def test_get_tiles_asym_top(self):
"""testing making rows unevenly, normal"""
x_dimension = 5
increment = 2
position = 0
base = 0
step = 1
test_array = self.numpy_row_it(position, increment, x_dimension)
self.assertEqual(Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[2].tolist(),
[[0, 1],
[5, 6]])
self.assertEqual((Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[0],
Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[1]),
(0, 2))
def test_get_tiles_asym_bottom(self):
"""testing making rows unevenly, edge"""
x_dimension = 5
increment = 2
position = x_dimension - (x_dimension % increment)
base = 0
step = 1
# this function call is different because I am testing the uneven edge | uneven edge
test_array = self.numpy_row_it(position, 1, x_dimension)
self.assertEqual(Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[2].tolist(),
[[24]])
self.assertEqual((Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[0],
Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[1]),
(4, 5))
def test_get_tiles_square_top(self):
"""testing making rows from square, top"""
x_dimension = 9
increment = 3
position = 0
base = 0
step = 1
test_array = self.numpy_row_it(position, increment, x_dimension)
self.assertEqual(Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[2].tolist(),
[[0, 1, 2],
[9, 10, 11],
[18, 19, 20]])
self.assertEqual((Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[0],
Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[1]),
(0, 3))
def test_get_tiles_square_bottom(self):
"""testing making rows from square, bottom"""
x_dimension = 9
increment = 3
position = x_dimension - increment
base = 0
step = 1
test_array = self.numpy_row_it(position, increment, x_dimension)
self.assertEqual(Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[2].tolist(),
[[60, 61, 62],
[69, 70, 71],
[78, 79, 80]])
self.assertEqual((Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[0],
Tile.get_tiles(test_array, position, x_dimension, increment, base, step)[1]),
(6, 9))