Discussion about Space Engine mods > Discussion about Space Engine mods

Admin's Space Engine mods

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Admin:
Here is all of my mods:

Please note that the newer addons will be made for SE 0.971, it is not a very old version but these addons may not work for you if you use SE 0.980 (the newest version)[DOT]

Custom solar systems:

Matstar solar system (MSS):
Spoiler (hover to show)This is my first mod
Download here
Images:
Lumba (is scorching):

Zelu (- the 2nd planet of Matonians/Matmans):

Dwarf moon of Zelu called Minumis:

The most beautyful object in the solar system:

Matonia:

Dionysos moon of Matonia:

Jupitada gas giant:


Fanari system:
Spoiler (hover to show)Coming soon
Download quarior14's version here
Pre-images:
Venus-like planet Fanari A2:
$IMAGE3$
Earth-like planet Fanari A3:
$IMAGE4$

Matsolar system 2:
Spoiler (hover to show)The new version of Matstar solar system

Changes:
City lights for Matonia,
Elements of Matonia's atmosphere changed,
Elements of Zelu's atmosphere changed,
Jyn now has no rings,
Three new moons for Jupitada[DOT]

Download here
Matsolar system 2.1 with my GlowMap:
Spoiler (hover to show)Download here
Screenshots:
Asterocube - the cube moon of Jupitada but for some reason is not cube:


Changes:
New GlowMap for Matonia,
1 new moon for Jupitada

Minecraft system re-remake (another thread)

Sun 2 system:
Spoiler (hover to show)Sun 2 system

[size=100]Download 2ndSunBarycenter.sc here[/size]

Download Sun2.sc here

The Sun in this system is younger the our Sun, but all of the data of that star is the same[DOT]
Screenshots:




Installation:
Download the SC files,
put 2ndSunBarycenter into catalogs/stars,
put Sun2 into catalogs/planets,
open your universe.cfg,
replace everything with that text:

--- Code: ---//////////////////////////////////////////////////
//    SpaceEngine Universe configuration file   //
//////////////////////////////////////////////////


// binary stars catalog
StarsCatalogBin   "catalogs/stars/stars120k.dat"


StarsCatalogs     // stars catalogs
(
"catalogs/stars/BinStars.sc"
"catalogs/stars/Stars.sc"
"catalogs/stars/ExoPlanetsSuns.sc"
"catalogs/stars/2ndSunBarycenter.sc"
)


GalaxiesCatalogs  // galaxies catalogs
(
"catalogs/galaxies/galaxies10k.sc"
)


ClustersCatalogs  // star clusters catalogs
(
"catalogs/clusters/clusters_open_named.sc"
"catalogs/clusters/clusters_open.sc"
"catalogs/clusters/clusters_globular.sc"
//"catalogs/clusters/clusters_extragalactic.sc"
)


NebulaeCatalogs   // nebulae catalogs
(
"catalogs/nebulae/nebulae_MilkyWay.sc"
//"catalogs/nebulae/nebulae_M33.sc"
)


PlanetsCatalogs // planets catalogs
(
"catalogs/planets/BinStars.sc"
"catalogs/planets/Stars.sc"
"catalogs/planets/SolarSys.sc"
//"catalogs/planets/SolarSys3000.sc" // Bonus:) Comment out SolarSys.sc and uncomment this
"catalogs/planets/SmallMoons.sc"
"catalogs/planets/Asteroids.sc"
"catalogs/planets/KuiperBelt.sc"
//"catalogs/planets/AsteroidsSmall.sc"
//"catalogs/planets/KuiperBeltSmall.sc"
"catalogs/planets/Comets.sc"
"catalogs/planets/ExoPlanets.sc"
"catalogs/planets/ExoPlanets-unconfirmed.sc"
"catalogs/planets/Sun2.sc"
)


// our home address (switched with Shift-h)
HomeGalaxy        "Milky Way"
HomeStar          "Sol"
HomePlanet        "Earth"     
//HomeCluster     // we have no home star cluster :)


// planetary system generator probabilities settings
ProbBinaryStar         0.50 // binary system probability - 50% of all systems
ProbTripleStar         0.11 // triple system probability - 11% of binary systems
ProbQuadrupleStar      0.22 // quadruple system probability - 22% of triple systems
ProbStellarRemnantSys  0.02 // stellar remnant system probability - 2% of all stars at latest galactic octree level
ProbStellarRemnantBin  0.05 // stellar remnant as binary system companion probability - 5% of all binary systems
ProbBrownDwarf         0.025 // brown dwarf probability
ProbGasGiant           0.36 // gas giant probability
ProbHotGasGiant        0.012 // hot gas giant probability
ProbOceania            1.00 // Oceania -> Terra probability
ProbVenusClouds        0.66 // probability of opaque cloud layer on Hot and Warm Deserts
ProbTitanClouds        0.66 // probability of opaque cloud layer on Titans and Ice Worlds
ProbLifeTerra          0.300 // probability of life on terra
ProbLifeOceania        0.300 // probability of life on oceania
ProbLifeDesert         0.002 // probability of life on desert
ProbLifeIceWorld       0.010 // probability of life on ice world (under ice)
ProbLifeTitan          0.100 // probability of life on titan (exotic)
ProbLifeGasGiant       0.010 // probability of life on gas giant (floaters)
LifeOrgAgeUni          0.60 // mean value of system age to develop unicellular    organic life (in billion years)
LifeOrgAgeUniDisp      0.25 // dispersion of system age to develop unicellular    organic life (in billion years)
LifeOrgAgeMulti        3.50 // mean value of system age to develop multicellular  organic life (in billion years)
LifeOrgAgeMultiDisp    0.70 // dispersion of system age to develop multicellular  organic life (in billion years)
LifeOrgAgeComplex      4.00 // mean value of system age to develop complex ground organic life (in billion years)
LifeOrgAgeComplexDisp  0.50 // dispersion of system age to develop complex ground organic life (in billion years)
LifeExoAgeUni          1.50 // mean value of system age to develop unicellular    exotic  life (in billion years)
LifeExoAgeUniDisp      0.40 // dispersion of system age to develop unicellular    exotic  life (in billion years)
LifeExoAgeMulti        4.50 // mean value of system age to develop multicellular  exotic  life (in billion years)
LifeExoAgeMultiDisp    1.00 // dispersion of system age to develop multicellular  exotic  life (in billion years)
LifeExoAgeComplex      6.50 // mean value of system age to develop complex ground exotic  life (in billion years)
LifeExoAgeComplexDisp  1.50 // dispersion of system age to develop complex ground exotic  life (in billion years)

