def test_even_height_odd_width(): """ WHEN: There is an image with odd height, an even width and three channels AND: The make_square function is called WHAT SHOULD HAPPEN: A square image is returned. Number of channels is preserverd. Returns: Nothing """ in_height = 4 in_width = 5 for in_channels in [1, 3]: shape = in_height, in_width, in_channels input_image = np.zeros(shape) output_image = make_square(input_image) out_height, out_width, out_channels = output_image.shape assert out_height == out_width assert out_channels == in_channels
def test_even_height_odd_width_square(): """ WHEN: There is a square image with odd height, an odd width and three channels AND: The make_square function is called WHAT SHOULD HAPPEN: The original image is returned. Number of channels is preserverd. Returns: Nothing """ in_height = 4 in_width = 4 for in_channels in [1, 3]: shape = in_height, in_width, in_channels input_image = np.zeros(shape) output_image = make_square(input_image) assert np.array_equal(output_image, input_image)