def in_place_stoplist(self, stoplist=None, freq=0):
        if stoplist is None:
            stoplist = list()
        else:
            # convert to raw list from set, array, etc.
            stoplist = [word for word in stoplist]

        if freq:
            #TODO: Use the TF model instead

            # print 'Computing collection frequencies'
            cfs = np.zeros_like(self.words, dtype=self.corpus.dtype)
    
            for word in self.corpus:
                cfs[word] += 1

            # print 'Selecting words of frequency <=', freq
            freq_stop = np.arange(cfs.size)[(cfs <= freq)]
            stop = set(freq_stop)
            for word in stop:
                stoplist.append(self.words[word])
        else:
            stop = set()

        # filter stoplist
        # print len(stoplist), "filtering to",
        stoplist = [t for t in stoplist if binary_search(self.words, t) >= 0]
        # print len(stoplist)
        for t in stoplist:
            stop.add(self.words_int[t])

        if not stop:
            # print 'Stop list is empty.'
            return self

        # print 'sorting stopwords', datetime.now() 
        stoplist = sorted(stoplist)
        stop = sorted(stop)
    
        # print 'Removing stop words', datetime.now()
        f = np.vectorize(lambda x: binary_search(stop, x) < 0)

        # print 'Rebuilding context data', datetime.now()
        context_data = []
        for i in xrange(len(self.context_data)):
            # print 'Recomputing token breaks:', self.context_types[i]
            tokens = self.view_contexts(self.context_types[i])
            # print self.context_types[i], len(stoplist), len(stop), datetime.now()
            spans = [t[f(t)].size if t.size else 0 for t in tokens]
            tok = self.context_data[i].copy()
            tok['idx'] = np.cumsum(spans)
            context_data.append(tok)

        del self.context_data
        self.context_data = context_data

        # print 'Rebuilding corpus and updating stop words', datetime.now()
        self.corpus = self.corpus[f(self.corpus)]
        self.stopped_words.update(stoplist)

        # print 'adjusting words list', datetime.now()
        new_words = np.array([t for t in self.words if binary_search(stoplist,t) < 0])

        # print 'rebuilding word dictionary', datetime.now()
        new_words_int = dict((word,i) for i, word in enumerate(new_words))

        # print "remapping corpus", datetime.now()
        current_offset = 0
        for i, tok in enumerate(self.corpus):
            self.corpus[i] = new_words_int[self.words[tok]] 
        # print len(self.words), len(self.words_int), len(new_words), len(new_words_int)

        # print 'storing new word dicts', datetime.now()
        self.words = new_words
        self.words_int = new_words_int

        return self
test binding out with set input sizes defined (by type)
dataset/ETHPy150Open inpho/vsm/vsm/extensions/ldasentences.py/CorpusSent.in_place_stoplist--crossover with--dataset/ETHPy150Open cloudera/hue/desktop/core/ext-py/cx_Oracle-5.1.2/test/StringVar.py/TestStringVar.testBindOutSetInputSizesByType