def get_auxiliaries(self, raw=False):
sent_auxs = []
for i in range(0, len(self)):
try:
if not raw and wc.is_auxiliary(self, i, AUX_LEMMAS, ALL_AUXILIARIES):
sent_auxs.append(Auxiliary(self.sentnum, self.words[i], self.lemmas[i], self.pos[i], i))
elif raw and wc.is_auxiliary(self, i, AUX_LEMMAS, ALL_AUXILIARIES, raw=raw):
sent_auxs.append(RawAuxiliary(self.words[i], i, self.sentnum))
except AuxiliaryHasNoTypeException:
continue
return sent_auxs
def get_gs_auxiliaries(self, annotations, sentnum_modifier):
parser = ET.XMLParser()
tree = ET.parse(Files.XML_RAW_TOKENIZED + self.get_subdir() + Files.SLASH_CHAR + self.file_name[0:8] + '.xml',
parser=parser)
root = tree.getroot()
ann_num = 0
crt_annotation = annotations[ann_num]
raw_matrix = []
raw_gold_auxiliaries = []
raw_all_auxiliaries = Auxiliaries()
raw_gold_indexes = []
for sentence in root.iter('sentence'):
try:
s = SentDict(sentence, raw=True)
for i in range(0, len(s)):
if s.offset_starts[i] == crt_annotation.vpe_offset_start:
raw_gold_indexes.append(len(raw_all_auxiliaries.auxs))
raw_gold_auxiliaries.append(RawAuxiliary(s.words[i], i, s.sentnum))
ann_num += 1
if not ann_num >= len(annotations):
crt_annotation = annotations[ann_num]
if wc.is_auxiliary(s, i, AUX_LEMMAS, ALL_AUXILIARIES, raw=True):
raw_all_auxiliaries.add_aux(RawAuxiliary(s.words[i], i, s.sentnum))
raw_matrix.append(s)
except EmptySentDictException:
continue
if len(raw_gold_auxiliaries) != len(annotations):
print '\nAnnotations:'
for ann in annotations:
print ann
print 'Number of auxs we got: %d, number of annotations for file %s: %d.' % (
len(raw_gold_auxiliaries), crt_annotation.file, len(annotations))
raise Exception('Error! When extracting the annotations using the raw data, we didn\'t get the correct number of auxiliaries!')
""" Now that we got the auxiliaries according to their location/offsets within the raw text files (above),
we now have to link the RawAuxiliaries with their corresponding MRG/POS XML file auxiliaries. """
mrg_raw_type_auxiliaries = Auxiliaries()
# We pass "raw" as true here because we want to use the same "is_auxiliary" method for the comparison.
for sentdict in self:
mrg_raw_type_auxiliaries.add_auxs(sentdict.get_auxiliaries(raw=True))
gold_standard = []
if len(raw_all_auxiliaries.auxs) == len(mrg_raw_type_auxiliaries.auxs):
for raw_aux_idx in raw_gold_indexes:
raw_aux = mrg_raw_type_auxiliaries.auxs[raw_aux_idx]
aux_sentdict = self.matrix[raw_aux.sentnum - 1]
idx = raw_aux.wordnum
mrg_aux = Auxiliary(aux_sentdict.sentnum + sentnum_modifier, aux_sentdict.words[idx],
aux_sentdict.lemmas[idx], aux_sentdict.pos[idx], idx)
gold_standard.append(mrg_aux)
return gold_standard
def make_all_the_files(self, sentdicts, word_distance_from_aux=3):
words,lemmas,pos_tags,words_near_aux = [],[],[],[]
for sentdict in sentdicts:
for i in range(0,len(sentdict)):
if wc.is_auxiliary(sentdict, i, [], [], raw=False):
for j in range(max(0,i-word_distance_from_aux), min(len(sentdict),i+word_distance_from_aux+1)):
if j != i:
words_near_aux.append(sentdict.words[j])
words.append(sentdict.words[i])
lemmas.append(sentdict.lemmas[i])
pos_tags.append(sentdict.pos[i])
words = set(words)
lemmas = set(lemmas)
pos_tags = set(pos_tags)
freq_dict = {}
for w in words_near_aux:
if w not in freq_dict:
freq_dict[w] = 1
else:
freq_dict[w] += 1
sorted_by_freq = sorted(freq_dict.items(), key=operator.itemgetter(1))
most_frequent_words_near_aux = [pair[0] for pair in sorted_by_freq[-1*number_of_words_surrounding_aux():len(sorted_by_freq)]]
self.make_file(self.EACH_UNIQUE_WORD_FILE, words)
self.make_file(self.EACH_UNIQUE_LEMMA_FILE, lemmas)
self.make_file(self.EACH_UNIQUE_POS_FILE, pos_tags)
self.make_file(self.EACH_UNIQUE_WORD_NEAR_AUX, most_frequent_words_near_aux)
