Let's make a solar system /tg/, using a fuckhuge complex

>>53928864
Hyperion?

Rolled 14 (1d100)

>>53928880
Whoops

Rolled 56 (1d100)

>>53928864

The Star is called Kesson

File: star_spectral_classes.jpg (333KB, 900x675px) Image search: [Google]

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>>53928899
We'll go with this name and
>>53928897
this roll.

Our star, Kesson A will be a Spectral Class K star with a size code of V, can I get a d10 for our spectral classification, and a d10 for our luminosity?

Rolled 1 (1d10)

>>53929185

Rolled 10 (1d10)

>>53929185

File: SolarStep1.png (632KB, 1920x1080px) Image search: [Google]

632KB, 1920x1080px

>>53929294
>>53929339
Very good, Kesson A is now classified as K1V. The K represents the stellar type, the 1 represents the spectral classification (rated from 0 to 9, with 0 being the hottest and 9 the coolest), and size code V, which is where stars spend most of their "lifespan."

It's luminosity is 0.46 compared to our sun, so about half the intensity. It's mass is 0.82 compared to our sun, about 4/5ths as massive. It's surface temperature is 5200 kelvin, and it's radius is 0.9 compared to our sun, so just a bit less radially wide.

Now that that's done, can I get 1d10 for system age, and 2d10 for system abundance?

Bumping, any interest in this at all?

>>53929507

Rolled 8, 4 = 12 (2d10)

>>53929688
It keeps eating my dice.

>>53929671
Yes, there is

>>53929507

Rolled 5, 3, 1 = 9 (3d10)

>>53929724

Rolled 1 (1d6)

>>53929507

Rolled 3 (1d10)

>>53929507

File: SolarStep2.png (654KB, 1920x1080px) Image search: [Google]

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>>53929748
Taking the first d10 of this one for age and
>>53929707
this 2d10 for system abundance.

>>53929688
Weird, dicebot seems to be acting up for some reason.
>>53929724
Good to hear, thanks.

The system is 5 GY (Billions of years) old, this is fairly young, as based on a calculation with our mass and luminosity, Kesson A's lifespan is 18 GY.
The system is abundant in heavy elements, it's essentially just a dice mod for me later.

Now I just need 2d10 for number of planetary orbits. As this goes on there will start to be quite a few calculations for me to do on my end that could lead to slower responses.

Rolled 5, 2 = 7 (2d10)

>>53929885

File: World Generation - Solar System.pdf (1013KB, 1x1px) Image search: [Google]

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>>53928864

>>53929917
That gives us 7 potential orbits, and as such, could I get 7d10s?

>>53930010
That's what I'm using alright.

Rolled 5, 7, 1, 6, 1, 1, 9 = 30 (7d10)

>>53930037
Here.

>>53930148
>>53930412
Sorry, had to step out for a second, calculating orbit distance now.
Someone wanna give me 7d100s to determine what's in each of the orbits while I do this?

Rolled 31, 53, 66, 63, 84, 96, 92 = 485 (7d100)

>>53930691

File: SolarStep3.png (712KB, 1920x1080px) Image search: [Google]

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>>53930722
And so it is done. We've got several terrestrial planets, which just refers to any non-gas giant non-chunk. We've got a couple of chunks, which are essentially large asteroids. We have a superjovian, which is a gas giant in the middle of transitioning into a brown dwarf, and a gas giant. All are within our star's inner zone, which just means that icy planets won't be likely due to proximity to the star.

Next I need 7d10 to figure out each planet's equatorial radius, from that I'll get the density, mass, gravity, and escape velocity, then we can move onto the life zone.

Rolled 4, 4, 8, 9, 7, 4, 6 = 42 (7d10)

>>53931288
Awesome, keep them coming

Very interested in this, can't contribute atm.

File: image.jpg (175KB, 1024x1371px) Image search: [Google]

175KB, 1024x1371px

Bump with hope that OP comes back.