def readTextbox(self):
inputtext = self.inputbox.get()
self.inputlist = []
if inputtext <> "":
self.inputlist = inputtext.split(",")
else:
writeCalculations(self.textWidget,"Please enter words into the textbox!!!",True,self.NB)
def __seachCommonConText(self):
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Search common context" ,False,self.NB)
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
self.readTextbox()
value = self.text.common_contexts(self.inputlist)
writeCalculations(self.textWidget,value,False,self.NB)
def __dispersionPlot(self):
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Dispersion Plot" ,False,self.NB)
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
self.readTextbox()
self.text.dispersion_plot(self.inputlist)
def __frequencyDistribution(self):
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Frequency Distribution" ,False,self.NB)
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
fdist1 = nltk.FreqDist(self.text)
vocab1 = fdist1.keys()
iNum = 50
if len(vocab1) < iNum:
iNum = len(vocab1)
fdist1.plot(iNum,cumulative=True)
def __searchSimilarText(self):
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Search Similar Text" ,False,self.NB)
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
self.readTextbox()
for word in self.inputlist:
writeCalculations(self.textWidget,"*"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Similar text search for %s " % (word) ,False,self.NB)
writeCalculations(self.textWidget,"*"*100 ,False,self.NB)
value = self.text.similar(word)
writeCalculations(self.textWidget,value,False,self.NB)
def __searchText(self):
"""
:type self: object
"""
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Search Text" ,False,self.NB)
writeCalculations(self.textWidget,"-"*100 ,False,self.NB)
self.readTextbox()
for word in self.inputlist:
values = self.text.concordance(word)
writeCalculations(self.textWidget,"*"*100 ,False,self.NB)
writeCalculations(self.textWidget,"Displaying %d of %d matches for %s" % (len(values),len(values),word),False,self.NB)
writeCalculations(self.textWidget,"*"*100 ,False,self.NB)
for i in range(len(values)):
writeCalculations(self.textWidget,values[i][0]+" "+values[i][1]+" "+values[i][2],False,self.NB)
