Multiplex Reconstruction via Graph Embeddings

This project provides source code for the reconstruction of multiplex networks from partial structural observations leveraging graph embeddings. The repository also contains the original scientific analyses developed by the Authors (see below) for the paper

• In preparation

Contents

• Multiplex Reconstruction via Graph Embeddings
• Contents
• Getting Started
  • Prerequisites
  • Installing
  • Quick Start
• Usage
  • Reproducing experiments
  • Package Structure
• Documentation
• Tests
• Other Information
  • Built With
  • Contributing
  • Versioning
  • Authors
  • License
  • Acknowledgments

Getting Started

The code base for this project is written in Python with package management handled with Conda.

These instructions will give you a copy of the project up and running on your local machine for development, testing, and analysis purposes.

Prerequisites

A compatible Python install is needed to begin - the package management is handled by Conda as described below. - Python [3.10+] - GNU Make [4.2+] (only needed for our provided makefile - see Reproducing Experiments)

A complete list of utilized packages is available in the requirements.txt file. There is, however, a package dependency hierarchy where some packages in the requirements.txt are not strictly necessary for the utilization of package infrastructure. The core requirements are listed as dependencies in the build instructions. Further instructions for creating a controlled environment from this manifest is available below, in the Installing section.

Installing

To (locally) reproduce this project, do the following:

1. Download this code base. Notice that raw data are typically not included in the git-history and may need to be downloaded independently - see Reproducing Experiments for more information.
2. (Optional) Open a terminal with Python installed and create a new virtual environment: bash python -m venv .venv source .venv/bin/activate
3. Install the package bash pip install . > NOTE: We recommend you use the provided makefile to handle installations and automatic testing. You can install the package, testing and plotting packages, and run the package tests all with the default make target, i.e., by running make.
4. (Optional) If you wish to reproduce the experiments (and did run the make command), install the additional package dependencies to use Snakemake bash pip install .[reproduce]

This will install all necessary packages for you to be able to run the scripts and everything should work out of the box.

Quick Start

CREATE A SMALL LIL BABY EXAMPLE

Usage

[Usage guide]

Reproducing experiments

In the interest of reproducibility and scientific rigor, we have prepared a makefile that will reproduce the main analyses present in the accompanying manuscript. Broadly, this makefile will do the following: 1. Setup python environment. 2. Retrieve and prepare the relevant multiplex datasets from online archives 3. Run the main experiments on these data and save the results to disk 4. Prepare the figures as they appear in the manuscript.

This makefile also contains rules for cleaning downloaded and temporary files as well as retrieving binaries for sampling LFR benchmarks.

To use this makefile, which requires GNUMake, simply run bash make to install the necessary packages to use our source code.

Reproducing our experiments on real datasets can be done with bash make reproduce

Reproducing our experiments on synthetic datasets can be done with snakemake --cores [num_cores] --configfile workflow/configurations/all.yaml

NOTE: Running all synthetic experiments in one jobset as above is very computationally expensive. We originally ran our results in chunks and on different machines simultaneously. This can be done using the provided workflow/configurations/ex[##].yaml files with the same snakemake command structure as above.

Package Structure

[Fill in here]

Documentation

This repository does not maintain extensive independent documentation for its source code. We do, however, include documentation and notes on scientific experiments we've conducted throughout the project. If you are interested in seeing these notes, please email Daniel Kaiser with your inquiry.

We have, however, kept all experimental protocols related to the final experimental designs of the published results in this public repository. These can be found in docs/experiments/ with the appropriate names matching the results as presented in the manuscript.

Tests

All unit tests are written with pytest.

Tests can be run directly with the commands: bash pip install pytest pytest tests/

As above, we recommend making use of the included makefile to handle installations and testing. The default target will ensure all dependencies are up to date and tests are reran. bash make

Alternatively, the tests alone can be conducted with bash make test

Other Information

Built With

• ChooseALicense - Used to choose the license

Contributing

Please read CONTRIBUTING.md for details on our code of conduct, and the process for submitting pull requests to us.

Versioning

We use Semantic Versioning for versioning. For the versions available, see the tags on this repository.

Authors

All correspondence shoulld be directed to Daniel Kaiser.

• Daniel Kaiser
• Siddharth Patwardhan
• Minsuk Kim
• Fillippo Radicchi

License

This project is licensed under the MIT License Creative Commons License - see the LICENSE file for details.

Acknowledgments

• Billie Thompson - Provided README and CONTRIBUTING template - PurpleBooth
• George Datseris - Published workshop on scientific code; inspired organization for reproducibility - GoodScientificCodeWorkshop