def test_corner_at_patch():
"""Test getting corners for each patch."""
v = Voronoi(POINTS)
converter = VoronoiConverter(v)
corner_at_patch = converter.get_corner_at_patch()
assert corner_at_patch.shape == (2, )
assert np.all(corner_at_patch >= 0)
assert np.all(corner_at_patch < len(v.points))
def test_corner_at_patch():
"""Test getting corners for each patch."""
v = Voronoi(POINTS)
converter = VoronoiConverter(v)
corner_at_patch = converter.get_corner_at_patch()
assert_tuple_equal(corner_at_patch.shape, (2, ))
assert_true(np.all(corner_at_patch >= 0))
assert_true(np.all(corner_at_patch < len(v.points)))
def test_corner_at_patch():
"""Test getting corners for each patch."""
v = Voronoi(POINTS)
converter = VoronoiConverter(v)
corner_at_patch = converter.get_corner_at_patch()
assert_tuple_equal(corner_at_patch.shape, (2, ))
assert_true(np.all(corner_at_patch >= 0))
assert_true(np.all(corner_at_patch < len(v.points)))
def test_corner_at_patch():
"""Test getting corners for each patch."""
v = Voronoi(POINTS)
converter = VoronoiConverter(v)
corner_at_patch = converter.get_corner_at_patch()
assert corner_at_patch.shape == (2, )
assert np.all(corner_at_patch >= 0)
assert np.all(corner_at_patch < len(v.points))
