![](https://sh.itjust.works/pictrs/image/2ecf0f06-5033-4c67-be53-8b1133024ca8.png)
![](https://lemmy.ml/pictrs/image/d3d059e3-fa3d-45af-ac93-ac894beba378.png)
The “fuck you I got mine” mindset. Sigh
The “fuck you I got mine” mindset. Sigh
You’re right, I misread the question and thought it was the 1700s. That changes it quite a bit 😂.
The medieval period to me would be like in Game of Thrones or DnD settings, where automation tech was still hydraulic based at best, and medical knowledge was still very very limited.
1700s had steam engines and electricity, and apparently lithography was invented in the 1790s, so that’s a big difference.
Sure lol. I harness the power of the sun and lightning to make special stones that other people can command it to make it work for them.
Basically creating a golem haha.
I’d love a medieval version of this question lol.
A flying cockroach. Need I say more?
Right, that’s pretty important too!
I see. Thanks for the info! :)
Okay… So what about the brick roads make you “feel faster”? I have never driven on one, and the only comparison I could think of is the difference of driving on freshly paved roads (very smooth) and roads that are a few years old. Maybe that’s the “rumble” that makes you feel like driving fast? I can kind of get that. Are those the same feeling?
That just means it feels uncomfortable and dangerous to drive fast on because it rumbles more, so they slow down.
which makes it feel faster.
I don’t think that’s how it works…
Drivers automatically slow their speeds on brick roads.
Why? Is it not smooth enough to drive fast on?
Well this thread is a discussion on alternatives and what you think are not talked about enough, so thanks for informing about fertilizers. I certainly didn’t know that they were also reliant on fossil fuel.
Thank you for the very detailed answer!
Hmm, I may have. I admit I have never driven on brick roads before (cobblestone roads yes), so more input on people’s experience and long term observations with these would be great.
Do you think it’s viable in situations like high speed driving? Other potential problems?
I mean, I’m all for more public transportation (seriously, wtf America?). But in reality, there is still a need for public roads for things like buses in places where subway stations aren’t viable, and also for logistics (construction materials, mail, Amazon deliveries, your Uber eats, etc.)
I actually know from watching Formula E, that in order to make their indoor/outdoor track in an exhibition center in London race viable, and would still be able to operate normally after the race, they developed a way to add grip on concrete floors without the use of asphalt.
Article link
YouTube video from Chain Bear on how they made the track
Edit: Link format
Aren’t brick roads bumpy to drive on? It may be fine to put in housing areas where cars drive slow normally, but I imagine it would be a pain in the ass (literally, lol) and dangerous to drive on on high speed roads.
Good to know! Thanks!
I don’t know how this would apply to decompression models in actuality, but in general, deep learning is VRAM intensive only during the training process, that’s because they train multiple batches of data at once for generalization, and all those batches of data need to be stored in ram.
But once the model is trained, the end user is only going to input data one by one, so VRAM usually is not an issue. There are also light weight models that are designed to be run on lower end hardware.
I don’t know if this helps you, but in computer science there’s a dataset called CelebA containing huge amounts of celebrity face photos, original and cropped with some basic attributes annotations, that is used to train various deep learning models.