def countDTs(self):
""" RETURNS THE DETERMINER COUNT OF THE ESSAY """
self.dtCount = 0
#self.theEssay = EssayText(self.theText)
for sentence in (self.sentences):
self.thisSentence = ASentence(sentence)
self.dtCount += self.thisSentence.countDTs()
print('{} determiners in this essay'.format(self.dtCount))
return self.dtCount
class EssayText:
def __init__(self,theText):
self.sentences = nltk.sent_tokenize(theText)
self.theText = theText
def getQuestions(self):
""" RETURNS A LIST OF QUESTIONS """
listQuestions = []
for self.sentence in self.sentences:
if '?' in self.sentence:
listQuestions.append(self.sentence.strip())
return listQuestions
def countWords(self):
""" RETURNS THE WORD COUNT OF THE ESSAY """
self.wordCount = 0
#self.theEssay = EssayText(self.theText)
for sentence in (self.sentences):
for words in sentence:
self.wordCount += 1
print('{} words in this essay'.format(self.wordCount))
return self.wordCount
def countDTs(self):
""" RETURNS THE DETERMINER COUNT OF THE ESSAY """
self.dtCount = 0
#self.theEssay = EssayText(self.theText)
for sentence in (self.sentences):
self.thisSentence = ASentence(sentence)
self.dtCount += self.thisSentence.countDTs()
print('{} determiners in this essay'.format(self.dtCount))
return self.dtCount
class AnEssay:
def __init__(self,theEssay):
self._theText = theEssay[6]
self._theEssay = theEssay
def getText(self):
return self._theText
def getGrade(self):
""" RETURNS THE ESSAYS'S FINAL GRADE """
self._theGrade = 0
self._average = self._theEssay[37]
self._override = self._theEssay[43]
if float(self._override) != 0:
return float(self._override)
else:
return float(self._average)
def isArabic(self):
""" RETURNS TRUE IF THE AUTHOR'S L1 IS ARABIC """
self._theEssays = []
self._isArabic = bool
self._csvfile = open(studentData, "rU")
self._readerStudentInfo = csv.reader(self._csvfile, delimiter='\t')
# list works better than csv.reader object
self._studentInfo = []
for i in self._readerStudentInfo:
self._studentInfo.append(i)
## studentInfo[0] is the ID
## studentInfo[3] is the country
##
## theEssay[2] is the ID
## theEssay[6] is the essay
for self._rowStudentInfo in self._studentInfo:
if self._rowStudentInfo[0].replace('-','') == \
self._theEssay[2]:
if self._rowStudentInfo[3] == 'Saudi Arabia' or\
self._rowStudentInfo[3] == 'Oman' or\
self._rowStudentInfo[3] == 'Iraq':
self._isArabic = True
else:
self._isArabic = False
return self._isArabic
def getQuestions(self):
""" RETURNS A LIST OF QUESTIONS """
self._sentences = nltk.sent_tokenize(self._theText)
self._listQuestions = []
for self._sentence in self._sentences:
if '?' in self._sentence:
self._listQuestions.append(self._sentence.strip())
return self._listQuestions
def getSentences(self):
""" RETURNS A LIST OF SENTENCES """
self._sentences = nltk.sent_tokenize(self._theText)
self._listSentences = []
for self._sentence in self._sentences:
self._listSentences.append(self._sentence.strip())
return self._listSentences
def countWords(self):
""" RETURNS THE WORD COUNT OF THE ESSAY """
self._sentences = nltk.sent_tokenize(self._theText)
self._wordCount = 0
#self._theEssay = EssayText(self._theText)
for self._sentence in self._sentences:
for self._words in self._sentence:
self._wordCount += 1
print('{} words in this essay'.format(self._wordCount))
return self._wordCount
def countDTs(self):
""" RETURNS THE DETERMINER COUNT OF THE ESSAY """
self._sentences = nltk.sent_tokenize(self._theText)
self._dtCount = 0
#self._theEssay = EssayText(self._theText)
for sentence in (self._sentences):
self._thisSentence = ASentence(sentence)
self._dtCount += self._thisSentence.countDTs()
print('{} determiners in this essay'.format(self._dtCount))
return self._dtCount
