def binariseAll(self):
sentence = copy.deepcopy(self.corpus.sentences[self.current])
Binariser.resolveSentence(sentence,
self.corpus.vocabularies,
self.rules)
self.binarised_sentence = sentence
self.drawBin()
def compare(self):
ids = sorted(self.verify.getIds())
Gs = []
current = 0
while ids and current<len(self.corpus.sentences):
sentence = self.corpus.sentences[current]
uid = int(sentence.id)
if uid in ids:
ids.remove(uid)
binSentence = copy.deepcopy(sentence)
NOT.NOT(binSentence,self.corpus.vocabularies).resolve()
EQUAL.EQUAL(binSentence,self.corpus.vocabularies).resolve()
COREFER.COREFER(binSentence,self.corpus.vocabularies).resolve()
RELENT.RELENT(binSentence,self.corpus.vocabularies).resolve()
nesting.Nesting(binSentence,self.corpus.vocabularies).resolve()
printError(self.__class__,
inspect.stack()[0][3],
"pack-method disabled")
Binariser.resolveSentence(binSentence,
self.corpus.vocabularies,
self.rules)
Gs.append(binSentence.interactions)
current += 1
(a,b) = self.verify.compare(Gs)
print "---- Approved remains ----"
print "\n".join(sorted(a))
print "---- New remains ----"
print "\n".join(sorted(b))
def binariseOne(self):
if self.pairs:
sentence = copy.deepcopy(self.corpus.sentences[self.current])
sentence.interactions = self.pairs[self.curPairs]
Binariser.resolveSentence(sentence,
self.corpus.vocabularies,
self.rules,pack=False)
self.binarised_sentence = sentence
self.drawBin()
def generatePairs(self):
G = self.corpus.sentences[self.current].interactions
self.pairs = Binariser.getPairs(G)
self.curPairs = 0
self.drawOrig()
self.drawPair()
self.drawBin()
