Code: Select all
450100 "RCBWSun" # The Star
{
RA 100.100100 # An oddball fairly round number to ensure there is no conflict with something real.
Dec 45.00 # An oddball fairly round number to ensure there is no conflict with something real.
Distance 30 # An oddball fairly even number to ensure there is no conflict with something real.
SpectralType "G6V" # A G-6 Star. Main Sequence
AbsMag 2.9463 # Luminosity 0.61 of the sun.
Radius 615517.5
}
Code: Select all
"RCBWOne" "RCBWSun"
{
Texture "mercury.*"
Radius 3100.5 # Equatorial Radius
EllipticalOrbit
{
Period 0.223463381245722108145106091718 # Length of year of 81.62 Earth days
SemiMajorAxis 0.356 # Distance from primary star
Eccentricity 0.069 # Eccentricity of orbit
Inclination 4.05 # Orbital Plane Inclination
AscendingNode 128.66 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 207.29 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 190.39 # Starting Location in orbit around the ecliptic.
}
# Obliquity 21 # This Planet is Face Locked.
Albedo 0.07 # Planetary albedo
}
"RCBWTwo" "RCBWSun"
{
Texture "mercury.*"
Radius 2226.4 # Equatorial Radius
EllipticalOrbit
{
Period 0.43033538672142368240930869267625 # Length of year of 157.18 Earth days
SemiMajorAxis 0.550 # Distance from primary star
Eccentricity 0.040 # Eccentricity of orbit
Inclination 3.61 # Orbital Plane Inclination
AscendingNode 168.04 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 332.08 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 336.05 # Starting Location in orbit around the ecliptic.
}
# Obliquity 19 # This Planet is Face Locked.
Albedo 0.07 # Planetary albedo
}
ReferencePoint "RCBWThree" "RCBWSun"
{
EllipticalOrbit
{
Period 0.66798083504449007529089664613279 # Length of year of 243.98 Earth days
SemiMajorAxis 0.738 # Radius of orbit in AU
Eccentricity 0.167 # Eccentricity of orbit
Inclination 3.39 # Orbital Plane Inclination
AscendingNode 61.76 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 65.41 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 107.38 # Starting Location in orbit around the ecliptic.
}
Visible true # Make the orbit and label visible
Clickable true # Makes it selectable
}
"RCBWThreeAlpha" "RCBWSun"
{
Texture "earth.*"
Radius 7020.3 # Equatorial Radius
OrbitFrame {
EquatorJ2000 { Center "RCBWSun/RCBWThree" }
}
BodyFrame {
EclipticJ2000 { Center "RCBWSun/RCBWThree" }
}
EllipticalOrbit
{
Period 0.82666666666666666666666666666667 # Duration of the orbit in days
SemiMajorAxis 38753.3414451 # Radius of orbit to Barycenter in KM
Inclination 44.89 # Reducing the tilt of the orbit to equal the orbital plane of the Barycenter (23.5+Inclination) and then adding the appropriate inclination onto the system (18°)
AscendingNode 0 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 0 # The spot on the orbital axis where the long axis of the orbital eccentricy is found. Not needed for Alpha and Beta.
MeanLongitude 235.29 # Location in orbit. 235.89 is inverted in Beta's 55.89.
}
Atmosphere
{
Height 68 # Darned if I know how to draw this border. Earth is at 60 with 1 Atm, Supposedly it drops in half for every 5 meters. 70 looks more than enough.
Lower [ 0.43 0.52 0.65 ] # Earth's numbers look fine.
Upper [ 0.26 0.47 0.84 ] # Earth's numbers look fine.
Sky [ 0.40 0.6 1.0 ] # Earth's numbers look fine.
CloudHeight 9 # Increased pressure, put clouds a little higher
CloudSpeed 50 # Increased pressure would probably slow things down a bit.
CloudMap "earth-clouds.*"
}
UniformRotation # Alpha and beta need to match so that they rotate as a single unit.
{
Period 19.84 # 1 day = 19.84 Hours.
Inclination 21.39 # To orientate the equators properly. 3.39+18
}
Albedo 0.43 # Planetary albedo
}
"RCBWThreeBeta" "RCBWSun/RCBWThreeAlpha"
{
Texture "earth.*"
Radius 6223.2 # Equatorial Radius
OrbitFrame {
EquatorJ2000 { Center "RCBWSun/RCBWThree" }
}
BodyFrame {
EclipticJ2000 { Center "RCBWSun/RCBWThree" }
}
EllipticalOrbit
{
Period 0.82666666666666666666666666666667 # Duration of the orbit in years
SemiMajorAxis 48246.3987188 # Radius of orbit to Barycenter in KM
Inclination 44.89 # Reducing the tilt of the orbit to equal the orbital plane of the Barycenter (23.5+Inclination) and then adding the appropriate inclination onto the system (18°)
AscendingNode 0 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 0 # The spot on the orbital axis where the long axis of the orbital eccentricy is found. Not needed for Alpha and Beta.
MeanLongitude 55.89 # Location in orbit. 55.89 to invert Alpha's 235.89
}
UniformRotation
{
Period 19.84 # 1 day = 19.84 Hours
Inclination 21.39 # To orientate the equators properly. 3.39+18
}
Atmosphere
{
Height 59 # .955 Atmospheres, less volume would probably shrink the size, although probably not by much.
