def job(apply):
for language_code in language_codes:
# prepare raw data without multiprocessing,
# otherwise trouble comes with race conditions of file write
print(language_code)
prepare_target_vector_paths(language_code)
prepare_polyglot_freq_paths(language_code)
prepare_ud_paths(language_code)
for model_type in model_types:
apply(evaluate_pbos, (
language_code,
model_type,
))
def exp(ref_vec_name):
result_path = Path("results") / "ws" / f"{ref_vec_name}_sasaki"
ref_vec_path = prepare_target_vector_paths(ref_vec_name).w2v_emb_path
codecs_path = prepare_codecs_path(ref_vec_path, result_path)
log_file = open(result_path / "log.txt", "w+")
logging.basicConfig(level=logging.DEBUG, stream=log_file)
logger.info("Training...")
model_info = train(
ref_vec_path,
result_path,
codecs_path=codecs_path,
H=40_000,
F=500_000,
epoch=300,
)
logger.info("Inferencing...")
combined_query_path = prepare_ws_combined_query_path()
result_emb_path = inference(model_info, combined_query_path)
logger.info("Evaluating...")
evaluate(
dotdict(eval_result_path=result_path / "result.txt",
pred_path=result_emb_path))
def exp(ref_vec_name):
result_path = Path("results") / "ws_multi" / f"{ref_vec_name}_sasaki"
ref_vec_path = prepare_target_vector_paths(f"wiki2vec-{ref_vec_name}").w2v_emb_path
codecs_path = prepare_codecs_path(ref_vec_path, result_path)
log_file = open(result_path / "log.txt", "w+")
logging.basicConfig(level=logging.DEBUG, stream=log_file)
logger.info("Training...")
train(
ref_vec_path,
result_path,
codecs_path=codecs_path,
H=40_000,
F=500_000,
epoch=300,
)
model_info = get_info_from_result_path(result_path / "sep_kvq")
logger.info("Inferencing...")
combined_query_path = prepare_ws_combined_query_path(ref_vec_name)
result_emb_path = inference(model_info, combined_query_path)
logger.info("Evaluating...")
evaluate(dotdict(
model_type="sasaki",
eval_result_path=result_path / "result.txt",
pred_path=result_emb_path,
target_vector_name=ref_vec_name,
results_dir=result_path,
))
def exp(language):
result_path = Path("results") / "pos" / language / "sasaki"
emb_path = prepare_target_vector_paths(language).w2v_emb_path
freq_path = prepare_polyglot_freq_paths(language).raw_count_path
codecs_path = prepare_codecs_path(emb_path, result_path)
ud_data_path, ud_vocab_path = prepare_ud_paths(language)
model_info = train(
emb_path,
result_path,
freq_path=freq_path,
codecs_path=codecs_path,
epoch=300,
H=40_000,
F=500_000
)
result_emb_path = inference(model_info, ud_vocab_path)
with open(result_path / "ud.out", "w") as fout, open(result_path / "ud.log", "w") as ferr:
cmd = f"""
python pos_eval.py \
--dataset {ud_data_path} \
--embeddings {result_emb_path} \
--C {70} \
""".split()
sp.call(cmd, stdout=fout, stderr=ferr)
def main(targets):
for target in targets:
target_vector_path = target if target == "EditSim" else prepare_target_vector_paths(
target).txt_emb_path
for dataset in get_ws_dataset_names():
data_path = prepare_ws_dataset_paths(dataset).txt_path
for oov_handling in ("drop", "zero"):
result = eval_ws(target_vector_path,
data_path,
lower=True,
oov_handling=oov_handling)
print(target, result)
def exp(model_type, target_vector_name):
target_vector_paths = prepare_target_vector_paths(
f"wiki2vec-{target_vector_name}")
args = dotdict()
# misc
args.results_dir = f"results/ws_multi/{target_vector_name}_{model_type}"
args.model_type = model_type
args.log_level = "INFO"
args.target_vector_name = target_vector_name
# subword
if model_type == "bos":
args.word_boundary = True
elif model_type in ('pbos', 'pbosn'):
args.word_boundary = False
args.subword_min_count = None
args.subword_uniq_factor = None
if model_type == 'bos':
args.subword_min_len = 3
args.subword_max_len = 6
elif model_type in ('pbos', 'pbosn'):
args.subword_min_len = 1
args.subword_max_len = None
# subword vocab
args.subword_vocab_max_size = None
args.subword_vocab_word_freq = target_vector_paths.word_freq_path
