𞋴𝛂𝛋𝛆

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Joined 3 years ago
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Cake day: June 9th, 2023

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  • I find there is more nuance in the camera, framing, and perspective view. Some focus on male gratification, possession, and penetration. I find that uninteresting. There are far fewer that focus on the nuances of female sexual experiences. Then there are far fewer still that understand and capture the art of human form. Like I roll my eyes any time I see a woman with her legs up and back. Even most skinny rectangle body type women have wide hips that are unflattering in the position. Sure some people don’t mind or are even into that, but in strictly speaking art terms, like drawing and painting proportions, that is unflattering and not artful at all. I most appreciate when someone frames shots that speak to the subtle psychology of the human form. There is a very real and secret magic hidden in the human form and viewer’s mind. Certain perspectives conjure emotions and behaviors outside of one’s awareness. What is it exactly that seeing is motivating? Why those shapes? What is it about that mixture of the symmetrical and asymmetrical parts that conjures a primal response. What triggers imagination and wanton lust? What did they intend to focus attention upon, why, would you? What other aspects of self awareness are present? What are their motivations? Where are they? Who is paying for this shoot, why? Is a camera here to avoid issues with some rich prick trafficking? Is this a thinly veiled cuck to the world from the rich? Am I watching nothing more than the bottom of some dude’s junk? Who let hamburger meat hair legs in front of a lens? Has she ever seen herself in a mirror like this? How smart is she likely to be based on traits of self awareness and implied complexity?

    That is some of what I am thinking about. I’m just curious in lots of spaces. Recently I have been modeling mesh forms in CAD. So I’m in that artist’s mindset. Mostly thinking about shapes and places that motivate touch on a level outside of typical human awareness.





  • The main problem is when following instructions for command line tools. They might figure out how to use dnf instead of apt, but the extra layers required for ostree are not very friendly. There are a ton of potential frustrations in this area, especially with GPU stuff or hobbyist hardware like Arduino where kernel stuff is needed in userland. At least as of nearly 3 years ago, the documentation in this area sucks. I was on Silverblue for a few years and managed to get through the frustrations due to intermediate experience level. I found toolbox useless compared to distrobox. But using this with something like Arduino was annoying at best. The needed dependencies expected by whatever stuff I wanted to install was usually a big mystery with near useless error failure messages and names of packages and libraries totally unrelated to the package naming in DNF. When updating the base OS, stuff built in these containers is totally useless because I could not update the containers to the new OS image. Playing around with Flash Forth on a microcontroller was even worse. I ended up layering a bunch of stuff on the host because the containers were just not working. When I got an Nvidia machine, I went to Fedora Workstation and have had far fewer issues and frustrations. SB wasn’t bad, but it is a pain to use these if you need kernel level access. Just my $0.02. I was actually on SB for ~2-3 years.








  • I have no confidence it will work or last. I’m not committing to anything either, but at a minimum I need the flattest image possible, meaning a square lens to object from a distance where perspective distortion is minimized. The largest camera sensor (silicon die) will produce the flattest image with less perspective distortion. Each image must contain a known measurement, such as a little machinist’s ruler or other. The point here is that the lines of known measurement must be as close to single pixel accurate as possible. I will not take the time to straiten or correct for errors, - if I have the time and feel like making something. The result will likely be ugly and might not work or last. I need to know the angles and sizes of those protrusions to utilize them like a dovetail. I do not trust anyone’s measurements, especially my own, and I have no desire to dial you up for the ‘measure thrice print twice, measure once unfinished dunce’ - rule. I need the Cartesian planes of X, Y, and Z, (right, front, top) at a minimum.

    I probably do not have time within my project, but if I’m bored and waiting on a long print, maybe.






  • The cheapest fans available often have a lot of injection molded plastic that squeezes out of the gaps of the metal mold when the plastic parts are formed. Removing this may help some.

    The cheapest fans now come with the small motor shaft embedded into the frame with a tiny ball of metal formed at the end of the shaft. The ball is what prevents the shaft and fan blade portion from coming out of the housing. This type of bearing and retention cause more friction than a design that uses a bushing and a small plastic retainer ring. They type with the retainer ring are usually floating in the magnetic field. The little plastic retainer ring on the shaft end is only present in cases where the fan is dropped causing more force than the magnetic field will hold onto. If a person such as yourself, presses on this type of fan at the fan blade hub, you will feel the magnetic field and see the hub deflect and then return to the center of the field. Spinning it will feel frictionless. With the ball shaft type, there is little deflection and it feels like a bit more friction when comparing two side by side.

    With the ball shaft type, most of the noise will be coming from the friction and transmitted through the body of the enclosure. If you isolate the fan with some damping between it and the enclosure it will reduce the noise considerably. Damping the enclosure, and adding rubber feet between any table or surface may also help.


  • Preach about the primitive stupidity of wasteful industrial technology and the stone age of silicon. Biology is the ultimate technology. The Neolithic is to us what we are to the age when the age of discovery is over and all of science is a fully constrained engineering corpus. This is the age of biology. At this technological stage, civilization is possible at stellar lifetimes and beyond, unlike the present where critical scarce resources are fully commercially depleted within a century. The ultimate technology is fully integrated into the elemental cycles it exists within.

    The only thing holding us back is investment into discovery within a social framework of meritocratic hierarchy. Gross inherited wealth is the terminal cancer of civilizations. Intelligence is not hereditary and the impotence is incapable of managing or filtering innovation and progress. Anything beyond a trust fund for an upper middle-class lifestyle is treason against country and future.

    Take for instance space exploration. All of the missions are about military engineering and have little to no basis in science altruism, or progressing the future. If anyone had even a tiny fraction of sense, we would be putting everything into the recovery of a single m-type asteroid. Any of these fragments of differentiated planetesimal cores contains more rare mineral wealth than all of what humans have accessed in the Holocene. We live on the flux, the dross, the garbage that floats to the top when gravity has pulled everything we value within this gravity prison of resource scarcity. Everything we have is the result of the sparse junk that fell to the surface later than the last phase of molten Earth; those outer objects that still contain diverse wealth. We could go right out there and pick one of our choosing. We are the Neolithic fools that never travel one valley over and discover all the resources and technology of the Han Chinese. That one objective eclipses all human wealth in a decade. Instead, we are territorial toddlers bedazzled by the colors on our toy stick’s fabric, and no better than chimpanzees mobbing to rape and pillage, with the mass mytho disorder of collective imaginary friends. The biggest businesses in our world of the present are no more that prophets selling technological singularity and infinite energy scams the same as the ancients pedaling Zeus and Apollo. There is nowhere to go down in truth; only to peek behind a façade to see nothing has changed.


  • Depends on the system. Typically, the older systems do not work like this. The GPS satellites only transmit a signal that contains their location information and the time. The device must collect several of these signals and then use trigonometry to calculate your real location in time and position. Yes there are relativistic effects due to the distance to the satellites and gravity.

    For instance, in home lab electrical engineering, if a person wants a really good reference clock but cannot afford a cesium atomic reference, they can use a relatively cheap GPS system to build a referenced oscillator that is disciplined by the reference clock on these satellites. I think they are cesium too, but it has been awhile since Dave Jones made YT uploads on the eevblog about it. A Garmin bicycle computer is another example. It is triangulating the signals and plotting periodic waypoints with some basic averaging.

    That said, WiFi routers and cellular towers are possible to use for similar triangulation. Maybe check out Hak5 if they are still around. It has been awhile since I looked them up, but they used to make pen testing red team stuff that will infer much about vulnerabilities.