def test_multiprocessing():
video = pyidi.pyIDI(cih_file='./data/data_synthetic.cih')
video.set_method(method='lk', int_order=1, roi_size=(9, 9))
points = np.array([
[31, 35],
[31, 215],
[31, 126],
[95, 71],
])
video.set_points(points)
video.method.configure(pbar_type='tqdm', multi_type='multiprocessing')
res_1 = video.get_displacements(processes=2, resume_analysis=False)
video.method.configure(pbar_type='atpbar', multi_type='mantichora')
res_2 = video.get_displacements(processes=2, resume_analysis=False)
assert_array_equal(res_1, res_2)
def test_instance():
video = pyidi.pyIDI(cih_file='./data/data_showcase.cih')
video.set_method(method='sof')
video.set_method(method='lk')
assert True
def test_info():
video = pyidi.pyIDI(cih_file='./data/data_showcase.cih')
assert 'Shutter Speed(s)' in video.info.keys()
assert 'Color Bit' in video.info.keys()
assert 'Total Frame' in video.info.keys()
assert 'Record Rate(fps)' in video.info.keys()
def test_points_1():
video = pyidi.pyIDI(cih_file='./data/data_showcase.cih')
video.set_method(method='sof')
video.set_points(points=[(0, 1), (1, 1)])
