Fred, this is how almost every star system and planet in SARP works already. If it's a star system with one habitable planet, the planet and system probably share a name. When planet Yamatai was renamed, the system was, too.Going on the same logic, we'd have "Nepleslia system" and "planet Nepleslia"; "Elysia star system" and "planet Elysia"... and so forth.
And you're pointing this out because...why? I found most of the examples via Yamatai's territory page. This submission is a Yamataian one.Soresu said:Actually. Only two of those stars/planets are Non-Yamataian/Yamataian controlled in origin in your list there Wes.
Wes said:And you're pointing this out because...why? I found most of the examples via Yamatai's territory page. This submission is a Yamataian one.Soresu said:Actually. Only two of those stars/planets are Non-Yamataian/Yamataian controlled in origin in your list there Wes.
Let's look at Nataria. The system is Nataria, the star is Nataria, and the planet of interest is Nataria. Of course everything else in the system is named Nataria (e.g. Nataria I, Nataria II) but if you say "planet Nataria," everyone knows you mean the forested one whether or not you use the planet's number.
Khasidel said:On a more technical note, i'm still a wee bit confused over a couple stats listed in the article.
1. In the system article, Yamatai's orbital distance from the star is listed as 2.5E+008 Km (1.696 au) in the little table you've got there Doshii. While in the planet article, it is listed as 1.12 AU. Which is it going to be?
2. The mass of the planet, its physical radius and the stated gravity are inconsistent with one another.
Gravity (In Earth Gravities) = Density (In multiples of Earth Density) x Radius (In multiples of Earth Radius)
Mass (In multiples of Earth Masses) = Density (In multiples of Earth Density) x Radius (In multiples of Earth Radius) ^ 3 (cubed)
Density (In multiples of Earth Density) = Mass (In multiples of Earth Masses) / Radius (In multiples of Earth Radius) ^ 3 (cubed)
If you're keeping the official 0.95 G gravity and the currently stated planetary radius in order to keep measurements on the map correct, then the planets density should be 6.43 g/cm^3 (1.165 Earth) and the mass would then be 3.78 x 10^24 kg (0.633 Earth). Of course you could keep the stats inconsistent, though you should probably explain that away as being somehow caused or believed to be caused by Yamatai's unnatural, artificial nature.
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