def load_labelprops(split):
if split == "valid":
split = "train" # kfold valid and train are the same set
return {
issue: np.array(labelprops)
for issue, labelprops in load_json(
join(_LABELPROPS_DIR, f"{split}.json")).items()
}
def load_all_arxiv_abstract_samples(categories: List[str],
split: str) -> List[DataSample]:
assert split in ["train", "valid", "test"]
samples = []
for c in tqdm(categories):
ids = load_json(join(DATA_DIR, "arxiv", "splits", f"{c}.{split}.json"))
raw_data = load_json(join(DATA_DIR, "arxiv", f"{c}.json"))
for id in ids:
samples.append(
DataSample(
id=id,
text=raw_data[id]["abstract"],
y_idx=year2yidx(raw_data[id]["year"]),
domain_name=c,
domain_idx=ARXIV_CATEGORY2IDX[c],
))
return samples
def load_all_amazon_review_samples(categories: List[str],
split: str) -> List[DataSample]:
assert split in ["train", "valid", "test"]
samples = []
for c in tqdm(categories):
ids = load_json(
join(DATA_DIR, "amazon_subsampled", "splits", f"{c}.{split}.json"))
raw_data = load_json(join(DATA_DIR, "amazon_subsampled", f"{c}.json"))
for id in ids:
samples.append(
DataSample(
id=id,
text=raw_data[id]["reviewText"],
# rating=raw_data[id]["overall"],
y_idx=rating_to_ridx(raw_data[id]["overall"]),
domain_name=c,
domain_idx=CATEGORY2CIDX[c],
))
return samples
def load_metrics(model_root):
nsample2acc = {}
nsample2accs = {}
metrics = load_json(join(model_root, "mean_metrics.json"))
for nsample in ROBERTA_ADAPT_N_SAMPLES:
accs = []
for source in _DATADEF.domain_names:
accs.append(
metrics[f"{nsample:04}_samples"][source]["mean"]["valid_f1.best"]
)
nsample2accs[nsample] = np.array(accs)
nsample2acc[nsample] = np.array(accs).mean()
return nsample2acc, nsample2accs
def load_all_framing_samples(issues: List[str], split: str,
task: str) -> List[DataSample]:
assert split in ["train", "test"]
samples = []
for issue in tqdm(issues):
ids = load_json(
join(DATA_DIR, "framing_labeled",
f"{issue}_{split}_sets.json"))[task]
raw_data = load_json(
join(DATA_DIR, "framing_labeled", f"{issue}_labeled.json"))
for id in ids:
samples.append(
DataSample(
id=id,
text=remove_framing_text_headings(raw_data[id]["text"]),
y_idx=code_to_yidx(raw_data[id][task], task),
domain_name=issue,
domain_idx=ISSUE2IIDX[issue],
))
return samples
def load_kfold_framing_samples(issues: List[str],
task: str) -> List[Dict[str, List[DataSample]]]:
kidx2split2samples = [{"train": [], "valid": []} for _ in range(KFOLD)]
samples = load_all_framing_samples(issues, split="train", task=task)
for issue in tqdm(issues):
kfold_data = load_json(
join(DATA_DIR, "framing_labeled", f"{KFOLD}fold", f"{issue}.json"))
for kidx, fold in enumerate(kfold_data[task]):
for split in ["train", "valid"]:
ids = set(fold[split])
selected_samples = [s for s in samples if s.id in ids]
kidx2split2samples[kidx][split].extend(selected_samples)
return kidx2split2samples
accs.append(
metrics[f"{nsample:04}_samples"][source]["mean"]["valid_f1.best"]
)
nsample2accs[nsample] = np.array(accs)
nsample2acc[nsample] = np.array(accs).mean()
return nsample2acc, nsample2accs
holdout_adapt_nsample2acc, holdout_adapt_nsample2accs = load_metrics(
_HOLDOUT_ADAPT_MODEL_ROOT
)
from_scratch_nsample2acc, from_scratch_nsample2accs = load_metrics(
_FROM_SCRATCH_MODEL_ROOT
)
holdout_source_metrics = load_json(join(_HOLDOUT_SOUCE_MODEL_ROOT, "mean_metrics.json"))
holdout_source_acc = np.array(
[
holdout_source_metrics[source]["mean"]["valid_f1.best"]
for source in _DATADEF.domain_names
]
).mean()
_PLOT_SAVE_PATH = join(_SAVE_DIR, f"{_ROBERTA_ARCH}.png")
plt.clf()
plt.figure(figsize=(7, 5))
plt.plot(
ROBERTA_ADAPT_N_SAMPLES,
[holdout_adapt_nsample2acc[nsample] for nsample in ROBERTA_ADAPT_N_SAMPLES],
marker="D",
import pandas as pd
from config import DATA_DIR, RANDOM_SEED
from modapt.utils import ParallelHandler, load_json, save_json
from tqdm import tqdm
_TRAIN_PROP, _VALID_PROP, _TEST_PROP = [0.8, 0.1, 0.1]
_SRC_DATA_DIR = join(DATA_DIR, "sentiment")
_SPLITS_DIR = join(_SRC_DATA_DIR, "splits")
RNG = Random()
RNG.seed(RANDOM_SEED)
makedirs(_SPLITS_DIR, exist_ok=True)
raw_data_paths = sorted(glob.glob(join(_SRC_DATA_DIR, "*.json")))
for p in raw_data_paths:
name = splitext(basename(p))[0]
samples = load_json(p)
