StarBarycenter "(Nemesis A-Nemesis B)-Goowlen"
{
    RA 17 00 05 // Right Ascention in hours, in decimal format or formatted as HH MM SS
    Dec 36 06 01 // Declination in degrees, in decimal format or formatted as DD MM SS
    Dist 1.66 // Distance from our Sun in parsecs
}

Star    "Nemesis A/Light Scream A"
{
    ParentBody "Nemesis A-Nemesis B" //The Body, around wich this star orbits
    Class    "F2V" //Spectral Class of a Star
    Lum 6.33 //Luminosity in Sun Luminosity's

    Mass 1.71325519 //Mass of a Star, in Sun Masses
    Radius    1183155.125 //Radus 1/2 of Diameter, in Km
    Obliquity 0.00 //Obliquity of rotation axis, in Degrees
    //AppMagn 00.00 //Visual Star Magnitude
    RotationPeriod 705.01 //Rotation Period around axis in Hours
    RotationOffset 64.7 //In Degrees
    //AbsMagn 00.00 //Absolute Star Magnitude

    Orbit
{
    Period 0.106779 //Orbital Period of Body, in Years
    SemiMajorAxis 0.00767278 //Mass Ratio 1.71:0.40 in AU
    Eccentricity 0.39300467 //Eccentricity of Body orbit (if e=0 is cyrcle, if 1>e>0 is ellipse, if e=1 is parabola, if e>1 is hyperbola)
    Inclination 23.3 //Incilaption of Orbit in degrees, 0<i<90 - is direct, 90<i<180 - is inverse
    AscendingNode 16.8 //Ascending Node in Degrees
    MeanAnomaly -180.0 //Mean Anomaly in Degrees
    ArgOfPericen 90.0 //The ArgOfPericenter parameter of Body A must differ by 180 degrees from the ArgOfPericenter parameter of another Body B
}
}

Star    "Nemesis B/Light Scream B"
{
    ParentBody "Nemesis A-Nemesis B" ///The Body, around wich this star orbits
    Class "M4V" //Spectral Class of a Star
    Lum 0.04 //Luminosity in Sun Luminosity's

    Mass 0.04025648 //Mass of a Star, in Sun Masses
    Radius    265430.5 //Radus 1/2 of Diameter, in Km
    Obliquity 0.00 //Obliquity of rotation axis, in Degrees
    //AppMagn 00.00 //Visual Star Magnitude
    RotationPeriod 111.39 //Rotation Period around axis in Hours
    RotationOffset    36.7    //In Degrees
    //AbsMagn 00.00 //Absolute Star Magnitude
        
    Orbit
{
    Period 0.106779 //Orbital Period of Body, in Years
    SemiMajorAxis 0.31880892 //Mass Ratio 1.71:0.40 in AU
    Eccentricity 0.39300467 //Eccentricity of Body orbit (if e=0 is cyrcle, if 1>e>0 is ellipse, if e=1 is parabola, if e>1 is hyperbola)
    Inclination 23.3 //Incilaption of Orbit in degrees, 0<i<90 - is direct, 90<i<180 - is inverse
    AscendingNode 16.8 //Ascending Node in Degrees
    MeanAnomaly -180.0 //Mean Anomaly in Degrees
    ArgOfPericen 270.0 //The ArgOfPericenter parameter of Body A must differ by 180 degrees from the ArgOfPericenter parameter of another Body B
}
}

StarBarycenter    "Nemesis A-Nemesis B"
{
    ParentBody    "(Nemesis A-Nemesis B)-Goowlen"    //The Body, around wich this planet orbits
        
    Orbit
{
    RefPlane    "Ecliptic"    //Orbit reference plane
    Epoch    2451545.0 //Epoch, Ellian's epoch
    Period    6.29650347    //Orbital Period of Body, in Years
    Eccentricity    0.50679003    //Eccentricity of Body orbit (if e=0 is cyrcle, if 1>e>0 is ellipse, if e=1 is parabola, if e>1 is hyperbola)
    Inclination 23.0 //Incilaption of Orbit in degrees, 0<i<90 - is direct, 90<i<180 - is inverse
    AscendingNode 27.5 //Ascending Node in Degrees
         
    //Next two parameters are interchangeable: SemiMajorAxis = PericenterDist/(1.0-Eccentricity)
    SemiMajorAxis 0.00329587 //Mass Ratio 583887.82289994:473.07032588 in AU
    PericenterDist    0.00000364    //Pericentric distanse in AU
         
    //Next two parameters are interchangeable: ArgOfPericen = LongOfPericen - AscendingNode
    ArgOfPericen    90.0    //Argument of Pericenter, in Degrees. The ArgOfPericenter parameter of Body A must differ by 180 degrees from the ArgOfPericenter parameter of another Body B
    LongOfPericen    117.5    //Longitude of Pericenter, in Degrees
         
