(2/6/2020)
First off: it's OSP Blue's birthday
S p a m him with LOVE
Tell him Parchmentk sent you
Now, onto the content!!
So I got bored and did some math to find what should be the gravity of a planet be like
(hours) (gravity)
24 ÷ 9.8 = 2.44898
2.44898 × 16.4 = 40
Galatea's gravity is now 16.4m/s, 11.2m/s is the old version
Also I tried it on Stellarus/PX 001 and I got this [planet owned by @maxywho ]
(hours)
12 ÷ 2.44898 = 4.89
So basically it's light but not enough that the Brahtousei can enter it without experiencing gravity problems [considering Pos' gravity is 3.6m/s]
I'm assuming the planet's following a nearly circular orbit because if the orbit is elliptic or retrograde then the process for getting gravity would be different
(3/3/2020 Update: retrograde motion doesn't change a thing lmao, the planet just spins in reverse)
