SimoneAstarita/Pride-large-try-sweep-20251008-202520-t00
06
Pride-large-try-sweep-20251008-202520-t00
Multilingual XLM-T (EN/IT/ES) binary classifier Task: LGBTQ+ reclamation vs non-reclamation on social media text.
Trial timestamp (UTC): 2025-10-08 20:25:20 Data case: es-itConfiguration (trial hyperparameters)
Dev set results (summary)
Thresholds
- Default:
0.5 - Best global:
0.85 - Best by language:
{ "it": 0.7, "es": 0.6 }
Detailed evaluation
Classification report @ 0.5
precision recall f1-score support
no-recl (0) 0.9635 0.8648 0.9114 244
recl (1) 0.5658 0.8431 0.6772 51
accuracy 0.8610 295
macro avg 0.7646 0.8539 0.7943 295
weighted avg 0.8947 0.8610 0.8709 295Classification report @ best global threshold (t=0.85)
precision recall f1-score support
no-recl (0) 0.9255 0.9672 0.9459 244
recl (1) 0.8000 0.6275 0.7033 51
accuracy 0.9085 295
macro avg 0.8627 0.7973 0.8246 295
weighted avg 0.9038 0.9085 0.9040 295Classification report @ best per-language thresholds
precision recall f1-score support
no-recl (0) 0.9602 0.8893 0.9234 244
recl (1) 0.6087 0.8235 0.7000 51
accuracy 0.8780 295
macro avg 0.7844 0.8564 0.8117 295
weighted avg 0.8994 0.8780 0.8848 295Per-language metrics (at best-by-lang)
Data
- Train/Dev: private multilingual splits with ~15% stratified Dev (by (lang,label)).
- Source: merged EN/IT/ES data with bios retained (ignored if unused by model).
Usage
from transformers import AutoTokenizer, AutoModelForSequenceClassification, AutoConfig
import torch, numpy as np
repo = "SimoneAstarita/Pride-large-try-sweep-20251008-202520-t00"
tok = AutoTokenizer.from_pretrained(repo)
cfg = AutoConfig.from_pretrained(repo)
model = AutoModelForSequenceClassification.from_pretrained(repo)
texts = ["example text ..."]
langs = ["en"]
mode = "best_global" # or "0.5", "by_lang"
enc = tok(texts, truncation=True, padding=True, max_length=256, return_tensors="pt")
with torch.no_grad():
logits = model(**enc).logits
probs = torch.softmax(logits, dim=-1)[:, 1].cpu().numpy()
if mode == "0.5":
th = 0.5
preds = (probs >= th).astype(int)
elif mode == "best_global":
th = getattr(cfg, "best_threshold_global", 0.5)
preds = (probs >= th).astype(int)
elif mode == "by_lang":
th_by_lang = getattr(cfg, "thresholds_by_lang", {})
preds = np.zeros_like(probs, dtype=int)
for lg in np.unique(langs):
t = th_by_lang.get(lg, getattr(cfg, "best_threshold_global", 0.5))
preds[np.array(langs) == lg] = (probs[np.array(langs) == lg] >= t).astype(int)
print(list(zip(texts, preds, probs)))
### Files
reports.json — all metrics (macro/weighted/accuracy) for @0.5, @best_global, and @best_by_lang.
config.json — stores thresholds: default_threshold, best_threshold_global, thresholds_by_lang.
report_0.5.txt, report_best.txt — readable classification reports.
postprocessing.json — duplicate threshold info for external tools.
