InSPy-HEP

Inspire-HEP Statistics with Python $-$ A simplified Python interface to your Inspire-HEP data.

Acknowledgements

This is an independent tool made public with the hope it will be helpful to others, but without any guarantee. Co-author finding tool adapted from coauthors by David Radice. See also projects by efranzin and motloch.

For official products, see

Please note this is a simply a tool. Author metrics do not paint the full picture of a researcher.

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Installation

At this time, you can clone the repository and pip install it locally. From the top folder of the repo,

python3 -m pip install -e .

Usage

Main classes

Author(identifier: str): Main class containing all the records, statistics, and functionality to understand a given author's Inspire-HEP statistics.

InspireRecord(info: str | dict): Main class containing the information on a specific Inspire-HEP record. The argument record can be a str with the texkey of the record or a json-fomatted dictionary spat out by Inspire.

Examples

For instance, to get "A Model of Leptons" and the author information for Weinberg, simply do

from inspyhep import InspireRecord, Author

SM_paper = InspireRecord('Weinberg:1967tq')

SW = Author('Steven.Weinberg.1')

and all the inspire obtained directly from Inspire is accessible through ins_{attribute}, but a few additional properties are also implemented. For example

print(SM_paper) # __repr__ returns 'Weinberg, Phys.Rev.Lett. 19 (1967), 1967.'
SM_paper.ins_citation_count
SM_paper.authorlist_bibtex_style # = 'Weinberg, Steven'
SM_paper.get_bibtex() # = '@article{Weinberg:1967tq, [...]}

The Author class also has a few useful features. If you tired of copy and pasting your publications, you can do:

SW.nice_publication_list(latex_itemize=True, split_peer_review=True)

to get a latex-formatted string:

\textbf{Peer-reviewed publications}
\begin{enumerate}
\item On the Development of Effective Field Theory, Weinberg, Eur.Phys.J.H 46 (2021) 1 6, 2021, arXiv:2101.04241 [hep-th], [citations: 10].
\item Massless particles in higher dimensions, Weinberg, Phys.Rev.D 102 (2020) 9 095022, 2020, arXiv:2010.05823 [hep-th], [citations: 10].
\item Models of Lepton and Quark Masses, Weinberg, Phys.Rev.D 101 (2020) 3 035020, 2020, arXiv:2001.06582 [hep-th], [citations: 
[...]
\item Current algebra, Weinberg, proceedings, 1968.
\item ON THE DERIVATION OF INTRINSIC SYMMETRIES, Weinberg, preprint, 1963.
\item The non-field theory of non-elementary particles, Weinberg, proceedings, 1962.
\end{enumerate}

Listing co-authors

Adapted from coauthors by David Radice.

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Calls to Inspire API

To obtain all the literature records from a given author, we query the Inspire API with

https://inspirehep.net/api/literature?sort=mostrecent&size=MAX_PAPER&q=a AUTHOR_IDENTIFIER

where AUTHOR_IDENTIFIER is the identifier of the author (e.g., Steven.Weinberg.1). To obtain all the information of a given Inspire literature record, we use:

https://inspirehep.net/api/literature?q=texkeys:TEXKEY

where TEXKEY is the record.texkey (e.g., 'Weinberg:1967tq').

For the documentation of the Inspire API, see the documentation.

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To-do

• Develop institution class
• Full literature and institution dataclasses like for Author
• Write command line scripts
• Count co-authors
• Add geographical information
• Implement tests

Project based on the cookiecutter data science project template. #cookiecutterdatascience