def intersect_vocab(db_dict, tag_file, addl_vocab=[], db_wn='', wn_list=[]):
cn_words, cn_vocab = get_conceptnet_words(db_dict, addl_vocab)
print "ConceptNet: %d words, %d cleaned" % (len(cn_words), len(cn_vocab) )
fr_words = {}
cnt,__ = read_unigram(tag_file, fr_words)
fr_words = filter(lambda k: fr_words[k]>5, fr_words.keys())
vocab = list( set(cn_vocab) & set(fr_words) )
vocab = filter(lambda s: len(s)>0, vocab)
print "Flickr kep %d/%d tags, %d in common with ConceptNet " % (len(fr_words), cnt, len(vocab) )
print " %d words in the intersected vocab" % len(vocab)
# now deal with wordnet
#wn_words = get_wordnet_words(db_wn, wn_list, db_dict, vocab)
return vocab, fr_words
def intersect_vocab(db_dict, tag_file, addl_vocab=[], db_wn='', wn_list=[]):
cn_words, cn_vocab = get_conceptnet_words(db_dict, addl_vocab)
print "ConceptNet: %d words, %d cleaned" % (len(cn_words), len(cn_vocab))
fr_words = {}
cnt, __ = read_unigram(tag_file, fr_words)
fr_words = filter(lambda k: fr_words[k] > 5, fr_words.keys())
vocab = list(set(cn_vocab) & set(fr_words))
vocab = filter(lambda s: len(s) > 0, vocab)
print "Flickr kep %d/%d tags, %d in common with ConceptNet " % (
len(fr_words), cnt, len(vocab))
print " %d words in the intersected vocab" % len(vocab)
# now deal with wordnet
#wn_words = get_wordnet_words(db_wn, wn_list, db_dict, vocab)
return vocab, fr_words
def make_vocab(argv):
if len(argv)<2:
argv = ['-h']
parser = OptionParser(description='construct+compare conceptnet and flickr word similarities')
parser.add_option('-d', '--db_dir', dest='db_dir', default="", help='dir containing sqlite db files')
parser.add_option("", '--db_dict', dest='db_dict', default="dict.db", help='dictionary')
parser.add_option("", '--unigram_file', dest='unigram_file', default="unigram.txt", help='unigrams file %word count%')
parser.add_option("", '--wn_list', dest='wn_list', default="wnet-50.txt", help='')
parser.add_option("", '--addl_vocab', dest='addl_vocab', default="places_etc.txt", help='')
#parser.add_option("", '--db_wordnet', dest='db_wordnet', default="wordnet.db", help='')
#parser.add_option("", '--bigram_file', dest='bigram_file', default="bigram_filtered.txt", help='')
(opts, __args) = parser.parse_args(sys.argv)
# intersect the two dictionaries first
db_dict = os.path.join(opts.db_dir, opts.db_dict)
ug_file = os.path.join(opts.db_dir, opts.unigram_file)
addl_vocab = open(os.path.join(opts.db_dir, opts.addl_vocab), 'rt').read().split()
#db_wn = os.path.join(opts.db_dir, opts.db_wordnet)
#wn_list = os.path.join(opts.db_dir, opts.wn_list)
#vocab, fr_words = intersect_vocab(db_dict, ug_file, addl_vocab=addl_vocab)
cn_words, cn_vocab = get_conceptnet_words(db_dict, addl_vocab)
print "ConceptNet: %d words, %d cleaned" % (len(cn_words), len(cn_vocab) )
fr_words = {}
cnt,__ = read_unigram(ug_file, fr_words)
fr_words = filter(lambda k: fr_words[k]>5, fr_words.keys())
vocab = list( set(cn_vocab) & set(fr_words) )
vocab = filter(lambda s: len(s)>0, vocab)
print "Flickr kep %d/%d tags, %d in common with ConceptNet " % (len(fr_words), cnt, len(vocab) )
print " %d words in the intersected vocab" % len(vocab)
#open(os.path.join(opts.db_dir, 'vocab.txt'), "wt").write("\n".join(vocab))
fr_words.sort()
open(os.path.join(opts.db_dir, 'vocab_flickr.txt'), "wt").write("\n".join(fr_words))
fo = open(os.path.join(opts.db_dir, 'vocab_conceptnet.txt'), "wt")
for k, v in cn_words.iteritems():
if v:
fo.write("%s\t%s\n" % (k, ",".join(v)) )
fo.close()
def make_vocab(argv):
if len(argv) < 2:
argv = ['-h']
parser = OptionParser(
description='construct+compare conceptnet and flickr word similarities'
)
parser.add_option('-d',
'--db_dir',
dest='db_dir',
default="",
help='dir containing sqlite db files')
parser.add_option("",
'--db_dict',
dest='db_dict',
default="dict.db",
help='dictionary')
parser.add_option("",
'--unigram_file',
dest='unigram_file',
default="unigram.txt",
help='unigrams file %word count%')
parser.add_option("",
'--wn_list',
dest='wn_list',
default="wnet-50.txt",
help='')
parser.add_option("",
'--addl_vocab',
dest='addl_vocab',
default="places_etc.txt",
help='')
#parser.add_option("", '--db_wordnet', dest='db_wordnet', default="wordnet.db", help='')
#parser.add_option("", '--bigram_file', dest='bigram_file', default="bigram_filtered.txt", help='')
(opts, __args) = parser.parse_args(sys.argv)
# intersect the two dictionaries first
db_dict = os.path.join(opts.db_dir, opts.db_dict)
ug_file = os.path.join(opts.db_dir, opts.unigram_file)
addl_vocab = open(os.path.join(opts.db_dir, opts.addl_vocab),
'rt').read().split()
#db_wn = os.path.join(opts.db_dir, opts.db_wordnet)
#wn_list = os.path.join(opts.db_dir, opts.wn_list)
#vocab, fr_words = intersect_vocab(db_dict, ug_file, addl_vocab=addl_vocab)
cn_words, cn_vocab = get_conceptnet_words(db_dict, addl_vocab)
print "ConceptNet: %d words, %d cleaned" % (len(cn_words), len(cn_vocab))
fr_words = {}
cnt, __ = read_unigram(ug_file, fr_words)
fr_words = filter(lambda k: fr_words[k] > 5, fr_words.keys())
vocab = list(set(cn_vocab) & set(fr_words))
vocab = filter(lambda s: len(s) > 0, vocab)
print "Flickr kep %d/%d tags, %d in common with ConceptNet " % (
len(fr_words), cnt, len(vocab))
print " %d words in the intersected vocab" % len(vocab)
#open(os.path.join(opts.db_dir, 'vocab.txt'), "wt").write("\n".join(vocab))
fr_words.sort()
open(os.path.join(opts.db_dir, 'vocab_flickr.txt'),
"wt").write("\n".join(fr_words))
fo = open(os.path.join(opts.db_dir, 'vocab_conceptnet.txt'), "wt")
for k, v in cn_words.iteritems():
if v:
fo.write("%s\t%s\n" % (k, ",".join(v)))
fo.close()
