1 precision recall f1-score support
2
3 no-recl (0) 0.9914 0.8712 0.9274 132
4 recl (1) 0.6383 0.9677 0.7692 31
5
6 accuracy 0.8896 163
7 macro avg 0.8148 0.9195 0.8483 163
8weighted avg 0.9242 0.8896 0.8973 163
1 precision recall f1-score support
2
3 no-recl (0) 0.9559 0.9848 0.9701 132
4 recl (1) 0.9259 0.8065 0.8621 31
5
6 accuracy 0.9509 163
7 macro avg 0.9409 0.8957 0.9161 163
8weighted avg 0.9502 0.9509 0.9496 163
1 precision recall f1-score support
2
3 no-recl (0) 0.9559 0.9848 0.9701 132
4 recl (1) 0.9259 0.8065 0.8621 31
5
6 accuracy 0.9509 163
7 macro avg 0.9409 0.8957 0.9161 163
8weighted avg 0.9502 0.9509 0.9496 163
1from transformers import AutoTokenizer, AutoModelForSequenceClassification, AutoConfig
2import torch, numpy as np
3
4repo = "SimoneAstarita/it-no-bio-20251014-t05"
5tok = AutoTokenizer.from_pretrained(repo)
6cfg = AutoConfig.from_pretrained(repo)
7model = AutoModelForSequenceClassification.from_pretrained(repo)
8
9texts = ["example text ..."]
10langs = ["en"]
11
12mode = "best_global" # or "0.5", "by_lang"
13
14enc = tok(texts, truncation=True, padding=True, max_length=256, return_tensors="pt")
15with torch.no_grad():
16 logits = model(**enc).logits
17probs = torch.softmax(logits, dim=-1)[:, 1].cpu().numpy()
18
19if mode == "0.5":
20 th = 0.5
21 preds = (probs >= th).astype(int)
22elif mode == "best_global":
23 th = getattr(cfg, "best_threshold_global", 0.5)
24 preds = (probs >= th).astype(int)
25elif mode == "by_lang":
26 th_by_lang = getattr(cfg, "thresholds_by_lang", {})
27 preds = np.zeros_like(probs, dtype=int)
28 for lg in np.unique(langs):
29 t = th_by_lang.get(lg, getattr(cfg, "best_threshold_global", 0.5))
30 preds[np.array(langs) == lg] = (probs[np.array(langs) == lg] >= t).astype(int)
31print(list(zip(texts, preds, probs)))
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.
postprocessing.json: duplicate threshold info for external tools.