else:
topic_assignments_out.write(topic_assign)
path_assignments_out.write(path_assign)
topic_assignments_in.close()
topic_assignments_out.close()
path_assignments_in.close()
path_assignments_out.close()
docs_in.close()
docs_out.close()
return new_topics + 1
flags.define_string("corpus", None, "Where we find the input corpora")
flags.define_string("mapping", None, "Filename of mapping")
flags.define_string("cons_file", "", "Constraints filename")
flags.define_glob("wordnet", "wn/output.0", "contraint source")
flags.define_string("input_base", "output/nih", "Input filename")
flags.define_string("output_base", "output/nih_ned", "Output filename")
flags.define_string("resume_type", "clear", "resume type: clear or split")
flags.define_string("update_strategy", "doc", "update strategy: term or doc")
flags.define_int("doc_limit", -1, "Number of documents to process")
flags.define_int("num_topics", 0, "Current number of topics")
if __name__ == "__main__":
flags.InitFlags()
if re.search("doc", flags.update_strategy):
update_strategy = 1
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.amazon import AmazonCorpus
flags.define_int("doc_limit", -1, "How many documents we add")
flags.define_list("langs", ["en"], "Which langauges do we add")
flags.define_string("base", "../../data/multiling-sent/", \
"Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
LANGUAGE_CONSTANTS = {"en": ENGLISH, "de": GERMAN, "zh": CHINESE, \
"fr": FRENCH, "es": SPANISH, "ar": ARABIC}
if __name__ == "__main__":
flags.InitFlags()
corpus = AmazonCorpus(flags.base, flags.doc_limit)
for ll in flags.langs:
corpus.add_language("amzn-%s/*/*" % ll, LANGUAGE_CONSTANTS[ll])
corpus.write_proto(flags.output + "numeric", "amazon")
from collections import defaultdict
from topicmod.util import flags
from topicmod.util.wordnet import load_wn
from topicmod.ling.dictionary import *
from topicmod.ling.snowball_wrapper import Snowball
from topicmod.corpora.ontology_writer import OntologyWriter
from topicmod.corpora.ontology_writer import orderedTraversal
from topicmod.corpora.ml_vocab import MultilingualVocab
from topicmod.corpora.proto.corpus_pb2 import *
flags.define_int("limit", 250, "How many items in our MuTo matching")
flags.define_bool("dictionary", False, "Use a dictionary")
flags.define_string("dic_dir", "../../data/dictionaries/", "Use a dictionary")
flags.define_bool("translation", False, "Use translation matrix")
flags.define_bool("greedy_matching", False, "Use a matching from dictionary")
flags.define_bool("wordnet", False, "Use WordNet as scaffold")
flags.define_bool("german", False, "Include German")
flags.define_bool("chinese", False, "Include Chinese")
flags.define_string("output", "", "Where we write ontology")
flags.define_float("trans_cutoff", 0.5, "Min value for using the translation")
flags.define_string("wn_version", "3.0", "Which version of WN we use")
flags.define_string("filter_vocab", "", "Filter entries based on vocabulary")
flags.define_bool("stem", False, "Stem words")
flags.define_bool("id_strings", False, "Add identical strings")
# generate an updated vocab: note not all the words in the original
# vocab will be included in the generated wordnet, generate a new
# vocab only contains the words in the wordnet.
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.flat import FlatCorpus
# from topicmod.corpora.flat import FlatEmailCorpus
flags.define_int(
"doc_limit",
-1,
"How many documents \
we add",
)
flags.define_string("base", "../../data/yn_toy/", "Where we look for data")
flags.define_string("output", "../../data/yn_toy/numeric", "Where we write output")
if __name__ == "__main__":
flags.InitFlags()
corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus.add_language("*", ENGLISH)
print flags.output
corpus.write_proto(flags.output, "yn_toy")
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.flat import FlatCorpus
#from topicmod.corpora.flat import FlatEmailCorpus
flags.define_int("doc_limit", -1, "How many documents \
we add")
flags.define_string("base", "../../data/yn_toy/", \
"Where we look for data")
flags.define_string("output", "../../data/yn_toy/numeric", \
"Where we write output")
if __name__ == "__main__":
flags.InitFlags()
corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus.add_language("*", ENGLISH)
print flags.output
corpus.write_proto(flags.output, "yn_toy")
pmi_score /= len(word_pairs)
tmp = str(tt) + "\t" + str(
len(word_pairs)) + "\t" + str(pmi_score) + "\n"
infile.write(tmp)
total_pmi_score += pmi_score
total_pmi_score /= len(topics.keys())
tmp = "total" + "\t" + str(len(
topics.keys())) + "\t" + str(total_pmi_score) + "\n"
infile.write(tmp)
infile.close()
flags.define_string("vocab", "", "Where we find the vocab")
flags.define_string("model", "", "The model files folder of topic models")
flags.define_string("stats", None, "Where we find the stat_file")
flags.define_int("topics_cutoff", 30, "Number of topics")
flags.define_int("window_size", 10, "Size of window for computing coocurrance")
flags.define_string("output", "output/PMI_score", "PMI Output filename")
if __name__ == "__main__":
flags.InitFlags()
print "Reading vocab"
[vocab_word_index, vocab_index_word] = readVocab(flags.vocab)
vocab_size = len(vocab_word_index)
print "Reading topic words"
from topicmod.corpora.semcor import SemcorCorpus
from topicmod.util import flags
flags.define_string("semcor_base", "../../data/semcor-%s/", \
"Where we find the semcor corpus")
flags.define_string("wordnet_base", "../../data/wordnet/", \
"Where we find the wordnet corpus")
flags.define_string("version", "3.0", "Version of WordNet used")
flags.define_string("semcor_output", None, "Where we write the output")
if __name__ == "__main__":
flags.InitFlags()
semcor = SemcorCorpus(flags.semcor_base % flags.version)
semcor.load_wn(flags.wordnet_base, flags.version)
semcor.add_language("brown1/tagfiles/*")
semcor.add_language("brown2/tagfiles/*")
#semcor.add_language("brownv/tagfiles/br-e*")
semcor.write_proto(flags.semcor_output, "semcor", 80)
from topicmod.util import flags
import re
from numpy import zeros
flags.define_string("folder_base", "output/20_news/", \
"Input file folder")
flags.define_string("output_base", "output/20_news/results_compare", \
"Output file name")
if __name__ == "__main__":
flags.InitFlags()
# comparing 1
filename = flags.output_base + 'results_compare_1.csv'
outputfile = open(filename, 'w')
folders = open(flags.folder_base + 'folders.txt', 'r')
for folder in folders:
folder = folder.strip()
tmp = folder + '\n\n'
outputfile.write(tmp)
