ORBITER SPACE SIMULATOR style Jupiter
Posted: 07.02.2008, 21:21
This script will make Jupiter look the way it looks at the Orbiter Space Simulator.The planet's surface looks like is made of clouds but when viewing the planet from back , the results are not good..
see pic
http://www.Photo-Host.org/view/994715jup0.jpg
texture
http://img238.imageshack.us/img238/82/jupiteran8.jpg
Make a copy and open Data/solarsys.ssc
replace Jupiter script with this one
"Jupiter" "Sol"
{
Texture "jupiter.*"
Radius 71492 # equatorial
Oblateness 0.0649
CustomOrbit "vsop87-jupiter"
EllipticalOrbit
{
Period 11.8622
SemiMajorAxis 5.2034
Eccentricity 0.0484
Inclination 1.3053
AscendingNode 100.556
LongOfPericenter 14.7539
MeanLongitude 34.404
}
Atmosphere {
Mie 0.000000000000003
MieAsymmetry 0
Rayleigh [ 0.00002 0.000001 0.000001 ]
Absorption [ 0.001 0.001 0.001 ]
MieScaleHeight 130
}
UniformRotation
{
Period 9.927953 # System II (for GRS)
# Period 9.92425 # System III (radio emissions)
Inclination 2.222461 # 1.82246 # 2.22246
AscendingNode -22.203 # -1.87785 # -22.203
MeridianAngle 342 # for correct location of GRS
# (equal to 461 minus current W longitude of GRS)
# MeridianAngle 305.40 # correct System III prime meridian
}
Albedo 0.51
}
see pic
http://www.Photo-Host.org/view/994715jup0.jpg
texture
http://img238.imageshack.us/img238/82/jupiteran8.jpg
Make a copy and open Data/solarsys.ssc
replace Jupiter script with this one
"Jupiter" "Sol"
{
Texture "jupiter.*"
Radius 71492 # equatorial
Oblateness 0.0649
CustomOrbit "vsop87-jupiter"
EllipticalOrbit
{
Period 11.8622
SemiMajorAxis 5.2034
Eccentricity 0.0484
Inclination 1.3053
AscendingNode 100.556
LongOfPericenter 14.7539
MeanLongitude 34.404
}
Atmosphere {
Mie 0.000000000000003
MieAsymmetry 0
Rayleigh [ 0.00002 0.000001 0.000001 ]
Absorption [ 0.001 0.001 0.001 ]
MieScaleHeight 130
}
UniformRotation
{
Period 9.927953 # System II (for GRS)
# Period 9.92425 # System III (radio emissions)
Inclination 2.222461 # 1.82246 # 2.22246
AscendingNode -22.203 # -1.87785 # -22.203
MeridianAngle 342 # for correct location of GRS
# (equal to 461 minus current W longitude of GRS)
# MeridianAngle 305.40 # correct System III prime meridian
}
Albedo 0.51
}