def process_sentence(self,sentence):
#do not know relation name or Pos tags
#looking for any combination of the compound words
#print sentence
for i,arc in enumerate(sentence.values()):
if len(arc)==self.arclength:
canddep=getLex(arc[self.lex],postagged=self.postagged).lower()
#print self.relname,arc
candrel=arc[self.relname]
#print arc
if int(arc[self.headpos])==i+2 and candrel not in CompoundFinder.blacklist:
candhead= getLex(sentence[arc[self.headpos]][0]).lower()
candkey = canddep+" "+candhead
#print candkey
if candkey in self.compounds.keys():
if self.ptype=="nyt" or self.ptype=="conll7":
self.compounds[candkey].match(canddep,candhead,(candrel,arc[self.pos][0],sentence[arc[self.headpos]][self.pos][0]))
else:
self.compounds[candkey].match(canddep,candhead,(candrel,getPos(arc[0]),getPos(sentence[arc[1]][0])))
self.counts[candkey]+=1
def aptTransform(self,arc,outputformat="conll4"):
#ptype=conll7: arc = [form,lemma,POS,NER,head,rel]
#aptInput requires: arc = [form/POS,head,rel]
if outputformat==self.ptype:
return arc
else:
if self.uselemma:
token_to_use = self.lemma
else:
token_to_use = self.lex
index_adj=1-self.firstindex
if self.ptype=="conll7" or self.ptype=="nyt":
return [arc[token_to_use].lower()+"/"+self.getPosTag(arc[self.pos]),int(arc[self.headpos])+index_adj,arc[self.relname]]
else:
return [getLex(arc[token_to_use],tdelim='|')+"/"+getPos(arc[token_to_use]),int(arc[self.headpos])+index_adj,arc[self.relname]]
def process_sentence_contiguous(self,sentence):
#just interested in contiguous nouns don't care about relations
#print sentence
if self.clean:
self.output_sentence(sentence,self.cleanstream)
mxindex=len(sentence.values())-1+self.firstindex
lemmamatch=False
for i in sentence.keys():
try:
sid =int (i)
if sid<mxindex:
arc=sentence[i]
canddep=getLex(arc[self.lex]).lower()
candhead=getLex(sentence[str(sid+1)][self.lex]).lower()
candkey=canddep+" "+candhead
if self.uselemma:
candkey2=getLex(arc[self.lemma]).lower()+" "+getLex(sentence[str(sid+1)][self.lemma]).lower()
candkey3=getLex(arc[self.lex].lower())+" "+getLex(sentence[str(sid+1)][self.lemma]).lower()
if candkey2 in self.compounds.keys():
lemmamatch=True
candkey=candkey2
elif candkey3 in self.compounds.keys():
lemmamatch=True
candkey=candkey3
else:
lemmamatch=False
#print candkey
if lemmamatch or (candkey in self.compounds.keys()):
#print "Found",candkey
self.counts[candkey]+=1
self.cont+=1
if self.counts[candkey]==1:
print "First found compound: line "+str(self.lines)
print i, arc, sentence[str(sid+1)],sentence[arc[self.headpos]]
if self.postagged:
deppos=getPos(arc[self.lex])
dephead=getPos(sentence[str(sid+1)][self.lex])
else:
deppos=arc[self.pos][0]
dephead=sentence[str(sid+1)][self.pos][0]
if deppos=="N" and dephead=="N":
self.countpos[candkey]+=1
if arc[self.headpos]==str(sid+1): #dependency relationship
sofar=self.rels.get(arc[self.relname],0)
self.rels[arc[self.relname]]=sofar+1
self.countrel[candkey]+=1
if self.convert: sentence=self.convert_compounds(sentence,sid)
else:
if sentence[str(sid+1)][self.headpos]==str(sid): #dependency relationship in other direction - ignore this so as to not create cyclic dependencies
#if False:
print "Not converting reverse dependency into compound"
self.cont_revdep+=1
else:
print candkey, " :contiguous but no dependency: ",i,arc,sentence[str(sid+1)],sentence[arc[self.headpos]]
self.cont_nodep+=1
if self.convert: sentence=self.convert_compounds(sentence,sid)
except:
print "Warning: error ignored"
pass
if self.convert: self.output_sentence(sentence, self.outstream)
if self.convert7: self.output_sentence(sentence, self.convert7stream, outputformat="conll7")
