I'm not sure I understand what you mean. Are you talking about switching the values of two variables? Python can do that in one line: "a,b = b,a" (no quotes).
Or is this some kind of syntactical thing where you're asking to write "b = a" and having it mean "a = b"? I don't think Python can do that, but I don't know how you do it in VB either.
And continue to be exploited. You left out that piece.
Really? I thought I had that covered by "have long been exploited, and that genie is not going back in the bottle."
My question back is, "Why is secrecy more important than accuracy?"
Because the harm done by vote-forcing and vote-buying far outweighs the harm done by all but the most egregiously inaccurate counts. It takes little more than a cursory glance at modern societies facing these problems to see that.
For a stable society, no "other party" cares enough to force people to vote a particular way. It just doesn't happen...
At best, that assumption is extremely naive. Even in places that practice secret ballots, attempts at vote-selling and coercive schemes are common. In places with a free press, they make the news all the time.
They don't tend to get very far, of course. But that's largely because it's impossible to verify that any given person actually voted in a particular way. There is no point in attempting to coerce someone to do something when all you have to verify that they've done what you wanted. There is no sense in buying votes when there is no way to verify that you've actually gotten the service you paid for. But for this to work, there must well and truly be no way to get that information.
Legal and procedural safeguards are not enough. It must be actually impossible to get this information: in other words, the secret ballot. There is a tradeoff involved, in that counts become marginally less accurate, but given the alternative, this price is worth paying.
So the first 100 years of the USA was a dystopian regime?
It was a heck of a lot closer to one than it is now; that much is certain. And even if it were not, nostalgia for a bygone historical era is irrelevant in the face of current practice. The holes in non-secret ballots have long been exploited, and that genie is not going to go back into the bottle.
Besides which, you have still failed to state why non-secret ballots are any better. What purpose do they serve, other than to make it possible to pressure people to vote the way that some other party wants them to?
Care to elaborate? Open voting in the modern age tends to be practiced by dystopian regimes, as a means of asserting control over the voter base. How is that even remotely better than a secret ballot?
Even in the real world, a surprising number of languages contain characters that still have no single-point normalized forms. But the most widely-known case of multi-point characters doesn't correspond to any real-world language at all: look up "Zalgo" for more information on this.
Electronics are only the substrate on which we (currently) perform (most) computing, not the computer itself. They're not even the first substrate that we've ever used for such things: ENIAC is widely credited as the first all-electric computer, but hybrid electronic-mechanical devices had been in use for several decades before then. Pure mechanical devices have also been used in limited capacities, even if we discount the works of Charles Babbage (since his Analytical Engine was never actually built).
But even mechanical devices are not the only substrate that can be used for computing. For example, fluidics (which replace electronics with flowing fluids of various sorts) see limited application on the macro-scale, but are a growing area of nanotechnology research. We've probably all seen examples of toy "computers" using marbles or billiard balls, and if you haven't then a quick YouTube search can provide some. These aren't fast enough to do many things on a practical time scale (by human standards), but they compute nonetheless.
That's why we say that mathematics defines computing. The actual process can be carried out in a multitude of ways, but the underlying processes are the same, and they are defined by the math of computing.
To be fair, though, that's the date Newton would have understood and recognized. England didn't adopt the Gregorian calendar until 1752, and Newton had been dead for several decades by then.
And a good thing, too. I don't think I could take more than one day of all those drummers drumming, especially while also having to figure out the logistics of where to put my new artisan pear orchard.
My wife was offended, and she's not even Christian. I am, but I wasn't offended. It's almost like you can't paint people who think differently from you with a broad brush.
Not wrong. Many if not most faiths include a strong element of extra-scriptural traditions of one form or another. Within Christianity, this was one of the original issues behind the schism between Protestantism and Catholicism, though nowadays many Protestant faiths have added on to their scriptural interpretations with tradition-based de facto doctrines of their own. Similar phenomena can be seen in most other faiths, and the scripture+tradition-based sects tend strongly toward being more popular than the scripture-only sects.
Why does this matter? Because for faiths like these, pointing out that there aren't find any anti-vaccination passages in scripture isn't a very compelling argument. They already get their doctrine partly (if not entirely) from other sources too, so there's plenty of room for antivax crap to slip in.
The problem is you are dealing with people who already refuse to participate in logical discussions.
I'm aware of that. I'm proposing a project like this precisely because we're dealing with people who refuse to use abstract logic. Give them something concrete -"we know X doesn't cause autism, because we know Y causes autism"- and most of them should cave. Even most fundamentalists will admit that the sky is not green, when you can take them outside and show them with their own eyes that it's blue.
OK. Find me the parent of a child they claim died from the effects of a vaccine, and I'll tell them. I'll even say it to their face, if it can be arranged.
