000005858 001__ 5858
000005858 005__ 20221021145328.0
000005858 037__ $$aPOSTER-2022-0039
000005858 100__ $$aMüller, Daniel 
000005858 245__ $$a3D Visualisation of Solar Data with JHelioviewer
000005858 260__ $$c2022
000005858 269__ $$c2022-09-12
000005858 500__ $$aP70 of the conference abstract book
000005858 520__ $$aSolar observatories are providing the world-wide community with a wealth of data, covering large time ranges (e.g. SOHO), multiple viewpoints (STEREO, Solar Orbiter), and returning large amounts of data (SDO). To help with the associated challenges of data visualisation, visual browsing, and data access, the open source software JHelioviewer has been developed as part of the ESA/NASA JHelioviewer project. In this contribution, we highlight recently added functionality, in particularly related to the visualisation of Solar Orbiter data and the mission’s science operations planning during periods of short-term pointing updates.
000005858 594__ $$aSTCE
000005858 6531_ $$aSun
000005858 6531_ $$acorona
000005858 6531_ $$ajHelioviewer
000005858 700__ $$aNicula, Bogdan 
000005858 700__ $$aVerstringe,  Freek
000005858 700__ $$aBourgoignie,  Bram 
000005858 700__ $$aBerghmans, David 
000005858 700__ $$aLaube,  Silvan 
000005858 700__ $$aCsillaghy, André 
000005858 700__ $$aOsuna, Pedro 
000005858 700__ $$aRouillard, Alexis 
000005858 700__ $$aIreland, Jack 
000005858 700__ $$aGarcia Briseno, Daniel 
000005858 700__ $$aFleck, Bernhard 
000005858 773__ $$t8th Solar Orbiter Workhop, Belfast (UK) 
000005858 8560_ $$fdavid.berghmans@observatoire.be
000005858 980__ $$aCPOSTER