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MOD - Creating a planet 0.980
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| steeljaw354 | Date: Wednesday, 07.09.2016, 00:26 | Message # 181 |
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| Try putting it further from the gas giant
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| Ostarisk | Date: Wednesday, 07.09.2016, 00:45 | Message # 182 |
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| steeljaw354, No, I want to make the moon orbit close, but still be habitable. that is why I made the gas giant cold.
My mods
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| Hornblower | Date: Wednesday, 07.09.2016, 00:50 | Message # 183 |
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| Quote Ostarisk (  ) I want to make the moon orbit close, but still be habitable. that is why I made the gas giant cold.
The temperature of the gas giant has little to no effect on the moon. The reason why it's scorched is because tidal forces bulge the planet making the surface hot
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| Ostarisk | Date: Wednesday, 07.09.2016, 01:58 | Message # 184 |
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| Ok, but is there a way on which I can decrease the heat from other sources so that tidal heating keeps it temperate?
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| Hornblower | Date: Wednesday, 07.09.2016, 02:24 | Message # 185 |
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| Quote Ostarisk ( ) is there a way on which I can decrease the heat from other sources so that tidal heating keeps it temperate?
Like I said, heat from other sources will have little effect on the temperature of the moon. What if you lowered the mass of the planet but kept the radius (make it less dense). The moon will have a slower orbit, but it should help 
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| quarior14 | Date: Wednesday, 07.09.2016, 09:18 | Message # 186 |
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| Ostarisk, try to put eccentricity for the moon to 0 or inferioty than your eccentricty actual or away from the planet and for the same angular size, enlarge the planet without changing the mass.
Quarior
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| JackDole | Date: Wednesday, 07.09.2016, 14:59 | Message # 187 |
 Star Engineer
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| Ostarisk,
there are multiple possibilities.
First:
Apparently your moon has braking rockets.
In order to decelerate the normal orbital period of 5 1/2 hours to 19.7 days.
So you can also install a cooling system in the moon. Set the greenhouse effect to -910 °.
Or, more realistic, set the greenhouse effect:
and the eccentricity to:
Code Eccentricity 0.00032894
Or you take this script:
Code
Moon "Reskara"
{
ParentBody "Albenos"
Class "Terra"
Mass 0.112051
Radius 3139.76
InertiaMoment 0.33222
Oblateness 0.0698831
Obliquity -1.20618
EqAscendNode 63.2239
TidalLocked true
AlbedoBond 0.265628
AlbedoGeom 0.318753
Brightness 2
Color (0.398 0.500 0.720)
Life
{
Class "Organic"
Type "Multicellular"
Biome "Marine/Terrestrial"
}
Surface
{
SurfStyle 0.305172
OceanStyle 0.417554
Randomize (0.414, 0.988, 0.927)
colorDistMagn 0.0539151
colorDistFreq 462.54
detailScale 8075.64
colorConversion true
seaLevel 0.661406
snowLevel 2
tropicLatitude 0.0358472
icecapLatitude 0.936292
icecapHeight 0.664505
climatePole 0.9375
climateTropic 0.3125
climateEquator 0.6875
heightTempGrad 0.625
tropicWidth 0.07
mainFreq 0.927012
venusFreq 1.28842
