Yup. Rand() chooses a random float value for each entry. By default I believe it’s anywhere between 0 and 1. So it may divide the first bill by .76, then the second by .23, then the third by 0.63, etc… So you’d end up with a completely garbage database because you can’t even undo it by multiplying all of the numbers by a set value.

I actually enjoyed the story. Some of the themes and motifs were heavy handed, but that’s par for the course. Honestly, the biggest issue with the story is that players have come to expect a big plot twist. Bioshock 1’s twist hit first-time players hard, so later games have tried to replicate that. But the issue is that it only hit players hard because they never knew it was coming. They only remember it because it was truly shocking the first time you played through it.

So now players have come to expect that from the series, which means the series can’t replicate it; When players are looking for a big plot twist, you can’t really hide it anymore. Because as soon as you start foreshadowing it, players catch on. And if you’re too subtle with your signals, then players who have been looking for it will say that doesn’t make any sense.

For what it’s worth, I wasn’t a huge fan of the story at first. It took me a few hours and a few quests to actually get into it. It suffers from Kingdom Hearts 2/The Witcher 3 Syndrome: The two hour long intro/tutorial is absolutely the worst part, which is a shame. The game really begins to shine once you get to Meridian, but that’s several hours in.

That copyright thing was never actually tested in court though, because they settled before the trial began. The “copyrighted keys” argument was what Nintendo originally used to bring the lawsuit, but it was never actually tested because it never went to trial. In fact, many legal experts say it likely would have been thrown out in Yuzu’s favor. But Yuzu didn’t have a legal fund, so they couldn’t afford to actually take it to court and fight it.

FWIW, the PlayStation was meant to have the Nintendo button layout too. In Japan, O is synonymous with “yes/good” sort of like a check mark (✅) and X means “no/bad”. So the X and O buttons were meant to be used in that way. But western game devs didn’t know that, and designed their games with X as confirm and O as decline.

Take it a step farther. Why is cheap grain available on the market? Because European import regulations were relaxed to support Ukrainian grain exports.

In case you weren’t aware, grain is one of Ukraine’s largest exports.

It’s primarily meant for people who have slow connections. If you’re downloading a game over DSL or satellite (which is often the only thing available unless you’re in an urban/suburban area) then the 5GB of extra compression could be a huge time difference. It’s also true for metered connections, where you have to pay by the GB, or where you have a data cap.

I mean, she’s never tried to hide the fact that she’s Russian. And she also hasn’t hidden the fact that she dislikes Putin. But lots of Europe is struggling right now. For instance, the farmers protesting across many parts of Europe, as a result of the war and Ukrainian exports.

I mean, the real end solution is to host your own server. Then you can federate/defederate with whoever the hell you want. As long as you don’t do anything to get banned from a specific instance, you’ll be fine.

But that’s more work than most people are willing to put into a Reddit clone.

It’s because Yuzu was profiting off of their development with a Patreon. Keep emulators FOSS and there’s no profits to claim.

Also, because it’s a settlement and not a ruling, it’s not setting a precedent for future lawsuits. Courts historically put a lot of weight on legal precedent, to help make rulings consistent. If one court interprets a new case in a certain way, similar cases in the future will likely look to that first case’s ruling for guidance.

So if one ruling had decided that emulation is illegal, then subsequent lawsuits would have been much much easier for Nintendo. Because Nintendo could basically argue “we already proved emulation is illegal in that previous case, so now we don’t need to do that part again.”

Yeah, the combined modem/routers are almost all garbage. You really are better off bridging it and letting your own router do the work. Because the ISP has a vested interest in giving you the cheapest router possible.

It’s easier than ever these days. The hardest part is figuring out how to configure your router to point devices to it. Because router manufacturers love to bury that setting somewhere deep. For actually setting up the pihole, it’s usually just a matter of flashing the memory card with the right image, then finding some decent block lists. But even the block lists are easy to find nowadays.

I blocked the servers with my pihole. Coincidentally, my two smart TVs are the two most blocked devices on my network. It’s not even close.

This was with only ~1 hour of TV watching, while the device in the third spot is my phone (which I had been using all day). And yet the second TV still had almost 3x as many blocked requests.

Smart TVs are fucking invasive.

And he was at EA for several years before it was voted Worst Company in the World two years in a row.

Yes, they retracted the original policy changes with one of those boilerplate “we’re listening to the community” apologies. But the fact still remains that they have done it once and could just as easily decide to do it again in the future. One of the biggest reasons people shifted to Godot is because it’s free and open source. Godot (like many other free open-source softwares) had struggled with adoption until now. But now that Godot has exploded in popularity and game devs have begun learning it, the hardest hurdle is already passed and there isn’t much incentive to switch back to Unity.