    //Next two parameters are interchangeable: MeanAnomaly = MeanLongitude - LongOfPericen
    MeanAnomaly    -19.1    //Meam anomaly, in Degrees
    MeanLongitude    98.4    //Mean longitude, in Degrees
         
    AscNodePreces    129164    //Ascending node precession period, in Years
    ArgOfPeriPreces    260001    //Argument of pericenter precession period, in Years
}
}

Planet    "Goowlen"
{
     ParentBody    "(Nemesis A-Nemesis B)-Goowlen"    //The Body, around wich this planet orbits
     Class    "GasGiant"    //Class of a Body
       
     Radius    79099.34    //Radius, in Km
     Mass    473.07032588    //Mass of Body in Earth's masses
     Oblateness    0.0 //Oblateness of the Planet
        
     Albedo    0.306 //Reflection Coefficient
     Color    (1.000, 0.714, 0.940) //Color of particles
        
     RotationPeriod 18.04277 //Rotation Period in Hours
     RotationOffset 33.421 //Rotation phase in Degrees
     RotationEpoch 2451545.0 //Epoch, Ellian's epoch
     Obliquity    -4.396001 //Obliquity of rotation axis, in Degrees
     EqAscendNode    38.67 //Longitude of Ascending Node of rotation in Degrees
     Precession    22195.3 //Precession period, in Years
        
     Surface
    {
      //These parameters describes a texture pack stored on the disk. If the planet uses a procedural generation of surface, comment out these parameters...
      //DiffMap    "Cyclone B/Surface"    //Color texture
      //DiffTileSize    512    //Color texture tile resolution
      //DiffTileBorder    1    //Color texture tile border width
      //BumpMap    "Cyclone B/Bump"    //Bump (heightmap) texture
      //BumpTileSize    512    //Bump texture tile resolution
      //BumpTileBorder    1    //Bump texture tile border width
         
      BumpHeight    10.22 //Max Height of landscape, in Km
      BumpOffset    0.219 //Offset of Zero Height level, in Km
      DiffMapAlpha    "Water" //Mode of specular effect (flecks of sunlight)
      SpecularBright    20.0 //Brightness of specular spot
      SpecularPower    150.0 //Size of specular spot
      DayAmbient    3.0    //Brightness of fake daytime ambient light
      Lommel    0.0    //Lambert to Lommel-Seeliger lighting mode ratio
      Exposure    1.99    //Global Surface Brightness
      Life    false    //false, if there is life on the planet - true
         
      //These parameters for procedural surface generation...
      Style    0.04579    //Default color scheme
      Randomise    (0.566, 0.490, -0.701)    //Randomize vector
      colorDistMagn    1.6603    //Magnitude of detail textures distortion
      colorDistFreq    0.182    //Frequency of detail textures distortion
      //detailScale    0.0    //Scale of detail textures
      //colorConversion    true    //Perform textures color conversion
      //seaLevel 0.0    //Snow line level (0...1)
      //snowLevel 0.0    //Snow line level (0...1)
      //tropicWidth    0.0    //Width of tropics
      //tropicLatitude    0.0    //Latitude of tropics
      //icecapLatitude    0.0    //Latitude of ice caps boundaries
      //icecapHeight    0.0    // Height of ice caps
      //climatePole    0.0    //Climate of poles - index to color table (0...1)
      //climateTropic    0.0    //Climate of tropics - index to color table (0...1)
      //climateEquator    0.0    //Climate of equator - index to color table (0...1)
      mainFreq    0.0308    //Main noise frequency (oceans/continents)
      mainOctaves    8    //Number of octaves of Main Noise
      //venusFreq    0.0    //Venus-like global structures frequency
      //venusMagn    0.0    //Venus-like global structures magnitude
      //mareFreq    0.0    //Lunar mare frequency
      //mareDensity    0.0    //Lunar mare density
      //montesMagn    0.0    //Mountains magnitude (0...1)
      //montesFreq    0.0    //Mountains frequency
      //montesDensity    0.0    //Mountains density
      //dunesMagn    0.0    //Dunes magnitude (0...1)
      //dunesFreq    0.0    //Dunes frequency
      //dunesDensity    0.0    //Dunes density
      //hillsMagn    0.0    //Hills magnitude (0...1)
      //hillsFreq    0.0    //Hills frequency
      //hillsDensity    0.0    //Hills density
      //canyonMagn    0.0    //Canyons magnitude (0...1)
      //canyonFreq    0.0    //Canyons frequency
      //canyonDensity    0.0    //Canyons density
      //cracksMagn    0.0    //Ice cracks magnitude (0...1)
      //cracksFreq    0.0    //Ice cracks frequency
      //cracksOctaves    0    //Number of ice cracks octaves
      //craterMagn    0.0    //Craters magnitude (0...1)
      //craterFreq    0.0    //Craters frequency
      //craterDensity    0.0    //Craters density
      //craterOctaves    0.0    //Number of craters octaves
      //craterRayedFactor    0.0    //Number of rayed craters relative to usual craters
      cycloneMagn    14.165    //Cyclones magnitude (0...1)
      cycloneFreq    0.2793    //Cyclones frequency
      cycloneDensity    0.1037    //Cyclones density
      cycloneOctaves    1    //Number of cyckone octaves
      twistZones    2.119    //Number of Jupiter-like zones or strips
      twistMagn    0.617    //Strength of twist
      colorSea    (0.630, 0.600, 0.550, 0.009)    //Color of seas
      colorShelf    (0.703, 0.706, 0.691, 0.010)    //Color of shelf areas
      colorBeach    (0.803, 0.870, 0.920, 0.000)    //Color of beach lines
      colorDesert    (0.650, 0.420, 0.270, 0.000)    //Color of deserts
      colorLowland    (0.730, 0.330, 0.270, 0.000)    //Color of lower lands
      colorUpland    (0.750, 0.346, 0.290, 0.000)    //Color of upper lands
      colorRock    (0.900, 0.550, 0.290, 0.000)    //Color of rocks
      colorSnow    (0.950, 0.330, 0.220, 0.016)    //Color of snow
      colorLowPlants    (0.730, 0.330, 0.270, 0.000)    //Color of lower vegetation
      colorUpPlants    (0.740, 0.330, 0.270, 0.000)    //Color of upper vegetation
    }

