+

+from solution import calculate_final_vector

+

+

+class TestCalculateFinalVector01(unittest.TestCase):

+

+    test_cases = [

+        ((0, 0), ['00C000', 'C0FFC0', 'C00000', 'FFFFFF', 'C0C000'], (-1, 1)),

+        ((0, 0), ['00c000', 'C0fFc0', 'c00000', 'FfFfff', 'c0c000'], (-1, 1)),

+        ((0, 0), ['00C000', '000000', 'C00000', 'FFFFFF'], (1, 0)),

+        ((0, 0), ['00C000', 'FFFFFF', 'C00000', 'FFFFFF'], (0, 0)),

+        ((0, 0), ['00C000', '00C000', '00C000', '00C000', '00C000'], (5, 0)),

+        ((0, 0), ['FFFFFF', 'FFFFFF', 'FFFFFF', 'FFFFFF', 'FFFFFF'], (0, 0)),

+        ((0, 0), ['00c000', 'c0c000'], (1, 1)),

+        ((0, 0), [], (0, 0)),

+    ]

+

+    def test_all_own_cases(self):

+        for [(x, y), colors_list, expected] in self.test_cases:

+            output = calculate_final_vector((x, y), colors_list)

+            assert output == expected, \

+                f'(x,y) = {(x, y)}, ' + \

+                f'colors_list = {colors_list}, ' + \

+                f'output = {output}, ' + \

+                f'expected = {expected}'

+

+

+if __name__ == "__main__":