yes and no,
there are some really good star lists out there, most have 99,600 more stars in them than I need. I did find my old favorite star list I used for Pov-Ray, I’d share it, but the forum doesn’t like the file format (being an “include” file for Pov-Ray
there are some good ones… but, really it would take longer, I think and just be an extra step to start with them.(because most of these stars have different names on different lists)… If can design the stars correctly, I’ll just have to plug in some numbers to get the positions and colours for each.
looking at the stars within 15 light years, I can get a list like this
Sol: 0 light-years, class G2 V
Alpha and Proxima Centauri: 4.3948 light-years, class G2 V
Barnard’s Star: 5.94061 light-years, class M4 V
Wolf 359: 7.79686 light-years, class M6e V
Lalande 21185: 8.31127 light-years, class M2n V
UV Ceti: 8.55423 light-years, class M5.5e V
Sirius: 8.60082 light-years, class A1 V
Ross 154: 9.6925 light-years, class M3.5 V
Ross 248: 10.3344 light-years, class M5.5e V
Epsilon Eridani: 10.4968 light-years, class K2 V
Lacaille 9352: 10.7317 light-years, class M2e V
Ross 128: 10.8873 light-years, class M4n V
EZ Aquarii: 11.0817 light-years
Procyon: 11.406 light-years, class F5 IV-V
61 Cygni: 11.4269 light-years, class K5 V
Struve 2398: 11.6366 light-years, class M3 V
Groombridge 34: 11.6373 light-years, class M1.5n V
Southern Infrared Proper motion Survey 1259-4336: 11.7999 light-years, class M8 V
DX Cancri: 11.8246 light-years, class M6.5e V
Epsilon Indi: 11.8265 light-years, class K5e V
Tau Ceti: 11.8971 light-years, class G8p V
Gliese & Jahreiss 1061: 11.9388 light-years, class M5.5 V
YZ Ceti: 12.198 light-years, class M4.5 V
Luyten’s Star: 12.3883 light-years, class M3.5n V
Teegarden’s Star: 12.4008 light-years, class M6.5 V
Kapteyn’s Star: 12.7777 light-years, class M0 V
AX Microscopii: 12.8713 light-years, class M0e V
DO Cephei: 13.071 light-years, class M3n V
Deep Near-Infrared Survey 1048-39: 13.1595 light-years, class M8.5 V
V577 Monoceri: 13.4717 light-years, class M4.5e V
Wolf 1061: 13.9087 light-years, class M3 V
FL Virginis: 14.0468 light-years, class M5.5e V
van Maanen’s Star: 14.1263 light-years, class DZ7 wd
Cordoba Durchmusterung -37°15492: 14.2218 light-years, class M4 V
Luyten 1159-16: 14.5749 light-years, class M4.5e V
Luyten 143-23: 14.6491 light-years, class M4 V-VI
Luyten Palomar 731-58: 14.7578 light-years, class M6.5 V
AOe 17415-6: 14.7679 light-years, class M3 V
Cordoba Durchmusterung -46°11540: 14.7956 light-years, class M3 V-VI
that’s not too much, and since I’m gonna concentrait on the early game, the first 100 years, all I really need are the very close by stars.
I can get all the info I need from this list, like Ross 154,
Proper names: V1216 Sagittarii
Distance from Sol: 9.693 light-years (2.972 parsecs)
Celestial (X,Y,Z) coordinates in ly: 1.912, -8.658, -3.917
Galactic (X,Y,Z) coordinates in ly: 9.321, 1.925, -1.831
What do all these fields mean?
Spectral class: M3.5
Luminosity Class: V
Apparent visual magnitude: +11.00 (increasing to +9.70)
Absolute visual magnitude: +13.63 (increasing to +12.33)
Visual luminosity: 0.000306 x Sol (increasing to 0.00101 x Sol)
Variable type: UV Ceti flare star (eruptive variable)
Color indices: B-V= +1.72, U-B= +1.30, R-I= +1.30
Mass: 0.1 x Sol
Diameter: 0.2 x Sol
Comfort Zone (visual): 0.0175 A.U.s
Orbital period in CZ: 2.67314 days
I am hoping to add exoplanets in the same way, and come up with a believable way to make planets for the star systems… I should add that my personaly I think planets are plentiful, and with only 400 stars in the game, each star should have a good chance to have a nice planet, at least one.