def load_trigram_data(filename, mode):
token_idx = TokenIdx()
idxs = []
target = []
for n, line in enumerate(open(filename, 'r')):
if n%100000==0: sys.stderr.write("loading data %s\r" % n)
record = line.strip().split()
w1_idx, w2_idx, w3_idx = [token_idx.id_for(w) for w in record[:3]]
if len(record) == 3 and mode=='sm':
# just trigram
idxs.append([w1_idx, w2_idx])
target.append(w3_idx)
elif len(record) == 4 and mode=='lr':
# trigram with label
idxs.append([w1_idx, w2_idx, w3_idx])
target.append(float(record[3]))
else:
raise Exception("expected 3 token for mode=sm and 4 tokens for mode=lr, not %s tokens for mode %s" % (len(record), mode))
return (np.asarray(idxs, dtype='int32'), np.asarray(target, dtype='int32'), token_idx)
help='np matrix file to load; eg ckpt.X.E')
optparser.add_option('--tokens',
None,
dest='tokens',
type='string',
help='space separated list of tokens to emit NNs for')
optparser.add_option('--k',
None,
dest='k',
type='int',
default=5,
help='number of near neighbours to emit')
opts, arguments = optparser.parse_args()
print >> sys.stderr, "options", opts
token_idx = TokenIdx()
token_idx.read_from_file(opts.vocab)
# checking that tokens are in vocab
for token in opts.tokens.split(" "):
if not token_idx.id_exists_for(token):
print >> sys.stderr, "token [%s] not in vocab?" % token
exit(1)
E = np.load(opts.matrix_file)
#lshf = LSHForest()
#lshf.fit(E)
#distances, indices = lshf.kneighbors(E[[token_idx.id_for("monday_NNS")]], n_neighbors=10)
#for d, i in zip(distances[0], indices[0]):
# print d, token_idx.token_for(i)
