def test_no_overlap_3D():
'''
Testing the 3D overlap function with a pair that should be joined.
'''
bub1 = Bubble3D.load_bubble("data/no_overlap_join_bubble_1.pkl")
bub2 = Bubble3D.load_bubble("data/single_overlap_join_bubble_2.pkl")
bubbles, join_regions = \
threeD_overlaps([[bub1, bub2]], overlap_frac=0.6, overlap_corr=0.7,
min_chan_overlap=2,
multiprocess=False, join_overlap_frac=0.6,
join_overlap_corr=0.6, min_multi_size=100,
n_jobs=None)
# No joining
assert len(join_regions) == 0
assert len(bubbles) == 2
def test_join_no_overlap_3D():
'''
Testing the 3D overlap function with a pair that should be joined.
'''
bub1 = Bubble3D.load_bubble("data/no_overlap_join_bubble_1.pkl")
bub2 = Bubble3D.load_bubble("data/no_overlap_join_bubble_2.pkl")
bubbles, join_regions = \
threeD_overlaps([[bub1, bub2]], overlap_frac=0.6, overlap_corr=0.7,
min_chan_overlap=2,
multiprocess=False, join_overlap_frac=0.6,
join_overlap_corr=0.6, min_multi_size=100,
n_jobs=None)
# Should have the same output as in test_join_no_overlap
# There should be one less region in the output
initial_num_regions = len(bub1.twoD_regions) + len(bub2.twoD_regions)
final_num_regions = len(join_regions[0])
assert final_num_regions == initial_num_regions
assert len(bubbles) == 0