def test_negative_slice():
n = 10
array = _array_2d_to_RGB(np.arange(0, n)[np.newaxis, :])
# Test both x and y slices.
pic = novice.Picture(array=array)
assert pic[-3:, 0] == pic[n - 3:, 0]
pic = novice.Picture(array=rgb_transpose(array))
assert pic[0, -3:] == pic[0, n - 3:]
def test_negative_index():
n = 10
array = _array_2d_to_RGB(np.arange(0, n)[np.newaxis, :])
# Test both x and y indices.
pic = novice.Picture(array=array)
assert pic[-1, 0] == pic[n - 1, 0]
pic = novice.Picture(array=rgb_transpose(array))
assert pic[0, -1] == pic[0, n - 1]
def test_negative_slice():
n = 10
array = _array_2d_to_RGBA(np.arange(0, n)[np.newaxis, :])
# Test both x and y slices.
pic = novice.Picture(array=array)
assert pic[-3:, 0] == pic[n - 3:, 0]
pic = novice.Picture(array=rgb_transpose(array))
assert pic[0, -3:] == pic[0, n - 3:]
def test_negative_index():
n = 10
array = _array_2d_to_RGBA(np.arange(0, n)[np.newaxis, :])
# Test both x and y indices.
pic = novice.Picture(array=array)
assert pic[-1, 0] == pic[n - 1, 0]
pic = novice.Picture(array=rgb_transpose(array))
assert pic[0, -1] == pic[0, n - 1]
