06:00 <queqiao-> ⟨dragon36⟩ https://matrix.mockingbirdnest.com/_matrix/media/r0/download/matrix.mockingbirdnest.com/GwIgkYTvNnDRxYuYOFPJXSAn/CEFF508F-9D0C-4B87-BBE7-D2EC5BB22F10.jpg

06:00 <queqiao-> ⟨dragon36⟩ What do I do if my L4 orbit looks like a spring

06:01 <queqiao-> ⟨dragon36⟩ Is this stable?

06:03 <queqiao-> ⟨Paculino (ŝi/ri/she/they)⟩ Are you in a sun based reference frame?

06:04 <queqiao-> ⟨dragon36⟩ Kerbin Sun frame

06:05 <queqiao-> ⟨dragon36⟩ I have another one stable in L4. Is there a specific point I should burn to do this consistently?

06:09 <queqiao-> ⟨Paculino (ŝi/ri/she/they)⟩ Could you upload a screenshot taken with F1 so we can see it better?

06:09 <queqiao-> ⟨dragon36⟩ Sure, im also adding some normal delta seems like that might help too

06:11 <queqiao-> ⟨dragon36⟩ Accidentally changed my orbit, loading a quick save

06:20 <queqiao-> ⟨dragon36⟩ https://matrix.mockingbirdnest.com/_matrix/media/r0/download/matrix.mockingbirdnest.com/YQxBEZfDOMybmqEaaKlMPtcF/Screen_Shot_2022-01-04_at_1.19.37_AM.png

06:20 <queqiao-> ⟨dragon36⟩ Currently only using tangent delta.

06:21 <queqiao-> ⟨dragon36⟩ Normal delta helps, I think I got this

06:24 <queqiao-> ⟨dragon36⟩ Found the problem, thrust limiter was set low

10:43 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ https://matrix.mockingbirdnest.com/_matrix/media/r0/download/matrix.mockingbirdnest.com/ZXGYCJRicmhyEViGPuudSlmZ/unknown.png

10:44 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ Hey there people, I'm relatively new to Principia, and I just wanted to know if this was a good manuever to flyby the moon? If this isnt really a good screenshot then just ask / tell me what I should actly screenshot and I will do that

10:44 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ This is taken in ECI btw

10:45 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ * MCI

10:53 <queqiao-> ⟨von Kerman⟩ This isn't clear. If this is MCI then maybe focus on the Moon and zoom in to see if the trajectory is actually a flyby?

10:53 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ Using MEO now and it is a flyby

10:53 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ It was on MCI too

10:54 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ About a periapsis of 11 mil km

10:54 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ +(egg is responding i am incredibly scared)

10:55 <queqiao-> ⟨egg⟩ to look at the overall trajectory use MEO; when looking closely at the flyby, you can use use either MEO or MCI (and you should use MCI for orbits)

10:55 <queqiao-> ⟨egg⟩ * orbits about the moon)

10:55 <queqiao-> ⟨Aster // he/they/she // NDSE⟩ ⟪egg⟫ to look at the overall trajectory use […] ⮪ Ah alright, cheers mate.

12:28 <queqiao-> ⟨AgustinCaniglia⟩ The James Webb Space Telescope Will be on Lagrande 2 point?

12:28 <queqiao-> ⟨AgustinCaniglia⟩ * Lagrange

12:29 <queqiao-> ⟨AgustinCaniglia⟩ Or is it already there ? or what

12:34 <queqiao-> ⟨Soviet Onion⟩ It's not tere yet

12:34 <queqiao-> ⟨Soviet Onion⟩ * there

12:34 <queqiao-> ⟨Soviet Onion⟩ There is a website where you can track its position and other stuff, btw

12:34 <queqiao-> ⟨Vlood⟩ https://www.jwst.nasa.gov/content/webbLaunch/whereIsWebb.html

12:55 <bees> did you mean https://www.jwst.nasa.gov/content/webbLaunch/whereIsWebb.html?units=metric ?

13:11 <queqiao-> ⟨Vlood⟩ Touché

15:34 <queqiao-> ⟨von Kerman⟩ https://matrix.mockingbirdnest.com/_matrix/media/r0/download/matrix.mockingbirdnest.com/xapZrYpCUUOLXxUTMdbcTSaz/screenshot22.png

15:34 <queqiao-> ⟨von Kerman⟩ Russian localization in the new version works well 🙂 But the moon impact maneuver somehow takes 6 days instead of the usual two, didn't even think it's possible

15:35 <queqiao-> ⟨Al2Me6⟩ Looks like your transfer trajectory swings past the orbit of the moon

15:35 <queqiao-> ⟨von Kerman⟩ yes, it's strange

15:36 <queqiao-> ⟨von Kerman⟩ nvm this, it's not going to work... stupid mistake

20:38 <queqiao-> ⟨Al2Me6⟩ https://matrix.mockingbirdnest.com/_matrix/media/r0/download/matrix.mockingbirdnest.com/vwUmismZafqmIURQOsPOwEgQ/unknown.png

20:38 <queqiao-> ⟨Al2Me6⟩ ⟪egg⟫ Al2Me6 was that vessel on its way out […] ⮪ Correction: no, it's still in a heliocentric orbit even post-encounter.