// planets settings
PlanetMsiniResolve     0 // method to compute planet mass from M sin i: 0 - using actual or procedural inclination, 1 - average inclination, 2 - inclination of 90 degrees

// stars settings
StarMaxAppMagn          10.0 // max apparent magnitude of procedural stars while looking from Solar system
StarRelicMinDist        3.0     // min distance from the Sun to procedural black holes, neutron stars and white dwarfs
StarGalaxyDensity       1.0 // procedural stars density in galaxies
StarClusterDensity      1.0 // procedural stars density in clusters
StarProcBifurcation     true // enable procedural bifurcation of catalog stars
StarSilentLoading       true // do not log warnings while star catalogs loading
StarNCoronaTextures     10 // number of star corona textures

// procedural star clusters settings
ClusterCatMaxAppMagn    8.1     // max apparent magnitude of catalog clusters while looking from Solar system
ClusterMaxAppMagn       8.1     // max apparent magnitude of procedural clusters while looking from Solar system
ClusterGlobDensity      1.0     // globular clusters density in galaxies
ClusterOpenDensity      70.0    // open clusters density in galaxies
ClusterGlobRadius       30.0    // globular clusters mean radius
ClusterGlobRadiusDisp   30.0    // globular clusters radius dispersion
ClusterOpenRadius       7.0     // open clusters mean radius
ClusterOpenRadiusDisp   5.0     // open clusters radius dispersion
ClusterGlobLum          60000.0 // globular clusters mean luminosity
ClusterGlobLumDisp      10000.0 // globular clusters luminosity dispersion
ClusterOpenLum          25000.0 // open clusters mean luminosity
ClusterOpenLumDisp      4000.0  // open clusters luminosity dispersion

// procedural nebulae settings
NebulaMaxAppMagn        8.1 // max apparent magnitude of procedural nebulae while looking from Solar system
NebulaDiffDensity       1.5 // diffuse nebulae density in galaxies
NebulaPlanDensity       2.0 // planetary nebulae density in galaxies
NebulaSNRDensity        3.0 // SNR nebulae density in galaxies
NebulaDiffRadius        3.0 // diffuse nebulae mean radius
NebulaDiffRadiusDisp    1.5 // diffuse nebulae radius dispersion
NebulaPlanRadius        0.001 // planetary nebulae mean radius
NebulaPlanRadiusDisp    0.01 // planetary nebulae radius dispersion
NebulaSNRRadius         0.1 // SNR nebulae mean radius
NebulaSNRRadiusDisp     0.2 // SNR nebulae radius dispersion
NebulaDiffLum           10000 // diffuse nebulae mean luminosity
NebulaDiffLumDisp       2000 // diffuse nebulae luminosity dispersion
NebulaPlanLum           10.0 // planetary nebulae mean luminosity
NebulaPlanLumDisp       2.5 // planetary nebulae luminosity dispersion
NebulaSNRLum            5.0 // SNR nebulae mean luminosity
NebulaSNRLumDisp        1.2 // SNR nebulae luminosity dispersion

// galaxies settings
GalaxyProceduralOrient  true // procedurally generate orientation angles if them are missing in the catalog

--- End code ---
test,
If there are problems with the temperature of the planets, change the temperature to Kelvin,
You're done[DOT]

The solar system of 6 Suns:
Spoiler (hover to show)The solar system of 6 Suns
Coming soon
Pre-images:
Whity - looks like a black hole, but white dwarf:


Galaxies:

Matthew's Galaxy:
Spoiler (hover to show)Matthew's Galaxy - the brightest dot on the sky:

Download here

Other:

Planet OGLE-05-071L c
Spoiler (hover to show)My idea for another planet around OGLE-05-071L c
Type: Terra
Surface: 1 parameters are not set by SE
Tested with: SE 0.95 (succesfully works) and SE 0.980 (does not work)
Images:
Image:
$IMAGE1$
Surface:
$IMAGE2$
How to add?:
Put in your ExoPlanets.sc this code:

--- Code: ---Planet    "OGLE-05-071L c"
{
    Class          "Terra"
    ParentBody     "OGLE-05-071L"
    Mass            0.94
   
    Atmosphere
    {
     Pressure 0.96
     Greenhouse 195
    }
    Clouds { }
   
    Orbit
    {
  Period         1.02
  SemiMajorAxis  4
    }
   
    Surface
    {
   seaLevel        0.4
    }
   
}
--- End code ---

Admin:
The solar system of 6 Suns
Coming soon
Pre-images:
Whity - looks like a black hole, but white dwarf:

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