def test_space_evenly_per_stroke_test_all():
preprocessing_queue = [preprocessing.SpaceEvenlyPerStroke(number=100, kind="cubic")]
for a in testhelper.get_all_symbols_as_handwriting():
a.preprocessing(preprocessing_queue)
s = a.get_pointlist()
print(s)
assert len(s) > 0
def prepare_beams():
"""
Prepare one beam object for each recording.
Returns
-------
list
A list of beam objects
"""
beams = []
hwrs = testhelper.get_all_symbols_as_handwriting()
for hwr in hwrs:
beam = segmentation.Beam()
for stroke in hwr.get_sorted_pointlist():
beam.add_stroke(stroke)
beams.append(beam)
return beams
def prepare_beams():
"""
Prepare one beam object for each recording.
Returns
-------
list
A list of beam objects
"""
beams = []
hwrs = testhelper.get_all_symbols_as_handwriting()
for hwr in hwrs:
beam = segmentation.Beam()
for stroke in hwr.get_sorted_pointlist():
beam.add_stroke(stroke)
beams.append(beam)
return beams
def test_ScaleAndShift_test_all():
preprocessing_queue = [preprocessing.ScaleAndShift()]
for a in testhelper.get_all_symbols_as_handwriting():
a.preprocessing(preprocessing_queue)
s = a.get_pointlist()
assert len(s) > 0