Decided to make a sierpinski’s tetrahedron as a first REAL project! I built a shitty angleiron workbench (with an old door ziptied onto it as the tabletop) before but I’m actually trying this time so it’s different

170 welds completed so far crab-party !! So, only 346 left to go!!.. doggirl-tears

This was a really good idea until I remembered how complex fractals are, like GIRL, DUH, fuck was I thinking hahaha

Its REALLY scuffed though, I’m talkin like using my stick welder to melt a half inch off the end off of the pieces I had precut to make it shorter so it will fit in the actual dimensions needed, I’ve been holding the smallest (~2") pieces with a wrench and holding it in place freehand. It’s been a lot of fun so far, and I’m definitely improving as I go, I weld my welding stick to my stock way less often now, and achieve arc much more reliably too, which is cool to see my own progress within the project!

I hurt my shoulder a bit ago so I haven’t been able to do much lately, but welding is pretty low impact in that I mostly just sit on a folding chair in my driveway next to my shitty workbench lol

Have some more views!

When it’s done it’ll look like this image I found on google

  • FunkyStuff [he/him]@hexbear.net
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    4 个月前

    What hexagonal symmetries mean is slightly different from a shape being made out of hexagons. If you were to take a hexagon and rotate it a certain amount or flip it you will end up back where you started. You can make a set of actions that keep the shape the same, that would look something like {60° rotation, 120° rotation, 180° rotation…}. That set is its symmetry group. If an object has hexagonal symmetries, it has the same set, so even if it looks nothing like a hexagon you would be able to do all the same things you’d do to a hexagon and keep it the same.

    edit: source if you wanna learn more