brainsets is a Python package for processing neural data into a standardized format.
brainsets is available for Python 3.8 to Python 3.11
To install the package, run the following command:
pip install brainsets
brainset_id | Brainset Card | Raw Data Size | Processed Data Size |
---|---|---|---|
churchland_shenoy_neural_2012 | Link | 46 GB | 25 GB |
flint_slutzky_accurate_2012 | Link | 3.2 GB | 151 MB |
odoherty_sabes_nonhuman_2017 | Link | 22 GB | 26 GB |
pei_pandarinath_nlb_2021 | Link | 688 KB | 22 MB |
perich_miller_population_2018 | Link | 13 GB | 2.9 GB |
First, configure the directories where brainsets will store raw and processed data:
brainsets config
You will be prompted to enter the paths to the raw and processed data directories.
$> brainsets config
Enter raw data directory: ./data/raw
Enter processed data directory: ./data/processed
You can update the configuration at any time by running the config
command again.
You can list the available datasets by running the list
command:
brainsets list
You can prepare a dataset by running the prepare
command:
brainsets prepare <brainset>
Data preparation involves downloading the raw data from the source then processing it,
following a set of rules defined in pipelines/<brainset>/
.
For example, to prepare the Perich & Miller (2018) dataset, you can run:
brainsets prepare perich_miller_population_2018 --cores 8
If you are planning to contribute to the package, you can install the package in development mode by running the following command:
pip install -e ".[dev]"
Install pre-commit hooks:
pre-commit install
Unit tests are located under test/. Run the entire test suite with
pytest
or test individual files via, e.g., pytest test/test_enum_unique.py
Please cite our paper if you use this code in your own work:
@inproceedings{
azabou2023unified,
title={A Unified, Scalable Framework for Neural Population Decoding},
author={Mehdi Azabou and Vinam Arora and Venkataramana Ganesh and Ximeng Mao and Santosh Nachimuthu and Michael Mendelson and Blake Richards and Matthew Perich and Guillaume Lajoie and Eva L. Dyer},
booktitle={Thirty-seventh Conference on Neural Information Processing Systems},
year={2023},
}