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electricpants

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Everything posted by electricpants

  1. Darwin B is now a single, K1V type star and orbits Darwin A 100 AU away and it now gets Darwin A's habitable planet. Also, the system is now called "Darwin" so that's why the star's names are different. And "Epsilon Beta" no longer exists, at all. There, @Galacticvoyager, is it better?
  2. I guess I'll make it more like Alpha Centauri AB, instead of a triple system. Now I can have habitable circumbinary planets!
  3. My estimate is 2/42 (bc I looked at 42 asteroids (not even joking) and found 2) So basically 1/21.
  4. I encountered the magic boulder twice! ( I didn't name the pink one) Bulbasaur looks even more like the original one than @Just Jim's!
  5. Stuff for my system: Though I don't really want to add descriptions for six bodies. Jk. EA A: A star a little more massive than our sun, Epsilon Alpha A is the most massive star in a trinary system, and the only one with stable planets. Being more massive than the Sun, the habitable zone is pushed farther out, and it's life span is a little shorter. EA Ab: This planet is truly massive, weighing in at 10 times Jupiter's mass, this planet zips around Epsilon Alpha A in only two days! Since this planet is so enormously huge, it's almost a brown dwarf, and because of that it pulls violently on it's host star, causing it to wobble. EA Ac: Epsilon Alpha Ac is very cold, so intelligent life is a no-no, but there is some form of plant and animal life, though there is no more fish, because they all froze in the freezing waters. Animals live on land where there is more warmth from the sun. And since this planet has 3 stars in it's sky, it has some beautiful but disorienting triple shadows. EA Ba: This star is a bit less massive than the sun, and "orbits" Epsilon Alpha A at a distance of 12 AU. This companion star system consists of a binary system between a red dwarf and an orange dwarf, and their barycenter orbits the system's barycenter. This star is an orange dwarf, but it's not that orange. EA Bb: A small red dwarf, this star will outlast all the other stars in this trinary system. It forms the secondary component of the binary system 'Epsilon Alpha B" which forms a binary system with itself and Epsilon Alpha A. As far as we know, there are no planets around this star. Such bodies around this star are unlikely, because they are more likely to be circumbinary planets. EB: We don't know how this literal ice giant got here, as we thought circumtrinary planets were more or less impossible. But Epsilon Beta has overturned that theory, because, well, it's here around all three stars. Which means that this planet get triple sunrises, unlike the planets around Epsilon Alpha A, which have their sun rise, then a few hours later, Epsilon Alpha Ba and Bb rise.
  6. I'm not doing math for this system, so criticism is welcome! (This is an HD-188753 type trinary system) Epsilon Alpha A Mass: 1.06 Solar masses Diameter: 860300 km Density: 870 km/m3 Surface Temp.: 5501o Celcius Semi-Major Axis: 24,780 lightyears Eccentricity of orbit: 0.099 Parent Body: Hagito Galactic Core (I call it the "Galactic Core" because I play Spore, and that's what the center of the galaxy is called in that game.) Inclination: 168o Type: G1V Rotates once every 30 days. Epsilon Alpha Ba Mass: 0.96 Solar masses Diameter: 601600 km Density: 1.98 g/cm3 Surface Temp.: 4987o Celcius Semi-Major Axis: 0.67 AU Eccentricity of orbit: 0.1 Parent Body: Epsilon Alpha BaBb Inclination: 45o Type: K0V Rotates once every 22.5 days. Epsilon Alpha Bb Mass: 0.6 Solar masses Diameter: 528580 km Density: 5.4 g/cm3 Surface Temp.: 3919o Celcius Semi-Major Axis: 0.7 AU Eccentricity of orbit: 0.1 Parent Body: Epsilon Alpha BaBb Inclination: 45o Type: M0V Rotates once every 16 days. Epsilon Alpha BaBb Semi-Major Axis: 12.1 AU Eccentricity of orbit: 0.5 Parent Body: Epsilon Alpha A Inclination: 13o This solar system contains three planets, 1 is a circumtrinary planet 29 AU away, and the other is in Epsilon Alpha A's habitable zone! Epsilon Alpha Ab Mass: 10 Jupiter masses Diameter: 186000 km Density: 700 kg/m3 Surface Temp.: 1168o Celcius Semi-Major Axis: 0.033 AU Eccentricity of orbit: 0.04 Parent Body: Epsilon Alpha A Inclination: 4o Type: Class I Hot Jupiter Orbits once every 2 days. Epsilon Alpha Ac Mass: 2 Earth masses Diameter: 8800 km Density: 5.94 g/cm3 Surface Temp.: 1.84o Celcius Semi-Major Axis: 1.3 AU Eccentricity of orbit: 0.001 Parent Body: Epsilon Alpha A Inclination: 16o Type: Habitable Super-Earth Orbits once every 450 days. Epsilon Beta Mass: 90 Earth masses Diameter: 35424 km Density: 2.88 g/cm3 Surface Temp.: -222o Celcius Semi-Major Axis: 29 AU Eccentricity of orbit: 0.00045 Parent Body: System Barycenter Inclination: 1o Type: Class I Ice Giant Orbits once every 200 years.
  7. I have some constructive criticism. On Krios, the plant life is blue. In real life, the plants would be black, because the star makes more infrared light than visible light, so black is the most efficient way possible. So the plant life on Krios should be black.
  8. You should move it back to it's rightful place around Ike, like Scott Manley did in one of his recent videos!
  9. Oh, I've only developed 5 star systems, 1 is a trinary brown dwarf, 2 are binary brown dwarfs, and 2 are single stars. Don't think the first "Tester" is coming out for a while.
  10. Not to be confused with the (most likely) dead Kerbal Galaxy 2, this is just the development thread for a different galactic mod This is the development thread for a Galaxy mod I'm making that DOES involve stars orbiting around a central black hole, but instead of the 6-8 or so stars in Kerbal Galaxy 2, this is supposed to be an actual GALAXY, with a full 526 stars and 955 planets, a minority of the planets being rogue planets/planetary mass brown dwarfs (which do exist in reality), and all of those will be gas giants with moons. There will be: 228 Red dwarfs 36 Orange dwarfs 21 Yellow dwarfs 9 Yellow-white dwarfs 2 White giants 1 Blue-white giant 1 Blue giant 210 Brown dwarfs 5 White dwarfs 2 Neutron stars 2 Black holes (1 is the central black hole) 50 Rogue planets 5 planetary mass brown dwarfs Aaaand lots'a moons. Like, a whole metric ton of them if they each weighed the same as a grain of sand I know all of this sounds insane, but I'm going to attempt it.
  11. I found Scott Manley's youtube channel. Asked dad to buy 40 dollar game. Got it in early-to-mid 2014. The first version I played on was 0.25.
  12. That's what want! I want a download that actually gives you the version of the mod that works with the newest version of KSP!
  13. Pol is small, but it is 44 km in radius, but the magic boulder is literally a boulder, as it's just a few meters in radius, so Pol is millions of times bigger than the magic boulder. Just saying.
  14. I know, but as far as I know, no planet packs have updated, and I'm not putting in a whole crap ton of effort making one right now, so I'll test it with a planet pack that supports this mod (Unless somehow Galactic Neighborhood works in 1.1.3, I guess I'll test that now).
  15. Well DunaIke doesn't work, and Kopernicus's download for github is 1 update behind, so no planet packs to test the actual mod with.
  16. @Sigma88, is this compatible with 1.1.3 yet? Sorry to pester you if you're working on an update already.
  17. Hhhhhhhhhhhhhhhh. That would be awesome, if you could see them from the surface of Kerbin. You'd have to pile up literally thousands of them into orbit to see just a little color, not to mention the fact that Kerbin's atmosphere would block your view of them further. But I do love that idea. And the stuff above doesn't sound crazy, to me. The reason is because I'm thinking of making a full GALAXY, with 300 stars in it, and 900 planets. I don't know if it's possible, though.
  18. Ok, so I have this idea that stuck me a few days ago, and I think it's really cool.

