muograph 0.1.6

Muon tomography data analysis library

MuographBeta: muon tomography library

This repository provides a library for muon scattering tomography and muon transmission tomography data analysis.

Overview

As a disclaimer, this library is more of an aggregate of muon tomography algorithms used throughtout PhD research rather than a polished product for the general public. As such, this repo targets mostly muon tomography reaserchers and enthousiasts.

Users can find ready to use scattering density algorihms as well as samples of simulated data.

While curently being at a preliminary stage, this library is designed to be extended by users, whom are invited to implement their favorite reconstruction, material inference or image processing algorithms.

Installation

As a dependency

For development

Clone the repository locally:

git clone [e-mail]:MaximeLagrange/muograph.git
cd muograph

For development usage, we use poetry to handle dependency installation:

curl -sSL https://install.python-poetry.org | python3 -

To get started, you need Poetry's bin directory in your PATH environment variable. Add the export command to your shell's configuration file. For bash, Add it to the ~/.bashrc file. For zsh, add it to the ~/.zshrc file.

export PATH="$HOME/.local/bin:$PATH"

then reload the configuration file:

source ~/.bashrc # or source ~/.zshrc

Poetry should now be accessible:

poetry self update

Muograph requires python >= 3.10. This can be installed with e.g pyenv.

curl https://pyenv.run | bash
pyenv update
pyenv install 3.10
pyenv local 3.10

Install the dependencies:

poetry install
poetry self add poetry-plugin-export
poetry config warnings.export false
poetry run pre-commit install

Finally, make sure everything is working as expected by running the tests:

poetry run pytest muograph/test/

For those unfamiliar with poetry, basically just prepend commands with poetry run to use the stuff installed within the local environment, e.g. poetry run jupyter notebook to start a jupyter notebook server. This local environment is basically a python virtual environment. To correctly set up the interpreter in your IDE, use poetry run which python to see the path to the correct python executable.

Tutorials

A few tutorials to introduce users to the package can be found in the tutorial/ folder. They are provied as Jupyter notebooks:

• 00_Volume_of_interest.ipynb shows how to define a voxelized volume of interest, later used by the reconstruction algorithms.
• 01_Hits.ipynb demonstrates how to load muon hits, and simulate detector spatial resolution and/or efficiency effects.
• 02_Tracking.ipynb shows how to convert muon hits into muon tracks usable for image reconstruction purposes.
• 03_Tracking_muon_Scattering_tomography.ipynb combines incoming and ougoing tracks to compute features relevant to muon scatering tomography.
• 04_POCA.ipynb takes the user through the computation of voxel-wise density predictions based on the Point of Closest Approach.
• 05_Binned_clustered_algorithm.ipynb demonstrates the Binned Clustered Algorithm, with and without muon momentum information.
• 06_Angle_statistical_reconstruction.ipynb shows the Angle Statistical Reconstruction algorithm, with and without muon momentum information.

Examples

For