It’d be like if there was a mass exodus from Windows to Linux. And then Microsoft apologized for whatever caused the exodus, but everyone had already installed and learned the basics for Linux. There would be very little incentive for everyone to change back to Windows, because as Linux gets more popular and development progresses, it gets easier to use and more robust.

The biggest hurdle for switching to a new platform is overcoming user apathy. After all, users will choose to use what they already know, even if it’s slightly inconvenient. That’s why the first phase of pretty much any software launch is making it look similar to something that already exists. If you can greet users with a familiar UI, they’ll be more likely to consider adoption. But Unity managed to actively drive users away from their platform (and into the arms of an open-source competitor) so the biggest hurdle has already been jumped.

Yeah I can almost guarantee that the original plan was always for him to leave. He was going to be the scapegoat with a golden parachute, allowing the company to keep the unpopular changes while disbursing the bad publicity. It’s exactly what he did with EA too.

Basically reddit’s Ellen Pao plan. Bring in someone unpopular to make the unpopular changes, then let them go with a massive payout while keeping the unpopular changes.

But then Unity realized that the companies weren’t going to forget about the unpopular changes and it wasn’t going to blow over. Companies started bailing left and right and switching to other engines. At that point Unity realized that the smoke was actually a full blown fire, and started doing whatever they could to try and regain some trust. But by that point it was too late, because companies had already seen the potential for abuse. And as the saying goes, when someone tells you who you are, believe them. So now companies are unwilling to go back to Unity, and Unity is grasping at straws.

Yup. They can’t take out interest-free loans to pay off their almost-interest-free loans. So now they’re scrambling to save money and build value the old fashioned way.

Yeah, my last apartment had toilets that weren’t compatible. The supply hose going to the tank actually had a compression washer and went all the way through the tank before attaching to the valve. Like I couldn’t just unscrew the water hose from the bottom of the tank to tie in, because there wasn’t anything to unscrew. The hose just went straight through to the inside of the tank.

I’ve never seen anything like it before or since. It honestly had me baffled, and I was left settling for baby wipes until I could move into my current place. And you’d best bet that during my walkthrough for my current place, I checked the toilet to see if it would work with my bidet. The leasing agent looked at me like I was crazy when I dove behind the toilet, but it’s a new checkbox on my list.

Are you-… Uhh… Are you using Pringles to wipe, in some sort of Three Shells system?

It isn’t compressible at all, really. As far as a compression algorithm is concerned, it just looks like random data.

Imagine trying to compress a text file. Each letter normally takes 8 bits to represent. The computer looks at 8 bits at a time, and knows which character to display. Normally, the computer needs to look at all 8 bits even when those bits are “empty” simply because you have no way of marking when one letter stops and another begins. It’s all just 1’s and 0’s, so it’s not like you can insert “next letter” flags in that. But we can cut that down.

One of the easiest ways to do this is to count all the letters, then sort them from most to least common. Then we build a tree, with each character being a fork. You start at the top of the tree, and follow it down. You go down one fork for 0 and read the letter at your current fork on a 1. So for instance, if the letters are sorted “ABCDEF…” then “0001” would be D. Now D is represented with only 4 bits, instead of 8. And after reading the 1, you return to the top of the tree and start over again. So “01000101101” would be “BDBAB”. Normally that sequence would take 40 bits to represent, (because each character would be 8 bits long,) but we just did it in 11 bits total.

But notice that this also has the potential to produce letters that are MORE than 8 bits long. If we follow that same pattern I listed above, “I” would be 9 bits, “J” would be 10, etc… The reason we’re able to achieve compression is because we’re using the more common (shorter) letters a lot and the less common (longer) letters less.

Encryption undoes this completely, because (as far as compression is concerned) the data is completely random. And when you look at random data without any discernible pattern, it means that counting the characters and sorting by frequency is basically a lesson in futility. All the letters will be used about the same, so even the “most frequent” characters are only more frequent by a little bit due to random chance. So now. Even if the frequency still corresponds to my earlier pattern, the number of Z’s is so close to the number of A’s that the file will end up even longer than before. Because remember, the compression only works when the most frequent characters are actually used most frequently. Since there are a lot of characters that are longer than 8 bits and those characters are being used just as much as the shorter characters our compression method fails and actually produces a file that is larger than the original.