VBSS Progress List

gonna start making these, basically it's just to show how much progress is done on things

Sun/Sol: Completed, uploaded
Mercury: Completed, uploaded
Venus: Completed, uploaded
Earth: Completed, uploaded
Moon: Completed, uploaded
Mars: Completed, uploaded
Phobos: Completed, uploaded
Deimos: Completed, uploaded
Jupiter: Completed, uploaded
Io: Completed, uploaded, takes long time to load, not aligned with parent equator
Europa: Completed, uploaded, may need different and denser cracks design using paint noise, not aligned with parent equator
Ganymede: Completed, uploaded, may need different terrain noise, not aligned with parent equator
Callisto: Completed, uploaded, not aligned with parent equator
Saturn: Completed, uploaded
Mimas: Completed, uploaded, not aligned with parent equator
Enceladus: Completed, uploaded , may need some minor changes, not aligned with parent equator
Tethys: Completed, uploaded, not aligned with parent equator
Dione: Completed, uploaded, leading hemisphere is missing yellowish bits which will be added in a future update, not aligned with parent equator
Rhea: Completed, uploaded, i'm too tired to do this anymore
Titan: Complete, both versions uploaded, not aligned with parent equator
Iapetus: Completed, uploaded
Uranus: Completed, uploaded
Miranda: Completed, uploaded, not aligned with parent equator
Ariel: Completed, uploaded, not aligned with parent equator
Umbriel: Completed, uploaded, not aligned with parent equator
Titania: Completed, uploaded
Oberon: Completed, uploaded
Neptune: Completed, uploaded
Triton: Completed, uploaded
Pluto: Completed, uploaded
Charon: Completed, uploaded

SYSTEM IS COMPLETE, VIEW HERE

By "not aligned with parent equator", i mean this: Wikipedia only sometimes displays the inclination relative to the parent's axial tilt (e.g. ~1.303° for Jupiter, ~26.73 for Saturn) but not the inclination relative to the ecliptic (which i used for all other inclinations). I would have to first add up the two values (axial tilt + relative inclination) then convert those to radians and finally input that into PS.