• 2 Posts
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Joined 1 year ago
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Cake day: July 2nd, 2023

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  • I think pretty much everyone views their political ideology as “the one that stands for freedom”, and it just comes down to what it means to be “free”, and the follow up of free from what.

    I feel like libertarians would love the concept of FOSS and decentralization, and I don’t think anyone would argue they skew left.

    So, I disagree that FOSS is inherently left wing. I think it’s attractive to the left wing for many good reasons. I think people project their own politics onto whatever they love, and things can be loved by very different groups for different reasons.



  • I think if society is putting “normal” on a pedestal, admiring and adoring that “trait”, that’s what a narcissist will want to be viewed as, and would fight any statement suggesting the contrary.

    In the last decade, I’d say that there have been plenty of examples of social media elevating and celebrating many neuro-divergent conditions. Autism, ADHD, Tourette’s and DID.

    I think that’s awesome, and I love it, and I never want things to go back on this. My nephews are diagnosed by an actual doctor neurospicy and I’m like, overcome and overwhelmed with gratitude that they’ll get to opportunity to grow up in a world of acceptance that I couldn’t have dared to dream could exist when I was a kid.

    But, this new reality has brought out the narcissists like flies to honey. Suddenly everyone was self diagnosing DID. The irony being that they don’t have DID, but that it’s a huge red flag for narcissism.









  • Metric and imperial don’t change the way carpenters work because in the case you mentioned of a sub-mm dimension, that’s in the 64th of an inch range. Carpenters don’t ever measure to that precision because of the fluidity of the material. Craftsman will at that point just cut to fit.

    My point with those hard numbers wasn’t that metric would make those numbers easier, only that your examples were intrinsically favouring imperial measures. Maybe it’s easier to say:

    What’s easier to figure out, 1/3 of 3cm or 1/3 of 1 93/512 inches? You can easily construct scenarios for a measure that are easy in one and obscene in the equivalent. It’s less about the notation and more about the measure. If you assume all of the initial measures are round in imperial units, then the math will automatically be easier. If your designs were designed in metric, they’ll be round to metric. If they’re in imperial, they’ll be round in imperial.

    And when this degree of precision is actually important, imperial craftsmen (engineers, machinists) already use decimal. A “Mil” is a milli-inch.

    Anyhow, again, I agree that for some very specific scenarios dealing with fractions is easier, especially when you’re doing any base 2 operation.

    I just think that you would be surprised how infrequently the issues you’re imagining would actually manifest themselves, working with intrinsically metric designs, and that you’re underestimating the number of scenarios where not dealing with fractions actually would make your life easier.