args.subword_vocab = f"{args.results_dir}/subword_vocab.jsonl"
# subword prob
args.subword_prob_take_root = False
if model_type == 'bos':
args.subword_prob = None
elif model_type in ('pbos', 'pbosn'):
args.subword_prob_min_prob = 0
args.subword_prob_word_freq = prepare_polyglot_freq_paths(
target_vector_name).word_freq_path
args.subword_prob = f"{args.results_dir}/subword_prob.jsonl"
# training
args.target_vectors = target_vector_paths.pkl_emb_path
args.model_path = f"{args.results_dir}/model.pkl"
args.epochs = 50
args.lr = 1
args.lr_decay = True
args.random_seed = 42
args.subword_prob_eps = 0.01
args.subword_weight_threshold = None
if args.model_type == 'pbosn':
args.normalize_semb = True
else:
args.normalize_semb = False
# prediction & evaluation
args.eval_result_path = f"{args.results_dir}/result.txt"
args.pred_path = f"{args.results_dir}/vectors.txt"
os.makedirs(args.results_dir, exist_ok=True)
# redirect log output
log_file = open(f"{args.results_dir}/info.log", "w+")
logging.basicConfig(level=logging.INFO, stream=log_file)
dump_args(args)
with contextlib.redirect_stdout(log_file), contextlib.redirect_stderr(
log_file):
train(args)
combined_query_path = prepare_ws_combined_query_path(
args.target_vector_name)
predict(
model=args.model_path,
queries=combined_query_path,
save=args.pred_path,
word_boundary=args.word_boundary,
)
evaluate(args)
queries=combined_query_path,
save=args.pred_path,
word_boundary=args.word_boundary,
)
evaluate(args)
if __name__ == '__main__':
model_types = ("bos", "pbos")
target_vector_names = (
"en",
"de",
"it",
"ru",
)
for target_vector_name in target_vector_names: # avoid race condition
prepare_target_vector_paths(f"wiki2vec-{target_vector_name}")
prepare_polyglot_freq_paths(target_vector_name)
with mp.Pool() as pool:
results = [
pool.apply_async(exp, (model_type, target_vector_name))
for target_vector_name in target_vector_names
for model_type in model_types
]
for r in results:
r.get()
train(args)
# prediction
time_used = predict(
model=args.model_path,
queries=args.query_path,
save=args.pred_path,
word_boundary=args.word_boundary,
)
print(f"time used: {time_used:.3f}")
# evaluate
evaluate(args)
if __name__ == '__main__':
model_types = ("pbos", "bos")
target_vector_names = ("google", "polyglot")
for target_vector_name in target_vector_names: # avoid race condition
prepare_target_vector_paths(target_vector_name)
with mp.Pool() as pool:
results = [
pool.apply_async(exp, (model_type, target_vector_name))
for model_type in model_types
for target_vector_name in target_vector_names
]
for r in results:
r.get()
"""
A simple script used to evaluate the raw PolyGlot vector for POS
One can redirect the starnard output of this file to get rid of the training log
python pos_exp_polyglot.py 2>train.log 1>eval.log
"""
import subprocess as sp
from datasets import prepare_target_vector_paths, polyglot_languages, prepare_ud_paths
for language_code in polyglot_languages:
ud_vocab_embedding_path = prepare_target_vector_paths(language_code).pkl_emb_path
ud_data_path, ud_vocab_path = prepare_ud_paths(language_code)
cmd = f"""
python pos_eval.py \
--dataset {ud_data_path} \
--embeddings {ud_vocab_embedding_path} \
""".split()
output = sp.check_output(cmd)
print(f"{language_code}: {output.decode('utf-8')}")
"""
Used to generate target vector statistics
"""
from datasets import prepare_target_vector_paths, prepare_ws_dataset_paths, get_ws_dataset_names
from ws_eval import eval_ws
for lang in (
"de",
"en",
"it",
"ru",
):
target_vector_path = prepare_target_vector_paths(
f"wiki2vec-{lang}").txt_emb_path
for dataset in get_ws_dataset_names(lang):
data_path = prepare_ws_dataset_paths(dataset).txt_path
for oov_handling in ("drop", "zero"):
print(
eval_ws(target_vector_path,
data_path,
lower=True,
oov_handling=oov_handling))
def evaluate_pbos(language_code, model_type):
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})] start...")
