TURBORETARD9000,

@jeffcliff first of all your new pfp is tripping me out, gonna have to get used to that

@Nepiant @Awoo @sjw @ceo_of_monoeye_dating @degen @vriska

New update!
Curio and Rtascina are now interacting, lifting the latter higher, and considering their orbits they've got a while to pull on each other, and their orbits are already starting to intersect (behind them)
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TURBORETARD9000,

@Awoo @Nepiant @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska I do find it entertaining that all the planets are turning out to be water worlds so far
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TURBORETARD9000,

@Awoo @Nepiant @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska last snapshot before I go to work (timestamp: 39.6 yr)
You can really start telling the bigger planets are starting to clear out their orbits, which would put them more into the "true planet" category
I'm probably gonna take some close up and detailed snapshots of the planets themselves when I get back
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18+ RehnSturm256,

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @jeffcliff :meowWoah: :kannawoah:

TURBORETARD9000,

@RehnSturm256 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @jeffcliff (timestamp, 44 yr)
In the composition tab, blue is liquid and brown is solid, white is gas
Not pictured:
Plunxiapus rotation (relative to orbital plane):
Obliquity: 99.9°
Argument of obliquity: 60.2°
Rotational Period: 289 days
Tangential Speed at Equator: 0.727 m/s
Minimum temperature: 233 °C
Maximum temperature: 243 °C
Surface gravity: 4.29 m/s^2 (reference: earth 9.81)
Core density: 10612 kg/m^3
Core pressure: 71.2 GPa
Core temperature: 2510°C
Plunxiapus, with atmosphere
plunxiapus, no atmosphere, orbital elements
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plunxiapus, no atmosphere, orbital elements
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TURBORETARD9000,

@RehnSturm256 @Awoo @Nepiant @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 82.6°
Argument of obliquity: -145°
Rotational period: 64.3 days
Tangential speed at equator: 3.78 m/s
Core density: 7079 kg/m^3
Core pressure: 34.2 GPa
Core temperature: 1940°C

Yes, there is in fact water in the core, no I don't know why
No chance of a magnetosphere at this point, the core is solid
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 91.8°
Argument of obliquity: -62°
Rotational period: 301 days
Tangential speed at equator: 0.741 m/s
Core density: 11010 kg/m^3
Core pressure: 69.5 GPa
Core temperature: 2452°C
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 144° (~ on its side)
Argument of Obliquity: -102°
Rotational Period: 105 days
Tangential Speed at Equator: 2.11 m/s
Core density: 11198 kg/m^3
Core pressure: 71.4 GPa
Core temperature: 2474°C
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 45.3°
Argument of Obliquity: -179°
Rotational Period: 114 days
Tangential Speed at Equator: 1.85 m/s
Core density: 10665 kg/m^3
Core Pressure: 57.8 GPa
Core Temperature: 2253°C

My little underdog is catching up 🥹
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 91.8° (almost perfectly upright)
Argument of obliquity: -43.3°
Rotational period: 183 days
Tangential Speed at Equator: 1.34 m/s
Core Density: 11367 kg/m^3
Core Pressure: 89.6 GPa
Core Temperature: 2760°C

Ooh, the first planet with ice
Coincidentally, the ice is on the only place with land lol
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 51.4°
Argument of Obliquity: -19.8°
Rotational Period: 88.6 days
Tangential Speed at Equator: 3.19 m/s
Core Density: 10230 kg/m^3
Core Pressure: 96.7 GPa
Core Temperature: 2954°C

Hottttt, this system's version of Jupiter it seems, in terms of dominance
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 119°
Argument of Obliquity: 51.3°
Rotational Period: 311 days
Tangential Speed at Equator: 0.649 m/s
Core Density: 11776 kg/m^3
Core Pressure: 65.4 GPa
Core Temperature: 2330°C

Ooh, it's not so hot that you can't see through the atmosphere anymore! That's... not going to last
So far, the most Earthlike planet yet, with a life likelihood of 4.13%
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 19.7° (on its side)
Argument of Obliquity: 25.5°
Rotational Period: 120 days
Tangential Speed at Equator: 2.01 m/s
Core Density: 10577 kg/m^3
Core Pressure: 74.9 GPa
Core Temperature: 2576°C
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 24.4°
Argument of Obliquity: -148°
Rotational Period: 15.1 days
Tangential Speed at Equator: 15.1 m/s
Core Density: 11235 kg/m^3
Core Pressure: 75.8 GPa
Core Temperature: 2546°C

Business in the front, party in the back
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 93.4°
Argument of Obliquity: 150°
Rotational Period: 223 days
Tangential Speed at Equator: 1.05 m/s
Core Density: 10612 kg/m^3
Core Pressure: 71.2 GPa
Core Temperature: 2510°C
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 8.39°
Argument of Obliquity: 62.1°
Rotational Period: 145 days
Tangential Speed at Equator: 1.6 m/s
Core Density: 11067 kg/m^3
Core Pressure: 76.4 GPa
Core Temperature: 2567°C

Seems it's been a while since the last collision, wonder how long that'll last
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 37.4°
Argument of Obliquity: -128°
Rotational Period: 103 days
Tangential Speed at Equator: 1.7 m/s
Core Density: 10695 kg/m^3
Core Pressure: 40.1 GPa
Core Temperature: 1866°C

Ice, on a 500°C planet? On my watch, it seems
Another planet with no chance of a magnetosphere
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska
Not pictured:
Obliquity: 171°
Argument of Obliquity: 151°
Rotational Period: 290 days
Tangential Speed at Equator: 0.806 m/s
Core Density: 10527 kg/m^3
Core Pressure: 69.7 GPa
Core Temperature: 2487°C