filename = folder.replace('results_', 'iter_100_')
filename = flags.folder_base + folder + '/' + filename + '.txt'
inputfile = open(filename, 'r')
for line in inputfile:
outputfile.write(line)
inputfile.close()
outputfile.write('\n\n\n')
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.europarl import EuroparlCorpus
flags.define_string("base", "../../data/europarl/", "Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
flags.define_int("doc_limit", -1, "How many documents we add")
if __name__ == "__main__":
flags.InitFlags()
for ii in xrange(96, 107):
year = ii % 100
print " *** YEAR %i *** " % year
corpus = EuroparlCorpus(flags.base, flags.doc_limit)
corpus.add_language("english/ep-%02i-*.en" % year, ENGLISH)
corpus.add_language("german/ep-%02i-*.de" % year, GERMAN)
corpus.write_proto(flags.output + "numeric", "europarl%02i" % year,
1000)
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
# from topicmod.corpora.flat import FlatCorpus
from topicmod.corpora.crossfire import CrossfireCorpus
flags.define_int("doc_limit", -1, "How many documents we add")
flags.define_string("base", "../../data/crossfire/cf/clean/", "Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
if __name__ == "__main__":
flags.InitFlags()
# corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus = CrossfireCorpus(flags.base, flags.doc_limit)
corpus.add_language("*.txt")
corpus.write_proto(flags.output + "numeric", "crossfire")
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.pang_lee_movie import PangLeeMovieCorpus
flags.define_string("base", "../../data/movies/", "Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
flags.define_string("response", "rating", "Which rating format we use")
flags.define_int("doc_limit", -1, "How many documents we add")
if __name__ == "__main__":
flags.InitFlags()
corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
corpus.add_language("pang_lee/*/subj.*", flags.response, ENGLISH)
corpus.write_proto(flags.output + "numeric", "movies", 1000)
corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
corpus.add_language("filmrezension.de_lines/*/subj.*", flags.response, \
GERMAN)
corpus.write_proto(flags.output + "numeric", "movies", 100)
print path2
common = set(path1).intersection(set(path2))
first = min(common)
assert(first >= len(word_list))
first -= len(word_list)
cluster_root = Z[first][0]
merge1 = findCluster(Z, cluster_root, word_list)
cluster_root = Z[first][1]
merge2 = findCluster(Z, cluster_root, word_list)
print merge1
print merge2
flags.define_string("vocab", "vocab/20_news.voc", "Where we find the vocab")
flags.define_string("stats", None, "Where we find the stat_file")
flags.define_string("model", "", "The model files folder of topic models")
flags.define_string("constraint", "constraints/tmp", "Original constraint file")
flags.define_int("topics_cutoff", 30, "Number of topic words")
if __name__ == "__main__":
# test()
flags.InitFlags()
# getting statistics: faster version, partial statistics, memory efficient
print "Reading vocab"
[vocab_word_index, vocab_index_word] = readVocab(flags.vocab)
vocab_size = len(vocab_word_index)
from numpy import *
from topicmod.external.moremath import *
from topicmod.util import flags
flags.define_string("alpha", None, "The current value of alpha")
flags.define_string("gamma", None, "The current gamma matrix")
flags.define_float("tolerance", 0.001, "Toleranceg for convergence")
NEGATIVE_INFINITY = -float("inf")
def l_alpha(alpha, M, K, gamma_grad):
val = lngamma(sum(alpha)) - sum(lngamma(x) for x in alpha)
val *= M
for ii in xrange(K):
val += alpha[ii] * gamma_grad[ii]
return val
def compute_gamma_gradient(gamma, K):
"""
Compute the components of the derivative that gamma contributes to.
"""
grad = zeros(K)
for gamma_d in gamma:
digam_gamma_sum = digamma(sum(gamma_d))
for ii in xrange(K):
grad[ii] += digamma(gamma_d[ii]) - digam_gamma_sum
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
#from topicmod.corpora.flat import FlatCorpus
from topicmod.corpora.flat import FlatCorpus
flags.define_int("doc_limit", -1, "How many documents we add")
flags.define_string("base", "../../data/values_turk/", \
"Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
if __name__ == "__main__":
flags.InitFlags()
#corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus.add_language("1/*")
corpus.add_language("2/*")
corpus.write_proto(flags.output + "numeric", "values_turk")
from topicmod.util import flags
import re
from numpy import zeros
flags.define_string("folder_base", "output/20_news/", \
"Input file folder")
flags.define_string("output_base", "output/20_news/results_compare", \
"Output file name")
if __name__ == "__main__":
flags.InitFlags()
# comparing 1
filename = flags.output_base + 'results_compare_1.csv'
outputfile = open(filename, 'w')
folders = open(flags.folder_base + 'folders.txt', 'r')
for folder in folders:
folder = folder.strip()
tmp = folder + '\n\n'
outputfile.write(tmp)
filename = folder.replace('results_', 'iter_100_')
filename = flags.folder_base + folder + '/' + filename + '.txt'
inputfile = open(filename, 'r')
for line in inputfile:
outputfile.write(line)
inputfile.close()
outputfile.write('\n\n\n')
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.pang_lee_movie import PangLeeMovieCorpus
flags.define_string("base", "../../data/movies/", "Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
flags.define_string("response", "rating", "Which rating format we use")
flags.define_int("doc_limit", -1, "How many documents we add")
if __name__ == "__main__":
flags.InitFlags()
corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
corpus.add_language("pang_lee/*/subj.*", flags.response, ENGLISH)
corpus.write_proto(flags.output + "numeric", "movies", 1000)
corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
corpus.add_language("filmrezension.de_lines/*/subj.*", flags.response, \
GERMAN)
corpus.write_proto(flags.output + "numeric", "movies", 100)
from numpy import *
from topicmod.external.moremath import *
from topicmod.util import flags
flags.define_string("alpha", None, "The current value of alpha")
flags.define_string("gamma", None, "The current gamma matrix")
flags.define_float("tolerance", 0.001, "Toleranceg for convergence")
NEGATIVE_INFINITY = -float("inf")
def l_alpha(alpha, M, K, gamma_grad):
val = lngamma(sum(alpha)) - sum(lngamma(x) for x in alpha)
val *= M
for ii in xrange(K):
val += alpha[ii] * gamma_grad[ii]
return val
def compute_gamma_gradient(gamma, K):
"""
Compute the components of the derivative that gamma contributes to.