venusMagn 0.357571
mareFreq 6.51113
mareDensity 0.0130193
terraceProb 0.209627
erosion 0.121897
montesMagn 0.192235
montesFreq 123.961
montesSpiky 0.979766
montesFraction 0.961399
dunesMagn 0.0491836
dunesFreq 36.399
dunesFraction 0.0273016
hillsMagn 0.134088
hillsFreq 284.054
hillsFraction 0.358511
hills2Fraction 0.38193
riversMagn 62.3178
riversFreq 3.19494
riversSin 5.92763
riversOctaves 2
canyonsMagn 0.0537924
canyonsFreq 88.3149
canyonFraction 0.691223
cracksMagn 0.116436
cracksFreq 0.290957
cracksOctaves 0
craterMagn 0.641219
craterFreq 11.0564
craterDensity 0
craterOctaves 0
volcanoMagn 0.689708
volcanoFreq 0.851724
volcanoDensity 0.32635
volcanoOctaves 3
volcanoActivity 1.02063
volcanoFlows 0.792405
volcanoRadius 0.451202
volcanoTemp 1214.67
lavaCoverTidal 0
lavaCoverSun 0
lavaCoverYoung 0
stripeZones 1.70374
stripeTwist 1.03375
cycloneMagn 2.20646
cycloneFreq 0.869891
cycloneDensity 0.221552
cycloneOctaves 3
colorSea (0.040, 0.100, 0.200, 1.000)
colorShelf (0.150, 0.480, 0.460, 1.000)
colorBeach (0.740, 0.730, 0.610, 0.000)
colorDesert (0.450, 0.420, 0.380, 0.000)
colorLowland (0.480, 0.380, 0.280, 0.000)
colorUpland (0.600, 0.540, 0.420, 0.000)
colorRock (0.170, 0.160, 0.160, 0.000)
colorSnow (1.000, 1.000, 1.000, 1.308)
colorLowPlants (0.144, 0.126, 0.016, 0.000)
colorUpPlants (0.313, 0.299, 0.062, 0.000)
BumpHeight 20
BumpOffset 13.2281
DiffMapAlpha "Water"
SpecBrightWater 0.65
SpecBrightIce 0.85
SpecularPower 55
Hapke 0
SpotBright 4
SpotWidth 0.05
DayAmbient 0.07
}
Clouds
{
Height 5.31616
Velocity 165.645
BumpHeight 5.31628
Hapke 0.2
SpotBright 2
SpotWidth 0.15
DayAmbient 2
mainFreq 1.024
mainOctaves 10
Coverage 0.10938
stripeZones 1.70374
stripeTwist 1.03375
}
Clouds
{
Height 10.6326
Velocity 48.431
BumpHeight 5.02507
Hapke 0.2
SpotBright 2
SpotWidth 0.15
DayAmbient 2
mainFreq 1.024
mainOctaves 10
Coverage 0.10938
stripeZones 1.70374
stripeTwist 1.03375
}
Ocean
{
Height 13.2281
Hapke 0
SpotBright 2
SpotWidth 0.15
DayAmbient 2
}
Atmosphere
{
Model "Earth"
Height 84.9195
Density 1.85104
Pressure 1.12989
Greenhouse 41.57532
Bright 10
Opacity 1
SkyLight 3.33333
Hue 0.0183701
Saturation 1
Composition
{
N2 76.0544102727
O2 21.3002244336
Ar 0.688546376862
H2O 0.511614679038
CO2 1.44520423779
}
}
NoRings true
Orbit
{
RefPlane "Equator"
SemiMajorAxis 0.00125153
Period 0.000618024
Eccentricity 0.00032894
Inclination -1.20618
AscendingNode 63.2239
ArgOfPericenter 103.085
MeanAnomaly 307.984
}
}
I have adapted the atmosphere (to somewhat Earth-like values), and I made the orbital and rotational periods a little more realistic.
Don't forget to look here.
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| Ostarisk | Date: Friday, 09.09.2016, 04:02 | Message # 188 |
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| quarior14, JackDole, Thanks!
Hornblower, That didn't work.
My mods
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| steeljaw354 | Date: Saturday, 10.09.2016, 19:49 | Message # 189 |
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| I need help with making a proper Barycenter for my system and adding planets in the Zolar system which would actually be realistic. Basically I made the Earth and moon swap roles and changed the names. Zon.sc goes in stars and Tyran.sc goes in planets.
Edited by steeljaw354 - Saturday, 10.09.2016, 19:50 |
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| Ostarisk | Date: Sunday, 11.09.2016, 22:04 | Message # 190 |
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| steeljaw354, Did you want to make Tyran-Mynoa barycenter or a barycenter for your star?
