Why unrealistic? There are plans for cloud cities above Venus already,....
Say what now?..
Why unrealistic? There are plans for cloud cities above Venus already,....
Even though the graphics appear to all be loaded, you'll still need to swap instances to land / dock I expect.I believe at this point the planet is already loaded! I guess he could just fly in if he wanted. The only thing that keeps loading are textures.
Even though the graphics appear to all be loaded, you'll still need to swap instances to land / dock I expect.
I'd it just me or does Jupiter look more like Jupiter now and less like a Chupa Chups?
Even though the graphics appear to all be loaded, you'll still need to swap instances to land / dock I expect.
Maybe is like you drop to a station... you just enter the station, there are no more loads at that point! I expect a loading when droping to orbital cruise... but from that point to the ground I was hoping to be seamless just like they showed in the live stream videos.
Given that you can land anywhere on a planet and based on David's previous video (Vulture flying over settlement) I would say any "loading" is done at the transition point which David confirmed to exist between Orbital Cruise and surface flight i.e. you don't need to drop into a new instance when approaching a base.
Otherwise you wouldn't be able to do seamless space to surface.
I would like to know what happens if you're interdicted and slam into a planet that is landable in Horizons during the interdiction. Do you emergency drop, go into orbital cruise, go into a surface instance or just smash into the planet and die?
I'm pretty sure mr Braben has told us it won't be seamless. Only the part of supercruise switching to orbit flight (vice versa) will be seamless, the actual landing takes place in another instance.
I'm pretty sure mr Braben has told us it won't be seamless. Only the part of supercruise switching to orbit flight (vice versa) will be seamless, the actual landing takes place in another instance.
.... but *they* said that we should leave Europa alone....![]()
I have a feeling that interdiction won't be possible in orbital cruise, but it will be interesting to see what reason is given - probably something along the lines of the FSD Interdictor module only works on frame shift drives (hence the name) and not on the Planetary Approach Suite. Do we know if orbital cruise uses the FSD or the PAS?
I guess it depends on your definition of seamless. Supercruise > Station is not seamless , Supercruise > RES is not seamless. However if all it is that at a certain altitude above a planet you 'drop' from orbital cruise to planetary landing mode and the planet itself is still in view, I would call that about as seamless as it can gets.
Would be nice to know one way or the other, as there is a lot of information out there but its all a bit wishy washy so far.
Ship becoming unresponsive because of the new instance loading (comparable to hyperjump or dropping from supercruise) is what I call "not seamless". Pretty sure we'll get something like that between orbital flight and planetary flight. But yep, agree with the rest: can't wait to see a full landing, from approaching a planet to touch down in the dust of its surface.
Since the FSD performance is hindered by nearby masses, it's possible that the interdiction module too - which interacts with other crafts' "frame" - would be greatly hindered by the nearby planet's mass in OC and thus wouldn't work.
I don't think we know yet. Do we even know if the PAS is some kind of thruster suite - it could be a sensor / guidance package. I'd guess that OC still uses the FSD, based on the silky smooth transition into OC from SC. His velocity just slowly dipped below the 30Km/s SC lower limit, and there was no sound in the background of FSD dialling down nor a different form of drive spooling up to take up the slack.
Since the FSD performance is hindered by nearby masses, it's possible that the interdiction module too - which interacts with other crafts' "frame" - would be greatly hindered by the nearby planet's mass in OC and thus wouldn't work.