"""
grad = zeros(K)
for gamma_d in gamma:
digam_gamma_sum = digamma(sum(gamma_d))
for ii in xrange(K):
from collections import defaultdict
from topicmod.corpora.proto.wordnet_file_pb2 import *
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
import re
flags.define_string("vocab", "vocab/semcor.voc", \
"the vocabulary used for building the tree")
flags.define_string("wnname", "wn/wordnet.wn", "Where we write output")
flags.define_string(
"constraints", "",
"where we get the constraints, " + "one tab-delimited constraint per line")
flags.define_bool("write_constraints", False, "Write out example constraint")
flags.define_bool("write_wordnet", False, "Write out wordnet")
flags.define_bool("write_toy", False, "Write out a toy wordnet")
flags.define_bool("merge_constraints", True,
"Put duplicate constraints into" + " a single constraint")
def orderedTraversal(wn, pos='n', limit_depth=-1, reverse_depth=False):
"""
Given a wordnet object, give the synsets in order of internal nodes first,
followed by leaves.
@param pos Which part of speech we search
@param limit_depth Don't consider nodes deeper than this
@param reverse Reverse the order of the search (leaves first)
"""
# Find the max depth synset
from nltk import FreqDist
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.corpora.corpus_vocab_wrapper import CorpusVocabWrapper
from topicmod.util import flags
from parse_reader import *
flags.define_int("docs_per_file", 100, "Number of documents per file")
flags.define_int("vocab_size", 5000, "Maximum vocabulary size")
flags.define_bool("remove_stop", False, "remove stopwords")
flags.define_bool("use_lemma", False, "Use lemmas instead of raw tokens")
flags.define_bool("use_relation", False,
"Use relation (synset) instead of pos")
flags.define_glob("vocab_source", None, "Where we get initial vocabulary")
flags.define_string("output_path", None,
"Where we write the translated corpuss")
flags.define_string("output_filename", "wacky_en_reduced.index",
"Filename of index")
flags.define_int("min_length", 100, "Number of characters in document line")
class CorpusTranslator:
def __init__(self, output_path, use_lemma, docs_per_file):
self.output_base = output_path
self.document_list = []
self.use_lemma = use_lemma
# A lookup for each language
self.vocab = defaultdict(dict)
self.roles = defaultdict(dict)
self.output_corpus = Corpus()
from topicmod.corpora.proto.corpus_pb2 import Corpus
from topicmod.util import flags
flags.define_glob("corpus_parts", None, "Where we look for vocab")
flags.define_string("output", None, "Where we write the mapping")
if __name__ == "__main__":
flags.InitFlags()
mapping = {}
for ii in flags.corpus_parts:
print ii
cp = Corpus()
cp.ParseFromString(open(ii, 'r').read())
for ii in cp.authors.terms:
if ii.id in mapping:
assert mapping[ii.id] == ii.original
mapping[ii.id] = ii.original
o = open(flags.output, 'w')
for ii in xrange(max(mapping)):
o.write("%s\n" % mapping[ii])
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.pang_lee_movie import PangLeeMovieCorpus
flags.define_string("base", "../../data/rdd/moviestyledata/",
"Where we look for data")
flags.define_string("output", "../../data/rdd/moviestyleproto/numeric/",
"Where we write output")
flags.define_string("response", "rating", "Which rating format we use")
flags.define_int("doc_limit", -1, "How many documents we add")
if __name__ == "__main__":
flags.InitFlags()
corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
corpus.add_language("*/subj.*", flags.response, DIXIE)
corpus.write_proto(flags.output + "numeric", "richmond", 1000)
#corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
#corpus.add_language("filmrezension.de_lines/*/subj.*", flags.response, \
# GERMAN)
#corpus.write_proto(flags.output + "numeric", "richmond", 100)
from topicmod.corpora.wacky import *
from topicmod.util import flags
flags.define_string("wackypedia_base", "../../data/wackypedia/compressed/",
"Where we find the wackypedia corpus")
flags.define_string("output", "/tmp/jbg/wackypedia/", "Where we write output")
flags.define_int("doc_limit", 10, "Max number of docs")
flags.define_list("langs", ["en"], "Which languages")
if __name__ == "__main__":
flags.InitFlags()
wacky = WackyCorpus(flags.wackypedia_base, flags.doc_limit)
for ii in flags.langs:
wacky.add_language("wackypedia_%s*.gz" % ii)
wacky.write_proto(flags.output + "numeric",
"wpdia", 10000)
from topicmod.util import flags
flags.define_string("input_base", "output/20_news/iter_100_PMI_", \
"Input file folder")
flags.define_string("output_base", "output/20_news/iter_100_PMI", \
"Output file name")
flags.define_string("PMI_file", "PMI_score", \
"Output file name")
flags.define_int("round_num", "5", "Number of iteractive rounds")
if __name__ == "__main__":
flags.InitFlags()
results = dict()
rounds = flags.round_num + 1
for ii in range(0, rounds):
filename = flags.input_base + str(ii) + "/" + flags.PMI_file
inputfile = open(filename, 'r')
for line in inputfile:
line = line.strip()
words = line.split('\t')
if words[0].find('total') >= 0:
word_key = -1
else:
word_key = int(words[0])
if word_key not in results.keys():
results[word_key] = []
results[word_key].append(words[2])
outputfile = open(flags.output_base, 'w')
for tt in results.keys():
word_senses_count[word] = 0
count_word += 1
tmp = word
for pos in multipaths[word]:
tmp += '\t' + pos
for index in multipaths[word][pos]:
word_senses_count[word] += 1
count_sense += 1
tmp += '\t' + str(index)
if word_senses_count[word] > 1:
im_words += word + " "
outfile.write(tmp + '\n')