    So the idea is a full galaxy with 300 stars and 900 planets total (That means each star system could have 3 planets, but it's not gonna be that uniform). And I also want to make a Gargantua (from "Interstellar") analogue, so the center will have 3 planets, a neutron star, and S2 and S0-102 analogues. I will make the "escape" velocity unnaturally low (for a black hole), so you can "escape" the galaxy (I'm using quotation marks because I'm changing the Sun into the center, so it's SOI will be infinity, like it is in the stock game). If this is even possible in the first place, I'll need to go back to my corner and think of a name for this mod.

    Again, I'm not sure this is even possible without the game crashing upon starting it.

    1. ProtoJeb21

      ProtoJeb21

      Whoa, whoa, whoa, slow down! You already have the Antares and 2KAS-J0523 systems, and now you want to make a fleeping GALAXY?!

      I like the idea, and I wouldn't mind helping you out with the project, but both of us already have mods we're currently working on. Just saying.

    2. electricpants

      electricpants

      Yeah, it's just an idea as of now. But I do intend to eventually make this into a real life mod.

  19. The first one I was active in was "the Dres war" and it appears to still be going on. I think I might be active in it again.
  20. Having a real gas giant in this solar system is WAY, WAY too unrealistic. The reason why is because smaller stars have less material to form gas giants, so the smallest stars will have no gas giants. What I will do, is make a "hot" neptune, a neptune-sized hot jupiter which is WAY more realsitic than having actual gas giants.
  21. No, just adds a new star system. I don't know how to do that yet. (Don't want to know, I just want to make mods that add stuff, not replace stuff)
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