Skip to content

Latest commit

 

History

History
133 lines (100 loc) · 4.55 KB

README.md

File metadata and controls

133 lines (100 loc) · 4.55 KB
Raw

Faith and Fate: Limits of Transformers on Compositionality

This repository hosts the code and data for our paper Faith and Fate: Limits of Transformers on Compositionality which will be presented at NeurIPS (Spotlight)! Please check out the updated paper, grokking results included!

Quick Links

Requirements

To install dependencies, first clone this repo and then, install dependencies in requirements.txt (python >= 3.8, the code is tested with python 3.8):

git clone [email protected]:nouhadziri/faith-and-fate.git
pip install -r requirements.txt

Data

In this study, we address three tasks: multiplication, dynamic programming, and the Einstein puzzle. Dataset samples are available in the data directory. The password is "faith-and-fate." For a more exhaustive data generation, use the provided code for each task and customize your parameters.

Multiplication

Generate data without a scratchpad

python mutliplication/build_data.py --num_digit <max number of digits> \ 
  --max_sequence  <max number of inputs per combination> \
  --output_dir <path to output directory>

Generate scratchpad data

python mutliplication/generate_scratchpads.py  --num_digit <max number of digits> \  --number_prompts <max number of instances> \
  --output_path <path to output directory>

Build a graph

To build a graph over the multiplication scratchpad, simply run:

python multiplication/generate_graph_from_scratchpad.py <path to the generated scratchpad file>

Error analysis

To analyse the types of errors that Transformers make at every step in the compuatational graph, run:

python multiplication/graph_error_analysis.py --scratchpad_folder <path to the generated scratchpad file>

Analyzing the patterns

To explore whether models' correct predictions on unseen test data are due to learning the underlying algorithm or, instead, explainable by exposure to similar training examples, run:

python multiplication/graph_pattern_analysis.py --scratchpad_folder <path to the generated scratchpad> \
    --train_data_path <path to the training data>

Dynamic Programming

Generate data with and without a scratchpad

python dynamic_programming/generate_training_data.py --output_dir <path to the output dir>
  --scratchpad

If--scratchpadis enabled, the code will generate a scratchpad for each example, otherwise not.

Build a graph

To build a graph over the scratchpad, simply run:

python dynamic_programming/generate_graph_from_scratchpad.py

Error analysis

python dynamic_programming/graph_error_analysis.py --scratchpad_folder <path to the files folder>

Analyzing the patterns

python dynamic_programming/graph_pattern_analysis.py --scratchpad_folder <path to the generated scratchpad> \
    --train_data_path <path to the training data>

Einstein Puzzle

Generate the puzzle data

Generate the puzzle without a scratchpad:

python puzzle/generate.py

Generate the puzzle scratchpad data

To generate the scratchpad for each puzzle, specify the file name and the size of the puzzle since it could take long time to generate the path for 5x5 puzzles.

python logic_puzzle/graph/reasoning_path.py --input_data <inputdata location> --ground_truth <ground truth location> --size 5x

Build the graph and analyze errors

python logic_puzzle/graph/pattern_analysis.py --cot_dir <path to the generated scratchpad> --output_dir <path to output dir>

Bugs or questions?

If you have any questions (:question:) related to the code, or encounter any problems (:hammer_and_wrench:), or want to report a bug (:bug:), feel free to open an issue.

Citation

If you want to cite our papers, please use:

@article{dziri2023faith,
  title={Faith and Fate: Limits of Transformers on Compositionality},
  author={Dziri, Nouha and Lu, Ximing and Sclar, Melanie and Li, Xiang Lorraine and Jian, Liwei and Lin, Bill Yuchen and West, Peter and Bhagavatula, Chandra and Bras, Ronan Le and Hwang, Jena D and others},
  journal={arXiv preprint arXiv:2305.18654},
  year={2023}
}

License

This work is licensed under the MIT license. See LICENSE for details.