I don't think most antivaxxers are deliberately lying. I don't even think most of them are stupid or crazy (though their chosen spokesfolk certainly are). But they are mistaken: the sane ones have been duped, and the crazy ones are, well crazy. Even that wouldn't be so bad, except that it is leading them down a path that is beginning to constitute a clear and present threat to the public health. This cannot be ignored.
I don't believe it is controversial to consider vaccination 14 shots at 2 years old extreme.
Why? Excluding religion, there is no reason to believe that vaccines cause any harm: literally every study attempting to find otherwise has either failed or been proven fraudulent.
I'm starting to wonder if perhaps the best thing we could do for the public health is to start a project analogous to Apollo, but for autism: massively fund studies to nail down what causes autism (and, ideally, how to cure it) within ten years.
My reasoning here has very little to do with autism itself, though finding the cause and (if possible) a cure would certainly be nice. My reasoning is that even though most antivaxxers don't find the no-proof argument ("there is literally no reason to believe that vaccines cause autism") to be compelling, most of them should find a counter-proof argument ("vaccines don't cause autism, because this other thing causes it") satisfying enough.
The nice version of the consequences of this is that most antivaxxers should finally accept that they have been duped, which should boost the voluntary vaccination rate. The not-so-nice version is that with a counter-proof in hand, it should be possible to take those parents who still believe, deem them incompetent to decide on this issue, and administer the vaccinations anyway. Either way, the vaccination rate goes back up.
No, they didn't. At our current level of understanding, you can't even test for autism at the ages when the MMR vaccine is typically administered, so there is frankly no way to trace the date that quickly.
But even if you could trace the date, it wouldn't matter, because autism simply does not develop that quickly. If these children did indeed "turn autistic" within a day of receiving MMR, then the cause must have occurred weeks or even months prior: in other words, long before MMR was ever administered. There is no link here.
The religious communities which object to vaccination also tend very strongly to isolate themselves from the public at large. For that reason, they do not present the same sort of threat to the public health that your typical antivaxxer (who typically still wants to mingle with the general public) presents. Without that threat, there is no compelling interest to violate religious freedom.
It seems to me that the real solution here is to require that if someone wishes to present a philosophical objection, they must also present a defense of the philosophy on which that objection depends. A discredited objection is not allowed to stand, and the state steps in.
Because you'd have to do it in realtime, or whatever passes for it when dealing with relativistic effects on this scale. Otherwise, microscopic shifts in the Earth's crust will soon change the slew rate, and then you're back to square one. But calculating the slew rate will inevitably take longer than one tick of the clock, so you can't do it in realtime either.
Though this property isn't entirely useless. For example, you could use two of these clocks to build extremely sensitive seismometers: first you would need to calculate their slew rate at rest, but then whenever that changed, you'd know that their relative position had changed. Then you'd have to calculate the new slew rate, to establish the new baseline, but the temporal resolution of such a device would depend only on how quickly you could do that.
The Bible, and even the Old Testament, paints for us a God with many sides to His personality. We see him cracking puns, playing games, quoting references, and occasionally straight-up trolling people: a far cry from the solemn graybeard that many people, believers and otherwise, like to paint Him. In some aspects, the God of the Bible isn't so different from a modern geek.
I bring this up because the verse you mention is one of the very first times that He swipes a reference, and from the serpent, no less (see Genesis 3:5). I take this to be a note of bitter sarcasm, more than anything else. He had been painted into a corner by the very system He had set up (and the work of yet another master of trolling), and the only way out was straight through. But that meant doing some things that He clearly was not happy about doing.
I don't see what a compiler's ability to do with other formats/languages has to do with a different format/language.
Ordinarily, it doesn't. But the thing is, there are two things called GCC: the GNU C compiler (which handles C) and the GNU Compiler Collection (a set of compilers which, though they share the same backend, are still separate entities).
GCC, the C compiler, cannot handle Fortran. GCC, the set of compilers, can handle it via g77 (the old compiler) or gfortran (the new one), but the C compiler can't. This is considered the traditional way of doing things.
What makes C++ different from many languages is that its maintainers insist that C++ compilers must be able to handle C code. It's not enough to have a different compiler in the set, the way GCC does: it must be doable with the C++ compiler itself, in the same application. And so g++ can do it too, because that's what the standard requires of it.
That's what makes the difference. Ordinarily, as you say, a compiler's ability to handle multiple languages shouldn't affect any of the languages in it. But C++ was defined in a way that not only makes those effects possible: it makes them mandatory.
The problem with being obvious about it is that there's a very large overlap between the populations of people who would spike someone's drink and people who turn psycho when they see drinks being tested. Without the ability to be discreet, merely performing the test puts a person in danger.
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I'm not sure I understand what you mean. Are you talking about switching the values of two variables? Python can do that in one line: "a,b = b,a" (no quotes).
