SunPy—Python for solar physics. (January 2015)

• Record Type: Journal Article
• Authors: Community, The SunPy; Mumford, Stuart J; Christe, Steven; Pérez-Suárez, David; Ireland, Jack; Shih, Albert Y; Inglis, Andrew R; Liedtke, Simon; Hewett, Russell J; Mayer, Florian; Hughitt, Keith; Freij, Nabil; Meszaros, Tomas; Bennett, Samuel M; Malocha, Michael; Evans, John; Agrawal, Ankit; Leonard, Andrew J; Robitaille, Thomas P; Mampaey, Benjamin; Campos-Rozo, Jose Iván; Kirk, Michael S
• Is Part Of: Computational science & discovery. Volume 8:Number 1(2015)
• Page Start: A33
• Page End: 85
• Publication Date: 2015-01
• Subjects: Science -- Computer simulation -- Periodicals; Technology -- Computer simulation -- Periodicals; Science -- Data processing -- Periodicals; Technology -- Data processing -- Periodicals; Research -- Methodology -- Periodicals; Research -- Periodicals; Periodicals; 501.13
• DOI: 10.1088/1749-4699/8/1/014009
• Languages: English
• ISSNs: 1749-4699

Abstract

<abstract> <title>Abstract</title> <p>This paper presents SunPy (version 0.5), a community-developed Python package for solar physics. Python, a free, cross-platform, general-purpose, high-level programming language, has seen widespread adoption among the scientific community, resulting in the availability of a large number of software packages, from numerical computation (<monospace>NumPy</monospace>, <monospace>SciPy</monospace>) and machine learning (<monospace>scikit-learn</monospace>) to visualization and plotting (<monospace>matplotlib</monospace>). SunPy is a data-analysis environment specializing in providing the software necessary to analyse solar and heliospheric data in Python. SunPy is open-source software (BSD licence) and has an open and transparent development workflow that anyone can contribute to. SunPy provides access to solar data through integration with the Virtual Solar Observatory (VSO), the Heliophysics Event Knowledgebase (HEK), and the HELiophysics Integrated Observatory (HELIO) webservices. It currently supports image data from major solar missions (e.g., <italic>SDO</italic>, <italic>SOHO</italic>, <italic>STEREO</italic>, and <italic>IRIS</italic>), time-series data from missions such as <italic>GOES</italic>, <italic>SDO</italic>/EVE, and <italic>PROBA2</italic>/LYRA, and radio spectra from e-Callisto and <italic>STEREO</italic>/SWAVES. We describe SunPyʼs functionality, provide examples of solar data analysis in SunPy, and show how Python-based solar data-analysis can leverage the many existing tools already available in Python. We discuss the future goals of the project and encourage interested users to become involved in the planning and development of SunPy.</p> </abstract>