def processTrainData(filename):
listOfTrainComments = []
listOfUniqueTokens = [] # unique tokens of the entire corpus
documentFrequencyOfTokens = {}
xVal, yVal = rd.loadDataSet(filename)
for i in range(xVal.shape[0]):
tempVal = Comment(i)
tempVal.setContent(xVal[i])
tempVal.setStatus(yVal[i])
listOfTrainComments.append(tempVal)
for i in range(len(listOfTrainComments)):
content = listOfTrainComments[i].getContent()
status = listOfTrainComments[i].getStatus()
content = fext.commentNormalizer(content)
tokenList = fext.commentTokenizer(content)
tokenList = fext.removeStopWords(tokenList)
tokenList = fext.commentStemmer(tokenList)
# bigramList = fext.convertToBigrams(tokenList)
# tokenList = tokenList + bigramList
listOfUniqueTokens = listOfUniqueTokens + tokenList # list of unique tokens
dicTokens = calculateTermFrequency(tokenList)
listOfTrainComments[i].setTokenList(dicTokens)
for key, value in dicTokens.items():
if key in documentFrequencyOfTokens:
documentFrequencyOfTokens[key] += 1
else:
documentFrequencyOfTokens[key] = 1
#documentFrequencyOfTokens = sorted(documentFrequencyOfTokens.items(), key=lambda x: x[1], reverse=True)
for key, val in documentFrequencyOfTokens.items():
if val >= 5:
listOfUniqueTokens.append(key)
invertedDocumentFrequencyOfTokens = {}
totalNumberOfDoc = len(listOfTrainComments)
for key, val in documentFrequencyOfTokens.items():
invertedDocumentFrequencyOfTokens[key] = 1 + np.log2(
totalNumberOfDoc / val)
'''
for i in range(len(listOfTrainComments)):
cmnt = listOfTrainComments[i]
tokenList = cmnt.getTokensList()
for key, val in tokenList.items():
tokenList[key] = val * invertedDocumentFrequencyOfTokens[key]
'''
#print(len(listOfUniqueTokens))
return (listOfTrainComments, listOfUniqueTokens,
invertedDocumentFrequencyOfTokens, documentFrequencyOfTokens)
def processTrainData(filename):
listOfTrainComments = []
listOfUniqueTokens = [] # unique tokens of the entire corpus
documentFrequencyOfTokens = {}
xVal, yVal = rd.loadDataSet(filename)
for i in range(xVal.shape[0]):
tempVal = Comment(i)
tempVal.setContent(xVal[i])
tempVal.setStatus(yVal[i])
listOfTrainComments.append(tempVal)
for i in range(len(listOfTrainComments)):
content = listOfTrainComments[i].getContent()
status = listOfTrainComments[i].getStatus()
content = fext.commentNormalizer(content)
tokenList = fext.commentTokenizer(content)
tokenList = fext.removeStopWords(tokenList)
tokenList = fext.commentStemmer(tokenList)
# bigramList = fext.convertToBigrams(tokenList)
# tokenList = tokenList + bigramList
listOfUniqueTokens = listOfUniqueTokens + tokenList # list of unique tokens
dicTokens = calculateTermFrequency(tokenList)
listOfTrainComments[i].setTokenList(dicTokens)
for key, value in dicTokens.items():
if key in documentFrequencyOfTokens:
documentFrequencyOfTokens[key] += 1
else:
documentFrequencyOfTokens[key] = 1
#documentFrequencyOfTokens = sorted(documentFrequencyOfTokens.items(), key=lambda x: x[1], reverse=True)
for key, val in documentFrequencyOfTokens.items():
if val >= 5:
listOfUniqueTokens.append(key)
invertedDocumentFrequencyOfTokens = {}
totalNumberOfDoc = len(listOfTrainComments)
for key, val in documentFrequencyOfTokens.items():
invertedDocumentFrequencyOfTokens[key] = 1 + np.log2(totalNumberOfDoc / val)
'''
for i in range(len(listOfTrainComments)):
cmnt = listOfTrainComments[i]
tokenList = cmnt.getTokensList()
for key, val in tokenList.items():
tokenList[key] = val * invertedDocumentFrequencyOfTokens[key]
'''
#print(len(listOfUniqueTokens))
return (listOfTrainComments, listOfUniqueTokens, invertedDocumentFrequencyOfTokens, documentFrequencyOfTokens)
def processTestData(filename): listOfTestComments = [] xVal, yVal = rd.loadDataSet(filename) for i in range(xVal.shape[0]): tempVal = Comment(i) tempVal.setContent(xVal[i]) tempVal.setStatus(yVal[i]) listOfTestComments.append(tempVal) for i in range(len(listOfTestComments)): content = listOfTestComments[i].getContent() status = listOfTestComments[i].getStatus() content = fext.commentNormalizer(content) tokenList = fext.commentTokenizer(content) tokenList = fext.removeStopWords(tokenList) tokenList = fext.commentStemmer(tokenList) # bigramList = fext.convertToBigrams(tokenList) # tokenList = tokenList + bigramList dicTokens = calculateTermFrequency(tokenList) listOfTestComments[i].setTokenList(dicTokens) return listOfTestComments
def processTestData(filename):
listOfTestComments = []
xVal, yVal = rd.loadDataSet(filename)
for i in range(xVal.shape[0]):
tempVal = Comment(i)
tempVal.setContent(xVal[i])
tempVal.setStatus(yVal[i])
listOfTestComments.append(tempVal)
for i in range(len(listOfTestComments)):
content = listOfTestComments[i].getContent()
status = listOfTestComments[i].getStatus()
content = fext.commentNormalizer(content)
tokenList = fext.commentTokenizer(content)
tokenList = fext.removeStopWords(tokenList)
tokenList = fext.commentStemmer(tokenList)
# bigramList = fext.convertToBigrams(tokenList)
# tokenList = tokenList + bigramList
dicTokens = calculateTermFrequency(tokenList)
listOfTestComments[i].setTokenList(dicTokens)
return listOfTestComments