Or is this some kind of syntactical thing where you're asking to write "b = a" and having it mean "a = b"? I don't think Python can do that, but I don't know how you do it in VB either.
I'd love to see *any* "complex construct" that C can do, that Python cannot do in a general computer science/algorithm sense.
More to the point, I'd love to see any "complex construct" that VB can do, that Python cannot.
And continue to be exploited. You left out that piece.
Really? I thought I had that covered by "have long been exploited, and that genie is not going back in the bottle."
My question back is, "Why is secrecy more important than accuracy?"
Because the harm done by vote-forcing and vote-buying far outweighs the harm done by all but the most egregiously inaccurate counts. It takes little more than a cursory glance at modern societies facing these problems to see that.
For a stable society, no "other party" cares enough to force people to vote a particular way. It just doesn't happen...
At best, that assumption is extremely naive. Even in places that practice secret ballots, attempts at vote-selling and coercive schemes are common. In places with a free press, they make the news all the time.
They don't tend to get very far, of course. But that's largely because it's impossible to verify that any given person actually voted in a particular way. There is no point in attempting to coerce someone to do something when all you have to verify that they've done what you wanted. There is no sense in buying votes when there is no way to verify that you've actually gotten the service you paid for. But for this to work, there must well and truly be no way to get that information.
Legal and procedural safeguards are not enough. It must be actually impossible to get this information: in other words, the secret ballot. There is a tradeoff involved, in that counts become marginally less accurate, but given the alternative, this price is worth paying.
So the first 100 years of the USA was a dystopian regime?
It was a heck of a lot closer to one than it is now; that much is certain. And even if it were not, nostalgia for a bygone historical era is irrelevant in the face of current practice. The holes in non-secret ballots have long been exploited, and that genie is not going to go back into the bottle.
Besides which, you have still failed to state why non-secret ballots are any better. What purpose do they serve, other than to make it possible to pressure people to vote the way that some other party wants them to?
Care to elaborate? Open voting in the modern age tends to be practiced by dystopian regimes, as a means of asserting control over the voter base. How is that even remotely better than a secret ballot?
Even in the real world, a surprising number of languages contain characters that still have no single-point normalized forms. But the most widely-known case of multi-point characters doesn't correspond to any real-world language at all: look up "Zalgo" for more information on this.
Electronics are only the substrate on which we (currently) perform (most) computing, not the computer itself. They're not even the first substrate that we've ever used for such things: ENIAC is widely credited as the first all-electric computer, but hybrid electronic-mechanical devices had been in use for several decades before then. Pure mechanical devices have also been used in limited capacities, even if we discount the works of Charles Babbage (since his Analytical Engine was never actually built).
But even mechanical devices are not the only substrate that can be used for computing. For example, fluidics (which replace electronics with flowing fluids of various sorts) see limited application on the macro-scale, but are a growing area of nanotechnology research. We've probably all seen examples of toy "computers" using marbles or billiard balls, and if you haven't then a quick YouTube search can provide some. These aren't fast enough to do many things on a practical time scale (by human standards), but they compute nonetheless.
That's why we say that mathematics defines computing. The actual process can be carried out in a multitude of ways, but the underlying processes are the same, and they are defined by the math of computing.
To be fair, though, that's the date Newton would have understood and recognized. England didn't adopt the Gregorian calendar until 1752, and Newton had been dead for several decades by then.
And a good thing, too. I don't think I could take more than one day of all those drummers drumming, especially while also having to figure out the logistics of where to put my new artisan pear orchard.
My wife was offended, and she's not even Christian. I am, but I wasn't offended. It's almost like you can't paint people who think differently from you with a broad brush.
Not wrong. Many if not most faiths include a strong element of extra-scriptural traditions of one form or another. Within Christianity, this was one of the original issues behind the schism between Protestantism and Catholicism, though nowadays many Protestant faiths have added on to their scriptural interpretations with tradition-based de facto doctrines of their own. Similar phenomena can be seen in most other faiths, and the scripture+tradition-based sects tend strongly toward being more popular than the scripture-only sects.
Why does this matter? Because for faiths like these, pointing out that there aren't find any anti-vaccination passages in scripture isn't a very compelling argument. They already get their doctrine partly (if not entirely) from other sources too, so there's plenty of room for antivax crap to slip in.
I'm aware of that. I'm proposing a project like this precisely because we're dealing with people who refuse to use abstract logic. Give them something concrete -"we know X doesn't cause autism, because we know Y causes autism"- and most of them should cave. Even most fundamentalists will admit that the sky is not green, when you can take them outside and show them with their own eyes that it's blue.
Indeed not, but that argument only works for faiths that hold their scriptures to be the the valid source of doctrine. Most faiths don't do that.
