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Joined 1 year ago
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Cake day: June 17th, 2023

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  • I would think seasons are the driving reason for an adjusted calendar. Any rotational tilt from the orbital plan will induce seasons. Every planet in our system has seasons, even the gas giants. That will have a cyclical effect on climate. Even in a sealed habitat, thermal regulation and solar power will be affected. The local year will also have an affect on interplanetary travel because, spatially, a day of the year is a specific place in space rather than a specific time. So a local calendar would provide a conversion.

    As for a universal calendar, you’re right that it doesn’t fix anything. Instead of a calendar that works in one place and not 999 other places, a universal calendar would “not work” in 1000 places and work correctly in zero places. We already do something similar with global/space operations: make everything UTC time zone. While yes, it’s practically just prime meridian time, it doesn’t do daylight savings.








  • If you’re a new homeowner and either have a lot to fix or a lot of projects in mind, a pickup is great. Daily driving it is useful for when you have to grab materials after work. I opted for an older $2000 Ranger 4cyl 2wd earlier this year for that so I’m not killed by fuel economy. It gets 20mpg on my commute but I do also split that with a 50mpg motorcycle. It’s also great for when you see random bulky things on the side of the road you want. I did start with a 4x8 trailer but it’s not as convenient. I admit, part of that was because my wife s car was the only one with a functional hitch.

    But I’m talking a Ranger. Like an F-050. 115hp. This little guy has hauled so much already. The only thing it can’t technically do is tow a car and I don’t have the capital left to buy a nonrunning project car. I’ve been eyeing the new Maverick in hybrid form. But maybe by time I have the cash for such a new vehicle I won’t be doing reno projects anymore


  • Idk who down voted, so here’s one up vote.

    I used to be part of such wagons. As I got older, I lost the time available to be so picky. I started with Unity and had a good time. I’ve had a good time with each subsequent entry through odyssey (haven’t played further yet). The same type of people complaining about RPG AC complain about Ubi’s other series, Far Cry. It’s ironic that people vehemently argue whether FC3 or 4 is better while both were departures from 2 which was a drastic departure from 1.

    It’s a game. If you have fun, you’re good. If it’s compelling enough to keep you playing, they’re good. I really enjoyed Odyssey, moresoe than Origins. I do wonder if Origins was a sacrificial game that conditioned me to the RPG style, but I don’t have time to revisit it. I know I really enjoyed the sailing warfare mission as Aya so I was certainly happy to find that in Ody. (I’m actually currently 2/3 thru AC4). Still waiting on time for Valhalla and mirage…

    PS: whichever version you played between 13 and 18 years old will always be the perfect one. Same goes for music. Or any interest, really.




  • Lucky for most, it’s a local inhabited system. Unlucky for you, it doesn’t sound like you’re local.

    Sounds like you may have been out for a few years. A lot has changed. I did drop it about 6 months ago, but the major things are: exploration pays now! But pretty much only if you have the Odyssey expansion for on-foot gameplay to search tirelessly for bacteria. Thargoids now have a powerplay-like mechanic and are actively attacking inhabited systems. They’re avoidable though.

    As for getting back to the bubble, you may be able to find a carrier passing by to hitch a ride. Did you play recently enough to have seen fleet carriers? Another player directs it and can transport your ship while you’re offline. Just remember to deboard on time!

    I don’t have a carrier, but can help get you on your way if needed. I love the lore of the game and can enjoy the mechanics, but I have a real life to tend to so I get it.


  • I still forget how to tell white dwarfs from neutron stars. Both can charge you, but I think it’s white dwarfs that have 1/4 the jet range for like 1/2 the boost. Basically a deadly waste of time. But I don’t really go far. I have an icy Dolphin that can park in the normal star scoop zone and stay cool indefinitely, so the boost benefit isn’t worth it to me. But I do enjoy that empty dread of the vastness of space and the inconceivable size of celestial bodies.

    And of course the dread from the excellent sound design surrounding the Thargoids, the alien enemies you can seek out. But that’s normal dread.

    You ever land on mitterand hollow? Or rather, you ever let the moon known as mitterand hollow land on you? That’s an experience. It’s actually incredibly safe due to the spatial reframing, but good luck convincing your brain


  • I can’t explain this one, but I’d like to offer some other identifiers used. When searching for likely planets, they observe stars for wobble in their position. Large planets like jupiter and Saturn have some hefty pull on our own star. The common orbital point between them, called the barycenter, is still inside the sun, but their great distance apart pulls that barycenter closer to the edge of the sun. Our sun has a pretty notable wobble as a result. That’s the kind of thing they look for elsewhere. If there’s no other star causing the wobble in a binary system, then it must be a planet pulling it.

    By estimating the mass of the star by various observations of color, brightness, and brightness variation, they can do some “easy” algebra to calculate the size of the affecting planet. From there, they can scan for radiation frequencies in the darkness where they think a planet is sitting. Water has a frequency, hydrogen has a frequency, oxygen has a frequency, helium, etc. By stuffing objects close to home, we can extrapolate that info and apply it to further objects with some confidence. This is how organic compounds were discovered in Venus’ atmosphere.

    A lot of it is based on what we have at home, meaning we’re largely looking for what we have and then identifying it as the same. There is uncertainty about some details, but that’s how it always goes with science. It’s always being updated. It’s takes a lot of creativity to imagine what else might be out there and to devise how to look for it. Black holes are a pretty notable example. Since they’re not observable directly, what do you look for? Well, you look for other things being eaten and hope the matter is hot enough to throw a lot of radiation. 80 years ago, they were just an idea. Now we have images of a few galactic-center black holes. Some have been observed free floating through space by distorting the apparent position of stars behind it. Do we absolutely know it was a black hole? No, but that’s what solid theories can identify it as given the darkness and huge mass required to cause that kind of effect. But, as a result, estimates for dark and cold objects vary greatly because they’re the hardest to observe. There’s talk of finding more “hot jupiters” than expected, but it’s totally valid that maybe wevre just missing the cold Jupiter’s because they’re hard to see.

    We keep looking and we keep writing it down.