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Python package for analyzing behavioral data for Brain Observatory: Visual Behavior

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Allen Institute Visual Behavior Analysis package

This repository contains code for analyzing behavioral data from the Allen Brain Observatory: Visual Behavior 2P Project.

This code is an important part of the internal Allen Institute code base and we are actively using and maintaining it. Issues are encouraged, but because this tool is so central to our mission pull requests might not be accepted if they conflict with our existing plans.

Installation

Create and activate a new conda environment (recommended):

conda create -n visual_behavior_analysis python=3.9
conda activate visual_behavior_analysis

Install directly from GitHub:

pip install git+https://github.com/AllenInstitute/visual_behavior_analysis.git

For development (editable install — changes to source are reflected immediately):

git clone https://github.com/AllenInstitute/visual_behavior_analysis.git
cd visual_behavior_analysis
pip install --upgrade pip setuptools
pip install -e .

Documentation

Full documentation including API reference and usage guides is available at visual-behavior-analysis.readthedocs.io.

To ensure that the newly created environment is visible in Jupyter:

Activate the environment:

conda activate visual_behavior_analysis

Install ipykernel:

pip install ipykernel

Register the environment with Jupyter:

python -m ipykernel install --user --name visual_behavior_analysis

Use

First, load up a Foraging2 output

import pandas as pd
data = pd.read_pickle(PATH_TO_FORAGING2_OUTPUT_PKL)

Then, we create the "core" data structure: a dictionary with licks, rewards, trials, running, visual stimuli, and metadata.

from visual_behavior.translator.foraging2 import data_to_change_detection_core

core_data = data_to_change_detection_core(data)

Finally, we create an "extended" dataframe for use in generating trial-level plots and analysis.

from visual_behavior.translator.core import create_extended_dataframe

extended_trials = create_extended_dataframe(
    trials=core_data['trials'],
    metadata=core_data['metadata'],
    licks=core_data['licks'],
    time=core_data['time'],
)

Testing

Before committing and/or submitting a pull request, it is ideal to run tests.

Tests are run on Python 3.9 via CircleCI. To replicate locally:

conda create -n VBA_test python=3.9
conda activate VBA_test
pip install --upgrade pip setuptools
pip install ".[DEV]"

Basic testing (external users): Baseline tests consist of tests that can be run from outside of the Allen Institute and do not require access to any internal databases such as LIMS. The not onprem argument will skip all tests that can only be run on internal Allen Institute servers and are marked as onprem. To run these tests, do the following:

conda activate VBA_test
pytest -m "not onprem" 

On Premises Testing + Basic testing (internal Allen Institute Users): Some tests may only be run on premises (at the Allen Institute) because they must access our internal databases such as LIMS. For internal Allen Institute users, the call to pytest could be called without an onprem argument, which would run ALL tests. To run these tests, do the following:

conda activate VBA_test
pytest 

Linting / Circle CI Testing (all users):

CircleCI also tests that all files meet Pep 8 style requirements using the Flake8 module - a process referred to as 'linting'. Linting can be performed locally before commiting using Flake8 as follows:

flake8 {FILE_TO_CHECK}

Running a subset of tests: You can run a subset of test by doing the following

All tests in a sub directory:

CD {subfolder of VBA that contains the tests you'd like to run}
conda activate VBA_test
pytest {add -m "not onprem" as necessary}

All test in a single .py file:

CD {subfolder of VBA that contains the file with the tests you'd like to run}
conda activate VBA_test
pytest fileWithTests.py  {add -m "not onprem" as necessary}

Contributing

Pull requests are welcome.

  1. Fork the repo
  2. Create a feature branch
  3. Commit your changes
  4. Create a pull request
  5. Tag @dougollerenshaw, @matchings to review

Contributors:

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