from evaluation.evaluator import Evaluator
if __name__ == '__main__':
with open('dataset/dev.json') as fileobj:
articles = json.loads(fileobj.read())['data']
predictions = {}
num_same_counts = Counter()
for article in articles:
for paragraph in article['paragraphs']:
for qa in paragraph['qas']:
if len(qa['answers']) >= 3:
num_same_counts[3 - len(
set([
Evaluator.CleanAnswer(answer['text'])
for answer in qa['answers'][0:3]
])) + 1] += 1
if len(qa['answers']) > 1:
predictions[qa['id']] = qa['answers'].pop(1)['text']
evaluator = Evaluator(articles=articles)
print 'Exact match:', round(evaluator.ExactMatch(predictions), 1)
print 'F1:', round(evaluator.F1(predictions), 1)
total_num_same_count = sum(num_same_counts.values())
for num_same, count in sorted(num_same_counts.items()):
print num_same, 'same:', round(100.0 * count / total_num_same_count, 1)
with open('dataset/dev-answertypetags.json') as fileobj:
tags = json.loads(fileobj.read())
def GetQAPathPairs(origData, candData, anchorFunc=None):
# extract question path
qSenDict = dict()
ansSenDict = dict()
for title in origData.keys():
article = origData[title]
for iPara, paragraph in enumerate(article.paragraphs):
for qa in paragraph.qas:
qSenDict[qa.id] = qa.question.sentence[0]
ansSenDict[qa.id] = qa.answers[0].sentence[0]
# extract answer path
aSenDict = dict()
aSpanDict = dict()
for title in candData.keys():
candidates = candData[title]
candAnsList = candidates.candidateAnswers
article = origData[title]
for qa in candidates.questions:
span = candAnsList[qa.correctAnswerIndex]
paraId = span.paragraphIndex
senId = span.sentenceIndex
sentence = article.paragraphs[paraId].context.sentence[senId]
aSenDict[qa.id] = sentence
aSpanDict[qa.id] = span
# eliminate answers that is not exact constituents
nQaBeforeRm = len(qSenDict.keys())
aSpanDictKey = set(aSpanDict.keys())
aSenDictKey = set(aSenDict.keys())
for qaId in ansSenDict.keys():
if qaId not in aSpanDictKey \
or qaId not in aSenDictKey:
del qSenDict[qaId]
del ansSenDict[qaId]
continue
exactAns = Evaluator.CleanAnswer(' '.join(
[token.word.lower() for token in ansSenDict[qaId].token]))
start = aSpanDict[qaId].spanBeginIndex
end = start + aSpanDict[qaId].spanLength
spanAns = Evaluator.CleanAnswer(' '.join(
[token.word.lower() for token in aSenDict[qaId].token[start:end]]))
if exactAns != spanAns:
del qSenDict[qaId]
del ansSenDict[qaId]
del aSenDict[qaId]
del aSpanDict[qaId]
nQaAfterRm = len(qSenDict.keys())
print "Got ", nQaAfterRm / float(nQaBeforeRm), " exactly covered pair!"
# # DEBUG
# fp = open("./output/dep_analysis/multi_comparison.txt", "w")
aSenDictKeys = set(aSenDict.keys())
cntOverlapping = 0
qPathDict = dict()
aPathDict = dict()
for qaId in qSenDict.keys():
if qaId not in aSenDictKeys:
continue
# assert qaId in aSenDictKeys
qSen = qSenDict[qaId]
aSen = aSenDict[qaId]
coList = anchorFunc(qSen, aSen)
anchorFound = False
if len(coList) != 0:
# get path in query
qPathDict[qaId] = list()
aPathDict[qaId] = list()
for anchorQ, anchorA in coList:
# # TODO recover to single version
# for iWord in range(aSpanDict[qaId].spanLength):
sentence = qSenDict[qaId]
qNodePath, qDepPath = GetQPath(sentence, anchorQ)
# get path in answer
span = aSpanDict[qaId]
# # TODO recover the single version
# span.spanBeginIndex = span.spanBeginIndex + iWord
# span.spanLength = 1
sentence = aSenDict[qaId]
aNodePath, aDepPath = GetAPath(span, sentence, anchorA)
# if len(qDepPath) <= 4 and len(aDepPath) <= 4:
if len(aNodePath) > 0:
qPathDict[qaId].append(dict())
qPathDict[qaId][-1]["depPath"] = qDepPath
qPathDict[qaId][-1]["nodePath"] = qNodePath
aPathDict[qaId].append(dict())
aPathDict[qaId][-1]["nodePath"] = aNodePath
aPathDict[qaId][-1]["depPath"] = aDepPath
anchorFound = True
# # TODO recover the single version
# qPathVisual, qSenFull = GetPathFullVisual(qSen.token, qDepPath, qNodePath)
# aPathVisual, aSenFull = GetPathFullVisual(aSen.token, aDepPath, aNodePath)
# # fp.write("q: " + qSenFull)
# # fp.write("q: " + qSenFull)
# fp.write("q: " + qPathVisual.encode("utf8") + "\n")
# fp.write("a: " + aSenFull.encode("utf8") + "\n")
# fp.write("a: " + aPathVisual.encode("utf8") + "\n")
# fp.write("\n")
# fp.write("\n\n")
if anchorFound:
cntOverlapping += 1
# else:
# print "Correspondence can not be found!"
# print "overlap rate ", cntOverlapping / float(len(qSenDict.keys() ) )
# ansSenDict contains the answer constituent span (may not be the exact correct answer)
return qPathDict, aPathDict, qSenDict, aSenDict, ansSenDict
