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FLD In-Context Learning Evaluation

This repository includes the code to evaluate various large language models on FLD corpora under few-shot in-context learning (Section 5.2 of the paper).

See the entry-point repository about the whole FLD project.

Installation

The code has been tested on Python 3.11.5

$ pip install -r ./requirements/requirements.txt
$ git clone https://github.com/hitachi-nlp/FLD-task.git && pip install -e ./FLD-task
$ export PYTHONPATH=`pwd -P`:$PYTHONPATH

How to evaluate LLMs

1. Make a dataset that pairs in-context examples and test examples:

   $ python ./scripts/make_dataset.py \
       --output-dir ./outputs/dataset \
       --dataset-name hitachi-nlp/FLD.v2 \
       --dataset-config-name default  \
       --n-shot 10 \
       --seed 0
   

2. Make predictions by LLMs.

   For OpanAI model, specify model names as "openai.xx":

   $ python ./scripts/predict.py \
       ./outputs/dataset/ICL_dataset.jsonl \
       ./outputs/predictions/ \
       --model-name openai.gpt-3.5-turbo-16k \
       --max-examples 5
   

   For other models on the huggingface hub, specify model names as "hf.xx":

   $ python ./scripts/predict.py \
       ./outputs/dataset/ICL_dataset.jsonl \
       ./outputs/predictions/ \
       --model-name hf.Yukang/Llama-2-13b-longlora-32k-ft \
       --tokenizer-name hf.meta-llama/Llama-2-7b-hf \
       --max-examples 5 \
       --tensor-parallel-size 1
   

3. Compute the metircs:

   $ python ./scripts/evaluate_proofs.py \
       outputs/predictions/predictions.jsonl \
       outputs/metrics
   

4. Analyze predictions:

   $ python ./scripts/analyze_results.py \
       ./outputs/metrics/metrics.jsonl \
       ./outputs/analysis