Lower [ 0.43 0.52 0.65 ]
Upper [ 0.26 0.47 0.84 ]
Sky [ 0.40 0.6 1.0 ]
CloudHeight 6.8 # Lower pressure would result in lower clouds
CloudSpeed 67 # Lower pressure would probably result in faster clouds
CloudMap "earth-clouds.*"
}
Orientation [270 0 1 0] # Rotates the object 90 Degrees to fit with my custom texture
Albedo 0.34 # Planetary albedo
}
"RCBWFour" "RCBWSun"
{
Texture "mercury.*"
Radius 1939.5 # Equatorial Radius
EllipticalOrbit
{
Period 1.424804928131416837782340862423 # Length of year of 520.41 Earth days
SemiMajorAxis 1.222 # Distance from primary star
Eccentricity 0.141 # Eccentricity of orbit
Inclination 5.13 # Orbital Plane Inclination
AscendingNode 200.03 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 38.54 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 277.85 # Starting Location in orbit around the ecliptic.
}
Obliquity 34
RotationPeriod 37.60 # Length of day
Albedo 0.07 # Planetary albedo
}
"RCBWFive" "RCBWSun"
{
Texture "pluto.*"
Radius 7169.9 # Equatorial Radius
EllipticalOrbit
{
Period 4.4916358658453114305270362765229 # Length of year of 1640.57 Earth days
SemiMajorAxis 2.628 # Distance from primary star
Eccentricity 0.267 # Eccentricity of orbit
Inclination 4.28 # Orbital Plane Inclination
AscendingNode 213.42 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 36.36 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 113.95 # Starting Location in orbit around the ecliptic.
}
Atmosphere
{
Height 71
Lower [ 0.65 0.26 0.65 ]
Upper [ 0.84 0.23 0.84 ]
Sky [ 0.1 0.3 1.0 ]
}
Obliquity 31
RotationPeriod 14.37 # Length of day
Albedo 0.7 # Planetary albedo
}
"RCBWSix" "RCBWSun"
{
Texture "jupiter.*"
Radius 44173.8 # Equatorial Radius
EllipticalOrbit
{
Period 7.7033264887063655030800821355236 # Length of year of 2813.64 Earth days
SemiMajorAxis 3.766 # Distance from primary star
Eccentricity 0.181 # Eccentricity of orbit
Inclination 3.64 # Orbital Plane Inclination
AscendingNode 135.41 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 96.56 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 157.13 # Starting Location in orbit around the ecliptic.
}
Atmosphere
{
Height 200
Lower [ 0.7 0.6 0.5 ]
Upper [ 0.5 0.45 0.4 ]
Sky [ 0.8 0.8 0.5 ]
}
Obliquity 34
RotationPeriod 9.79 # Length of day
Albedo 0.46 # Planetary albedo
}
"RCBWSeven" "RCBWSun"
{
Texture "jupiter.*"
Radius 90251.6 # Equatorial Radius
EllipticalOrbit
{
Period 25.540506502395619438740588637919 # Length of year of 9328.67 Earth days
SemiMajorAxis 8.381 # Distance from primary star
Eccentricity 0.104 # Eccentricity of orbit
Inclination 3.19 # Orbital Plane Inclination
AscendingNode 188.41 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 111.64 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 52.80 # Starting Location in orbit around the ecliptic.
}
Atmosphere
{
Height 300
Lower [ 0.7 0.6 0.5 ]
Upper [ 0.5 0.45 0.4 ]
Sky [ 0.8 0.8 0.5 ]
}
Obliquity 41
RotationPeriod 6.59 # Length of day
Albedo 0.53 # Planetary albedo
}
"RCBWEight" "RCBWSun"
{
Texture "jupiter.*"
Radius 32873.4 # Equatorial Radius
EllipticalOrbit
{
Period 68.184449007529089664613278576318 # Length of year of 24904.37 Earth days
SemiMajorAxis 16.114 # Distance from primary star
Eccentricity 0.034 # Eccentricity of orbit
Inclination 3.02 # Orbital Plane Inclination
AscendingNode 311.66 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 307.61 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 89.92 # Starting Location in orbit around the ecliptic.
}
Atmosphere
{
Height 190
Lower [ 0.7 0.6 0.5 ]
Upper [ 0.5 0.45 0.4 ]
Sky [ 0.8 0.8 0.5 ]
}
Obliquity 37
RotationPeriod 14.89 # Length of day
Albedo 0.54 # Planetary albedo
}
"RCBWNine" "RCBWSun"
{
Texture "neptune.*"
Radius 28138.2
EllipticalOrbit
{
Period 156.23353867214236824093086926762 # Length of year of 57064.30 Earth days
SemiMajorAxis 28.007 # Distance from primary star
Eccentricity 0.046 # Eccentricity of orbit
Inclination 3.67 # Orbital Plane Inclination
AscendingNode 147.13 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 215.63 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 68.05 # Starting Location in orbit around the ecliptic.
}
Atmosphere {
Height 130
Lower [ 0.6 0.65 1.0 ]
Upper [ 0.5 0.55 0.9 ]
Sky [ 0.5 0.7 0.9 ]
}
Obliquity 45
RotationPeriod 18.00 # Length of day
Albedo 0.52 # Planetary albedo
}
"RCBWTen" "RCBWSun"
{
Texture "mercury.*"
Radius 5664.3 # Equatorial Radius
EllipticalOrbit
{
Period 326.84714579055441478439425051335 # Length of year of 119380.92 Earth days
SemiMajorAxis 45.811 # Distance from primary star
Eccentricity 0.206 # Eccentricity of orbit
Inclination 5.30 # Orbital Plane Inclination
AscendingNode 325.75 # Point where the orbit plane crosses the ecliptic plane heading from negative into positive.
ArgOfPericenter 337.10 # The spot on the orbital axis where the long axis of the orbital eccentricy is found.
MeanLongitude 173.06 # Starting Location in orbit around the ecliptic.
}
Obliquity 59
RotationPeriod 25.32 # Length of day
Albedo 0.15 # Planetary albedo
}
