def addReview(self, reviewDict):
		polarity = reviewDict["sentiment"]

		tempDict = {}		
		tempDict["date"] = dt.datetime.strptime(reviewDict["date"], '%Y-%m-%d').date().year
		tempDict["negative"] = 0
		tempDict["positive"] = 0
		tempDict["neutral"] = 0
		tempDict["sentiment"] = polarity
		tempDict["count"] = 1
		tempDict["stars"] = reviewDict["stars"]

		if polarity < -0.05:
			tempDict["negative"] += 1
			for word in tm.getWordVector(reviewDict["text"]):
				self.negativeCorpus.append(word)

		elif polarity > 0.05:
			tempDict["positive"] += 1
		else:
			tempDict["neutral"] += 1

		isPresent = False
		for item in self.dict["violations"]:
			if item["date"] == tempDict["date"]:

				if "sentiment" not in item:
					item["negative"] = tempDict["negative"]
					item["positive"] = tempDict["positive"]
					item["neutral"] = tempDict["neutral"]
					item["sentiment"] = tempDict["sentiment"]
					item["stars"] = tempDict["stars"]
					item["count"] = tempDict["count"]					
				else:	
					item["negative"] += tempDict["negative"]
					item["positive"] += tempDict["positive"]
					item["neutral"] += tempDict["neutral"]
					item["sentiment"] += tempDict["sentiment"]
					item["stars"] += tempDict["stars"]
					item["count"] += tempDict["count"]			
				
				isPresent = True

		if not isPresent:
			self.dict["violations"].append(tempDict)         
    #             "Fast Food Items",
    #             "Seafood Menu Items",
    #             "Ambiance & Hospitality",
    #             "Dinner & Drinks"]
    # pickle.dump(topics, open("trained-model-topics",'w'))
    # topics = []

    topics = pickle.load(file("trained-model-topics"))
    ldaModel = pickle.load(file("trained-negative-model"))
    ldaDictionary = pickle.load(file("model-dictionary"))

    print "Dictionary and Trained Model loaded!"
    # print ldaModel.show_topics(num_topics=10, num_words=10, formatted=False)
    for item in reviewsSet:
        topics_found = []
        models = ldaModel[ldaDictionary.doc2bow(tm.getWordVector(item))]
        models = sorted(models, key=lambda k: k[1], reverse = True)
        # print models
        # if len(models) == 2:
        #     print "-"*5 + str(topics[models[0][0]]) + "-"*5 + str(topics[models[1][0]]) + "-"*5
        #     print item
        for single_topic in models:
            topics_found.append(topics[single_topic[0]])
            if len(topics_found) > 2:
                break

        print "-"*5 + str(topics_found) + "-"*5
        print item

    c.close()