pyAstroApi

Low level library interfacing with NASA's ADSABS api.

Installation

PyPi

pip install pyAstroApi

From source

Install dependencies:

bash pip install -r requirements.txt

Build and install software

bash pip install .

Testing locally

Install dependencies:

bash pip install -r requirements_dev.txt

and then to run with one python version

bash pytest

or use tox to test multiple versions of python

bash tox

Getting started

Full documentation can be found at readthedocs.

Here is a quick start guide for the very basics.

ADS Key

First you will need your own ADS api key: https://ui.adsabs.harvard.edu/user/settings/token

This can be saved to the file:

bash ~/.ads/dev_key

Basic searching

To quickly just search and get a set of papers back from ADS:

````python import pyastroapi.articles

a = articles.journal(search="^farmer year:2020") ````

The search field can be any standard ADS query. The object a is now a journal which is a dict-like object of article's.

You can also constrcut a journal from a list of bibcodes:

python a = articles.journal(bibcodes=["2020ApJ...902L..36F","2021ApJ...923..214F"])

A journal can be accessed either by specifying the bibcode:

python paper = a["2020ApJ...902L..36F"]

or iterated over like a list (or accessed with an index, e.g., a[0])

python for paper in a: print(paper.title)

The object paper is an article which encapsulates all the methods needed to access the information ADS has on a paper. The initial search (Either via access through a journal or by creating an article with: articles.article("2020ApJ...902L..36F")) will fetch a set of standard fields from ADS. Non-standard fields will require additional fetch's to ADS servers, but this is wrapped so all you need to do is try to access the field and the data will be fetched for you.

Most fields can be accessed as properties:

python paper.title paper.author paper.abstract

Though some fields are function calls:

python paper.citations() paper.references()

Extra information

An article also contains wrappers into some of the other ADS features:

python paper.url.journal()

Get the publisher HTML url

python paper.pdf.arxiv()

Download the Arxiv pdf to a file given by the papers bibcode (e.g., 2020ApJ...902L..36F.pdf)

python paper.export.bibtex()

Get the papers BibTex

python paper.metrics.histograms()

Return a histogram of the metric data for the paper

python paper.visual.author()

Return the author network visualization for the paper.

API

Functions and classes inside the pyastroapi namespace are provided to provide convenient wrappers around the output of ADSABS API. Though at this time not ever endpoint has a wrapper.

However, the pyastroapi.api namespace provides a low-level API that handles setting all the arguments necessary for each of the API end points.

List of the ADSABS API's are currently implemented inside the pyastroapi.api namespace

• [X] Search (Including big queries)
• [X] Stored Search
• [X] Libraries (apart from editing an existing library)
• [X] Export
• [X] Metrics
• [X] Author Affiliation
• [X] Citation Helper
• [X] Classic import (Caveat: I don't have a classic account to test with)
• [X] Objects
• [X] Recommender (Except matchdoc)
• [X] Reference
• [X] Notifications
• [X] Visualizations

Contributing

Contributions are welcome either as pull requests or as bug reports. If reporting a bug please include the exact code you used and if applicable the bibcodes for any paper you where trying to access.

Acknowledgements

This project is not affiliated with NASA or ADSABS.

This research has made use of NASA’s Astrophysics Data System Bibliographic Services.