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.

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.

Their trackpad can and does work via USB so ???

I have one of their trackpads and it works great with Ubuntu over USB but not over Bluetooth for some reason. (It connects, but Ubuntu doesn’t handle it well.)

It comes full circle because the proposed solution is to increase the number of people who are able to work, with the idea that those people will take on more jobs, and those jobs will fund pensions.

I think this is a bad idea because we already have more workers than useful jobs. An increase in the population wont really help.

Your response was

It’s not about necessary jobs, it’s about paying into social security / pensions.

In my answer those are two topics that are not directly related, although they are linked by both having to do with the economy.

Hence I gave responses to both topics.

If the jobs aren’t necessary, then surely there’s a way to organize society without those jobs existing.

This is the fundamental argument behind universal basic income.

As to the question of how to fund stuff like pensions or UBI without everyone working, the answer is simply to tax those who are working more, especially those making huge amounts of money.

We already have far more people than necessary jobs. One person with modern trchnology can produce way, way more than one person could even just a century ago.

A VPN helps

They use filters to mimic the appearance of a CRT. This can make games that were designed for a CRT look significantly better than rendering them directly for modern LCD displays.

Some examples from a quick search:

When Comcast’s monopoly is broken up by the government.

Here’s how I would do this in blender:

1. Import the stl
2. edit the default cube so it overlaps the part of the stl you want to delete
3. add a “boolean” modifier to the stl that is set to “subtract” the cube
4. apply modifier
5. export as stl

They are using the info to engineer more efficient ways to separate you from your money. It’s not a benefit to you in any way.

You don’t need to know the details of the CPU architecture and pipeline, just the instruction set.

Memory addressing is barely abstracted in C, and indexing in some form of list is common in most programming languages, so I don’t think that’s too hard to learn.

You might need to learn the details of the OS. That would get more complicated.

A quick search on EBay shows some results for $100. That’s also relying on the console to be in decent shape besides being heavily used, and you have to deal with getting a video adapter, which is like $20 for a cheap one or $100 for one with fancy features that makes it look nicer.

$250 for a brand new product supporting modern features like HDMI, USB, and Bluetooth sounds reasonable. It’s got a built-in video filter system like the fancier adapters, and if it’s anything like their previous products, it will have support for mimicking other consoles of similar compute power (the original PlayStation 1 potentially?) I checked and their website says it won’t support this feature. However, it does mention it has support for the Expansion Pack, which is another ~$70 although it’s only needed for a handful of games.

Their previous products have sold quite well, so there’s that.

“Just follow the build instructions on GitHub”

1000 error messages ensue.