Wat's your atmosphere configuration?
Plane vizualization class at CSSC, day1. Ecliptic, Equatorial and an Earth-Moon transfer trajectory.
Earth and the Eq and Ecl planes.
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A off-plane lunar transfer with minimum R.Inc. The plane of the Moon in grey and the trajectory in red.
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Same wrt the ecliptic.
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Plus the equatorial plane. 23.45° isn't such a small angle after all.
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A top down view of all the planes.
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Nice! Bonus points for whoever can tell from the images in which order the planes were rendered ...Plane vizualization class at CSSC, day1. Ecliptic, Equatorial and an Earth-Moon transfer trajectory.
I'm getting a different result, plus there is also a grey plane there.green red blue ?
I'm getting a different result, plus there is also a grey plane there.
blue grey red green
You sir, are a steely-eyed Add-on Developer. :thumbup:
I know I say this a lot, but that would be a terrific addition to the base Orbiter package. Cant you just imagine, being able to show this to a new Orbinaut before they take off for the moon/mars/ISS?
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@dgat, how did you do that thing with the planes? That would be cool to integrate into a launch complex (maybe for autopilot programming?). Especially those orbit paths...
Mission control, anyone?
:thumbup:blue grey red green
I am completely aware of the whole "Yo-dawg" factor of this. (I almost posted the pics with Xzibit on them).
A mini custom solar system still is one of the options; it would be a lot simpler to place the planes at the correct coordinates, oriented vertically and then scale them to the limit.
But the way I want this to behave is a single scenario through the eyes of a ummu. You walk up to the "lesson-area",→the animations and narration begin,→ you watch the lesson→ you walk to your spacecraft and do what you just watched.