     Clouds    { }
     Clouds    { }
     Clouds    { }
        
     Atmosphere
    {
      Model    "Jupiter"    //Model of Atmosphere
      Height    770.12    //Height of the top boundary, in Km
      //Pressure    0.0    //Surface pressure, in Bars
      //Density    0.0    //Surface Dencity in Kg/m^3
      //Greenhouse    0.0    //Greenhouse effect in Degrees
      Bright    10.0    //Brightness (rendering parameter)
      Opacity    1.0    //Opacity (rendering parameter)
      SkyLight    0.99    //Brightness of Skylight on terrain
      EclipseBright    250.0    //Brightness of solar eclipse shadow
      EclipseColor    (1.000 0.679 0.204)    //Color of solar eclipse shadow
    }

     Rings
    {
      //These parameters describes a texture pack stored on the disk. If the planet uses a procedural generation of textures, comment out these parameters...
      InnerRadius    121347.07    //Inner Radius of Rings, in Km
      OuterRadius    222031.13    //Outer Radius of Rings, in Km
      RotationPeriod    44.33    //Rings Rotation Period, in Hours
      RotationOffset    24.93    //Rings Rotation phase, in Degrees
      FrontBright    1.0    //Direct lighting brightness
      BackBright    5.0    //Back lighting brightness (scattering)
      Density    1.0    //Density (Opacity)
      Exposure    2.0    //Global Brightness of Rings
    }
        
     Orbit
    {
      RefPlane    "Ecliptic"    //Orbit reference plane
      Epoch    2451545.0 //Epoch, Ellian's epoch
      Period    6.29650347    //    Orbital Period, in Years
      Eccentricity    0.50679003    //Eccentricity of Body orbit (if e=0 is cyrcle, if 1>e>0 is ellipse, if e=1 is parabola, if e>1 is hyperbola)
      Inclination    23.0    //Inclination of Orbit in degrees, 0<i<90 - is direct, 90<i<180 - is inverse
      AscendingNode    27.5    //Longitude of Ascending Node in Degrees
         
      //Next two parameters are interchangeable: SemiMajorAxis = PericenterDist/(1.0 Eccentricity)
      SemiMajorAxis    4.06793137    //Mass Ratio 583887.82289994:473.07032588 in AU
      PericenterDist    2.00634431    //Pericentric distanse in AU
         
      //Next two parameters are interchangeable: ArgOfPericen = LongOfPericen - AscendingNode
      ArgOfPericen    270.0    //Argument of Pericenter, in Degrees. The ArgOfPericenter parameter of Body A must differ by 180 degrees from the ArgOfPericenter parameter of another Body B
      LongOfPericen    297.5    //Longitude of Pericenter, in Degrees
         
      //Next two parameters are interchangeable: MeanAnomaly = MeanLongitude - LongOfPericen
      MeanAnomaly    -19.1    //Meam anomaly, in Degrees
      MeanLongitude    278.4    //Mean longitude, in Degrees
        
      AscNodePreces    129164    //Ascending node precession period, in Years
      ArgOfPeriPreces    260001    //Argument of pericenter precession period, in Years
    }
}