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Comment Re:Karma to burn so fuck you. (Score 1) 154

Well, exactly. Who the fuck wants to actually, you know, work for IBM? A gigantic, monolithic mega-corp with a potentially stable (not anymore!) cube job answering to middle management assholes, stuck in meetings, and occasionally getting to code for. Look, that might be your idea of a good job, but for many of us Open Source supporters, we're not wearing a tie or cutting off our beards just so we can get 'paid' to do open source. So when someone says "no one's getting paid to work on open source," what they mean is, there aren't many one man or 5 man shops developing Open Source for a living. There are exceptions, but there's a million projects out there that prove the rule.

Whether or not this is a good thing, I don't know, but I sure as hell didn't decide when I was 8 years old "Mommy! Daddy! I wanna be a numbered cube worker!" /snark

Comment Re:Fukushima (Score 1) 151

A storage facility near it contains another 6000 spent mox fuel rods. The smoke of the fire is plutonium oxide and chloride which is fatal to humans at doses of 1-10 micrograms.

There is little doubt that if that happens at Fukushima the fallout would be carried by the jetstream over the US and, eventually the entire Northern hemisphere.

How many tons is that 6000 spent rods? Then remember exactly how big the Pacific Ocean is and how large, comparatively, a microgram is. A microgram is only 10^-12 of a ton, area crossed is a square fall off rate.

Could it immediately pollute the ocean and cause problems? Sure! Would the fall-out in the ocean cause a long term problem? Not unless there is way more than I expect from those fuel rods; the ocean is huge! One third of the Earth's surface, over half of the salt water on Earth; and you are worried about the toxins that humans failed to plan for when a volcano that's been dormant for a long history suddenly might be a little closer to eruption? Be worried about the loss of life from the volcano going off, and the loss of life from the climate change that a large eruption would cause (famine, loss of utilities, etc).

Or, if you must be scared of nuclear stuff, be scared of the fall out from all the nuke warheads and fuel stored close enough to Yellowstone that would be vaporized in the expected eruption.

Comment Promises... (Score 1) 64

Also, there's the unavoidable problem you have with display clarity. Right now screens are on a flat substrate, and so each pixel is aligned with the next one, which reproduces an image accurately. But what happens when you have an unrolled display sitting on your desk, or held in your hand? It will inevitably be have varying levels of curve along it's length and possibly more complex crumples, resulting in poor image accuracy. Fixing that will require some clever sensors embedded in the display along with some expensive signal processing, and that fix will STILL cost you resolution.

Then when you consider that LG's current flexible displays have poor color rendition and contrast, along with piss-poor resolution, you realize how much of a lost cause this is. I cannot see myself giving up the best qualities of modern displays so that they break a little less often, and can fit in a smaller pocket.

Comment Re:That makes no sense. (Score 1) 183

We don't know what the OP is attempting to compile. It might be just some code to run inside the Arduino bootloader, or it might be a whole muLinux and a local GCC for the target. Heck, the Debian distro for the BBB might not have a binary for the target muC, which means compiling GCC before compiling the code (worst case). There is also the possibility of OPs chips not being supported in GCC. For example, I just picked up some Cypress PSoC boards; the tools for them are only available right now on Windows. Not ideal, but writing some C so GCC could mangle the analog portions of the PSoC would be more uncomfortable imho.

Unknown target devices, unknown tools, leaves me suggesting something a little more capable than a embedded device. While a windows x86 device might not be ideal for all folks, it might be necessary for some target device's toolchain. I have a several year old quad-core i7 with a geforce 560 and spinning drives that runs on less than 100 watts; one could use an older second hand laptop like that, or a newer even lower power one with an SSD. It's not what the OP asked about, but the OP also didn't provide enough information to presume that they knew what their target embedded muC might always be. And for the general case of other readers who are reading this, I think a small laptop is still the best choice.

Sorry for all the mu, I can't seem to get the html for μ to work

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