%0 Generic %1 Mueller2017JHelioviewer %A Mueller, D. %A Nicula, B. %A Felix, S. %A Verstringe, F. %A Bourgoignie, B. %A Csillaghy, A. %A Berghmans, D. %A Jiggens, P. %A Garcia-Ortiz, J. P. %A Ireland, J. %A Zahniy, S. %A Fleck, B. %D 2017 %K astronomy %T JHelioviewer - Time-dependent 3D visualisation of solar and heliospheric data %U http://arxiv.org/abs/1705.07628 %X Context. Solar observatories are providing the world-wide community with a wealth of data, covering large time ranges, multiple viewpoints, and returning large amounts of data. In particular, the large volume of SDO data presents challenges: it is available only from a few repositories, and full-disk, full-cadence data for reasonable durations of scientific interest are difficult to download practically due to their size and download data rates available to most users. From a scientist's perspective this poses three problems: accessing, browsing and finding interesting data as efficiently as possible. Aims. To address these challenges, we have developed JHelioviewer, a visualisation tool for solar data based on the JPEG2000 compression standard and part of the open source ESA/NASA Helioviewer Project. Since the first release of JHelioviewer, the scientific functionality of the software has been extended significantly, and the objective of this paper is to highlight these improvements. Methods. The JPEG2000 standard offers useful new features that facilitate the dissemination and analysis of high-resolution image data and offers a solution to the challenge of efficiently browsing petabyte-scale image archives. The JHelioviewer software is open source, platform independent and extendable via a plug-in architecture. Results. With JHelioviewer, users can visualise the Sun for any time period between September 1991 and today. They can perform basic image processing in real time, track features on the Sun and interactively overlay magnetic field extrapolations. The software integrates solar event data and a time line display. As a first step towards supporting science planning of the upcoming Solar Orbiter mission, JHelioviewer offers a virtual camera model that enables users to set the vantage point to the location of a spacecraft or celestial body at any given time.

@misc{Mueller2017JHelioviewer, abstract = {{Context. Solar observatories are providing the world-wide community with a wealth of data, covering large time ranges, multiple viewpoints, and returning large amounts of data. In particular, the large volume of SDO data presents challenges: it is available only from a few repositories, and full-disk, full-cadence data for reasonable durations of scientific interest are difficult to download practically due to their size and download data rates available to most users. From a scientist's perspective this poses three problems: accessing, browsing and finding interesting data as efficiently as possible. Aims. To address these challenges, we have developed JHelioviewer, a visualisation tool for solar data based on the JPEG2000 compression standard and part of the open source ESA/NASA Helioviewer Project. Since the first release of JHelioviewer, the scientific functionality of the software has been extended significantly, and the objective of this paper is to highlight these improvements. Methods. The JPEG2000 standard offers useful new features that facilitate the dissemination and analysis of high-resolution image data and offers a solution to the challenge of efficiently browsing petabyte-scale image archives. The JHelioviewer software is open source, platform independent and extendable via a plug-in architecture. Results. With JHelioviewer, users can visualise the Sun for any time period between September 1991 and today. They can perform basic image processing in real time, track features on the Sun and interactively overlay magnetic field extrapolations. The software integrates solar event data and a time line display. As a first step towards supporting science planning of the upcoming Solar Orbiter mission, JHelioviewer offers a virtual camera model that enables users to set the vantage point to the location of a spacecraft or celestial body at any given time.}}, added-at = {2019-02-23T22:09:48.000+0100}, archiveprefix = {arXiv}, author = {Mueller, D. and Nicula, B. and Felix, S. and Verstringe, F. and Bourgoignie, B. and Csillaghy, A. and Berghmans, D. and Jiggens, P. and Garcia-Ortiz, J. P. and Ireland, J. and Zahniy, S. and Fleck, B.}, biburl = {https://www.bibsonomy.org/bibtex/2d3023c58ef91a73289cef2701c11e73c/cmcneile}, citeulike-article-id = {14361824}, citeulike-linkout-0 = {http://arxiv.org/abs/1705.07628}, citeulike-linkout-1 = {http://arxiv.org/pdf/1705.07628}, day = 22, eprint = {1705.07628}, interhash = {eefab1947352293f9790b1b9239f8283}, intrahash = {d3023c58ef91a73289cef2701c11e73c}, keywords = {astronomy}, month = may, posted-at = {2017-05-23 08:52:35}, priority = {2}, timestamp = {2019-02-23T22:15:27.000+0100}, title = {{JHelioviewer - Time-dependent 3D visualisation of solar and heliospheric data}}, url = {http://arxiv.org/abs/1705.07628}, year = 2017 }