outfile.write("\nThe total number of cons words: " + str(count_word) + "\n")
outfile.write("\nThe total number of cons words senses: " + str(count_sense) + "\n")
outfile.write("\nInteresting words: " + im_words + "\n")
outfile.close()
flags.define_string("vocab", None, "The input vocab")
flags.define_string("output", None, "The output constraint file")
flags.define_int("num_cons", 0, "The number of constraints we want")
if __name__ == "__main__":
flags.InitFlags()
wordnet_path = "../../../data/wordnet/"
eng_wn = load_wn("3.0", wordnet_path, "wn")
vocab = readVocab(flags.vocab)
generateCons(vocab, eng_wn, flags.output, flags.num_cons)
import sys
import os
from topicmod.util import flags
from syntop_parameters_pb2 import *
flags.define_int("num_iterations", 1, "Number of iterations")
flags.define_string("model_name", "output/model", "Where we find data")
flags.define_string("corpus", None, "The source corpus")
flags.define_bool("hadoop", False, "Do we use hadoop or local batch")
flags.define_bool("doc_step", True, "Do we call the document-centric parts")
flags.define_bool("merge_step", True, "Do we merge doc step results (and compute new topics)")
flags.define_bool("update_global", True, "Do we compute new transition and DP variational parameters")
class Array:
def __init__(self, name):
self._rows = {}
self._name = name
def __getitem__(self, index):
if not index in self._rows:
self._rows[index] = defaultdict(float)
return self._rows[index]
def __iter__(self):
for ii in self._rows:
yield self._rows[ii]
def parse(self, key, val):
from topicmod.util import flags
from topicmod.util.sets import count_line
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.corpora.proto.wordnet_file_pb2 import *
from topicmod.corpora.ml_vocab import MultilingualVocab
from topicmod.corpora.ml_vocab import Vocab
from collections import defaultdict
import codecs
flags.define_string("output", "", "Where we write output")
flags.define_glob("doc_roots", "", "The document vocab")
flags.define_string("vocab", "", "The vocab file")
flags.define_string("location", "", "Where the data live")
flags.define_int("min_length", 50, "Minimum number of tokens")
flags.define_int("num_docs", -1, "Number of documents we write")
flags.define_string("language", "en", "What language this is")
kLANGUAGE_ID = {"en": ENGLISH, "de": GERMAN, "zh": CHINESE}
def lda_line(filename, full_vocab, filtered_vocab):
d = defaultdict(int)
doc = Document()
doc.ParseFromString(open(filename, 'rb').read())
num_words = 0
for sent in doc.sentences:
for word in sent.words:
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
#from topicmod.corpora.flat import FlatCorpus
from topicmod.corpora.flat import FlatEmailCorpus
flags.define_int("doc_limit", -1, "How many documents we add")
flags.define_string("base", "../../data/20_news_date/", \
"Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
if __name__ == "__main__":
flags.InitFlags()
#corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus = FlatEmailCorpus(flags.base, flags.doc_limit)
corpus.add_language("train/*/*")
corpus.add_language("test/*/*")
corpus.write_proto(flags.output + "numeric", "20_news_date")
pmi_score += pmi
pmi_score /= len(word_pairs)
tmp = str(tt) + "\t" + str(len(word_pairs)) + "\t" + str(pmi_score) + "\n"
infile.write(tmp)
total_pmi_score += pmi_score
total_pmi_score /= len(topics.keys())
tmp = "total" + "\t" + str(len(topics.keys())) + "\t" + str(total_pmi_score) + "\n"
infile.write(tmp)
infile.close()
flags.define_string("vocab", "", "Where we find the vocab")
flags.define_string("model", "", "The model files folder of topic models")
flags.define_string("stats", None, "Where we find the stat_file")
flags.define_int("topics_cutoff", 30, "Number of topics")
flags.define_int("window_size", 10, "Size of window for computing coocurrance")
flags.define_string("output", "output/PMI_score", "PMI Output filename")
if __name__ == "__main__":
flags.InitFlags()
print "Reading vocab"
[vocab_word_index, vocab_index_word] = readVocab(flags.vocab)
vocab_size = len(vocab_word_index)
print "Reading topic words"
from numpy.random.mtrand import dirichlet
from numpy.random import multinomial
from numpy.random import normal
from math import isnan, isinf
from topicmod.util import flags
from topicmod.corpora.proto.corpus_pb2 import *
flags.define_int("num_docs", 500, "Number of documents")
flags.define_int("num_topics", 5, "Number of topics")
flags.define_int("doc_length", 5, "Length of every document")
flags.define_int("num_langs", 2, "Number of languages")
flags.define_float("variance", 0.5, "Variance of distribution")
flags.define_float("gamma", 1.0, "Vocabulary hyperparameter")
flags.define_float("alpha", 0.1, "Document topic hyperparameter")
flags.define_string("output_base", "data/synthetic", "Where we write the data")
flags.define_string("doc_proportion", "synthetic.theta",
"Where we write doc thetas")
flags.define_int("num_groups", 2, "Number of splits")
flags.define_string("vocab_output", "vocab/synthetic.voc",
"Where we write vocab")
flags.define_int("topic_output_size", 15,
"Number of words to display when we output topics")
ml_vocab = [{
0: ["dog", "cat", "moose", "butterfly"],
1: ["hund", "katze", "spinner", "pferd", "maultier", "kuh"],
2: [
"toro", "mariposa", "gato", "vaca", "donkey", "burro", "caballo",
"mosquito", "arana", "pavo"
]
tmp = 'SPLIT_\t' + w1 + '\t' + w2 + '\n'
output_file.write(tmp)
count += 1
count = 0
for (w1, w2) in must.keys():
if count < must_links_num:
pmi = must[(w1, w2)]
tmp = 'MERGE_\t' + w1 + '\t' + w2 + '\n'
output_file.write(tmp)
count += 1
output_file.close()
