def evaluate_simi(wv, w2i, vocab):
wv_dict = dict()
for w in vocab:
wv_dict[w] = wv[w2i[w], :]
if isinstance(wv_dict, dict):
w = Embedding.from_dict(wv_dict)
# Calculate results on similarity
print("Calculating similarity benchmarks")
similarity_tasks = {
"WS353": fetch_WS353(),
"RG65": fetch_RG65(),
# "WS353R": fetch_WS353(which="relatedness"),
# "WS353S": fetch_WS353(which="similarity"),
"SimLex999": fetch_SimLex999(),
"MTurk": fetch_MTurk(),
"RW": fetch_RW(),
"MEN": fetch_MEN(),
}
# similarity_results = {}
for name, data in iteritems(similarity_tasks):
print(
"Sample data from {}, num of samples: {} : pair \"{}\" and \"{}\" is assigned score {}"
.format(name, len(data.X), data.X[0][0], data.X[0][1], data.y[0]))
score = evaluate_similarity(w, data.X, data.y)
print("Spearman correlation of scores on {} {}".format(name, score))
def __init__(self, embedder, prefix="", **kwargs):
try:
from web.datasets.similarity import fetch_MEN, fetch_WS353, fetch_SimLex999, fetch_RW
except ImportError:
raise RuntimeError(
"Please install web (https://github.com/kudkudak/word-embeddings-benchmarks)"
)
self._embedder = embedder
self._prefix = prefix
# Define tasks
logger.info("Downloading benchmark data")
tasks = { # TODO: Pick a bit better tasks
"MEN": fetch_MEN(),
"WS353": fetch_WS353(),
"SIMLEX999": fetch_SimLex999(),
"RW": fetch_RW()
}
# Print sample data
for name, data in iteritems(tasks):
logger.info(
"Sample data from {}: pair \"{}\" and \"{}\" is assigned score {}"
.format(name, data.X[0][0], data.X[0][1], data.y[0]))
logger.info("Checking embedder for " + prefix)
logger.info(embedder(["love"])[0, 0:5]) # Test embedder
self._tasks = tasks
super(SimilarityWordEmbeddingEval, self).__init__(**kwargs)
def get_dataset(dataset_name):
if dataset_name == "WS353":
return fetch_WS353("similarity")
elif dataset_name == "MEN":
return fetch_MEN("all")
elif dataset_name == "SimLex-999":
return fetch_SimLex999()
elif dataset_name == "MTurk":
return fetch_MTurk()
elif dataset_name == "WS353":
return fetch_WS353('all')
elif dataset_name == "RG65":
return fetch_RG65()
elif dataset_name == "RW":
return fetch_RW()
elif dataset_name == "TR9856":
return fetch_TR9856()
elif dataset_name == "MSR":
return fetch_msr_analogy()
elif dataset_name == "Google":
return fetch_google_analogy()
else:
raise Exception("{}: dataset not supported".format(dataset_name))
def test_ws353_fetcher():
data1 = fetch_WS353(which="set1")
data2 = fetch_WS353(which="set2")
data3 = fetch_WS353(which="similarity")
data4 = fetch_WS353(which="relatedness")
data5 = fetch_WS353(which="all")
V5 = set([" ".join(sorted(x)) for x in data5.X])
V1 = set([" ".join(sorted(x)) for x in data1.X])
V2 = set([" ".join(sorted(x)) for x in data2.X])
V3 = set([" ".join(sorted(x)) for x in data3.X])
V4 = set([" ".join(sorted(x)) for x in data4.X])
# sd and scores have same length
assert data1.sd.shape[0] == data1.y.shape[0]
assert data2.sd.shape[0] == data2.y.shape[0]
# WSR = WSR-SET1 u WSR-SET2
assert data5.X.shape[0] == 353
assert V5 == V2.union(V1)
assert V5 == V3.union(V4)
# Two word pairs reoccurr
assert len(V5) == 351
def test_ws353_fetcher():
data1 = fetch_WS353(which="set1")
data2 = fetch_WS353(which="set2")
data3 = fetch_WS353(which="similarity")
data4 = fetch_WS353(which="relatedness")
data5 = fetch_WS353(which="all")
