Sunshine captures the screen at whatever its native resolution is, and streams it to Moonlight at whatever resolution is requested by Moonlight.
If you are trying to dynamically change the resolution things are rendered at, thats not going to be easy. Sunshine might not be the right tool.
My Ender3v2 always has some new problem to deal with. It’s cheap but it’s a pain in the ass.
I played through the entirety of Prince of Persia: Warrior Within on my phone. That was a feature length PS2 game.
Other feature length games with decent ports I know of:
DLSS is extremely noticeable to me at stronger levels. I usually turn it on but keep it set to “quality” instead of “performance”. It’s still slightly noticeable but not that bad at that setting.
Stronger DLSS just looks like blurry mush to me.
That depends on the specifics of the black hole you are falling into. It could be over in the blink of an eye, or it could be like one of those medieval torture machines. The main difference being the mass: a smaller black hole would kill you faster.
Imagine you are falling, but someone hooks something onto your feet, and attaches it to a rocket that shoots downwards at a speed far faster than you are falling at, so fast that it rips your legs off.
That’s what spaghettification is. One part of your body is being pulled in so much harder than the other part of your body that it rips you apart.
These are over-the counter cough suppressants that you buy from the store without ever needing to see a doctor.
Game looks neat but do the devs know what “mirth” means? Weird title.
The reason you do stuff in a venv is to isolate that environment from other python projects on your system, so one Python project doesn’t break another. I use Docker for similar reasons for a lot of non-Python projects.
A lot of Python projects involve specific versions of libraries, because things break. I’ve had similar issues with non-Python projects. I’m not sure I’d say Python is particularly worse about it.
There are tools in place that can make the sharing of Python projects incredibly easy and portable and consistent, but I only ever see the best maintained projects using them unfortunately.
“Anti-pornography” specifically means “anti-LGBT” to them.
I sometimes use VPN software like LogMeInHamachi or Tailscale to play Minecraft multiplayer with friends over the internet.
Basically it makes your computers act as if they are on the same LAN. It should work for playing any game with LAN multiplayer support over the internet.
The 3D Prince of Persia games were Ubisoft
Having lived on both coasts, I think the “kind but not nice” thing is something people who are actually neither say to feel better about themselves.
What is the “executable” in this context? I’m kinda confused as to what you are looking for.
What’s wrong with parsing the input files at runtime? Is it performance? Do you want one file to load instead of multiple?
Many have suggested pickle, which is kinda what you are asking for, but on some level it’s not much different from parsing the input files. Also, depending on your code, you may have to write custom serialization code as part of getting pickle to work.
Note that pretty much every modern game is a bundle of often multiple pieces of executable code alongside a whole bunch of separate assets.
That’s a good point which is part of why there is a lot of active research into quantum networking. Once you can connect two otherwise independent quantum computers, you no longer have the issue of increasing crosstalk and other difficulties in producing larger individual quantum chips. Instead you can produce multiple copies of the same chip and connect them together.
Because the math checks out.
For a high level description, QEC works a bit like this:
10 qubits with a 1% error rate become 1 EC qubit with a 0.01% error rate.
You can scale this in two ways. First, you can simply have more and more EC qubits working together. Second, you can near the error correcting codes.
10 EC qubits with a 0.01% error rate become one double-EC qubit with a 0.0001% error rate.
You can repeat this indefinitely. The math works out.
The remaining difficulty is mass producing qubits with a sufficiently low error rate to get the EC party started.
Meanwhile research on error correcting codes continues to try to find more efficient codes.
I mean the known theory of quantum error correction already guarantees that as long as your physical qubits are of sufficient quality, you can overcome decoherence by trading quantity for quality.
It’s true that we’re not yet at the point where we can mass produce qubits of sufficient quality, but claiming that EC is not known to work is a weird way to phrase it at best.
And guess who constantly lobbies and sues to keep things that way?
Error correction does fix that problem but at the cost of increasing the number of qubits needed by a factor of 10x to 100x or so.
For what it’s worth, the two people I know who are playing this game were fans of the previous games and absolutely love the new one.