With Self-Refine, LLMs can generate feedback on their work, use it to improve the output, and repeat this process.
Table of Contents
Stokes' Theorem Example
Unicorn Example
prompt-lib
by running the following commands:git clone https://github.com/reasoning-machines/prompt-lib
pip install prompt-lib/
Depending on your default settings, you may want to use the following to set a PYTHONPATH:
export PYTHONPATH=".:../:.:src:../:../../:.:prompt-lib"
python -u src/acronym/run.py "Using language models of code for few-shot commonsense"
0 INIT> Using language models of code for few-shot commonsense
0 GEN> CLoCK
0 SCORES> * Ease of pronunciation: CLoCK is pronounced "clah-k". This is easy acronym to pronounce. 4/5
* Ease of spelling: CLoCK is easy to spell. 5/5
* Relation to title: CLoCK stands for "Code Language Models of Commonsense Knowledge" which is related to the title. 5/5
* Positive connotation: CLoCK is a positive acronym. It implies accuracy and efficiency. 5/5
* Well-known: CLoCK is not a well-known acronym. 2/5
* Total score: 21/25
1 GEN> CMNSC
1 SCORES> * Ease of pronunciation: CMNSC is pronounced "see-min-es-see". This is a difficult acronym to pronounce. 1/5
* Ease of spelling: CMNSC is difficult to spell. 1/5
* Relation to title: CMNSC stands for "Commonsense" which is related to the title. 4/5
* Positive connotation: CMNSC is a neutral acronym. 3/5
* Well-known: CMNSC is not a well-known acronym. 1/5
* Total score: 10/25
2 GEN> COMMIT
2 SCORES> * Ease of pronunciation: COMMIT is pronounced "com-mit". This is an easy acronym to pronounce. 4/5
* Ease of spelling: COMMIT is easy to spell. 5/5
* Relation to title: COMMIT stands for "Commonsense Model of Code for Intuitive Training" which is related to the title. 5/5
* Positive connotation: COMMIT is a positive acronym. It implies commitment and dedication. 5/5
* Well-known: COMMIT is not a well-known acronym. 2/5
* Total score: 21/25
PYTHONPATH="." python -u src/responsegen/run.py --output <OUTPUT FILE> --size <DATA SIZE>
PYTHONPATH="." python -u src/readability/readability.py --output <OUTPUT FILE>
PYTHONPATH="." python -u src/readability/{count_comment|count_function|count_meaningful_var}.py --file <INPUT FILE>
data/prompt/commongen
. You can download the data by running the following commands:python -u src/commongen/run.py cmd stair bubble team dryer puppy aliens cat
python -u src/gsm/run.py
The outputs will be saved in data/tasks/gsm/gsm_outputs.jsonl
To evaluate the outputs:
python src/gsm/gsm_selfref_eval.py --path data/tasks/gsm/gsm_outputs.jsonl
data/tasks/gsm/gsm_outputs.jsonl.reports.txt
) showing examples of wrong generations, feedback, and refined feedback generations.python -u src/sentiment_transfer_sr/run.py data/tasks/yelp/yelp-extreme.jso
nl 4 none
data/tasks/yelp/
python -u src/pie/run.py --slow_programs_file data/tasks/pie/codenet-python-test-1k.jsonl --max_attempts 4 --outfile data/tasks/pie/output --feedback_type rich
Init
: used to initialize the task. This is how the initial output is generated.
Feedback
: used to get feedback from the model on the intermediate results.
Iterate
: used to get the next iteration from the model, based on the feedback.
Every task has a run.py
that initializes the prompts and runs the task.
As an example, the prompts for commongen are as follows:
python src/commongen/task_init.py
python src/commongen/feedback.py
python src/commongen/task_iterate.py
You can also see these prompts on our website.
@misc{madaan2023selfrefine,
title={Self-Refine: Iterative Refinement with Self-Feedback},
author={Aman Madaan and Niket Tandon and Prakhar Gupta and Skyler Hallinan and Luyu Gao and Sarah Wiegreffe and Uri Alon and Nouha Dziri and Shrimai Prabhumoye and Yiming Yang and Sean Welleck and Bodhisattwa Prasad Majumder and Shashank Gupta and Amir Yazdanbakhsh and Peter Clark},
year={2023},
eprint={2303.17651},
archivePrefix={arXiv},
primaryClass={cs.CL}
}
flowchart LR
Generator -->|Initializes| Unrefined
Critic_1 --> Critique_fb
... --> Critique_fb
Critic_k --> Critique_fb
Critique_fb --> Unrefined{Output to Refine}
Unrefined --> Refiner
Refiner --> |R: y_t, x, fb| Refined_Output{Refined Output}
Refined_Output --> |Stopping Criteria Not Met| Unrefined