- Melendez, Furnstahl, Griesshammer, McGovern, Phillips, Designing Optimal Experiments: An Application to Proton Compton Scattering, arXiv:2004.11307.
The directory notebooks contains all the relevant Jupyter notebooks, including
the main notebooks main_manuscript_analysis.ipynb, plot_compton_coefficients.ipynb,
and order_exponent_analysis.ipynb, which generate the figures in the
paper and saves them to the subdirectory manuscript_figures.
The directory compton contains the Python implementation code.
The raw data can be found in data. More information can be found in the
annotated notebooks.
Due to the large size of the data files,
cloning this repo requires git-lfs.
The installation instructions for git-lfs can be found at
git-lfs.github.com.
Python 3 is
required with the (standard) packages listed in requirements.txt installed.
They can be installed by running the command:
pip3 install -r requirements.txtIn addition, J. Melendez's package gsum, which is publicly available
here including installation instructions, needs to be installed
separately. Do not use gsum as installed by pip3.
With these prerequisites, to install this repository simply run (at the top level):
pip3 install -e .To report any issues please use the issue tracker.
- Melendez, Furnstahl, Griesshammer, McGovern, Phillips, Designing Optimal Experiments: An Application to Proton Compton Scattering, arXiv:2004.11307.