egg changed the topic of #principia to: Logs: https://esper.irclog.whitequark.org/principia | <scott_manley> anyone that doubts the wisdom of retrograde bop needs to get the hell out | https://xkcd.com/323/ | <egg> calculating the influence of lamont on Pluto is a bit silly…
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<_whitenotifier> [Principia] larryfast opened issue #3124: Memory Leak during Flight Planning 1.12.2, Grothendieck - https://git.io/JuYVk
<_whitenotifier> [Principia] larryfast commented on issue #3124: Memory Leak during Flight Planning 1.12.2, Grothendieck - https://git.io/JuYPx
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<_whitenotifier> [Principia] pleroy commented on issue #3124: Memory Leak during Flight Planning 1.12.2, Grothendieck - https://git.io/JuOqb
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<queqiao-> ⟨Z​eusbeer⟩ I mean air density is only 6.41024e-05 Pa there
<queqiao-> ⟨Z​eusbeer⟩ In most cases that will not be significant
<queqiao-> ⟨S​tonesmile⟩ Correct, unless you are going several km/s
<queqiao-> ⟨Z​eusbeer⟩ Lol I really just did Pascal with air density
<queqiao-> ⟨Z​eusbeer⟩ I mean kg*m^-3 ofcourse
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<_whitenotifier> [Principia] geduardcatalindev starred Principia - https://git.io/Ju3Kj
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<_whitenotifier> [Principia] larryfast commented on issue #3124: Memory Leak during Flight Planning 1.12.2, Grothendieck - https://git.io/Ju3hc
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<queqiao-> ⟨P​aculino (ŝi/ri/she/they)⟩ Is it just me, or has it been quieter in here lately? Is that good or bad?
<raptop> Careful, or you'll wake Them
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<queqiao-> ⟨P​aculino (ŝi/ri/she/they)⟩ Half-sisters
<queqiao-> ⟨Z​eusbeer⟩ My studies have started and I have 0 time left
<queqiao-> ⟨Z​eusbeer⟩ The bullying of TU Delft has begun
<raptop> caaats
<queqiao-> ⟨G​rowFlavor⟩ I think good...looking at their PRs for this month....looks like some nice work that will be included in tomorrow's new moon release...looking forward 🙂
<queqiao-> ⟨P​aculino (ŝi/ri/she/they)⟩ Nice work is always included in their releases
<queqiao-> ⟨G​rowFlavor⟩ Identifying the Earth-Sun L4 point & getting a uniform >2000 day stable elliptical orbit around the 'stable equilibrium' L4 went smoothly for me, but I am struggling with Earth-Sun L2. I would be grateful for insights from anyone who has visited an unstable equilibrium point like L1, L2 or L3 region regarding both how to locate the actual L2 point more precisely & where burns are useful to man
<queqiao-> ⟨G​rowFlavor⟩ Identifying the Earth-Sun L4 point & getting a uniform >2000 day stable elliptical orbit around the 'stable equilibrium' L4 went smoothly for me, but I am struggling with Earth-Sun L2. I would be grateful for insights from anyone who has visited an unstable equilibrium point like L1, L2 or L3 region regarding both how to locate the actual L2 point more precisely & where burns are useful to man
<queqiao-> ⟨G​rowFlavor⟩ Identifying the Earth-Sun L4 point & getting a uniform >2000 day stable elliptical orbit around the 'stable equilibrium' L4 went smoothly for me, but I am struggling with Earth-Sun L2. I would be grateful for insights from anyone who has visited an unstable equilibrium point like L1, L2 or L3 region regarding both how to locate the actual L2 point more precisely & where burns are useful to man
<queqiao-> ⟨G​rowFlavor⟩ Identifying the Earth-Sun L4 point & getting a uniform >2000 day stable elliptical orbit around the 'stable equilibrium' L4 went smoothly for me, but I am struggling with Earth-Sun L2. I would be grateful for insights from anyone who has visited an unstable equilibrium point like L1, L2 or L3 region regarding both how to locate the actual L2 point more precisely & where burns are useful to man
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<queqiao-> ⟨D​amien⟩ it's fairly easy to reach ESL1/2. Just plan an ejection directly towards or away from the sun and play with the angle and velocity a bit until you see the trajectory loop
<_whitenotifier> [Principia] pleroy pushed 1 commit to master [+0/-0/±1] https://git.io/JuGTP
<_whitenotifier> [Principia] pleroy e090c32 - Announce Haar.
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