[Blends-commit] [Git][debian-astro-team/debian-astro][master] Add Find_Orb, remove mere build dependencies pluto-jpl-eph and pluto-lunar.

[Steffen Möller]

Steffen Möller pushed to branch master at Debian Astro Team / debian-astro


Commits:
ca252112 by Steffen Möller at 2018-03-02T09:51:55+00:00
Add Find_Orb, remove mere build dependencies pluto-jpl-eph and pluto-lunar.
- - - - -


1 changed file:

- tasks/tools


Changes:

=====================================
tasks/tools
=====================================
--- a/tasks/tools
+++ b/tasks/tools
@@ -33,21 +33,16 @@ Pkg-Description: Universal table translator for astronomy
  table, hdf5, votable, json, json5, csv, and tsv, and can write html.
  The emphasis is on speed, so all conversions are done in memory.
 
-Recommends: pluto-jpl-eph
-WNPP: 891852
-Homepage: https://github.com/bill-gray/jpl_eph
-Pkg-Description: command line handling of JPL ephemeres data
- The position of asteroids and other moving stellar objects on the sky
- at different time points is described as ephemeris. The Jet
- Propulsion Laboratory is known for a respective database. This
- package offers tools to handle individual data sets.
-
-Recommends: pluto-lunar
-WNPP: 891856
-Homepage: http://www.projectpluto.com/source.htm#astrocalc
-Pkg-Description: routines for predictions of positions in solar system
- Basic astronomical functions for solar system ephemerides, time systems,
- coordinate systems, etc. This includes some utilities based on these
- functions, such as a calendar computer and a utility to numerically
- integrate asteroid orbits.
-
+Recommmends: pluto-find-orb
+WNPP: 891875
+Homepage: https://www.projectpluto.com/find_orb.htm
+Pkg-Description: orbit assessment from asteroid images
+ The identification of asteroids and comets typically starts with the
+ differential analysis of a series of images taken from the same area of
+ the sky. Objects appearing to be moving are tracked over multiple days.
+ .
+ This software is fed with pixel positions in images in the context of the
+ same for neighbouring stars. From these data it interpolates the position
+ of the presumed near earth object. The results of this analyses are -
+ if the quality of the data allows - sent to the minor planet center
+ (MPC) for archival and comparisons with data from known objects.



View it on GitLab: https://salsa.debian.org/debian-astro-team/debian-astro/commit/ca252112d527866bef011f303067165c5e840862

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