def test_notes(self):
# Check default
do = DetectedObject(self.bbox)
nt.assert_equal(do.notes, [])
# Clearing empty is OK
do.clear_notes()
nt.assert_equal(do.notes, [])
# Add a few values
do.add_note(self.note_to_add)
exp_notes = [self.note_to_add]
nt.assert_equal(do.notes, exp_notes)
new_note = "other_example_note"
do.add_note(new_note)
exp_notes.append(new_note)
nt.assert_equal(do.notes, exp_notes)
# Clearing works as expected
do.clear_notes()
nt.assert_equal(do.notes, [])
def test_clone(self):
do = DetectedObject(self.bbox)
do_clone = do.clone()
nt.ok_(self.check_det_objs_equal(do, do_clone))
do = DetectedObject(self.bbox, self.conf, self.dot, self.mask)
do_clone = do.clone()
nt.ok_(self.check_det_objs_equal(do, do_clone))
# Try setting some values
do.geo_point = self.geo_point
do.index = self.index
do.detector_name = self.detector_name
do.set_descriptor(self.descriptor)
do.add_note(self.note_to_add)
do.add_keypoint(self.keypoint_id, self.keypoint_to_add)
# First show that its a deep copy. Should no longer be equal
nt.assert_false(self.check_det_objs_equal(do, do_clone))
# Now clone
do_clone = do.clone()
nt.ok_(self.check_det_objs_equal(do, do_clone))
