Combine minor moons of the giant planets into a single file

- numberedmoons.ssc removed
- update solarsys.ssc header
pull/50/head
SevenSpheres 2021-10-04 18:15:40 -04:00
parent a9e262f80a
commit cd67530f55
4 changed files with 2285 additions and 2306 deletions

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@ -35,7 +35,6 @@ set(DATA_SOURCES
minormoons.ssc
moon_locs.ssc
neptunemoons_locs.ssc
numberedmoons.ssc
openclusters.dsc
outersys.ssc
ring_locs.ssc

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@ -1,4 +1,5 @@
# Planets and major natural satellites of the Solar system.
# Planets and major natural satellites of the Solar System.
# The rest of the Solar System's natural satellites are in minormoons.ssc.
#
# The orbital and physical data for the planets necessarily come from a
# variety of sources.
@ -18,6 +19,9 @@
# spherical variables. VSOP87 solutions", Astronomy & Astrophysics 202
# (1988) 309-315.
#
# The orbits of the Galilean satellites are from J. H. Lieske's "E5" theory
# as given in Jean Meeus's _Astronomical Algorithms_, pp. 301-315
#
# The orbits of the following Saturnian satellites are from Gerard Dourneau
# (1987), "Observations et etude du mouvement des huit premiers satellites
# de Saturne":
@ -32,10 +36,10 @@
# system body may be replaced by a SPICE kernel or a file of postion/velocity
# samples. Detailed documentation on how to do this may be found on the
# Celestia WikiBook:
# http://en.wikibooks.org/wiki/Celestia/Trajectories#CustomOrbit
# https://en.wikibooks.org/wiki/Celestia/Trajectories#CustomOrbit
# It is also possible to use JPL's DE405 or DE406 ephemeris For the positions
# of the planets, Moon, and Pluto. Details are here:
# http://en.wikibooks.org/wiki/Celestia/JPL_Ephemerides
# of the planets, Moon, and Pluto. Details are here:
# https://en.wikibooks.org/wiki/Celestia/JPL_Ephemerides
# *******************
#
#
@ -51,7 +55,15 @@
#
#
# When alternate data sources are used for orbits or rotational elements, the
# source is noted by a comment in the body definition
# source is noted by a comment in the body definition.
#
#
# === Temperature, Albedo and Colors ===
# Bond albedo values were taken from the English Wikipedia, for Mars:
# http://www.tak2000.com/data/planets/mars.htm
# Geometric albedo and colors of planets was calculated from the spectra
# from this paper:
# https://arxiv.org/abs/1609.05048
"Mercury" "Sol"
{
@ -714,127 +726,6 @@ AltSurface "Limit of knowledge" "Sol/Jupiter/Callisto"
}
}
"Prometheus:Saturn XVI:1980 S 27" "Sol/Saturn"
{
Texture "prometheus.*"
Mesh "prometheus.cmod"
Radius 74 # maximum semi-axis
MeshCenter [ 0.75 -2.68 1.064 ]
EllipticalOrbit
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
Period 0.612986
SemiMajorAxis 139380
Eccentricity 0.0023
Inclination 0.0056
AscendingNode 226.1099
LongOfPericenter 23.3280
MeanLongitude 266.2144
}
# orientate meridian at epoch
UniformRotation
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
MeridianAngle 86
}
Albedo 0.6
}
"Pandora:Saturn XVII:1980 S 26" "Sol/Saturn"
{
Texture "asteroid.jpg"
Mesh "pandora.cmod"
Radius 57 # maximum semi-axis
MeshCenter [ 0.692 -1.454 -0.422 ]
EllipticalOrbit
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
Period 0.6285036
SemiMajorAxis 141710
Eccentricity 0.0042
Inclination 0.0522
AscendingNode 290.0163
LongOfPericenter 10.4899
MeanLongitude 212.6961
}
# orientate meridian at epoch
UniformRotation
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
MeridianAngle 33
}
Albedo 0.5
}
"Epimetheus:Saturn XI:1980 S 3" "Sol/Saturn"
{
Texture "epimetheus.*"
Mesh "epimetheus.cmod"
Radius 72 # maximum semi-axis
MeshCenter [ -5.196 -2.241 -1.878 ]
EllipticalOrbit
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
Period 0.6945 # 0.6943: period set to Janus/Epimetheus average
SemiMajorAxis 151410
Eccentricity 0.0098
Inclination 0.3541
AscendingNode 45.5973
LongOfPericenter 358.5774
MeanLongitude 306.0531
}
# orientate meridian at epoch
UniformRotation
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
MeridianAngle 126
}
Albedo 0.5
}
AltSurface "Limit of knowledge" "Sol/Saturn/Epimetheus"
{
Texture "epimetheus-lok.*"
}
"Janus:Saturn X:1980 S 1" "Sol/Saturn"
{
Texture "janus.*"
Mesh "janus.cmod"
Radius 96 # maximum semi-axis
MeshCenter [ -1.552 1.358 2.257 ]
EllipticalOrbit
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
Period 0.6945 # 0.6947: period set to Janus/Epimetheus average
SemiMajorAxis 151460
Eccentricity 0.0067
Inclination 0.1649
AscendingNode 8.1758
LongOfPericenter 248.2856
MeanLongitude 131.5137
}
# orientate meridian at epoch
UniformRotation
{
Epoch 2453005.5 # 2004 Jan 1 00:00UT
MeridianAngle 312
}
Albedo 0.6
}
"Mimas:Saturn I" "Sol/Saturn"
{
Texture "mimas.*"
@ -1445,35 +1336,6 @@ AltSurface "Limit of knowledge" "Sol/Uranus/Oberon"
}
}
"Larissa:Neptune VII:1989 N 2" "Sol/Neptune"
{
Texture "asteroid.jpg"
Mesh "larissa.cmod"
Radius 100 # maximum semi-axis
MeshCenter [ 4.564 -0.126 0.302 ]
EllipticalOrbit
{
Period 0.554654
SemiMajorAxis 73548
Eccentricity 0.0014
Inclination 0.744
AscendingNode 324.857
ArgOfPericenter 215.004 # J2000.0
MeanAnomaly 157.543
}
BodyFrame { EquatorJ2000 {} }
UniformRotation
{
Inclination 46.59
AscendingNode 29.36
MeridianAngle 179.41
}
Albedo 0.056
}
"Proteus:Neptune VIII:1989 N 1" "Sol/Neptune"
{
Mesh "proteus.cmod"