flags.define_string("vocab", "vocab/20_news.voc", "Where we find the vocab")
flags.define_string("stats", "", "Where we find the stat_file")
flags.define_string("model", "", "The model files folder of topic models")
flags.define_string("output", "constraints/tmp", "Output filename")
flags.define_int("topics_cutoff", 30, "Number of topic words")
flags.define_int("cannot_links", 0, "Number of cannot links that we want")
flags.define_int("must_links", 0, "Number of must links that we want")
flags.define_int("num_topics", 20, "Number of topics")
flags.define_bool("train_only", False, "Using only train data to \
generate the constraints")
flags.define_int("window_size", 10, "Size of window for computing coocurrance")
flags.define_float("tfidf_thresh", 0.0, "threshold for tfidf")
if __name__ == "__main__":
from collections import defaultdict
from nltk import FreqDist
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.corpora.corpus_vocab_wrapper import CorpusVocabWrapper
from topicmod.util import flags
from parse_reader import *
flags.define_int("docs_per_file", 100, "Number of documents per file")
flags.define_int("vocab_size", 5000, "Maximum vocabulary size")
flags.define_bool("remove_stop", False, "remove stopwords")
flags.define_bool("use_lemma", False, "Use lemmas instead of raw tokens")
flags.define_bool("use_relation", False, "Use relation (synset) instead of pos")
flags.define_glob("vocab_source", None, "Where we get initial vocabulary")
flags.define_string("output_path", None, "Where we write the translated corpuss")
flags.define_string("output_filename", "wacky_en_reduced.index", "Filename of index")
flags.define_int("min_length", 100, "Number of characters in document line")
class CorpusTranslator:
def __init__(self, output_path, use_lemma, docs_per_file):
self.output_base = output_path
self.document_list = []
self.use_lemma = use_lemma
# A lookup for each language
self.vocab = defaultdict(dict)
self.roles = defaultdict(dict)
self.output_corpus = Corpus()
import codecs
from collections import defaultdict
from topicmod.util import flags
from topicmod.ling.dictionary import DingEntries
flags.define_string("vocab", "", "Where we read vocab")
flags.define_float("smoothing", 0.001, "Smoothing amount")
flags.define_float("hit", 1.0, "Value if there's a hit")
flags.define_string("output", "lda/lambda", "Lambda output")
if __name__ == "__main__":
flags.InitFlags()
vocab = defaultdict(dict)
index = defaultdict(int)
for ii in codecs.open(flags.vocab):
lang, word = ii.split("\t")
lang = int(lang)
vocab[lang][word.strip()] = index[lang]
index[lang] += 1
trans = defaultdict(set)
sum = defaultdict(float)
for ii in vocab[0]:
for jj in vocab[1]:
if ii == jj:
if vocab[1][jj] % 100 == 0:
print "Submitting ...", filename,
qsub(filename, max_jobs)
if delete:
print "deleted"
os.remove(filename)
print(filename)
print ""
if __name__ == "__main__":
from topicmod.util import flags
mkdir("/tmp/%s" % USER)
mkdir("/tmp/%s/qsub-scripts" % USER)
flags.define_string("template", "", "Where we read the template file from")
flags.define_dict("args", {}, "Substitute values for the template")
flags.define_dict("defaults", {}, "Default args")
flags.define_string("wall", "24:00:00", "The wall time")
flags.define_string("name", "", "Name given to job on cluster")
flags.define_string("mem", "4gb", "How much memory we give")
flags.define_string("queue", "shallow", "Which queue do we submit to")
flags.define_int("max_jobs", 16, "Number of simultaneous jobs on cluster")
flags.define_bool("delete_scripts", True, "Do we delete after we're done?")
flags.define_bool("submit", True, "Do we submit")
flags.InitFlags()
template = open(flags.template).read()
d = flags.defaults
d["wall"] = flags.wall
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
from topicmod.corpora.pang_lee_movie import PangLeeMovieCorpus
flags.define_string("base", "../../data/rdd/moviestyledata/",
"Where we look for data")
flags.define_string("output", "../../data/rdd/moviestyleproto/numeric/",
"Where we write output")
flags.define_string("response", "rating", "Which rating format we use")
flags.define_int("doc_limit", -1, "How many documents we add")
if __name__ == "__main__":
flags.InitFlags()
corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
corpus.add_language("*/subj.*", flags.response, DIXIE)
corpus.write_proto(flags.output + "numeric", "richmond", 1000)
#corpus = PangLeeMovieCorpus(flags.base, flags.doc_limit)
#corpus.add_language("filmrezension.de_lines/*/subj.*", flags.response, \
# GERMAN)
#corpus.write_proto(flags.output + "numeric", "richmond", 100)
from math import log
from random import random
from topicmod.util import flags
from syntop_parameters_pb2 import *
flags.define_string("vocab", None, "Size of vocabulary")
flags.define_int("num_docs", None, "Numer of documents")
flags.define_int("num_topics", 128, "Number topics")
flags.define_string("model_name", "output/model", "Name of model")
flags.define_bool("finite", False, "Use finite model")
flags.define_bool("ignore_trans", False, "Use only documents")
flags.define_bool("ignore_docs", False, "Use only syntax")
flags.define_bool("shortcut_gsl", False,
"Use closed form updates when possible")
flags.define_int("max_doc_iterations", 5,
"Number of e-step rounds per-document")
flags.define_int("alpha_doc", 1.0, "DP parameter for doc distributions")
flags.define_int("alpha_trans", 1.0,
"DP parameter for transition distributions")
flags.define_int("alpha_top", 1.0,
"DP parameter for top-level stick-breaking distribution")
flags.define_int("vocab_sigma", 0.1, "Vocab hyperparametersx")
