def test_empty_lines():
text = ['', '']
assert len(list(prepare(text))) == 0
assert len(list(gold(text))) == 0
text = [
'hh ax l ;esyll ow ;esyll ;eword', '',
'hh ax l ;esyll ow ;esyll ;eword'
]
assert len(list(prepare(text, separator=Separator(), unit='phone'))) == 2
assert len(list(gold(text, separator=Separator()))) == 2
def test_replicate_cdswordseg(datadir):
sep = Separator()
_tags = [utt for utt in codecs.open(
os.path.join(datadir, 'tagged.txt'), 'r', encoding='utf8')
if utt]
_prepared = prepare(_tags, separator=sep)
_gold = gold(_tags, separator=sep)
_train = _tags[:200]
model = dibs.CorpusSummary(_train)
segmented = dibs.segment(_prepared, model)
score = evaluate(segmented, _gold)
# we obtained that score from the dibs version in CDSWordSeg
# (using wordseg.prepare and wordseg.evaluate in both cases). You
# can replicate this result in CDSWordseg using
# ".../CDSwordSeg/algoComp/segment.py test/data/tagged.txt -a dibs"
expected = {
'type_fscore': 0.2359,
'type_precision': 0.2084,
'type_recall': 0.2719,
'token_fscore': 0.239,
'token_precision': 0.3243,
'token_recall': 0.1892,
'boundary_all_fscore': 0.6543,
'boundary_all_precision': 0.8377,
'boundary_all_recall': 0.5367,
'boundary_noedge_fscore': 0.4804,
'boundary_noedge_precision': 0.7161,
'boundary_noedge_recall': 0.3614}
assert score == pytest.approx(expected, rel=1e-3)
def test_replicate(datadir):
sep = Separator()
_tags = [
utt for utt in codecs.open(
os.path.join(datadir, 'tagged.txt'), 'r', encoding='utf8') if utt
][:100] # 100 first lines only
_prepared = prepare(_tags, separator=sep)
_gold = gold(_tags, separator=sep)
segmented = puddle.segment(_prepared, nfolds=1)
score = evaluate(segmented, _gold)
# we obtained that score from the dibs version in CDSWordSeg
# (using wordseg.prepare and wordseg.evaluate in both cases)
expected = {
'type_fscore': 0.06369,
'type_precision': 0.1075,
'type_recall': 0.04525,
'token_fscore': 0.06295,
'token_precision': 0.2056,
'token_recall': 0.03716,
'boundary_all_fscore': 0.4605,
'boundary_all_precision': 1.0,
'boundary_all_recall': 0.2991,
'boundary_noedge_fscore': 0.02806,
'boundary_noedge_precision': 1.0,
'boundary_noedge_recall': 0.01423
}
assert score == pytest.approx(expected, rel=1e-3)
def test_replicate(datadir):
sep = Separator()
_tags = [
utt for utt in codecs.open(
os.path.join(datadir, 'tagged.txt'), 'r', encoding='utf8') if utt
][:100] # 100 first lines only
_prepared = prepare(_tags, separator=sep)
_gold = gold(_tags, separator=sep)
segmented = tp.segment(_prepared)
score = evaluate(segmented, _gold)
# we obtained that score from the dibs version in CDSWordSeg
# (using wordseg.prepare and wordseg.evaluate in both cases)
expected = {
'type_fscore': 0.304,
'type_precision': 0.2554,
'type_recall': 0.3756,
'token_fscore': 0.3994,
'token_precision': 0.3674,
'token_recall': 0.4375,
'boundary_all_fscore': 0.7174,
'boundary_all_precision': 0.6671,
'boundary_all_recall': 0.776,
'boundary_noedge_fscore': 0.6144,
'boundary_noedge_precision': 0.557,
'boundary_noedge_recall': 0.685
}
assert score == pytest.approx(expected, rel=1e-3)
def test_replicate_cdswordseg(datadir):
sep = Separator()
# only the last 10 lines, for a fast test. We cannot take the 10
# first lines because they cause the dpseg_bugfix to correct a
# fold (the implementation of that fix differs in CDS and wordseg,
# so the results are not replicated exactly)
_tags = [
utt for utt in codecs.open(
os.path.join(datadir, 'tagged.txt'), 'r', encoding='utf8') if utt
][-10:]
_prepared = prepare(_tags, separator=sep, unit='syllable')
_gold = gold(_tags, separator=sep)
uni_dmcmc_conf = [
c for c in wordseg.utils.get_config_files('dpseg') if 'uni_dmcmc' in c
][0]
args = '--ngram 1 --a1 0 --b1 1 -C {}'.format(uni_dmcmc_conf)
segmented = segment(_prepared, nfolds=5, njobs=4, args=args)
score = evaluate(segmented, _gold)
# we obtained that scores from the dpseg version in CDSWordSeg
expected = {
'type_fscore': 0.3768,
'type_precision': 0.3939,
'type_recall': 0.3611,
'token_fscore': 0.3836,
'token_precision': 0.4118,
'token_recall': 0.359,
'boundary_all_fscore': 0.7957,
'boundary_all_precision': 0.8409,
'boundary_all_recall': 0.7551,
'boundary_noedge_fscore': 0.6415,
'boundary_noedge_precision': 0.7083,
'boundary_noedge_recall': 0.5862
}
assert score == pytest.approx(expected, rel=1e-3)
# compute some statistics on the input text (text tokenized at phone
# and word levels)
separator = Separator(phone=' ', syllable=None, word=';eword')
stats = CorpusStatistics(text, separator).describe_all()
# display the computed statistics
sys.stdout.write(
'* Statistics\n\n' +
json.dumps(stats, indent=4) + '\n')
# prepare the input for segmentation
prepared = list(prepare(text))
# generate the gold text
gold = list(gold(text))
# segment the prepared text with different algorithms
segmented_baseline = baseline.segment(prepared, probability=0.2)
segmented_tp = tp.segment(prepared, threshold='relative')
segmented_puddle = puddle.segment(prepared, njobs=4, window=2)
segmented_dpseg = dpseg.segment(prepared, nfolds=1, args='--randseed 1')
segmented_ag = ag.segment(prepared, nruns=4, njobs=4, args='-n 100')
# we must provide a trained model to dibs (with stats on diphones)
model_dibs = dibs.CorpusSummary(text)
segmented_dibs = dibs.segment(prepared, model_dibs)
# evaluate them against the gold file
eval_baseline = evaluate(segmented_baseline, gold, units=prepared)
eval_tp = evaluate(segmented_tp, gold, units=prepared)