It was my understanding that the LGPL was created so that applications could link against them without needing to open source themselves. So the LGPL v3 is going to put a nail into mobile developers' coffins and punish them for the actions of the hardware they develop for? Obviously, the ability to swap out dynamic libraries easily on mobile systems is not going to change, and since LGPL v3 was created to stop that, does that mean that the only choice as developers is to stop using LGPL v3 libraries, or basically use GPL v3 instead? Reading over the text of the LGPL is about as useful as trying to communicate in English with a donkey, but which part of it actually closes this loophole?
Yes, Eastern Japan and Western Japan were influenced by different countries in the western world, as I understand it. The first generators in each were from two different countries that operated on different frequencies. By the time they thought about the difference it was too late to do anything about it.
Also I believe they started up some of their old geothermal plants. Either way, the Kyoto Protocol seems like it is no longer an option here (I am also a resident of Japan).
As long as it is not required (or not unreasonably hard to continue the game without buying), I don't care. I went through all of Dead Space 3 without any urge to purchase anything, and finished the game. As long as I can keep doing that, I am happy. If not, however, there will be hell to pay.
It's not that current games are keeping me from switching, it is that I want to be able to play new games when they come out, not after an enormous delay. That delay may have become shorter in recent years, but that is the reasoning that sticks with me.
What was the point of mentioning the price? "You can get a screen replaced for a couple hundred dollars"....where have I seen that price before....OH right, the price of a new contracted 16-gb iPhone 5!! I will never pay $200 for a screen replacement when the parts cost a mere $20 and it takes less than an hour of my time to accomplish, and neither should anyone else.
They had systems in place for a loss of power event. The problem was they didn't anticipate the length of time the loss of power event would continue. There was a steam/battery powered system designed to cool the reactor without any external power but the batteries ran dry before any help could arrive due to the devastated state of the roads and land around them. I suppose they assumed that if they lost power, they could sound the alarm and quickly get a generator truck in place while they worked on restoring the main power.
The 2nd line was not a conclusion of the first. The first two lines were the givens. Though I thought the same thing when I first read it. His post is in reply to this one:
The Tokyo one seems mislabeled as milli instead of micro (especially going by the block sizes). I think there would be a huge problem with 40 millisieverts.....
Probably not....Japanese people are much more willing to put up with personal discomfort for the sake of the collective. A big part of their culture revolves around keeping harmony with the people around them, so speaking up with a complaint is unbecoming. Also having an idea that differs from other peoples' is frowned upon.
This summer will probably turn out to be the same as last summer, with the rolling blackouts making a comeback. Although since more power plants have been shut down, the radius of blackouts might be extended. I don't know what my company will do during the blackouts if they come to our area, since we develop software and obviously can't do that with no power;P.
Actually, kind of. The Tokyo area is overdue for its huge quake that happens approximately very 70 years. The University of Tokyo is giving it a 70% chance of happening within the next 4 years.
http://www.yomiuri.co.jp/dy/features/science/T120123004717.htm
Hah! I usually let my mod points go to waste because I feel like I'd just be trying to use them before they expire otherwise, but in this case I wish I had some!! +1 Funny!
Yeah....the reason that "no company in America can match that" is that any company that tried to would be facing legal prosecution with regards to indentured servitude, a human rights violation which is outlawed in the U.S. as far as I can tell. Nice omission there Apple.....
Amen, everything you have said resounds with me, and especially my father. The only service available in the rural upstate NY village is satellite, or a 3G modem (which has better pings, but much worse caps of around 5GB per month). The entire street petitioned for cable to be run (everyone would agree to subscribe), but the cable company's response? Ok, pay us $10,000 per mile of cable we need to run and we'll do it. A few hundred feet down the next road is a house with DSL, but it is unavailable where my father is. Satellite internet is a mechanism that should only need to be used on Arctic expeditions (akin to Satellite phones). Fuck it, and fuck the state of U.S. internet as well. Other countries seem to love taking American inventions and improving them, while America squanders them. Here in Tokyo I can buy a 40 Mbps WiMax subscription for $40 a month and use it anywhere in the city and surrounding areas with up to 10 devices at once. However, my poor father has too hard of a time even talking to me on Skype because of the 2000ms delays and no alternative choice.
To add to what to above poster said, here is an even better tidbit: Back in the earlier days of satellite they DIDN'T EVEN GIVE YOU A BANDWIDTH GAUGE!! You just had to guess, and if you thought you went over because the quality was shit (i.e. half the time in fair weather and 90% of the time in bad weather) you called in to ask them how much you had used.
How many on that list are actually "catastrophic"? One of them is even "Instrumentation systems malfunction during startup, which led to suspension of operations".....
What you are referring to is the "effective half life" which is calculated using the radioactive half life (the one everyone is familiar with) and the biological half life (how long it takes your body to excrete half of the material). Let's take cesium-137 for example, its radioactive half life is 30 years and 29 days. The biological half life is 70 days. In this case, the half lives are so different that the radioactive half life doesn't come into play at all and the effective half life is 70 days.
Iodine-131 has a radioactive half life of 8 days 36 minutes, but is absorbed into the body more easily (thyroid) so its biological half life is 138 days. The effective half life becomes 7 days 14 hours
These figures are from WolframAlpha, and it has this data on many many isotopes.
