():
l1 = Location(*xy)
assert l1 == Location.load(l1)
# From pt
pt = geom.point(*xy, srs=4326)
pt.TransformTo(EPSG3035)
assert l1 == Location.load(pt)
# From xy
assert l1 == Location.load(xy)
# From str
assert l1 == Location.load(' ( 9.00000,5.00000) ',)
# From xy with srs
xy_3035 = pt.GetX(), pt.GetY()
assert l1 == Location.load(xy_3035, srs=3035)
assert l1 == Location.load(list(xy_3035), srs=3035)
assert l1 == Location.load(np.array(xy_3035), srs=3035)