Of course it is.Orbit period only depends on semimajor axis and the mass of the central body that is orbited. All orbits around the sun with the same semimajor axis have the same period. (Keplers third law in essence)
You can change it by giving a planet a custom ephemeris DLL that ignores Keplers Laws. You can then create a solar system that is absolutely bollocks and will really drive all guidance MFDs nuts. But you can do it.
You can change it by giving a planet a custom ephemeris DLL that ignores Keplers Laws. You can then create a solar system that is absolutely bollocks and will really drive all guidance MFDs nuts. But you can do it.
Not just the guidance MFDs. In that situation, celestial bodies and vessels would follow different physics, so all bets are off. You'd experience all sorts of pseudo-forces, and probably wouldn't even be able to land on a planet.
Not just the guidance MFDs. In that situation, celestial bodies and vessels would follow different physics, so all bets are off. You'd experience all sorts of pseudo-forces, and probably wouldn't even be able to land on a planet.
Well, I wouldn't expect such a terrible fate... after all, a planet with high eccentricity should be fine for Orbiter, except its numeric limits for something like the newly discovered dwarf planet 2015 TG387.
(i also used an "," instead of a "." so the mass would be really really really tiny lmao so i had all sorts of planets that would hung still in orbit with no movement at all)