Slashdot Mirror
It was my understanding that the LGPL was created so that applications could link against them without needing to open source themselves. So the LGPL v3 is going to put a nail into mobile developers' coffins and punish them for the actions of the hardware they develop for? Obviously, the ability to swap out dynamic libraries easily on mobile systems is not going to change, and since LGPL v3 was created to stop that, does that mean that the only choice as developers is to stop using LGPL v3 libraries, or basically use GPL v3 instead? Reading over the text of the LGPL is about as useful as trying to communicate in English with a donkey, but which part of it actually closes this loophole?
Yes, Eastern Japan and Western Japan were influenced by different countries in the western world, as I understand it. The first generators in each were from two different countries that operated on different frequencies. By the time they thought about the difference it was too late to do anything about it.
Not geothermal, natural gas (sorry).
Also I believe they started up some of their old geothermal plants. Either way, the Kyoto Protocol seems like it is no longer an option here (I am also a resident of Japan).
As if guns weren't easy enough to get without a proper license...
This sounds very similar to the plot for "Contact"
As long as it is not required (or not unreasonably hard to continue the game without buying), I don't care. I went through all of Dead Space 3 without any urge to purchase anything, and finished the game. As long as I can keep doing that, I am happy. If not, however, there will be hell to pay.
It's not that current games are keeping me from switching, it is that I want to be able to play new games when they come out, not after an enormous delay. That delay may have become shorter in recent years, but that is the reasoning that sticks with me.
One point will actually be 4 pixels, not 2 (2 horizontal and 2 vertical since it is 2x in both x and y).
What was the point of mentioning the price? "You can get a screen replaced for a couple hundred dollars"....where have I seen that price before....OH right, the price of a new contracted 16-gb iPhone 5!! I will never pay $200 for a screen replacement when the parts cost a mere $20 and it takes less than an hour of my time to accomplish, and neither should anyone else.
They had systems in place for a loss of power event. The problem was they didn't anticipate the length of time the loss of power event would continue. There was a steam/battery powered system designed to cool the reactor without any external power but the batteries ran dry before any help could arrive due to the devastated state of the roads and land around them. I suppose they assumed that if they lost power, they could sound the alarm and quickly get a generator truck in place while they worked on restoring the main power.
Normally:
CO2 + Light = Algae
Now:
CO2 + Algae = Light
The Tokyo one seems mislabeled as milli instead of micro (especially going by the block sizes). I think there would be a huge problem with 40 millisieverts.....
Works fine for me in Firefox 12.0
As for number 2 I'm pretty sure OP was just saying 0.01 seconds to eliminate the acceleration factor from his argument about the 1.3 seconds.
Probably not....Japanese people are much more willing to put up with personal discomfort for the sake of the collective. A big part of their culture revolves around keeping harmony with the people around them, so speaking up with a complaint is unbecoming. Also having an idea that differs from other peoples' is frowned upon. This summer will probably turn out to be the same as last summer, with the rolling blackouts making a comeback. Although since more power plants have been shut down, the radius of blackouts might be extended. I don't know what my company will do during the blackouts if they come to our area, since we develop software and obviously can't do that with no power ;P.
Actually, kind of. The Tokyo area is overdue for its huge quake that happens approximately very 70 years. The University of Tokyo is giving it a 70% chance of happening within the next 4 years. http://www.yomiuri.co.jp/dy/features/science/T120123004717.htm
Oops, accidentally modded this....replying to clear it
Hah! I usually let my mod points go to waste because I feel like I'd just be trying to use them before they expire otherwise, but in this case I wish I had some!! +1 Funny!
Yeah....the reason that "no company in America can match that" is that any company that tried to would be facing legal prosecution with regards to indentured servitude, a human rights violation which is outlawed in the U.S. as far as I can tell. Nice omission there Apple.....
Good point! It actually works out to nearly exactly 6.7 million Singapore dollars
Amen, everything you have said resounds with me, and especially my father. The only service available in the rural upstate NY village is satellite, or a 3G modem (which has better pings, but much worse caps of around 5GB per month). The entire street petitioned for cable to be run (everyone would agree to subscribe), but the cable company's response? Ok, pay us $10,000 per mile of cable we need to run and we'll do it. A few hundred feet down the next road is a house with DSL, but it is unavailable where my father is. Satellite internet is a mechanism that should only need to be used on Arctic expeditions (akin to Satellite phones). Fuck it, and fuck the state of U.S. internet as well. Other countries seem to love taking American inventions and improving them, while America squanders them. Here in Tokyo I can buy a 40 Mbps WiMax subscription for $40 a month and use it anywhere in the city and surrounding areas with up to 10 devices at once. However, my poor father has too hard of a time even talking to me on Skype because of the 2000ms delays and no alternative choice. To add to what to above poster said, here is an even better tidbit: Back in the earlier days of satellite they DIDN'T EVEN GIVE YOU A BANDWIDTH GAUGE!! You just had to guess, and if you thought you went over because the quality was shit (i.e. half the time in fair weather and 90% of the time in bad weather) you called in to ask them how much you had used.
2001, actually.....
How many on that list are actually "catastrophic"? One of them is even "Instrumentation systems malfunction during startup, which led to suspension of operations".....
What you are referring to is the "effective half life" which is calculated using the radioactive half life (the one everyone is familiar with) and the biological half life (how long it takes your body to excrete half of the material). Let's take cesium-137 for example, its radioactive half life is 30 years and 29 days. The biological half life is 70 days. In this case, the half lives are so different that the radioactive half life doesn't come into play at all and the effective half life is 70 days.
Iodine-131 has a radioactive half life of 8 days 36 minutes, but is absorbed into the body more easily (thyroid) so its biological half life is 138 days. The effective half life becomes 7 days 14 hours
These figures are from WolframAlpha, and it has this data on many many isotopes.