if __name__ == "__main__":
flags.InitFlags()
params = SyntopParameters()
from math import log
from random import random
from topicmod.util import flags
from syntop_parameters_pb2 import *
flags.define_string("vocab", None, "Size of vocabulary")
flags.define_int("num_docs", None, "Numer of documents")
flags.define_int("num_topics", 128, "Number topics")
flags.define_string("model_name", "output/model", "Name of model")
flags.define_bool("finite", False, "Use finite model")
flags.define_bool("ignore_trans", False, "Use only documents")
flags.define_bool("ignore_docs", False, "Use only syntax")
flags.define_bool("shortcut_gsl", False, "Use closed form updates when possible")
flags.define_int("max_doc_iterations", 5, "Number of e-step rounds per-document")
flags.define_int("alpha_doc", 1.0, "DP parameter for doc distributions")
flags.define_int("alpha_trans", 1.0, "DP parameter for transition distributions")
flags.define_int("alpha_top", 1.0, "DP parameter for top-level stick-breaking distribution")
flags.define_int("vocab_sigma", 0.1, "Vocab hyperparametersx")
if __name__ == "__main__":
flags.InitFlags()
params = SyntopParameters()
params.finite = flags.finite
params.ignore_trans = flags.ignore_trans
params.ignore_docs = flags.ignore_docs
params.shortcut_gsl = flags.shortcut_gsl
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
#from topicmod.corpora.flat import FlatCorpus
from topicmod.corpora.crossfire import CrossfireCorpus
flags.define_int("doc_limit", -1, "How many documents we add")
flags.define_string("base", "../../data/crossfire/cf/clean/", \
"Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
if __name__ == "__main__":
flags.InitFlags()
#corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus = CrossfireCorpus(flags.base, flags.doc_limit)
corpus.add_language("*.txt")
corpus.write_proto(flags.output + "numeric", "crossfire")
from topicmod.util import flags
from topicmod.util.sets import count_line
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.corpora.proto.wordnet_file_pb2 import *
from topicmod.corpora.ml_vocab import MultilingualVocab
from topicmod.corpora.ml_vocab import Vocab
from collections import defaultdict
import codecs
flags.define_string("output", "", "Where we write output")
flags.define_glob("doc_roots", "", "The document vocab")
flags.define_string("vocab", "", "The vocab file")
flags.define_string("location", "", "Where the data live")
flags.define_int("min_length", 50, "Minimum number of tokens")
flags.define_int("num_docs", -1, "Number of documents we write")
flags.define_string("language", "en", "What language this is")
kLANGUAGE_ID = {"en": ENGLISH, "de": GERMAN, "zh": CHINESE}
def lda_line(filename, full_vocab, filtered_vocab):
d = defaultdict(int)
doc = Document()
doc.ParseFromString(open(filename, 'rb').read())
num_words = 0
for sent in doc.sentences:
for word in sent.words:
new_word = full_vocab.get_word(doc.language, word.token)
import sys
import os
from topicmod.util import flags
from syntop_parameters_pb2 import *
flags.define_int("num_iterations", 1, "Number of iterations")
flags.define_string("model_name", "output/model", "Where we find data")
flags.define_string("corpus", None, "The source corpus")
flags.define_bool("hadoop", False, "Do we use hadoop or local batch")
flags.define_bool("doc_step", True, "Do we call the document-centric parts")
flags.define_bool("merge_step", True,
"Do we merge doc step results (and compute new topics)")
flags.define_bool(
"update_global", True,
"Do we compute new transition and DP variational parameters")
class Array:
def __init__(self, name):
self._rows = {}
self._name = name
def __getitem__(self, index):
if not index in self._rows:
self._rows[index] = defaultdict(float)
return self._rows[index]
def __iter__(self):
import os
import gzip
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
# Input
flags.define_string("doc_filter", None, "Files to filter out")
flags.define_string("vocab", None, "The file that defines the vocab")
flags.define_string("state_file", None, \
"The state file that create the corpus")
# Output
flags.define_string("state_output", None, "Where we write state file")
flags.define_string("corpus_output_path", None, "Where we write the corpus")
flags.define_string("corpus_name", "NIH", "Name of the corpus")
# Options
flags.define_int("docs_per_index", 5000, "Number of docs per section")
flags.define_int("doc_limit", -1, "Cap on number of documents")
class MalletAssignment:
def __init__(self, line, debug=False):
if debug:
for ii in xrange(len(line.split())):
print ii, line.split()[ii]
self.doc, foo, self.index, self.term_id, self.term, self.assignment = \
line.split()
self.doc = int(self.doc)
rank = tfidf
else:
rank = frequency
o = codecs.open(outputname, 'w', 'utf-8')
for ii in rank:
count = 0
for jj in rank[ii]:
count += 1
if count <= vocab_limit and frequency[ii][jj] >= freq_limit:
word = vocab[ii][jj]
o.write(u"%i\t%s\t%f\t%i\n" % (ii, word, tfidf[ii][jj], frequency[ii][jj]))
o.close()
flags.define_string("proto_corpus", None, "The proto files")
flags.define_bool("lemma", False, "Use lemma or tokens")
flags.define_bool("select_tfidf", False, "select the vocab by tfidf or frequency")
flags.define_string("output", "", "Where we output the preprocessed data")
flags.define_string("vocab", None, "Where we output the vocab")
flags.define_int("vocab_limit", 10000, "The vocab size")
flags.define_int("freq_limit", 20, "The minimum frequency of each word")
if __name__ == "__main__":
flags.InitFlags()
[vocab, tfidf, frequency] = gen_files(flags.proto_corpus, flags.output, flags.lemma)
