The implication is that it’s your own blood, but I like the planning/forethought. I think you’ll be going places. Probably at a run.
The implication is that it’s your own blood, but I like the planning/forethought. I think you’ll be going places. Probably at a run.
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There are a lot of never-maskers out there, but I’d say that I’ve seen at least an order of magnitude increase in general usage even years after the lock downs and mandate have been lifted.
And, unlike engineers in manufacturing whose deep-pocket corporations bought an exemption, Engineers in the A/E/C field are licensed. And if you screw up you can lose your ability to work in your field…forever.
Feel the hate. Let it flow through you.
Yeah, right. I wish I still had that much hair.
Not to defend them or minimize the corporate stupidity, but it sounded like there were less than 100k people affected out of tens of millions (100m?) accounts. I get that it was a big deal for those affected, but a 0.1% outage doesn’t seem “major”.
Fun fact: the USA is the largest producer of oil in the world, extracting 50% more than it’s closest rivals (Russia and SA) annually. And we’ve been on top for years.
But, also, this describes every response to a ML prompt.
The description of an unexpected/(impossible) orientation for an on road obstacle works as an excuse, right up to the point where you realize that the software should, explicitly, not run into anything at all. That’s got to be, like, the first law of (robotic) vehicle piloting.
It was just lucky that it happened twice as, otherwise, Alphabet likely would have shrugged it off as some unimportant, random event.
I would prefer they brought back the actual shipping part. Not this $169/yr for “best effort 3-10 days depending on our mood” they want me to pay for.
I had nothing to do with it, damnit.
TBF, if you’re really, really good at throwing feces, civilization sounds like a poor way to maximize the value of your skill. 🫤
You could say the same for a finite element model. A junior engineer with just 4 years of training can solve, explicitly, the deflection at the center of a slender, simple-simple beam of prismatic section and produce an exact (if slightly incorrect) answer. Building a FEM of the same can solve the problem and take longer (to make the model) with similar accuracy, both of which are good enough for design work.
Only a fool wouldn’t have a FEM around though, as it can solve problem that would take centuries for a human to solve. They may as well make a cartoon with the child digging a 3” hole in beach sand and then showing a backhoe making a jagged edged hole of the same size.
A movie-set must have certain features (full, even, ready for shooting on schedule) and there are millions of dollars on the line - you don’t just plant a field and hope it meets spec - I would think someone was making case it would be ready for filming. That that’s time and effort. The movie industry unions have livable - one might say exceptional - wages, even for someone just checking to make sure the corn field is maturing properly, much less planting and tending the crop.
An un-referenced medium article says he invested $100,000 in the corn field and he generated $162,000 in revenue, with no indication of the expenses of monitoring or harvesting. The best result would be $62k (compared to the $20,000,000 Nolan was paid for the film) in profit if the “investment “ included all of the miscellaneous expenses I mentioned above (as well as the lawyers cost for acquisition, travel and time spent finding the plot and securing all of the contracts for farming and harvest) and wasn’t absorbed in the “film budget”.
I have own a rift and Q1, 2, and 3 (plus some older, but polished, Cardboard products) but have NOT had a VP demo. The jump from fresnel to pancake lenses - for productivity purposes - is substantial and I expect the VP’s moderately higher resolution to be enough to make the headset actually productive (Q3 is close but still resolution handicapped). I expect the tight integration with OSX to be useful and, if I were (a) on OSX (b) didn’t already work on an 8K monitor and © was a digital nomad or had no dedicated office/room in which to work, I could see a use case for them. Having attempted to work in i(Pad)OS professionally as a remote platform, the standalone capabilities might be useful for a blogger or journalist but is utterly unsuitable for professional work, even less so without a dedicated keyboard and mouse/advanced multitouch track pad. Again, I’ve not used the VP hand-sensing for advance selection* but my expectation is that it is still in its infancy, even with (and perhaos hindered by) eye focus selection.
My hope is that $3500/pop will allow more research, more fine tuning, and advancing to vision limited resolution (Apple is still a factor of 4 short in pixel count, and a factor of 6+ short of my desktop monitor) for future headsets.
* multi-functional, 3D manipulation of, say, finite element model components or full building/industrial models in a program like Revit or multi-assembly models in Blender or Fusion360, where you have 4+ key modifiers plus 3 buttons and two scroll wheels for fine manipulation and hundreds of quick-key commands)
That seems unlikely. It would be hard to imagine that the total costs of planting and raising a movie-set quality corn field with industry labor rates would cost less than the returns on a 500 ac harvest of (I’m presuming) silage-quality corn.
I’d never realized how convenient/natural a joystick is for adjusting your side mirrors. I’m not even sure my wife has the reach to both press a touchscreen in the center console and have her head in driving position to adjust the mirrors with real time feedback. Even I’d hate to have to tweak a mirror while driving with a touchscreen.