VESPA / Developments

VO tools and utilities

In progressDetails
ImageJ SAMP plug-in Turns ImageJ into a VO image viewer, and provides the VO with high level image processing and conversion functions (DIO/PADC, ObsParis).

EPN-TAP v2 library EPN-TAP java client to be included in VO tools (IRAP/CNRS)
Local VESPA client Install procedure to work in the box (ObsParis)
Data service validator Checks the interfaces of a data service, testing various protocols and output VOtables. Includes EPN-TAP v1 and v2, and PDAP (DIO/PADC, ObsParis).
VO plugins for QGIS Installation tutorial & link to code (Jacobs University)
GeoFITS: FITS format for Planetary Surfaces Description & conversion codes; fits driver merged into GDAL library from v3.0; Docker install here (GEOPS/CNRS)
Planetary Cesium Viewer On-line 3D viewer for generic planetary surface analysis (GEOPS/CNRS) - code and doc here
Exoplanets topography modelling Exoplanets modelled topography, displayed with Planetary Cesium Viewer (GEOPS/CNRS)
VESPA mapping app Prototype of mobile/computer mapping app based on open services (Jacobs University) - code and doc here
Object resolver SSODNet name resolver for Solar System objects (IMCCE/ObsParis). Used for name completion and extended searches in the VESPA portal.
Miriade Web form VO-compliant ephemeris service with visibility charts added (ViSiON) - (IMCCE/ObsParis).
SSHADE Portal to several databases in solid phase spectroscopy, with plotting tools (IPAG/Grenoble).
iPECMAN Analyser of multi-dimensional measurements of planetary electromagnetic fields (IAP-CAS, Prague).
LecturePDS PDS3 reader for IDL & GDL (LESIA/ObsParis).
IDL_VOtable VOtable reader and writer for IDL & GDL (based on STILTS library / TOPCAT), LESIA/ObsParis.
APERICubes PDS3 on-line reader & viewer demonstrator (3rd version) - supports VIRTIS Venus-Express & Rosetta data (spectral cubes), and similar ALMA data (DIO/PADC, ObsParis)

Further information

VESPA wiki JRA-Task 2. Tools & Interface
VESPA GitHub Code repository for VESPA


VESPA has first been designed in the frame of Europlanet-RI JRA4 work package (IDIS activity).
The Europlanet 2020 Research Infrastructure project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 654208.
Additional funding was provided in France by the Action Spécifique Observatoire Virtuel and Programme National de Planétologie / INSU.

Europlanet Project supported by the European Union VOParis Observatoire