ids = list(samples.keys())
RNG.shuffle(ids)
nsample = len(ids)
n_train = int(nsample * _TRAIN_PROP)
n_valid = int(nsample * _VALID_PROP)
n_test = nsample - n_train - n_valid
save_json(ids[:n_train], join(_SPLITS_DIR, f"{name}.train.json"))
save_json(ids[n_train:n_train + n_valid],
join(_SPLITS_DIR, f"{name}.valid.json"))
save_json(ids[-n_test:], join(_SPLITS_DIR, f"{name}.test.json"))
from os.path import join
import pandas as pd
from config import DATA_DIR
from experiments.datadef import zoo
from modapt.utils import load_json, save_json
FRAMING_DATA_DIR = join(DATA_DIR, "framing_labeled")
ISSUES = zoo.get_datadef("framing").domain_names
if __name__ == "__main__":
stats = []
for issue in ISSUES:
print(">>", issue)
data = load_json(join(FRAMING_DATA_DIR, f"{issue}_labeled.json"))
ids = list(data.keys())
testsets = load_json(join(FRAMING_DATA_DIR, f"{issue}_test_sets.json"))
testsets = {setname: set(ids) for setname, ids in testsets.items()}
trainsets = {}
# relevance train set: any sample not in test set relevance
trainsets["relevance"] = list({
id
for id in data if (id in ids and id not in testsets["relevance"])
})
# primary frame trainset: any sample not in testset primary frame, and has non null primary fram
trainsets["primary_frame"] = list({
id
if arch.startswith("roberta"):
valid_roberta_model(arch)
if arch.startswith("logreg"):
valid_logreg_model(arch)
_OUTPUT_SAVE_DIR = join(OUTPUT_DIR, "power_analysis")
makedirs(_OUTPUT_SAVE_DIR, exist_ok=True)
# build tables
holdout_source_to_table = {}
fulltable = np.zeros((2, 2))
for holdout_source in _DATADEF.domain_names:
table = np.zeros((2, 2))
arch1_preds = load_json(
join(
_get_model_dir(_ARCH1),
f"{_VALID_OR_TEST}_preds",
f"{holdout_source}.json",
))
arch2_preds = load_json(
join(
_get_model_dir(_ARCH2),
f"{_VALID_OR_TEST}_preds",
f"{holdout_source}.json",
))
ids = list(arch1_preds.keys())
for id in ids:
arch1_correct = arch1_preds[id]["correct"]
arch2_correct = arch2_preds[id]["correct"]
if arch1_correct and arch2_correct:
table[0][0] += 1
fulltable[0][0] += 1
def load_labelprops(split):
return {
issue: np.array(labelprops)
for issue, labelprops in load_json(
join(_LABELPROPS_DIR, f"{split}.json")).items()
}
) for source in _DATADEF.domain_names
])
for datasetname in _DATASETS:
rows = {}
_DATADEF = get_datadef(datasetname)
source2labelprops = _DATADEF.load_labelprops_func(
"train" if "test" not in _METRIC_FILENAME else "test")
# acc if naively choose most common label from each source
most_common_acc = np.array([a.max()
for a in source2labelprops.values()]).mean()
rows["most_common"] = {"acc": round(most_common_acc, 3), "delta_std": "-"}
lexicon_metrics = load_json(
join(LEXICON_DIR, datasetname, _EXP_NAME, _METRIC_FILENAME))
lexicon_base_accs = np.array([
lexicon_metrics[_LEXICON_BASE_ARCH][source]["mean"]["valid_f1"]
for source in _DATADEF.domain_names
])
rows[_LEXICON_BASE_ARCH] = {
"acc": round(lexicon_base_accs.mean(), 3),
"delta_std": "-",
}
for arch in _LEXICON_ARCHS:
accs = np.array([
lexicon_metrics[arch][source]["mean"]["valid_f1"]
for source in _DATADEF.domain_names
])
delta = accs - lexicon_base_accs
rows[arch] = {
return [[firsthalf, secondhalf], [secondhalf, firsthalf]]
# load samples, shuffle once, use this seeded shuffle order for all evals
source2samples = {}
for source in _DATADEF.domain_names:
source2samples[source] = _DATADEF.load_splits_func([source], ["train"])["train"]
_RNG.shuffle(source2samples[source])
# lexicon model predicting with gt & estimated labelprops
_LEXICON_MODEL_PERFORMANCE_SAVE_PATH = join(_SAVE_DIR, f"{_LEXICON_ARCH}.json")
if not exists(_LEXICON_MODEL_PERFORMANCE_SAVE_PATH):
orig_metrics = load_json(join(_LEXICON_MODEL_ROOT, "mean_metrics.json"))
gt_source2acc = {
source: orig_metrics[source]["mean"]["valid_f1"]
for source in _DATADEF.domain_names
}
gt_source2acc["mean"] = np.array(list(gt_source2acc.values())).mean()
gt_source2acc["std"] = np.array(list(gt_source2acc.values())).std()
notechnique_metrics = load_json(
join(
LEXICON_DIR, _DATASET_NAME, "holdout_source", "logreg", "mean_metrics.json"
)
)
notechnique_source2acc = {
source: notechnique_metrics[source]["mean"]["valid_f1"]
for source in _DATADEF.domain_names