Planetary mapping: Difference between revisions

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* {{cmd|r.out.gdal}} exports 'unknown' ellipsoids / datums, and also the reference meridian is named 'Greenwich'
* {{cmd|r.out.gdal}} exports 'unknown' ellipsoids / datums, and also the reference meridian is named 'Greenwich'
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* {{cmd|wxGUI}}: following graphics might be misleading
: ''In what way? GRASS has [[NVIZ]] and [[ps.map]] rendering options too, and ps.map is clearly stated here.''  --HB
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=== Example of the use of GRASS GIS in Planetary Research ===
=== Example of the use of GRASS GIS in Planetary Research ===

Revision as of 21:25, 30 April 2013

GIS Support

  • GRASS lat/lon regions may be used as 0-360 longitude, not just 180 east+west.
  • In GRASS 6 you can set and add custom ellipsoids, see the g.setproj module. Permanently adding custom ellipsoids can be done by hand, the config tables for that are plain self-documenting text files, so reasonably easy to edit. An ellipse table with planetary spheroids (to put as $GISBASE/etc/*.table files) is available here.
  • GRASS 7 now includes the planetary ellipsoid tables and support is present in the wxGUI location wizard.

Open Issues

  • r.out.gdal exports 'unknown' ellipsoids / datums, and also the reference meridian is named 'Greenwich'

Example of the use of GRASS GIS in Planetary Research

GRASS ps.map output as published in an article in the journal Science.

Data

Data summary (1999):

 http://publish.uwo.ca/~pjstooke/mapsummy.txt

Modules

Mars topography

See tutorial in GRASSNews volume 1:

Global dataset of bathymetry and topography. GRASS Newsletter, 1:8-11, August 2004. ISSN 1614-8746.

Screenshots

See also

  • Frigeri, A, Hare, T, Neteler, M., Coradini, A, Federico, C, Orosei, R. (2011). A research environment for digital planetary data processing and mapping using ISIS and GRASS GIS. Planetary and Space Science, 59(11-12), pp.1265-1272 [ DOI | PDF ]
  • ...