client_category      = Solar system/Saturn/Titan
hips_initial_fov     = 180.0
hips_initial_ra      = 0
hips_initial_dec     = +0
creator_did          = ivo://CDS/P/Titan/SAR-HiSAR-128ppd
hips_overlay         = mean
hips_hierarchy       = median
hips_creator         = Fernique P. (CDS)
hips_copyright       = Universite de Strasbourg/CNRS
obs_title            = Titan SAR-HiSAR-128ppd
#obs_collection      = Dataset collection name
obs_description      = Global map of Titan's surface showing the coverage derived from Synthetic Aperture Radar (SAR) and High Altitude Synthetic Aperture Radar (HiSAR) images. This mosaic merges Cassini swaths through flyby T104 into a single mosaic. This is a preliminary product. The Cassini Titan Radio Detection and Ranging (RADAR) Mapper plays a significant role in investigating the surface of Titan. This multi-mode radar instrument operates in the 13.8 GHz Ku-band (or 2.2 cm wavelength) and is designed to probe the optically inaccessible surface of Titan. The four different modes of the instrument Synthetic Aperture Radar (SAR) imaging, Altimetry, Scatterometry and Radiometry allow surface imaging as well as topographic mapping at spacecraft altitudes between 100,000 km and about 1,000 km, with resolutions for the modes ranging from 100 s of km to a few hundred meters (Elachi et al. 2005) . The observations, particularly when performed in the active modes of SAR, altimetry and scatterometry, are largely unaffected by atmospheric contributions.
#obs_ack             = Acknowledgement mention
prov_progenitor      = Planetary Data System, from USGS Astrogeology Science Center
prov_progenitor_url  = https://astrogeology.usgs.gov/search/map/Titan/Cassini/Global-Mosaic/Titan_SAR_HiSAR_MosaicThru_T104_Jan2015_clon180_128ppd
bib_reference        = Elachi, C., et al. (2005), Cassini radar views the surface of Titan, Science, 308, 970-974.
#bib_reference_url   = URL to bibliographic reference
#obs_copyright       = Copyright mention of the original data
#obs_copyright_url   = URL to copyright page of the original data
#t_min               = Start time in MJD ( =(Unixtime/86400)+40587  or https://heasarc.gsfc.nasa.gov/cgi-bin/Tools/xTime/xTime.pl)
#t_max               = Stop time in MJD
#obs_regime          = Waveband keyword (Radio Infrared Optical UV X-ray Gamma-ray)
#em_min              = Start in spectral coordinates in meters ( =2.998E8/freq in Hz, or =1.2398841929E-12*energy in MeV )
#em_max              = Stop in spectral coordinates in meters
hips_builder         = Aladin/HipsGen v10.125
hips_version         = 1.4
hips_release_date    = 2019-05-21T07:04Z
hips_frame           = titan
hips_body            = titan
hips_order           = 4
hips_tile_width      = 512
#hips_service_url    = ex: http://yourHipsServer/Titan SAR-HiSAR-128ppd
hips_status          = public master clonableOnce
hips_tile_format     = jpeg
hips_pixel_scale     = 0.007157
s_pixel_scale        = 0.007812
dataproduct_type     = image
moc_sky_fraction     = 1
hips_estsize         = 73407
hipsgen_date         = 2018-01-17T17:36Z
hipsgen_params       = -maxthread=10 in=Titan2 creator_did=CDS/P/Titan/SAR-HiSAR-128ppd -f color=jpg INDEX TILES
hips_creation_date   = 2018-01-17T17:36Z
hipsgen_date_1       = 2018-01-21T11:02Z
hipsgen_params_1     = "hhh=Titan2/Titan.jpg 46080x23040 23040x23040" -maxthread=10 in=Titan2 creator_did=CDS/P/Titan/SAR-HiSAR-128ppd partitioning=11520 -f color=jpg INDEX TILES
hips_order_min       = 0
dataproduct_subtype  = color
hipsgen_date_2       = 2019-05-21T07:04Z
hipsgen_params_2     = out=/asd-volumes/sc1-asd-volume6/Planets/CDS_P_Titan_SAR-HiSAR-128ppd UPDATE