Idek what's going on here
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska OK
THAT'S ALL OF THEM
Definitions of the terms you see are left as an exercise to the reader, at least until I wake up again
Until then, I'm going to bed

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska

You can see the effects of Ntiscifer's newfound inclination on the asteroid belt around it
The last perturbation between it and Curio was fascinating, since Curio still lies about on the orbital plane, so now the former approaches from below as well as from behind
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska Maaan I wish I had the bandwidth to just livestream this stuff

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska ok, here's some definitions, copied from Wikipedia:

Two elements define the shape and size of the ellipse:

  • Eccentricity (e)—shape of the ellipse, describing how much it is elongated compared to a circle (not marked in diagram).
  • Semi-major axis (a) — the sum of the periapsis and apoapsis distances divided by two. For classic two-body orbits, the semi-major axis is the distance between the centers of the bodies, not the distance of the bodies from the center of mass.

Two elements define the orientation of the orbital plane in which the ellipse is embedded:

  • Inclination (i) — vertical tilt of the ellipse with respect to the reference plane, measured at the ascending node (where the orbit passes upward through the reference plane, the green angle i in the diagram). Tilt angle is measured perpendicular to line of intersection between orbital plane and reference plane. Any three distinct points on an ellipse will define the ellipse orbital plane. The plane and the ellipse are both two-dimensional objects defined in three-dimensional space.
  • Longitude of the ascending node (Ω) — horizontally orients the ascending node of the ellipse (where the orbit passes from south to north through the reference plane, symbolized by ☊) with respect to the reference frame's vernal point (symbolized by ♈︎). This is measured in the reference plane, and is shown as the green angle Ω in the diagram.

The remaining two elements are as follows:

  • Argument of periapsis (ω) defines the orientation of the ellipse in the orbital plane, as an angle measured from the ascending node to the periapsis (the closest point the satellite object comes to the primary object around which it orbits), the purple angle ω in the diagram.
  • True anomaly (ν, θ, or f) at epoch (t0) defines the position of the orbiting body along the ellipse at a specific time (the "epoch").

The mean anomaly M is a mathematically convenient fictitious "angle" which varies linearly with time, but which does not correspond to a real geometric angle. It can be converted into the true anomaly ν, which does represent the real geometric angle in the plane of the ellipse, between periapsis (closest approach to the central body) and the position of the orbiting object at any given time. Thus, the true anomaly is shown as the red angle ν in the diagram, and the mean anomaly is not shown.

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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska

BIG EVENT
Curio has managed to pull Ntiscifer down below the orbit of Tercuptas, now putting the latter two on a potential collision course
In turn, Curio has been raised very close to the orbit of Ubonas, forming strong interactions between those two
Fitinus and Ubonae are slowly drifting into their own orbits, but will they finish the journey in time to avoid a collision?
(timestamp, 53.6 yr)
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TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska BAD NEWS
My entire computer froze, forcing a hard reboot!
Now, not only am I stuck with the 33.8 yr preset, Universe Sandbox has frozen again trying to load it!

jeffcliff,
@jeffcliff@shitposter.club avatar

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 that's odd
what does /var/log/kern.log say about why

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 uhhhh empty

jeffcliff,
@jeffcliff@shitposter.club avatar

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 uhhh wtf that's not supposed to happen

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 would it affect things if I rebooted my computer normally after bringing it down hard

jeffcliff,
@jeffcliff@shitposter.club avatar

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 ...mmm i mean you should be able to do that

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 rather what I meant was would that clear kern.log? The normal reboot was something I already did before I posted because Universe Sandbox wasn't launching at all

jeffcliff,
@jeffcliff@shitposter.club avatar

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 there should still be a kern.log.1 around or ...something

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 yesss quite a few in fact, just a sec......

Not entirely sure what I'm looking for here and it's not quite as pretty as journalctl

jeffcliff,
@jeffcliff@shitposter.club avatar

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 usually the .1 is the most recent .2 is 2nd most recent etc

they should have timestamps in them so you can follow exactly what's going on at the kernel level, at least to the extent it's logging anything

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 didn't see anything weird in the boot log to my untrained eye

jeffcliff,
@jeffcliff@shitposter.club avatar

@TURBORETARD9000 @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 well it was worth a shot :blobshrug:

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @ceo_of_monoeye_dating @sjw @degen @vriska @RehnSturm256 ok so Universe Sandbox does save its own logs, will have to hunt those down through the Wine weirdness

TURBORETARD9000,

@jeffcliff @Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @sjw @vriska Very curious...
> InvalidOperationException: Operations that change non-concurrent collections must have exclusive access. A concurrent update was performed on this collection and corrupted its state. The collection's state is no longer correct.
> Invalid Surface Temperature setting! NaN

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska In json:

> "Accuracy:Infinity"

Which is not valid json...

Replaced with 1.7976931348623158e+308 (largest double precision number) so 🤞

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska it seems the ubox file format is not just a renamed zip file...
And yet it extracted just fine

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska It is very different indeed...
+17.8 yr
+39.6 yr
+39.6 yr repacked

+39.6 yr
+39.6 yr repacked

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska wait I may have messed something up lol

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska ughhh nvm I'm pretty sure it's a custom format

TURBORETARD9000,

@Awoo @Nepiant @RehnSturm256 @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska hmm, orrr they're using zip64 and I'm not...

TURBORETARD9000,

@Awoo @Nepiant @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska I'm really liking seeing the asteroids start to clump up
They can't attract each other, so the clumping is entirely by the coaxing of the planets around it

TURBORETARD9000,

@Awoo @Nepiant @ceo_of_monoeye_dating @degen @jeffcliff @sjw @vriska I now have TWO planets >0.1 M⊕

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