# Input files
polyglot_embeddings_path = prepare_target_vector_paths(language_code)
polyglot_frequency_path = prepare_polyglot_freq_paths(language_code)
# Output/result files
result_path = os.path.join("results", "pos", language_code, model_type)
os.makedirs(result_path, exist_ok=True)
subword_vocab_path = os.path.join(result_path, "subword_vocab.jsonl")
subword_prob_path = os.path.join(result_path, "subword_prob.jsonl")
subword_embedding_model_path = os.path.join(result_path, "model.pbos")
training_log_path = subword_embedding_model_path + ".log"
logger.info(f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" result_path=`{result_path}`")
# train subword embedding model using target embeddings and word freq
if not os.path.exists(subword_embedding_model_path):
# build subword vocab from target words
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" building subword vocab...")
cmd = f"""
python subwords.py build_vocab \
--word_freq {polyglot_embeddings_path.word_freq_path} \
--output {subword_vocab_path} \
"""
if model_type == 'bos':
cmd += f" --subword_min_len 3"
cmd += f" --subword_max_len 6"
sp.call(cmd.split())
if model_type in ('pbos', 'pbosn'):
# build subword prob from word freqs
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" building subword prob...")
cmd = f"""
python subwords.py build_prob \
--word_freq {polyglot_frequency_path.word_freq_path} \
--output {subword_prob_path} \
"""
sp.call(cmd.split())
else:
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" skipped building subword prob.")
# invoke training of subword model
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" training subword model...")
cmd = f"""
python pbos_train.py \
--target_vectors {polyglot_embeddings_path.pkl_emb_path} \
--model_path {subword_embedding_model_path} \
--subword_vocab {subword_vocab_path} \
"""
if model_type == "pbos":
cmd += f" --subword_prob {subword_prob_path}"
elif model_type == 'pbosn':
cmd += f" --subword_prob {subword_prob_path}"
cmd += f" --normalize_semb"
cmd = cmd.split()
with open(training_log_path, "w+") as log:
sp.call(cmd, stdout=log, stderr=log)
# with tee_open(training_log_path) as log_tee:
# sp.call(cmd, stdout=log_tee.stdin, stderr=log_tee.stdin)
else:
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" skipped training subword model.")
ud_data_path, ud_vocab_path = prepare_ud_paths(language_code)
ud_vocab_embedding_path = os.path.join(result_path,
"ud_vocab_embedding.txt")
# predict embeddings for ud vocabs
if not os.path.exists(ud_vocab_embedding_path):
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" predicting word embeddings...")
cmd = f"""
python pbos_pred.py \
--queries {ud_vocab_path} \
--save {ud_vocab_embedding_path} \
--model {subword_embedding_model_path} \
"""
# --pre_trained {polyglot_embeddings_path.pkl_emb_path} \
sp.call(cmd.split())
else:
logger.info(
f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" skipped predicting word embeddings.")
logger.info(f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" evaluating on POS tagging...")
pos_eval(ud_data_path, ud_vocab_embedding_path, result_path)
logger.info(f"[evaluate_pbos({language_code}, model_type={model_type})]"
f" done.")
from datasets import prepare_target_vector_paths, polyglot_languages, prepare_ud_paths
from load import load_embedding
for language in polyglot_languages:
polyglot_path = prepare_target_vector_paths(language).pkl_emb_path
polyglot_vocab, _ = load_embedding(polyglot_path)
polyglot_vocab = set(polyglot_vocab)
_, ud_vocab_path = prepare_ud_paths(language)
with open(ud_vocab_path) as f:
ud_vocab = [w.strip() for w in f]
oov = sum(w not in polyglot_vocab for w in ud_vocab) / len(ud_vocab)
print(language, oov)
word_boundary=args.word_boundary,
uniq_factor=args.subword_uniq_factor,
)
subword_prob = build_subword_prob(
subword_counter,
normalize_prob=normalize_prob,
min_prob=args.subword_prob_min_prob,
take_root=args.subword_prob_take_root,
)
logger.info(f"subword prob size: {len(subword_prob)}")
logger.info(f"building subword vocab from `{args.vocab_word_freq}`...")
if args.vocab_word_freq is None:
subword_vocab = set(subword_prob)
else:
word_freq_path = prepare_target_vector_paths(
args.vocab_word_freq).word_freq_path
with open(word_freq_path) as fin:
word_count_iter = (json.loads(line) for line in file_tqdm(fin))
subword_counter = build_subword_counter(
word_count_iter,
max_size=args.subword_vocab_max_size,
min_count=args.subword_min_count,
min_len=args.subword_min_len,
max_len=args.subword_max_len,
word_boundary=args.word_boundary,
uniq_factor=args.subword_uniq_factor,
)
subword_vocab = set(subword_counter)
subword_vocab -= set('<>')
logger.info(f"subword vocab size: {len(subword_vocab)}")
