def _getRestSent(self, structure_type):
"""Obtain the rest of the sentence as a list of tokens if structure_type is
'flat' and as a list of constituents if structure type is 'chunked'. Log a
warning and return a list of constituents for an unknown structure type."""
if structure_type == 'flat':
restSentence = utils.get_tokens(self.parent[self.position + 1:])
elif structure_type == 'chunked':
restSentence = self.parent[self.position + 1:]
if structure_type != 'chunked':
logger.warn("unknown structure type: %s" % structure_type)
return restSentence
def _getRestSent(self, structure_type):
"""Obtain the rest of the sentence as a list of tokens if structure_type is
'flat' and as a list of constituents if structure type is 'chunked'. Log a
warning and return a list of constituents for an unknown structure type."""
if structure_type == 'flat':
restSentence = utils.get_tokens(self.parent[self.position + 1:])
elif structure_type == 'chunked':
restSentence = self.parent[self.position + 1:]
if structure_type != 'chunked':
logger.warn("unknown structure type: %s" % structure_type)
return restSentence
def dribble(self, header, text):
"""Write information on the sentence that an event was added to."""
if DRIBBLE:
toks = utils.get_tokens(self.parent.dtrs)
p1 = toks[0].begin
p2 = toks[-1].end
e_p1 = self.dtrs[-1].begin
e_p2 = self.dtrs[-1].end
text = ' '.join(text.split())
sentence = self.tree.tarsqidoc.sourcedoc.text[p1:p2]
sentence = ' '.join(sentence.split())
line = "%s\t%s\t%s\t%s:%s\n" % (header, text, sentence, e_p1, e_p2)
VerbChunk.DRIBBLE_FH.write(line)
def dribble(self, header, text):
"""Write information on the sentence that an event was added to."""
if DRIBBLE:
toks = utils.get_tokens(self.parent.dtrs)
p1 = toks[0].begin
p2 = toks[-1].end
e_p1 = self.dtrs[-1].begin
e_p2 = self.dtrs[-1].end
text = ' '.join(text.split())
sentence = self.tree.tarsqidoc.sourcedoc.text[p1:p2]
sentence = ' '.join(sentence.split())
line = "%s\t%s\t%s\t%s:%s\n" % (header, text, sentence, e_p1, e_p2)
VerbChunk.DRIBBLE_FH.write(line)
def _lookForMultiChunk(self, FSA_set, structure_type='flat'):
"""Returns the prefix of the rest of the sentence is it matches one of
the FSAs in FSA_set. The structure_type argument specifies the
structural format of the rest of the sentence: either a flat,
token-level representation or a chunked one. This method is used for
finding specific right contexts of verb chunks."""
logger.debug("Entering _lookForMultiChunk for '%s' with %d FSAs"
% (self.getText().strip(), len(FSA_set)))
logger.debug("\tstructure_type = %s" % structure_type)
restSentence = self._getRestSent(structure_type)
logger.debug("\trest = %s"
% ' '.join([t.__class__.__name__ for t in restSentence]))
logger.debug("\trest = %s"
% ' '.join(["%s/%s" % (t.getText(), t.pos)
for t in utils.get_tokens(restSentence)]))
lenSubstring, fsaNum = self._identify_substring(restSentence, FSA_set)
if lenSubstring:
logger.debug("\tACCEPTED by FSA %d, LENGTH=%d" % (fsaNum, lenSubstring))
return restSentence[:lenSubstring]
else:
logger.debug("\tREJECTED by all FSAs")
return 0
def _lookForMultiChunk(self, FSA_set, structure_type='flat'):
"""Returns the prefix of the rest of the sentence is it matches one of
the FSAs in FSA_set. The structure_type argument specifies the
structural format of the rest of the sentence: either a flat,
token-level representation or a chunked one. This method is used for
finding specific right contexts of verb chunks."""
logger.debug("Entering _lookForMultiChunk for '%s' with %d FSAs" %
(self.getText().strip(), len(FSA_set)))
logger.debug("\tstructure_type = %s" % structure_type)
restSentence = self._getRestSent(structure_type)
logger.debug("\trest = %s" %
' '.join([t.__class__.__name__ for t in restSentence]))
logger.debug("\trest = %s" % ' '.join([
"%s/%s" % (t.getText(), t.pos)
for t in utils.get_tokens(restSentence)
]))
lenSubstring, fsaNum = self._identify_substring(restSentence, FSA_set)
if lenSubstring:
logger.debug("\tACCEPTED by FSA %d, LENGTH=%d" %
(fsaNum, lenSubstring))
return restSentence[:lenSubstring]
else:
logger.debug("\tREJECTED by all FSAs")
return 0
def _processEventInMultiVChunk(self, substring):
token_list = utils.get_tokens(self) + substring
verbfeatureslist = VChunkFeaturesList(tokens=token_list)
GramMultiVChunk = verbfeatureslist[0]
self._conditionallyAddEvent(GramMultiVChunk)
map(update_event_checked_marker, substring)
def _processEventInMultiVChunk(self, substring):
token_list = utils.get_tokens(self) + substring
verbfeatureslist = VChunkFeaturesList(tokens=token_list)
GramMultiVChunk = verbfeatureslist[0]
self._conditionallyAddEvent(GramMultiVChunk)
map(update_event_checked_marker, substring)
def _processEventInMultiVChunk(self, substring):
chunk_list = utils.get_tokens(self) + substring
gramvchunklist = GramVChunkList(tokens=chunk_list)
GramMultiVChunk = gramvchunklist[0]
self._conditionallyAddEvent(GramMultiVChunk)
map(update_event_checked_marker, substring)
