Apartments are a lot harder because you can't usually drill into the side. I've seen some balconies on apartments in my area with small animations, and one person has a matrix in the window.
But at the end of the day it's the same as house, you just have a much smaller canvas to work with.
You'll want to look up the ESPixelStick to get started if you're in an apartment, it can probably meet all your needs, since you won't be able to do too many lights.
I once had a crazy idea to build an inner frame and my own floor and walls onto those frames, in a room I was renting for a long time. I ended up not doing that, and depending on your situation it might not be allowed to do it (either because of rules from the landlord, or fire safety that you have to consider).
I still think it’s an idea worth considering in some situations though, as long as you are sure it’s compliant with rules from the landlord and fire safety regulations etc.
I don't know about building an entire false frame (what do you do with it when you move? You would lose a ton of interior space. Your ceilings would only be 7 feet, etc).
But I've definitely seen people build a false wall that covered 1/2 of a real wall to make fake builtins over a fake fireplace. But they could take it with them when they left.
Yeah, the idea was to disassemble it and take it with me when I moved out. The inner frame would be assembled using screws, rather than nails and also not using any glue.
It might take several days, or even a couple of weekends if you have busy days during Mondays to Fridays, to disassemble it. And that’s if you originally built the whole thing in one go and kept in mind and made notes of how to disassemble it.
The worst situation is if your lease suddenly ends on short notice and you don’t have time to disassemble it on the time you have left before you have to leave.
Another thing is that even if you disassemble it on time, the dimensions of your frame probably won’t fit well into the next room you rent in a different place. And then you have to do a bunch of cutting and maybe buying even more materials or throwing away some of what you had, or find somewhere to store it or something.
There’s also the possibility that you might accidentally damage the original floor or walls even though you try to be super careful, if you go about constructing such a thing.
These sorts of potential complications are part of the reason that I ended up not actually building such a thing myself so far. Aside from also not having much in terms of extra cash on hand at the time to even go buy the materials I would have needed for it.
The half wall you suggested is far more practical for sure.
Fire safety rules are a good point. Wasn’t thinking about that aspect. But using outdoor compliant lights and hanging from frames outsides could be an option. Guess it would be an interesting start
Maybe one thing you could do if you have large enough windows so people would see: in-door wall projection, e.g. something like this: https://www.youtube.com/watch?v=jtFthRSqRwQ but interior?
Does anyone know what the reference points are for the rotation manoeuvres? The text does not provide any information on how the probe knows that it is off. It needs some kind of reference, no?
A star tracker is one of its reference points (of absolute orientation). There's also a sun sensor with a similar function. I don't know if Voyagers have others.
- "In flight, the device found and locked on to the star Canopus, providing a reference for guidance and navigation."
I something similar for climate data, but loading data from a different site was not possible due to CORS. How is CORS not a problem with this setup? @app4soft: Did you allow all origins? Isn’t this a security issue?
Yes. Check out succinct data structures. They are closely related to compression algorithms. The above mentioned compression algorithms (incl. Entropy and all LZ variants) need a decompression step. They might try to improve the decompression speed by chunking and sacrifice storage space, but decompression is needed. This is unrelated to how they remove redundant information from the data (e.g. using pointers). Succinct data structures try to avoid decompression at all. Again, at the cost of storage space but some operations can be done on the succinct data directly as it is on disk.
Yeah, non-s versions are better in that regard, because t490s has RAM soldered (and t480s had one chip soldered + one upgrade-able module), I have it and no way to upgrade that.
I really hope EU will pass a law that will forbid soldering RAM and SSD to the mainboard, because it starts getting ridiculous and increases garbage.
https://corecursive.com/055-unproven-with-sean-allen/