gen_vocab(vocab, tfidf, frequency, flags.select_tfidf, flags.vocab, flags.vocab_limit, flags.freq_limit)
from topicmod.corpora.nyt_reader import *
from topicmod.util import flags
flags.define_string("nyt_base", "../../data/new_york_times/", "Where we find the nyt corpus")
flags.define_int("doc_limit", -1, "How many documents")
flags.define_string("output", "/tmp/jbg/nyt/", "Where we write data")
flags.define_float("bigram_limit", 0.9, "p-value for bigrams")
if __name__ == "__main__":
flags.InitFlags()
nyt = NewYorkTimesReader(flags.nyt_base, flags.doc_limit, flags.bigram_limit)
nyt.add_language_list("../../data/new_york_times/editorial_file_list")
nyt.write_proto(flags.output + "numeric", "nyt", 1000)
import re
import os.path
from proto.corpus_pb2 import *
from proto.wordnet_file_pb2 import *
from topicmod.util import flags
from topicmod.util.sets import read_pickle, write_pickle
flags.define_int("option", 0, \
"change the whole documents or just the topics of just the word")
flags.define_string("ldawnoutput", "output/nsf", "ldawn output directory")
flags.define_string("maps", "output/nsf", "mapping files directory")
flags.define_string("wordnet", "wn/output.0", "contraint source")
flags.define_string("assignment_path", None, "Where the assignments live")
def checkSame(cons, old_cons):
if len(cons) != len(old_cons):
return False
for key in cons:
if key not in old_cons:
return False
return True
def getMappingDicts_reGen(corpusdir, mapsdir, cons):
# check the old constraint.dict exists or not
cons_file = corpusdir + "/constraint.set"
if (not os.path.exists(cons_file)):
# Regenerate
(word_wid_dic, wid_did_dic, did_doc_dic) = \
getNewMappingDicts(corpusdir, mapsdir)
else:
qsub(filename, max_jobs)
if delete:
print "deleted"
os.remove(filename)
print(filename)
print ""
if __name__ == "__main__":
from topicmod.util import flags
mkdir("/tmp/%s" % USER)
mkdir("/tmp/%s/qsub-scripts" % USER)
flags.define_string("template", "", "Where we read the template file from")
flags.define_dict("args", {}, "Substitute values for the template")
flags.define_dict("defaults", {}, "Default args")
flags.define_string("wall", "24:00:00", "The wall time")
flags.define_string("name", "", "Name given to job on cluster")
flags.define_string("mem", "4gb", "How much memory we give")
flags.define_string("queue", "shallow", "Which queue do we submit to")
flags.define_int("max_jobs", 16, "Number of simultaneous jobs on cluster")
flags.define_bool("delete_scripts", True, "Do we delete after we're done?")
flags.define_bool("submit", True, "Do we submit")
flags.InitFlags()
template = open(flags.template).read()
d = flags.defaults
d["wall"] = flags.wall
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
#from topicmod.corpora.flat import FlatCorpus
from topicmod.corpora.flat import FlatEmailCorpus
flags.define_int("doc_limit", -1, "How many documents we add")
flags.define_string("base", "../../data/20_news_date/", \
"Where we look for data")
flags.define_string("output", "/tmp/", "Where we write output")
if __name__ == "__main__":
flags.InitFlags()
#corpus = FlatCorpus(flags.base, flags.doc_limit)
corpus = FlatEmailCorpus(flags.base, flags.doc_limit)
corpus.add_language("train/*/*")
corpus.add_language("test/*/*")
corpus.write_proto(flags.output + "numeric", "20_news_date")
tmp = 'MERGE_'
for word in merge1:
tmp += '\t' + word
tmp += '\n'
output_file.write(tmp)
tmp = 'MERGE_'
for word in merge2:
tmp += '\t' + word
tmp += '\n'
output_file.write(tmp)
output_file.close()
flags.define_string("vocab", "vocab/20_news.voc", "Where we find the vocab")
flags.define_string("stats", None, "Where we find the stat_file")
flags.define_string("model", "", "The model files folder of topic models")
flags.define_string("output", "constraints/tmp", "Output filename")
flags.define_int("topics_cutoff", 30, "Number of topic words")
flags.define_float("tfidf_thresh", 0, "threshold for tfidf")
if __name__ == "__main__":
flags.InitFlags()
# getting statistics: slower version, full statistics, memory cost
#[cooccur, wordcount, tfidf, vocab_index_word, topics, doc_num] \
# = get_statistics_all(flags.corpus, flags.num_topics, flags.model, \
# flags.topics_cutoff, flags.window_size, flags.train_only)
from collections import defaultdict
from topicmod.util import flags
from topicmod.util.wordnet import load_wn
from topicmod.ling.dictionary import *
from topicmod.ling.snowball_wrapper import Snowball
from topicmod.corpora.ontology_writer import OntologyWriter
from topicmod.corpora.ontology_writer import orderedTraversal
from topicmod.corpora.ml_vocab import MultilingualVocab
from topicmod.corpora.proto.corpus_pb2 import *
flags.define_int("limit", 250, "How many items in our MuTo matching")
flags.define_bool("dictionary", False, "Use a dictionary")
flags.define_string("dic_dir", "../../data/dictionaries/", "Use a dictionary")
flags.define_bool("translation", False, "Use translation matrix")
flags.define_bool("greedy_matching", False, "Use a matching from dictionary")
flags.define_bool("wordnet", False, "Use WordNet as scaffold")
flags.define_bool("german", False, "Include German")
flags.define_bool("chinese", False, "Include Chinese")
flags.define_string("output", "", "Where we write ontology")
flags.define_float("trans_cutoff", 0.5, "Min value for using the translation")
flags.define_string("wn_version", "3.0", "Which version of WN we use")
flags.define_string("filter_vocab", "", "Filter entries based on vocabulary")
flags.define_bool("stem", False, "Stem words")
flags.define_bool("id_strings", False, "Add identical strings")
