Skip to content

SainsburyWellcomeCentre/aeon_docs

Repository files navigation

aeon_docs

This repo contains the source for the Aeon online documentation.

Caution

The documentation is currently under active development and may be incomplete. Please report any issues or suggestions for improvement by opening an issue.

To contribute to the documentation, please see the Contributor Guide.

Aeon organisation overview

Aeon is a collaborative effort to perform behavioural neuroscience experiments where the behaviour and neural activity of freely moving animals engaging in a complex task are continuously recorded. This project is contributed to by researchers and support staff at UCL's SWC, Neurogears, and Datajoint.

If you are interested in joining this project, please contact the project maintainers.

Credentials

Below are the required sets of credentials for Aeon members:

To be granted these credentials, please send a single email to all contact parties requesting this access.

Repositories

aeon_mecha_env_build_and_tests aeon_mecha_tests_code_coverage

Aeon's main library for interfacing with acquired data. Contains Python modules for raw data file io, data querying, data processing, data qc, database ingestion, and building computational data pipelines. This is the main user repository.

Contains experiment workflows written in the Bonsai visual programming language.

Contains the source code for the 'aeon_acquisition' Bonsai package, which is heavily used in workflows in 'aeon_experiments'.

Contains source code for actuating a linear drive motor used in Aeon experiments (designed primarily for moving electrophysiology cabling during freely-moving experiments).

Contains low-level source code for pellet delivery via feeders used in Aeon experiments.

Contains source code for the Aeon docs site, built via Sphinx.

Project Maintainers

Citation Policy

If you use this software, please cite it as below:

Sainsbury Wellcome Centre Foraging Behaviour Working Group. (2023). Aeon: An open-source platform to study the neural basis of ethological behaviours over naturalistic timescales, https://doi.org/10.5281/zenodo.8411157

DOI