If you wanted to make a Tyran-Mynoa barycenter (make them binary)
you can use this code:
Code
Barycenter "Tyran-Mynoa"
{
ParentBody "Zon"
Orbit
{
RefPlane "Equator"
SemiMajorAxis 1.0
Eccentricity 0.01
Inclination 0.0
AscendingNode 100.47
ArgOfPericenter 159.774
MeanAnomaly 315.298
}
}
Planet "Tyran"
{
ParentBody "Tyran-Mynoa"
Class "IceGiant"
Mass 24.9227
Radius 23206.2
InertiaMoment 0.209058
Oblateness 0.0307462
RotationPeriod 8.88722
Obliquity 30.324
EqAscendNode 92.586
AlbedoBond 0.482214
AlbedoGeom 0.578656
Brightness 2
Color (0.701 0.472 0.247)
Surface
{
SurfStyle 0.418129
Randomize (0.964, 0.648, 0.420)
detailScale 59687.7
colorConversion true
tropicLatitude 0.501775
icecapLatitude 1
craterOctaves 0
volcanoActivity 0
lavaCoverTidal 0
lavaCoverSun 0
lavaCoverYoung 0.673104
stripeZones 4.71005
stripeFluct 0.305587
stripeTwist 10.186
cycloneMagn 11.9886
cycloneFreq 0.909651
cycloneDensity 0.441406
cycloneOctaves 0
colorLayer0 (0.120, 0.200, 0.480, 1.000)
colorLayer1 (0.330, 0.400, 0.720, 1.000)
colorLayer2 (0.330, 0.400, 0.720, 1.000)
colorLayer3 (0.600, 0.600, 0.600, 1.000)
colorLayer4 (0.350, 0.430, 0.770, 1.000)
colorLayer5 (0.470, 0.540, 0.850, 1.000)
colorLayer6 (0.600, 0.650, 0.910, 1.000)
colorLayer7 (0.990, 0.990, 1.000, 1.000)
colorLowPlants (0.350, 0.430, 0.770, 1.000)
colorUpPlants (0.470, 0.540, 0.850, 1.000)
BumpHeight 14.5762
SpecularPower 55
Hapke 0
SpotBright 4
SpotWidth 0.05
DayAmbient 1
ModulateColor (0.000 0.000 0.000 0.000)
}
Clouds
{
Height 58.0742
Velocity -291.283
BumpHeight 43.4972
Hapke 0
SpotBright 2
SpotWidth 0.15
DayAmbient 1
mainFreq 1.233
mainOctaves 12
Coverage 0.411068
stripeZones 4.71005
stripeFluct 0.305587
stripeTwist 10.186
}
Clouds
{
Height 101.57
Velocity 1508.24
Hapke 0
SpotBright 2
SpotWidth 0.15
DayAmbient 1
ModulateColor (1.000 1.000 1.000 0.303)
mainFreq 1.233
mainOctaves 12
Coverage 0.411068
stripeZones 4.71005
stripeFluct 0.305587
stripeTwist 10.186
}
NoOcean true
NoLava true
Atmosphere
{
Model "Jupiter"
Height 232.062
Density 2676.75
Pressure 488884
Bright 10
Opacity 1
SkyLight 3.33333
Hue -0.0138537
Saturation 0.803785
Composition
{
H2 91.5662
He 7.97634
CH4 0.369148
N2 0.0434048
NH3 0.0281098
O2 0.00801153
C2H2 0.00418718
C2H4 0.00140382
Ne 0.00125177
Ar 0.000881065
C2H6 0.000688482
C3H8 0.000373605
}
}
Aurora
{
Height 507.511
NorthLat 87.5929
NorthLon 82.1422
NorthRadius 5568.6
NorthWidth 1573.78
NorthRings 3
NorthBright 1
NorthParticles 10000
SouthLat -84.4019
SouthLon 272.411
SouthRadius 5082.29
SouthWidth 1116.9
SouthRings 2
SouthBright 1
SouthParticles 10000
TopColor (1.000 1.000 1.000)
BottomColor (1.000 0.000 0.500)
}
NoRings true
NoAccretionDisk true
NoCometTail true
Orbit
{
RefPlane "Equator"
SemiMajorAxis 0.0000991409
Period 0.00195562829
Eccentricity 0
Inclination 0.0
AscendingNode 100.47
ArgOfPericenter 180
MeanAnomaly 315.298
}
}
Moon "Mynoa"
{
ParentBody "Tyran-Mynoa"
Class "Terra"
Mass 1.0
Radius 6378.14
Oblateness 0.00335
Age 4.54
Precession 25592
EqAscendNode 180.0
Life
{
Class "Organic"
Type "Multicellular"
Biome "Marine/Terrestrial"
}
Atmosphere
{
Height 60
Greenhouse 32
Pressure 1.0
Density 1.2929
Adiabat 0.28
Model "Earth"
Bright 10.0
Opacity 1.0
SkyLight 3.0
Composition
{
N2 77.7729
O2 20.8625
Ar 0.9303
H2O 0.4000
CO2 0.0398
}
}
Orbit
{
RefPlane "Equator"
SemiMajorAxis 0.00247085909
Period 0.00195562829
Eccentricity 0
Inclination 0.0
AscendingNode 100.47
ArgOfPericenter 360
MeanAnomaly 315.298
}
}
You may overwrite your old code with this code.
