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")
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):
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):
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 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()
#
# File to turn protocol buffers into a test-only input file readable by
# mapreduce implementation of syntactic topic model.
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 = []
#
# File to turn protocol buffers into a test-only input file readable by
# mapreduce implementation of syntactic topic model.
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
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
d["mem"] = flags.mem
for ii in flags.args:
d[ii] = flags.args[ii]
if flags.name:
d["name"] = flags.name
if not "name" in d:
from topicmod.util import flags
from topicmod.corpora.vocab_compiler import VocabCompiler
flags.define_glob("corpus_parts", None, "Where we look for vocab")
flags.define_filename("output", None, "Where we write the new vocab")
flags.define_int("min_freq", 10, "Minimum frequency for inclusion")
flags.define_int("vocab_limit", 5000, "Maximum vocab size")
flags.define_bool("exclude_stop", True, "Do we throw out stop words")
flags.define_bool("exclude_punc", True, "Do we exclude punctuation")
flags.define_bool("exclude_digits", True, "Do we exclude digits")
flags.define_list("special_stop", [], "Special stop words")
flags.define_int("min_length", 3, "Minimum length for tokens")
flags.define_bool("stem", False, "Stem words")
flags.define_bool("bigram", False, "Use bigrams")
if __name__ == "__main__":
flags.InitFlags()
assert not (flags.stem and flags.bigram), "Can't use stem and bigram"
v = VocabCompiler()
for ii in flags.corpus_parts:
print ii
v.addVocab(ii, flags.exclude_stop, flags.special_stop, \
flags.exclude_punc, flags.exclude_digits, \
flags.stem, flags.bigram, flags.min_length)
v.writeVocab(flags.output, flags.vocab_limit, flags.min_freq)
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.
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
d["mem"] = flags.mem
for ii in flags.args:
d[ii] = flags.args[ii]
if flags.name:
d["name"] = flags.name
if not "name" in d:
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
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__":
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)
# getting statistics: faster version, partial statistics, memory efficient
print "Reading vocab"
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 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
