Migrated from Lemm.ee under the same username.

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Joined 10 months ago
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Cake day: June 29th, 2025

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  • Bubs@lemmy.zipto196@lemmy.blahaj.zoneplease rule
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    1 month ago

    The answer for me:

    • Liberal use of block button.
    • Going to random worlds with random people all the time.

    It took about 2 years to find my group. There were a lot of good memories and fun times along the way, but I eventually found my people.

    One day in a random lobby I happened across a group of four or five people. We were chatting and having a good time, and they invited me off to whatever worlds they were going to. They eventually got me into their group of gaming nights and weekly hangouts. Through that group, I met who is now my best friend. She then got me into her group and I have since met a lot of people that are very dear to me.

    I have been a part of a lot of groups in the past, but I could never truly call any of them my close friends. Now I have a handful of people that I would do just about anything for.

    It’s not easy to meet people on VR chat, but, if you surround yourself with good people, you can eventually find your people.








  • Bubs@lemmy.zipto196@lemmy.blahaj.zoneRule 30
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    2 months ago

    Hard to determine the direction the cellular simulation is going, but I’m assuming it’s top to bottom.

    That would make the rules (assuming light is alive)

    • One neighbor alive above or above-right, you live

    • All three neighbors above you are the same, you live

    • Otherwise you die (two live neighbors above or one live neighbor above-left)

    Generate a random row at the top, then determine the fate of cells on your at a time.

    EDIT:

    The only flaw I see in my logic so far is that the left most column would not be the same. Would only work if you had a hidden column on the left.



  • My opinion on the most random number:

    The smallest number that has never and will never exist in the universe.

    The moment a number is written out, calculated in a computer, or counts the atoms in the universe, it’s no longer random. It has some reason to exist.

    Contrarily, just picking some massive number with a bajillion digits isn’t really random. It’s just a big number.

    Thus the most random number would be the smallest number the universe will never know. It’s going to be incomprehensibly large, near infinity. Plus, you’ll have to wait until well beyond the heat death of the universe for the point that the entropy of everything equals zero.