V5 = set([" ".join(sorted(x)) for x in data5.X])
V1 = set([" ".join(sorted(x)) for x in data1.X])
V2 = set([" ".join(sorted(x)) for x in data2.X])
V3 = set([" ".join(sorted(x)) for x in data3.X])
V4 = set([" ".join(sorted(x)) for x in data4.X])
# sd and scores have same length
assert data1.sd.shape[0] == data1.y.shape[0]
assert data2.sd.shape[0] == data2.y.shape[0]
# WSR = WSR-SET1 u WSR-SET2
assert data5.X.shape[0] == 353
assert V5 == V2.union(V1)
assert V5 == V3.union(V4)
# Two word pairs reoccurr
assert len(V5) == 351
def web_tests(emb):
"""
:param emb: dict of words and their corresponding embeddings
:return: dict of word-embeddings-benchmarks tests and scores received
"""
similarity_tasks = {
'WS353': fetch_WS353(),
'RG65': fetch_RG65(),
'RW': fetch_RW(),
'MTurk': fetch_MTurk(),
'MEN': fetch_MEN(),
'SimLex999': fetch_SimLex999()
}
web_emb = Embedding(Vocabulary(list(emb.keys())), list(emb.values()))
similarity_results = {}
for name, data in iteritems(similarity_tasks):
similarity_results[name] = evaluate_similarity(web_emb, data.X, data.y)
logging.info("Spearman correlation of scores on {} {}".format(
name, evaluate_similarity(web_emb, data.X, data.y)))
return similarity_results
def call_module(g_filename):
# Configure logging
logging.basicConfig(format='%(asctime)s %(levelname)s:%(message)s', level=logging.DEBUG, datefmt='%I:%M:%S')
# Fetch GloVe embedding (warning: it might take few minutes)
#w_glove = fetch_GloVe(corpus="wiki-6B", dim=300)
kargs = {'vocab_size':200000, 'dim':400}
fname=g_filename
w_custom = load_embedding(fname, format="glove", normalize=True,
lower=True, clean_words=False, load_kwargs=kargs)
# Define tasks
tasks = {
"MEN": fetch_MEN(),
"WS353": fetch_WS353(),
"SIMLEX999": fetch_SimLex999()
}
# Print sample data
for name, data in iteritems(tasks):
print("Sample data from {}: pair \"{}\" and \"{}\" is assigned score {}".format(name, data.X[0][0], data.X[0][1], data.y[0]))
# Calculate results using helper function
for name, data in iteritems(tasks):
print("Spearman correlation of scores on {} {}".format(name, evaluate_similarity(w_custom, data.X, data.y)))
def evaluateOnAll(w):
similarity_tasks = {
"MTurk": fetch_MTurk(),
"MEN": fetch_MEN(),
"WS353": fetch_WS353(),
"RubensteinAndGoodenough": fetch_RG65(),
"Rare Words": fetch_RW(),
"SIMLEX999": fetch_SimLex999(),
"TR9856": fetch_TR9856()
}
similarity_results = {}
for name, data in iteritems(similarity_tasks):
similarity_results[name] = evaluate_similarity(w, data.X, data.y)
print("Spearman correlation of scores on {} {}".format(name, similarity_results[name]))
# Calculate results on analogy
print("Calculating analogy benchmarks")
analogy_tasks = {
"Google": fetch_google_analogy(),
"MSR": fetch_msr_analogy()
}
analogy_results = {}
for name, data in iteritems(analogy_tasks):
analogy_results[name] = evaluate_analogy(w, data.X, data.y)
print("Analogy prediction accuracy on {} {}".format(name, analogy_results[name]))
analogy_results["SemEval2012_2"] = calAnswersonSemEval(w)['all']
print("Analogy prediction accuracy on {} {}".format("SemEval2012", analogy_results["SemEval2012_2"]))
analogy = pd.DataFrame([analogy_results])
sim = pd.DataFrame([similarity_results])
results = sim.join(analogy)
return results
import argparse
import pickle
from web.datasets.similarity import fetch_WS353
from web.embeddings import load_embedding
