Moving the head/body goes a little further, but that was not my point.
1,441 karma · joined May 26, 2013
Moving the head/body goes a little further, but that was not my point.
Maybe a note of something you thought but couldn't follow up on that moment.
Diagrams are good. Much easier to think and much better and faster doing by hand. I always get distracted by the tool when I'm drawing in a computer. Even artist-modd
I also make bullet points of general ideas that I'm trying to accomplish.
Doodles.
Important thing is, don't fret. Over time you'll find how it works for you.
And I'll add that it in practice it is not even that much unless you're doing some serious training, like a professional athlete. For most tasks, the accurate depth perception from this fades around the length of the arms.
"The paints used in the reconstructions are chemically similar to the trace pigments found on parts of the surface of the originals. However, those pigments formed the underlayer of a finished work to which they bear a very conjectural relationship. Imagine a modern historian trying to reconstruct the Mona Lisa on the basis of a few residual pigments here and there on a largely featureless canvas.
How confident could we be that the result accurately reproduces the original?
This point is not actually disputed by supporters of the reconstructions. For example, Cecilie Brøns, who leads a project on ancient polychromy at the Ny Carlsberg Glyptotek in Copenhagen, praises the reconstructions but notes that ‘reconstructions can be difficult to explain to the public – that these are not exact copies, that we can never know exactly how they looked’."
And yes, they get to recover the copper, at the very least to make treatment easier for discarding (copper is a very bad pollutant). But not only there's a cost, this is dealt with by waste treatment companies that will at most use the copper value to recoup some of the cost of the treatment.
Sounds like a cautionary tale: whatever gets released first will stick. If you make a blunder, generations will have to live with it (like IPv4).
Great, maybe they'll be more wary of taking advantage of this kind of blunder if they can get corrected.
Not that Linux or whatever are all immune, but it definitely matters.
And you can very often prototype with either an overpowered development board or you own prototype board with another FPGA, and then downsize appropriately as the project advances. Most importantly, if you know there will be a viable version in a year, you can postpone the final decision and Xilinx get to avoid having you choosing Altera now if it's possible that their new offering will match your project.
Yes, packaging for this kind of high density design as an iPhone is very specialized, but it does not contain the precious IP and the security concerns it carries.
Also, iPhones and any costumer electronics at this level of complexity and scale will be assembled in China for the foreseeable future, and this is more like a stop in the middle of a journey than a round-trip.
Maybe this website is too Apple-focused, or maybe I'm missing something, but "older" technology makes the bulk of the ICs manufactured and is much more strategic than the latest Instagram filter accelerator processor. Maybe by value bleeding-edge nodes are bigger, but by volume they are not even close.
By the way, I won't miss if my car comes without infotainment with the latest GPU, but I surely hope the ABS processors are there. Or even the shitty microcontroller that every single button seems to hide nowadays.
And for most applications that do not require incredibly high density, there are plenty of packaging plants in the US (I google and got this [1] as a first result. Sorry, not an analyst). And even the advanced packaging seems to be getting attention that this article does not acknowledge [2].
[1] https://www.globalspec.com/local/4218/C_US [2] https://semiengineering.com/expanding-advanced-packaging-pro...
https://ohwr.org/project/cernohl/wikis/home
It takes your concerns in consideration, and much more. For FPGA the CERN-OHL-W is the usual one.
Really indispensable. Not sure how the current feature works, but for things like power supply capacitors that are electrically connected to tons of ICs and pins but logically belong to one specific pin, I can't think of a better approach.
Amazon has a bad process for these cases and seems not interested in fixing it.
Actually, here's a small contribution: I do not work with web apps or nowhere near this kind of development (yeah, I also wonder why I'm a regular at HN), or have a use to the end product, but the name and logo grabbed my attention enough to click the link, see the discussion and read the front page. There's power to clever branding.
They are fewer than the US, USSR and Japan, but they are very capable of operating advanced technology. Advanced technology, specially the most recent and in this case, safer, is held from these countries for reasons has little to do with fear of a significant chunk being uninhabitable for hundreds of years.
Quite on the contrary, if fear of a big chunk of the countries being uninhabitable had anything to do in this matter, rich nations would be financing nuclear power plants to the poor to prevent sea level rise.
The way power evolves from ancient times, to middle ages, to modern times and finally contemporary times, how the institutions of capitalism are different in form, but not in essence from the institutions of feudalism and other themes are a central topic of Marxist theory.
You seen to agree with him about the root of the exploitation problem, but GP is also right in that there are differences on how the institutions operate and how advanced they are in comparison to those of the past. These new institutions and techniques and dynamics require different tools for analysis.
Also, this is a map game, so for me it's pretty intuitive that it is the center of the hull. Maybe with some error due to projection (not sure how they implemented the map), but should not be a problem for solving the puzzle.