def run(self):
time.sleep(0.1)
kwargs = self.kwargs
self.results = []
context = kwargs.pop('context')
if context == RestrictedContextWidget.canonical_value:
cm = CanonicalVariantContext
elif context == RestrictedContextWidget.frequent_value:
cm = MostFrequentVariantContext
corpus = kwargs.pop('corpus')
st = kwargs.pop('sequence_type')
tt = kwargs.pop('type_token')
ft = kwargs.pop('frequency_cutoff')
with cm(corpus, st, tt, frequency_threshold=ft) as c:
try:
for pair in kwargs['segment_pairs']:
res = calc_freq_of_alt(
c,
pair[0],
pair[1],
kwargs['algorithm'],
min_rel=kwargs['min_rel'],
max_rel=kwargs['max_rel'],
min_pairs_okay=kwargs['include_minimal_pairs'],
from_gui=True,
phono_align=kwargs['phono_align'],
output_filename=kwargs['output_filename'],
stop_check=kwargs['stop_check'],
call_back=kwargs['call_back'])
if self.stopped:
break
self.results.append(res)
except PCTError as e:
self.errorEncountered.emit(e)
return
except Exception as e:
e = PCTPythonError(e)
self.errorEncountered.emit(e)
return
if self.stopped:
self.finishedCancelling.emit()
return
self.dataReady.emit(self.results)
def run(self):
time.sleep(0.1)
kwargs = self.kwargs
self.results = []
context = kwargs.pop('context')
if context == RestrictedContextWidget.canonical_value:
cm = CanonicalVariantContext
elif context == RestrictedContextWidget.frequent_value:
cm = MostFrequentVariantContext
corpus = kwargs.pop('corpus')
st = kwargs.pop('sequence_type')
tt = kwargs.pop('type_token')
ft = kwargs.pop('frequency_cutoff')
with cm(corpus, st, tt, frequency_threshold = ft) as c:
try:
for pair in kwargs['segment_pairs']:
res = calc_freq_of_alt(c, pair[0], pair[1],
kwargs['algorithm'],
min_rel=kwargs['min_rel'], max_rel=kwargs['max_rel'],
min_pairs_okay=kwargs['include_minimal_pairs'],
from_gui = True, phono_align=kwargs['phono_align'],
output_filename=kwargs['output_filename'],
stop_check = kwargs['stop_check'],
call_back = kwargs['call_back'])
if self.stopped:
break
self.results.append(res)
except PCTError as e:
self.errorEncountered.emit(e)
return
except Exception as e:
e = PCTPythonError(e)
self.errorEncountered.emit(e)
return
if self.stopped:
self.finishedCancelling.emit()
return
self.dataReady.emit(self.results)
def test_freqalt(specified_test_corpus):
with CanonicalVariantContext(specified_test_corpus, 'transcription', 'type') as c:
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -15, phono_align=True)
assert(result==(8,3,0.375))
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -6, phono_align=True)
assert(result==(8,0,0))
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -6, phono_align=False)
assert(result==(8,2,0.25))
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -15, phono_align=False)
assert(result==(8,7,0.875))
result = calc_freq_of_alt(c,'s','ʃ','edit_distance', max_rel = 2, phono_align=True)
assert(result==(8,2,0.25))
result = calc_freq_of_alt(c,'s','ʃ','edit_distance', max_rel = 2, phono_align=False)
assert(result==(8,2,0.25))
result = calc_freq_of_alt(c,'s','ʃ','phono_edit_distance', max_rel = 6, phono_align=True)
assert(result==(8,2,0.25))
result = calc_freq_of_alt(c,'s','ʃ','phono_edit_distance', max_rel = 6, phono_align=False)
assert(result==(8,2,0.25))
with CanonicalVariantContext(specified_test_corpus, 'transcription', 'token') as c:
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -15, phono_align=True)
assert(result==(8,3,0.375))
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -6, phono_align=True)
assert(result==(8,2,0.25))
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -15, phono_align=False)
assert(result==(8,7,0.875))
result = calc_freq_of_alt(c,'s','ʃ','khorsi', min_rel = -6, phono_align=False)
assert(result==(8,3,0.375))
result = calc_freq_of_alt(c,'s','ʃ','edit_distance', max_rel = 4, phono_align=True)
assert(result==(8,3,0.375))
result = calc_freq_of_alt(c,'s','ʃ','edit_distance', max_rel = 4, phono_align=False)
assert(result==(8,6,0.75))
result = calc_freq_of_alt(c,'s','ʃ','phono_edit_distance', max_rel = 20, phono_align=True)
assert(result==(8,3,0.375))
result = calc_freq_of_alt(c,'s','ʃ','phono_edit_distance', max_rel = 20, phono_align=False)
assert(result==(8,6,0.75))
