The original system had flaws in the rotation of the planets, but now I think that issue has been resolved
This is the largest project I have ever made, it took over 3 days just to make the solar system.
The Microverse is a version Milky Way, but not just any other version, the planets are small and easy to get to, and this system was built with mobile users in mind. The distance from the planets also minimizes the use of time warp. For example, it takes a few hours for Earth to make one revolution around the sun.
You don't have to feel so bad about having a too small rocket for Droo because you can easily escape any planet (and the sun) with little fuel, even just the default rocket will get to pretty far. You should also be pretty quick when going interstellar, because the stars move very quickly around Sagittarius A.
All the planets and moons were procedurally generated, from the blank template. Since there's so much extra room than I expected, I plan on making a significant chunk of the Milky Way, plus the Andromeda galaxy, or just a tiny portion of the local group 0_0
GENERAL INFO
- Created On: Windows
- Game Version: 0.9.918.1
CELESTIAL BODIES
Name | Parent | Radius | Surface Gravity | Apoapsis | Periapsis |
---|---|---|---|---|---|
Sagittarius A | 100 km | 250.0 m/s | - | - | |
Barnard's Star | Sagittarius A | 10 km | 100.0 m/s | 54,702.8 Mm | 48,490.6 Mm |
Barnard's Star b | Barnard's Star | 5,000 m | 10.0 m/s | 416 km | 381 km |
Wolf 359 | Sagittarius A | 10 km | 100.0 m/s | 58,946.7 Mm | 52,697.9 Mm |
Wolf 359 c | Wolf 359 | 1,300 m | 3.0 m/s | 200 km | 184 km |
Wolf 359 b | Wolf 359 | 10 km | 15.0 m/s | 1,297 km | 1,180 km |
Alpha Centauri A | Sagittarius A | 10 km | 100.0 m/s | 59,249.0 Mm | 53,080.6 Mm |
Alpha Centauri B | Alpha Centauri A | 10 km | 100.0 m/s | 3,041 km | 3,035 km |
Alpha Centauri C | Alpha Centauri A | 10 km | 100.0 m/s | 98,577 km | 91,166 km |
Alpha Centauri C b | Alpha Centauri C | 5,000 m | 10.0 m/s | 193 km | 171 km |
Sol | Sagittarius A | 10 km | 100.0 m/s | 56,618.0 Mm | 56,504.8 Mm |
Mercury | Sol | 1,000 m | 3.0 m/s | 107 km | 98 km |
Venus | Sol | 3,800 m | 8.8 m/s | 271 km | 266 km |
Earth | Sol | 4,000 m | 9.8 m/s | 404 km | 396 km |
Luna | Earth | 1,000 m | 3.0 m/s | 26 km | 24 km |
Mars | Sol | 4,000 m | 7.0 m/s | 633 km | 538 km |
Jupiter | Sol | 10 km | 12.0 m/s | 1,117 km | 1,051 km |
Europa | Jupiter | 1,000 m | 4.0 m/s | 33 km | 31 km |
Io | Jupiter | 1,000 m | 5.0 m/s | 48 km | 46 km |
Ganymede | Jupiter | 1,400 m | 5.0 m/s | 69 km | 64 km |
Callisto | Jupiter | 1,400 m | 4.0 m/s | 99 km | 91 km |
Saturn | Sol | 10 km | 15.0 m/s | 1,788 km | 1,696 km |
Mimas | Saturn | 1,000 m | 1.0 m/s | 28 km | 26 km |
Enceladus | Saturn | 1,000 m | 1.0 m/s | 41 km | 40 km |
Tethys | Saturn | 1,000 m | 1.0 m/s | 56 km | 56 km |
Rhea | Saturn | 1,000 m | 1.0 m/s | 85 km | 78 km |
Titan | Saturn | 1,500 m | 2.0 m/s | 122 km | 110 km |
Uranus | Sol | 10 km | 10.0 m/s | 2,662 km | 2,504 km |
Miranda | Uranus | 1,000 m | 1.0 m/s | 34 km | 30 km |
Ariel | Uranus | 1,000 m | 1.0 m/s | 51 km | 47 km |
Umbriel | Uranus | 1,000 m | 1.0 m/s | 72 km | 67 km |
Neptune | Sol | 10 km | 10.0 m/s | 3,797 km | 3,602 km |
Triton | Neptune | 1,100 m | 2.0 m/s | 42 km | 38 km |
Sirius A | Sagittarius A | 10 km | 100.0 m/s | 58,641.5 Mm | 58,524.3 Mm |
Sirius B | Sirius A | 10 km | 100.0 m/s | 11,218 km | 11,195 km |
Lalande 21185 | Sagittarius A | 10 km | 100.0 m/s | 71,916.3 Mm | 53,726.9 Mm |
Lalande 21185 b | Lalande 21185 | 1,500 m | 4.0 m/s | 238 km | 204 km |
Lalande 21185 d | Lalande 21185 | 5,000 m | 10.0 m/s | 726 km | 666 km |
Lalande 21185 c | Lalande 21185 | 10 km | 15.0 m/s | 1,102 km | 1,054 km |
OK thank you @RudimentaryCheezit
@BmnkRocketIndustries
long gone
@RudimentaryCheezit By the way. Are you working on your T Rex robot?
@RudimentaryCheezit You build amazing planets
{Formation}
OK, could you make me a planetary system? Of the Juno system. When it was information.
@BmnkRocketIndustries
i don't do testing
i accumulate planets into the microverse whenever i'm on JNO
@RudimentaryCheezit Can you also test out my Crafts? I need someone to test them out.
@RudimentaryCheezit It's me @BMNK
@BmnkRocketIndustries
i don't remember you :/
So you're making games now? @SamTheFox
Remember Me @SamTheFox
@RudimentaryCheezit i am also doing the same thing, but at a way much slower pace, because i want to learn programming and not video game production
@AK5Z
to make a video game
@RudimentaryCheezit To make a mod?
@AK5Z
i guess
btw i’m learning unity, taking lessons from sebastian lague on yt (so far i made a quadsphere)
@RudimentaryCheezit may i créate fan made objects?
@AK5Z
i need to revamp and add extra solar system objects + i need to add more galaxies and stars an exoplanets + i have other projects + i have ADHD
i only got as far as ganymede
@RudimentaryCheezit If you are doing it, why is there no updates or anything new?
@AK5Z
i’m doing it myself currently
@RudimentaryCheezit thanks, another question: May I expand this? I like the extra planets but there are not a lot of stars and not a lot of other planets around stars. There are only less than five planets and i want to fix that because this system is very enjoyable.
a colorramp modifies the colors of a given image (or noise value) like color curves
subbiomes are exactly the same except you define the ranges of color using number inputs instead of using handles
@RudimentaryCheezit Can you explain much better? I rarely use blender so can you say it in a much "longer" way?
@AK5Z
subbiome colors based off noise (like a colorramp in blender)
@RudimentaryCheezit And the different colored biomes?