# generate an updated vocab: note not all the words in the original vocab will be included
# in the generated wordnet, generate a new vocab only contains the words in the wordnet.
flags.define_string("updated_vocab", "", "generate a new vocab")
from topicmod.util import flags
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.corpora.proto.wordnet_file_pb2 import *
from topicmod.corpora.ml_vocab import Vocab
from topicmod.corpora.ml_vocab import MultilingualVocab
import codecs
from collections import defaultdict
flags.define_glob("wordnet", "", "The wordnet files")
flags.define_string("vocab", "", "The vocab file")
flags.define_glob("docs", "", "The documents we want to view")
flags.define_glob("doc_roots", "", "The document vocab")
def print_doc(filename, full, flat, wn):
doc = Document()
doc.ParseFromString(open(filename, 'rb').read())
print "-------------------------------"
print "Original document:"
for sent in doc.sentences:
for word in sent.words:
print "|%i:%i:%s|" % (doc.language, word.token, \
full.get_word(doc.language, \
word.token).encode("ascii", \
'ignore')),
print ""
infile = open(infilename, 'r')
vocab = defaultdict(FreqDist)
for line in infile:
line = line.strip()
ww = line.split('\t')
lang = ww[0]
if source[lang][ww[1]] == 0:
print source[lang][ww[1]], ww[1]
vocab[lang].inc(ww[1], source[lang][ww[1]])
infile.close()
outfile = codecs.open(outfilename, 'w', 'utf-8')
for ii in vocab:
for jj in vocab[ii]:
outfile.write(u"%s\t%s\n" % (ii, jj))
#outfile.write(u"%s\t%s\t%f\t%i\n" % (ii, jj, tfidf[ii][jj], frequency[ii][jj]))
outfile.close()
flags.define_string("stats_vocab", None, "The proto files")
flags.define_string("input_vocab", None, "Where we get the original vocab")
flags.define_int("option", 0, "1: tfidf; others: frequency")
flags.define_string("sorted_vocab", None, "Where we output the vocab")
if __name__ == "__main__":
flags.InitFlags()
[tfidf, frequency] = readStats(flags.stats_vocab)
sortVocab(flags.input_vocab, tfidf, frequency, flags.option, flags.sorted_vocab)
from numpy.random.mtrand import dirichlet
from numpy.random import multinomial
from numpy.random import normal
from math import isnan, isinf
from topicmod.util import flags
from topicmod.corpora.proto.corpus_pb2 import *
flags.define_int("num_docs", 500, "Number of documents")
flags.define_int("num_topics", 5, "Number of topics")
flags.define_int("doc_length", 5, "Length of every document")
flags.define_int("num_langs", 2, "Number of languages")
flags.define_float("variance", 0.5, "Variance of distribution")
flags.define_float("gamma", 1.0, "Vocabulary hyperparameter")
flags.define_float("alpha", 0.1, "Document topic hyperparameter")
flags.define_string("output_base", "data/synthetic", "Where we write the data")
flags.define_string("doc_proportion", "synthetic.theta", "Where we write doc thetas")
flags.define_int("num_groups", 2, "Number of splits")
flags.define_string("vocab_output", "vocab/synthetic.voc", "Where we write vocab")
flags.define_int("topic_output_size", 15, "Number of words to display when we output topics")
ml_vocab = [{0: ["dog", "cat", "moose", "butterfly"],
1: ["hund", "katze", "spinner", "pferd", "maultier", "kuh"],
2:["toro", "mariposa", "gato", "vaca", "donkey", "burro", "caballo", "mosquito", "arana", "pavo"]},
{0: ["monday", "tuesday", "thursday", "friday", "saturday"],
1: ["montag", "dienstag", "mitwoch", "donnerstag", "freitag", "samstag", "sontag"],
2: ["lunes", "martes", "miercoles", "jueves", "viernes", "sabado", "domingo"]},
{0: ["mop", "broom", "bucket", "rake"],
1: ["mopp", "besen", "eimer", "moebelpolitur"],
2: ["trapeador", "escoba", "cubeta", "rastrillo"]},
{0: ["north", "east", "south", "west"],
import os
import gzip
from topicmod.corpora.proto.corpus_pb2 import *
from topicmod.util import flags
# Input
flags.define_string("doc_filter", None, "Files to filter out")
flags.define_string("vocab", None, "The file that defines the vocab")
flags.define_string("state_file", None, \
"The state file that create the corpus")
# Output
flags.define_string("state_output", None, "Where we write state file")
flags.define_string("corpus_output_path", None, "Where we write the corpus")
flags.define_string("corpus_name", "NIH", "Name of the corpus")
# Options
flags.define_int("docs_per_index", 5000, "Number of docs per section")
flags.define_int("doc_limit", -1, "Cap on number of documents")
class MalletAssignment:
def __init__(self, line, debug=False):
if debug:
for ii in xrange(len(line.split())):
print ii, line.split()[ii]
self.doc, foo, self.index, self.term_id, self.term, self.assignment = \
line.split()
self.doc = int(self.doc)
self.index = int(self.index)
tmp = word + "\t" + str(self._wordcount[word]) + "\n"
outfile.write(tmp)
outfile.close()
# write coccurance:
outputfile = self._output_dir + "/cooccurance.txt"
outfile = open(outputfile, 'w')
for w1 in self._cooccur.keys():
for w2 in self._cooccur[w1].keys():
if self._cooccur[w1][w2] != 0:
tmp = w1 + "\t" + w2 + "\t" + str(self._cooccur[w1][w2]) + "\n"
outfile.write(tmp)
outfile.close()
flags.define_string("corpus", None, "Where we find the input corpora")
flags.define_string("proto_corpus", None, "Where we find the input proto corpora")
flags.define_string("vocab", "", "The model files folder of topic models")
flags.define_int("window_size", 10, "Size of window for computing coocurrance")
flags.define_string("output", "PMI_stat/20_news", "PMI stat output filename")
flags.define_int("option", "2", "0: 20_news; 1: wikipedia")
if __name__ == "__main__":
flags.InitFlags()
# {0: 'english', 1: 'german'}
lang = 0
cp = corpusParser(lang, flags.vocab, flags.corpus, flags.window_size, flags.output)
if flags.option == 0:
cp.parseCorpus20news()
get_tfidf(flags.proto_corpus, flags.vocab, flags.output)
elif flags.option == 1:
