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Post by tukuro on Feb 24, 2017 14:16:08 GMT
I've added all the planets, including orbits, and changed the sun to reflect the information in the infographic and the wikipedia article. CelestialBody Sol
Mass_kg 1.592e29
Radius_km 83484
SurfaceTemperature_K 2600
IsGasComposition true
Rotation
AxialTilt_degrees 7.5
SiderealRotationPeriod_s 1.20960e5
CelestialBody TrappistB
Mass_kg 5.0763e24
Radius_km 6944
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 1650000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 130464
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistC
Mass_kg 8.2416e24
Radius_km 6753
Albedo .85
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 2250000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 130464
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistD
Mass_kg 5.0763e24
Radius_km 4906
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 3150000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 349920
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistE
Mass_kg 2.4486e24
Radius_km 5861
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 4200000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 527040
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistF
Mass_kg 4.0610e24
Radius_km 6626
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 5550000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 795744
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistG
Mass_kg 8.0027e24
Radius_km 7199
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 6750000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 1067040
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistH
Mass_kg 2.449e24
Radius_km 4841
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 9000000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 1728000
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004I tried doing this by creating a new star, but the game just crashes upon launch. If you want to explore the system through creating a custom mission then make sure you filter TrappistH first. The lighting of the planets is based on the first filtered body. Also make sure your ship has plenty of DeltaV and acceleration: Navigating a high gravity system is a lot more difficult, even if everything is only days away... I'm currently working on adding planet textures.  |
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Post by deltav on Feb 24, 2017 14:56:07 GMT
We can't say whether or not life is rare, because we only really know about one solar system, and we haven't even checked out the other places in the system that could support life (Europa comes to mind). Intelligent life may be rare, but we don't know this either. One possibility is that intelligent life has a tendency to destroy itself, or to nuke itself back to dark ages. Another possibility is that intelligent life has a tendency to avoid contact with other intelligent life to prevent conflict. In before someone links the Fermi ParadoxMy thoughts exactly, ha |
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Post by The Astronomer on Feb 24, 2017 14:56:19 GMT
I've added all the planets, including orbits, and changed the sun to reflect the information in the infographic and the wikipedia article. CelestialBody Sol
Mass_kg 1.592e29
Radius_km 83484
SurfaceTemperature_K 2600
IsGasComposition true
Rotation
AxialTilt_degrees 7.5
SiderealRotationPeriod_s 1.20960e5
CelestialBody TrappistB
Mass_kg 5.0763e24
Radius_km 6944
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 1650000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 130464
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistC
Mass_kg 8.2416e24
Radius_km 6753
Albedo .85
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 2250000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 130464
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistD
Mass_kg 5.0763e24
Radius_km 4906
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 3150000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 349920
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistE
Mass_kg 2.4486e24
Radius_km 5861
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 4200000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 527040
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistF
Mass_kg 4.0610e24
Radius_km 6626
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 5550000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 795744
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistG
Mass_kg 8.0027e24
Radius_km 7199
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 6750000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 1067040
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004
CelestialBody TrappistH
Mass_kg 2.449e24
Radius_km 4841
Albedo .95
Orbit
ParentBody Sol
Elements
Epoch_JulianYears 2000
SemiMajorAxis_km 9000000
Eccentricity .00676399
ArgumentOfPeriapsis_degrees 131.76755713
LongitudeOfAscendingNode_degrees 181.97970850
MeanAnomaly_degrees 76.67261496
InclinationToRelativePlane_degrees 3.39777545
Rotation
AxialTilt_degrees .035167
SiderealRotationPeriod_s 1728000
Atmosphere
SurfacePressure_Pa 1.01325e5
Composition
Oxygen .21
Hydrogen .78
Argon .0996
Carbon Dioxide .0004I tried doing this by creating a new star, but the game just crashes upon launch. If you want to explore the system through creating a custom mission then make sure you filter TrappistH first. The lighting of the planets is based on the first filtered body. Also make sure your ship has plenty of DeltaV and acceleration: Navigating a high gravity system is a lot more difficult, even if everything is only days away... I'm currently working on adding planet textures. Which text editing program are you using? I (NotePad) can't seem to get them working because of their annoyingly sensitive errors 'Error: EXCEPTION_BREAKPOINT'. |
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Post by David367th on Feb 24, 2017 14:59:40 GMT
Which text editing program are you using? I (NotePad) can't seem to get them working because of their annoyingly sensitive errors 'Error: EXCEPTION_BREAKPOINT'. I found Notepad++ works well. |
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Post by tukuro on Feb 24, 2017 15:05:10 GMT
Which text editing program are you using? I (NotePad) can't seem to get them working because of their annoyingly sensitive errors 'Error: EXCEPTION_BREAKPOINT'. Notepad++ |
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Post by The Astronomer on Feb 24, 2017 15:16:19 GMT
Now the next question: What should we name the planets?
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Post by tukuro on Feb 24, 2017 15:20:41 GMT
Now the next question: What should we name the planets? We could use the solar system naming scheme of naming them after mythological deities. |
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Post by The Astronomer on Feb 24, 2017 15:24:09 GMT
Now the next question: What should we name the planets? We could use the solar system naming scheme of naming them after mythological deities. I guess I'll let the user name the planets by themselves... |
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Post by David367th on Feb 24, 2017 17:04:43 GMT
I say Trappist-1H should be Hoth. Its supposed to be an arctic climate plus it's already named H.
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Post by The Astronomer on Feb 26, 2017 3:07:09 GMT
Anybody cares to make TRAPPIST-1 Loading wallpaper?
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Post by David367th on Feb 26, 2017 3:36:32 GMT
Anybody cares to make TRAPPIST-1 Loading wallpaper? I found a wallpaper that works. You don't have to have the logo in the game will put it in automatically. It is kind of blurry though since the loading.jpg is naturally a really weird resolution. Attachments:
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Post by The Astronomer on Feb 26, 2017 3:51:49 GMT
Anybody cares to make TRAPPIST-1 Loading wallpaper? I found a wallpaper that works. You don't have to have the logo in the game will put it in automatically. It is kind of blurry though since the loading.jpg is naturally a really weird resolution. Actually, I'm kind of wanting something like this: utilitas' Project Prosperous Wallpaper (made in SpaceEngine) |
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Post by The Astronomer on Feb 26, 2017 3:57:34 GMT
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Post by David367th on Feb 26, 2017 3:59:38 GMT
I was going to call it Children of a New Earth, seeing that it's not the same earth but yeah.
Also did anyone notice the populations on the Trappist planets? Like each one has 3 billion people...
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Post by The Astronomer on Feb 26, 2017 4:01:19 GMT
I was going to call it Children of a New Earth, seeing that it's not the same earth but yeah. Also did anyone notice the populations on the Trappist planets? Like each one has 3 billion people... isGasComposition=true for every planet lol I realized that while TRAPPIST-1b and 1d is not populated, Mercury, Venus and Earth are all populated. This is how Qswitch make population values, I see. I'm going to call this Project Red Light. Children of Red Dots. |
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