def test_get_plane_on_xz_img(self):
ref = Image.open("./tests/tiff/xz_c0_t0.tif")
obj = LifFile("./tests/testdata_2channel_xz.lif").get_image(0)
test = obj.get_plane(c=0, requested_dims={4: 0})
self.assertEqual(test.tobytes(), ref.tobytes())
ref2 = Image.open("./tests/tiff/xz_c1_t8.tif")
# 3: z
# 4: t
test2 = obj.get_plane(c=1, requested_dims={4: 8})
self.assertEqual(test2.tobytes(), ref2.tobytes())
def test_get_plane_on_normal_img(self):
# order = c, z, t
test_array = [[0, 0, 0], [0, 2, 0], [0, 2, 2], [1, 0, 0]]
for i in test_array:
c = str(i[0])
z = str(i[1])
t = str(i[2])
ref = Image.open("./tests/tiff/c" + c + "z" + z + "t" + t + ".tif")
obj = LifFile("./tests/xyzt_test.lif").get_image(0)
# 3: z
# 4: t
test = obj.get_plane(c=c, requested_dims={3: z, 4: t})
self.assertEqual(test.tobytes(), ref.tobytes())
def test_arbitrary_plane_on_xzt_img(self):
obj = LifFile(
"./tests/LeicaLASX_wavelength-sweep_example.lif").get_image(0)
with self.assertRaises(NotImplementedError):
obj.get_plane(display_dims=(1, 5), c=0, requested_dims={2: 31})