or, if you wanted to make a barycenter for your star, like this:
use this code:
Code
StarBarycenter "Zon system"
{
RA 54.267571
Dec -12.903437
Dist 30
}
Star "Zon"
{
ParentBody "Zon system"
Class "G2 V"
Luminosity 1
MassSol 1
RadSol 1
Teff 5778
Age 4.57
InertiaMoment 0.0534429
Oblateness 9e-006
RotationPeriod 609.12
Obliquity 47.8823
EqAscendNode 80.6507
AlbedoBond 0.3
AlbedoGeom 0.36
Brightness 2
Color (1.000 0.867 0.815)
Surface
{
Randomize (0.647, -0.213, -0.353)
colorDistMagn 0.498222
colorDistFreq 11.7314
detailScale 1.79015e+006
colorConversion true
tropicLatitude 0.5
icecapLatitude 1
mareFreq 47.0639
mareDensity 0.0108637
erosion 1
montesFreq 537
dunesMagn 0.5
hillsMagn 0.03
hillsFreq 4726.69
craterOctaves 0
BumpHeight 599.055
BumpOffset 599.055
SpecBrightWater 0
SpecBrightIce 0
SpecularPower 55
Hapke 1
SpotBright 4
SpotWidth 0.05
DayAmbient 1
}
NoClouds true
NoOcean true
NoLava true
Atmosphere
{
Model "Sun"
Height 6960
Density 0
Pressure 1
Bright 10
Opacity 0
SkyLight 0
Hue 0
Saturation 1
}
NoAurora true
NoRings true
NoAccretionDisk true
Corona
{
Radius 3.74729e+006
Period 0.0322656
Brightness 0.5
RayDensity 3.73626
RayCurv 14.7723
}
NoCometTail true
Orbit
{
RefPlane "Static"
SemiMajorAxis 0
Period 0
Eccentricity 0
Inclination 0
AscendingNode 0
ArgOfPericenter 0
MeanAnomaly 0
}
}
Just overwrite your star code with this code.
If you want to have some realistic planets, you can just export some procedural planets. (Start of the thread tells you how to do it.)
Edit: You classified Mynoa as a planet! it should be a moon.
My mods
Edited by Ostarisk - Sunday, 11.09.2016, 23:36 |
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| steeljaw354 | Date: Sunday, 11.09.2016, 22:17 | Message # 191 |
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| Thanks!
Edited by steeljaw354 - Sunday, 11.09.2016, 22:18 |
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| SpaceEngineer | Date: Wednesday, 14.09.2016, 18:21 | Message # 192 |
 Author of Space Engine
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| The manual has been updated.
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| quarior14 | Date: Wednesday, 14.09.2016, 21:14 | Message # 193 |
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| I think it a mistake
Quote SpaceEngineer ( ) MassSol - mass in the Sun's masses (1 Earth mass = 1.98892·1030 kg).
It is rather :
MassSol - mass in the Sun's masses (1 Sun mass = 1.98892·1030 kg).
And precise the luminosity it is in Sun's luminosity in the spoiler of the first post.
Quarior
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| steeljaw354 | Date: Wednesday, 14.09.2016, 22:00 | Message # 194 |
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| Ok. I have added other Planets, Moons, asteroids, etc and I have an issue with the barycenter. I changed the orbital period of Mynoa. After this is fixed I will add 2 asteroid belts and a few other things and the addon will be released.
Edited by steeljaw354 - Wednesday, 14.09.2016, 22:02 |
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| Ostarisk | Date: Wednesday, 14.09.2016, 22:10 | Message # 195 |
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| Quote steeljaw354 ( ) I changed the orbital period of Mynoa.
You're not supposed to change the period, because it will change the position within the binary system, And the two bodies are meant to be always opposite each other, as so in any other binary system.
My mods
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