CoolFace
Modelpublic

StanfordSCALE/assertion_sentence_quotes_or_reads_text_aloud

sourceHugging Faceupdated 5d agoView on Hugging Face
0likes24downloads
Model Card

Assertion: sentence quotes or reads text aloud

This classifier was trained for EduBehaviors: Assertion-based schemas for auditable dialogue coding and is usable through the Python package EduBehaviors-kit. This classifier was trained on an LLM-annotated subset of teacher utterances from the TalkMoves Dataset. See the Datasets section below for more information.


Training Details

Datasets

This model's columns are assertion_sentence_quotes_or_reads_text_aloud and split_sentence_quotes_or_reads_text_aloud.

Base rate (share of rows labeled as True): 3.4% overall — 3.3% train, 3.7% dev, 3.4% test.

Labels and annotation

Labels were generated with LLM annotators. Krippendorff's alpha for this assertion is 0.661.

Hyperparameters

ParameterValue
Base model (body)sentence-transformers/paraphrase-mpnet-base-v2
HeadLogisticRegression
Body learning rate2e-05
Head learning rate0.01
Batch size16 (contrastive phase) / 32 (head)
Epochs10
Max steps5000 (contrastive phase)
Eval max steps100
Seed20260904
Mixed precisionenabled on GPU

Evaluation

Results

SplitnBase ratePrecisionRecallF1 (positive class)ROC-AUCAverage precision
dev8583.7%0.5670.5310.5480.8640.488
test2,1463.4%0.5610.5000.5290.8720.586

Limitations

  • Labels come from LLM annotators, not human coders. Agreement between annotators with Krippendorff's Alpha is 0.661.
  • Trained on teacher utterances only. Behaviour on student speech is untested.

How to Use

Message Structure

The model was trained on text built as:

{utterance}

The utterance is passed through as-is.

Running instructions

bash
pip install setfit
python
from setfit import SetFitModel

model = SetFitModel.from_pretrained("StanfordSCALE/assertion_sentence_quotes_or_reads_text_aloud")

text = 'So our objective is to produce mathematical solutions to modeling the Rolling Cups problem'
model.predict([text])        # -> array([1]) when the assertion holds
model.predict_proba([text])  # -> [[P(no), P(yes)]]

Citation

bibtex
@misc{assertion_sentence_quotes_or_reads_text_aloud,
  author = {Stanford SCALE Initiative},
  title  = {Assertion classifier: sentence quotes or reads text aloud},
  year   = {2026},
  url    = {https://huggingface.co/StanfordSCALE/assertion_sentence_quotes_or_reads_text_aloud}
}