def get_auxiliaries(self, raw=False):
sent_auxs = []
for i in range(0, len(self)):
try:
if not raw and wc.is_auxiliary(self, i, AUX_LEMMAS,
ALL_AUXILIARIES):
sent_auxs.append(
Auxiliary(self.sentnum, self.words[i], self.lemmas[i],
self.pos[i], i))
elif raw and wc.is_auxiliary(
self, i, AUX_LEMMAS, ALL_AUXILIARIES, raw=raw):
sent_auxs.append(
RawAuxiliary(self.words[i], i, self.sentnum))
except AuxiliaryHasNoTypeException:
continue
return sent_auxs
def make_all_the_files(self, sentdicts, word_distance_from_aux=3):
words, lemmas, pos_tags, words_near_aux = [], [], [], []
for sentdict in sentdicts:
for i in range(0, len(sentdict)):
if wc.is_auxiliary(sentdict, i, [], [], raw=False):
for j in range(
max(0, i - word_distance_from_aux),
min(len(sentdict),
i + word_distance_from_aux + 1)):
if j != i:
words_near_aux.append(sentdict.words[j])
words.append(sentdict.words[i])
lemmas.append(sentdict.lemmas[i])
pos_tags.append(sentdict.pos[i])
words = set(words)
lemmas = set(lemmas)
pos_tags = set(pos_tags)
freq_dict = {}
for w in words_near_aux:
if w not in freq_dict:
freq_dict[w] = 1
else:
freq_dict[w] += 1
sorted_by_freq = sorted(freq_dict.items(), key=operator.itemgetter(1))
most_frequent_words_near_aux = [
pair[0]
for pair in sorted_by_freq[-1 * number_of_words_surrounding_aux(
):len(sorted_by_freq)]
]
self.make_file(self.EACH_UNIQUE_WORD_FILE, words)
self.make_file(self.EACH_UNIQUE_LEMMA_FILE, lemmas)
self.make_file(self.EACH_UNIQUE_POS_FILE, pos_tags)
self.make_file(self.EACH_UNIQUE_WORD_NEAR_AUX,
most_frequent_words_near_aux)
def get_gs_auxiliaries(self, annotations, sentnum_modifier):
parser = ET.XMLParser()
tree = ET.parse(Files.XML_RAW_TOKENIZED + self.get_subdir() +
Files.SLASH_CHAR + self.file_name[0:8] + '.xml',
parser=parser)
root = tree.getroot()
ann_num = 0
crt_annotation = annotations[ann_num]
raw_matrix = []
raw_gold_auxiliaries = []
raw_all_auxiliaries = Auxiliaries()
raw_gold_indexes = []
for sentence in root.iter('sentence'):
try:
s = SentDict(sentence, raw=True)
for i in range(0, len(s)):
if s.offset_starts[i] == crt_annotation.vpe_offset_start:
raw_gold_indexes.append(len(raw_all_auxiliaries.auxs))
raw_gold_auxiliaries.append(
RawAuxiliary(s.words[i], i, s.sentnum))
ann_num += 1
if not ann_num >= len(annotations):
crt_annotation = annotations[ann_num]
if wc.is_auxiliary(s,
i,
AUX_LEMMAS,
ALL_AUXILIARIES,
raw=True):
raw_all_auxiliaries.add_aux(
RawAuxiliary(s.words[i], i, s.sentnum))
raw_matrix.append(s)
except EmptySentDictException:
continue
if len(raw_gold_auxiliaries) != len(annotations):
print '\nAnnotations:'
for ann in annotations:
print ann
print 'Number of auxs we got: %d, number of annotations for file %s: %d.' % (
len(raw_gold_auxiliaries), crt_annotation.file,
len(annotations))
raise Exception(
'Error! When extracting the annotations using the raw data, we didn\'t get the correct number of auxiliaries!'
)
""" Now that we got the auxiliaries according to their location/offsets within the raw text files (above),
we now have to link the RawAuxiliaries with their corresponding MRG/POS XML file auxiliaries. """
mrg_raw_type_auxiliaries = Auxiliaries()
# We pass "raw" as true here because we want to use the same "is_auxiliary" method for the comparison.
for sentdict in self:
mrg_raw_type_auxiliaries.add_auxs(
sentdict.get_auxiliaries(raw=True))
gold_standard = []
if len(raw_all_auxiliaries.auxs) == len(mrg_raw_type_auxiliaries.auxs):
for raw_aux_idx in raw_gold_indexes:
raw_aux = mrg_raw_type_auxiliaries.auxs[raw_aux_idx]
aux_sentdict = self.matrix[raw_aux.sentnum - 1]
idx = raw_aux.wordnum
mrg_aux = Auxiliary(aux_sentdict.sentnum + sentnum_modifier,
aux_sentdict.words[idx],
aux_sentdict.lemmas[idx],
aux_sentdict.pos[idx], idx)
gold_standard.append(mrg_aux)
return gold_standard