from web.evaluate import evaluate_similarity
if __name__ == '__main__':
parser = argparse.ArgumentParser()
parser.add_argument('--word-vectors')
args = parser.parse_args()
ws353 = fetch_WS353()
embedding = load_embedding(args.word_vectors,
lower=True,
clean_words=True,
format='dict')
print('Spearman`s rank on WS353 ',
evaluate_similarity(embedding, ws353.X, ws353.y))
print_error_vs_len_defs, print_plot_error_vs_frequency,
print_error_vs_avg_count_def, load_dict, spearman_train_test)
if __name__ == "__main__":
plt.style.use('ggplot')
np.random.seed(0)
# Configure logging
logging.basicConfig(format='%(asctime)s %(levelname)s:%(message)s', level=logging.DEBUG, datefmt='%I:%M:%S')
# SETUP
datasets = [('SL999', fetch_SimLex999()),
('SL333', fetch_SimLex999(which='333')),
('SV3500-t', fetch_SimVerb3500(which='test')),
('WS353', fetch_WS353()),
#('WS353R', fetch_WS353(which='relatedness')),
#('RW', fetch_RW()),
('MEN-t', fetch_MEN(which='test')),
('SCWS', fetch_SCWS()),
('MTurk', fetch_MTurk())]
logging.info(fuel.config.data_path)
vocab_defs_fname = os.path.join(fuel.config.data_path[0], "vocab.txt")
logging.info("using vocab for definition {}".format(vocab_defs_fname))
# END SETUP
parser = argparse.ArgumentParser("Evaluate embeddings")
parser.add_argument("emb_filename", help="Location of embeddings")
parser.add_argument("emb_format", help="either 'glove', 'dict' or 'dict_poly'")
parser.add_argument("root_dicts",
import logging
from six import iteritems
from web.datasets.similarity import fetch_MEN, fetch_WS353, fetch_SimLex999
from web.embeddings import fetch_GloVe
from web.evaluate import evaluate_similarity
# Configure logging
logging.basicConfig(format='%(asctime)s %(levelname)s:%(message)s',
level=logging.DEBUG,
datefmt='%I:%M:%S')
# Fetch GloVe embedding (warning: it might take few minutes)
w_glove = fetch_GloVe(corpus="wiki-6B", dim=300)
# Define tasks
tasks = {
"MEN": fetch_MEN(),
"WS353": fetch_WS353(),
"SIMLEX999": fetch_SimLex999()
}
# Print sample data
for name, data in iteritems(tasks):
print("Sample data from {}: pair \"{}\" and \"{}\" is assigned score {}".
format(name, data.X[0][0], data.X[0][1], data.y[0]))
# Calculate results using helper function
for name, data in iteritems(tasks):
print "Spearman correlation of scores on {} {}".format(
name, evaluate_similarity(w_glove, data.X, data.y))
"""
Simple example showing evaluating embedding on similarity datasets
"""
import logging
from six import iteritems
from web.datasets.similarity import fetch_MEN, fetch_WS353, fetch_SimLex999
from web.embeddings import fetch_GloVe
from web.similarity import evaluate_similarity
# Configure logging
logging.basicConfig(format='%(asctime)s %(levelname)s:%(message)s', level=logging.DEBUG, datefmt='%I:%M:%S')
# Fetch GloVe embedding (warning: it might take few minutes)
w_glove = fetch_GloVe(corpus="wiki-6B", dim=300)
# Define tasks
tasks = {
"MEN": fetch_MEN(),
"WS353": fetch_WS353(),
"SIMLEX999": fetch_SimLex999()
}
# Print sample data
for name, data in iteritems(tasks):
print("Sample data from {}: pair \"{}\" and \"{}\" is assigned score {}".format(name, data.X[0][0], data.X[0][1], data.y[0]))
# Calculate results using helper function
for name, data in iteritems(tasks):
print "Spearman correlation of scores on {} {}".format(name, evaluate_similarity(w_glove, data.X, data.y))