invertedspear

The fun part of “Oh. It’s you.” Is that it can be read in so many ways. It’s not a particularly good line on its own. But the way that it’s said in the voice of GLADOS is just a peak “I’m fucking done with this bitch” mood. Major props to that voice actress.

I’ve watched plenty of their videos. Despite how you took my message, I’m actually very excited and hope they make it to full production. But if you think that thing is going to be safe enough when some a-hole in a Tahoe t-bones you, you’re going to be very disappointed. The problem isn’t the Aptera, it’s the ridiculous sized SUVs already on the road.

They are skirting the “street legal” and safety stuff by making an electric motorcycle instead of a car. Months (years?) ago I read something about how they are planning to tackle helmet laws in court because of this. Accident safety features are heavy, this thing is going to be a death trap on US roads in order to be as light as possible.

Overall I think that’s the right move, but I wouldn’t get in rush hour traffic in this thing.

I get the criticism of the cyber truck, and the hummer EV is ridiculous, but why do the R1T and Silverado EV not count as trucks? R1T is an expensive but great midsize go anywhere truck. Silverado EV is a range king and a little flat looking, but still 100% “truck”. Lightning is just the all around best value of a truck. I say this as a lightning owner, there are options in this market.

How the fuck are you supposed to read this atrocity?

Good thing they aren’t on your roads then, being that you’re not American, and therefore not in either of the metropolitan areas they operate. They are on my roads however, I see them all the time. I see constant terrible driving from all kinds of people, but these things are patient and I don’t think I’ve personally seen one make a mistake.

By referring to their current stage of deployment as a public beta like it’s a bad thing you show a ton of ignorance on how testing cycles work as well. No amount of alpha testing would make these safe for broad deployment into real world scenarios that test designers can’t dream up. This is exactly the type of slow roll out that is required to get as much real experiences as possible to be programmed for.

I have no doubt these things aren’t perfect, but they are a lot better than an overworked and tired human being the wheel.

I’ve been in software for more than 20 years now. I’ve done some pretty innovative things from time to time. There is nothing I have ever done or seen in any proprietary code base at any company I’ve ever worked at that isn’t at every other company. The only unique thing at any company is how all the puzzle pieces get connected. It’s pure ego to think that any idea you have in that now open source project is unique or what’s giving you any competitive advantage in your other projects.

I think 200ms is an expectation of big tech. I know people have very little patience these days, but if you provided better quality searches in 5 seconds people would probably prefer that over a .2 second response of the crap we’re currently getting from the big guys. Even better if you can make the wait a little fun with some animations, public domain art, or quotes to read while waiting.

The main issue is that the NHSTA requires a backup camera, which requires a screen. Since they have to make room for that screen, manufacturers now want to make it a premium thing they can use to justify up charging.

I don’t see a solution to this until someone actually tries to make things cheap again and small screens become the trend.

It was very experimental, that’s really the reason Sony went with it and it was at the genesis of multi threaded processing, so the jury was still out on which way things would go.

Your description of it is a little wrong though, it wasn’t multiple CPUs, at least not gore would be traditionally thought. It was a single dual core CPU, with 6 “supporting cores” so not full on CPUs. Kind of like an early stab at octocore processors when dual core was becoming popular and quad core was still being developed.

I remember that the ability to boot Linux was a big deal too and a university racked 8 PS3s together into basically a 64 core super computer. I’m actually sad that didn’t go further, the raw computing power was there, we just didn’t really know what to do with it besides experiment.

Honestly I think someone had a major breakthrough in multi-core single-unit processors shortly after the PS3 launch that killed this. Cell was just a more expensive way to get true multi threaded processing and a couple years later it was cheaper to buy a 32 core processor.

Maybe in a different timeline we’re all running Cell processors in our daily lives.

If we can recycle single use plastic into this, then great. Somehow I doubt that’s how it would be made.

How is it that this literally came up in conversation at the family get together over the weekend, and on Monday it’s being memed? Proof again this world is just a simulation and has memory limitations.