An analysis framework for monotonous Boolean model ensemble
Project description
An analysis framework for monotonous Boolean model ensemble
This is a repository of data, code and analyses of AstroLogics framework. A step-by step tutorial can be found in the folder tutorial. Please have a look at our tutorials.
Overview
AstroLogics is a Python package designed for analysing monotonous Boolean model ensemble, a product of Boolean model synthesis from method such as Bonesis.
Our framework includes two major processes
- Dynamical properties analysis :
- Calculated distance between models through probabilistic approxmition via MaBoSS.
- Logical function evaluation :
- Features logical equation and identify key logical features between model clusters
- Statistical analysis :
- Perform statistical analysis between model clusters to identify key logical featuers between clusters
Overview of the framework showing the two major processes in the framework. Dynamics: dynamical properties analysis. Logics: Logical function evaluation
Statistics: statistical framework to link model's logic with statistics.
Getting Started
Requirements (for AstroLogics)
- Python version 3.8 or greater
- Python's packages listed here:
- pandas
- numpy
- scipy, sklearn
- maboss
- boolsim
- bonesis
- mpbn
Installation
There are several ways to install AstroLogics
PyPi
pip install astrologics
Conda
conda install -c colomoto astrologics
From source
First clone this directory:
git clone https://https://github.com/sysbio-curie/AstroLogics
Then install AstroLogics with pip
pip install AstroLogics
Tutorials
Tutorials are available as Jupyter notebooks
Run with Binder
Run locally with Docker
To run this notebook using the built docker image, run :
docker run -p 8888:8888 -d sysbiocurie/astrologics
Run locally with Conda
Creating the conda environment
conda env create --file environment.yml
To activate it :
conda activate astrologics
To run the notebook:
jupyter-lab
Documentation
Our documentation is available on ReadTheDocs
Citing AstroLogics
Coming soon
Project details
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