OK. Find me the parent of a child they claim died from the effects of a vaccine, and I'll tell them. I'll even say it to their face, if it can be arranged.
I don't think most antivaxxers are deliberately lying. I don't even think most of them are stupid or crazy (though their chosen spokesfolk certainly are). But they are mistaken: the sane ones have been duped, and the crazy ones are, well crazy. Even that wouldn't be so bad, except that it is leading them down a path that is beginning to constitute a clear and present threat to the public health. This cannot be ignored.
Why? Excluding religion, there is no reason to believe that vaccines cause any harm: literally every study attempting to find otherwise has either failed or been proven fraudulent.
I'm starting to wonder if perhaps the best thing we could do for the public health is to start a project analogous to Apollo, but for autism: massively fund studies to nail down what causes autism (and, ideally, how to cure it) within ten years.
My reasoning here has very little to do with autism itself, though finding the cause and (if possible) a cure would certainly be nice. My reasoning is that even though most antivaxxers don't find the no-proof argument ("there is literally no reason to believe that vaccines cause autism") to be compelling, most of them should find a counter-proof argument ("vaccines don't cause autism, because this other thing causes it") satisfying enough.
The nice version of the consequences of this is that most antivaxxers should finally accept that they have been duped, which should boost the voluntary vaccination rate. The not-so-nice version is that with a counter-proof in hand, it should be possible to take those parents who still believe, deem them incompetent to decide on this issue, and administer the vaccinations anyway. Either way, the vaccination rate goes back up.
No, they didn't. At our current level of understanding, you can't even test for autism at the ages when the MMR vaccine is typically administered, so there is frankly no way to trace the date that quickly.
But even if you could trace the date, it wouldn't matter, because autism simply does not develop that quickly. If these children did indeed "turn autistic" within a day of receiving MMR, then the cause must have occurred weeks or even months prior: in other words, long before MMR was ever administered. There is no link here.
The religious communities which object to vaccination also tend very strongly to isolate themselves from the public at large. For that reason, they do not present the same sort of threat to the public health that your typical antivaxxer (who typically still wants to mingle with the general public) presents. Without that threat, there is no compelling interest to violate religious freedom.
It seems to me that the real solution here is to require that if someone wishes to present a philosophical objection, they must also present a defense of the philosophy on which that objection depends. A discredited objection is not allowed to stand, and the state steps in.
Because you'd have to do it in realtime, or whatever passes for it when dealing with relativistic effects on this scale. Otherwise, microscopic shifts in the Earth's crust will soon change the slew rate, and then you're back to square one. But calculating the slew rate will inevitably take longer than one tick of the clock, so you can't do it in realtime either.
Though this property isn't entirely useless. For example, you could use two of these clocks to build extremely sensitive seismometers: first you would need to calculate their slew rate at rest, but then whenever that changed, you'd know that their relative position had changed. Then you'd have to calculate the new slew rate, to establish the new baseline, but the temporal resolution of such a device would depend only on how quickly you could do that.
The Bible, and even the Old Testament, paints for us a God with many sides to His personality. We see him cracking puns, playing games, quoting references, and occasionally straight-up trolling people: a far cry from the solemn graybeard that many people, believers and otherwise, like to paint Him. In some aspects, the God of the Bible isn't so different from a modern geek.
I bring this up because the verse you mention is one of the very first times that He swipes a reference, and from the serpent, no less (see Genesis 3:5). I take this to be a note of bitter sarcasm, more than anything else. He had been painted into a corner by the very system He had set up (and the work of yet another master of trolling), and the only way out was straight through. But that meant doing some things that He clearly was not happy about doing.
Ordinarily, it doesn't. But the thing is, there are two things called GCC: the GNU C compiler (which handles C) and the GNU Compiler Collection (a set of compilers which, though they share the same backend, are still separate entities).
GCC, the C compiler, cannot handle Fortran. GCC, the set of compilers, can handle it via g77 (the old compiler) or gfortran (the new one), but the C compiler can't. This is considered the traditional way of doing things.
What makes C++ different from many languages is that its maintainers insist that C++ compilers must be able to handle C code. It's not enough to have a different compiler in the set, the way GCC does: it must be doable with the C++ compiler itself, in the same application. And so g++ can do it too, because that's what the standard requires of it.
That's what makes the difference. Ordinarily, as you say, a compiler's ability to handle multiple languages shouldn't affect any of the languages in it. But C++ was defined in a way that not only makes those effects possible: it makes them mandatory.
The only Tetris movie that ever needed to be made has already been made. Any further attempts will necessarily pale in comparison.
The problem with being obvious about it is that there's a very large overlap between the populations of people who would spike someone's drink and people who turn psycho when they see drinks being tested. Without the ability to be discreet, merely performing the test puts a person in danger.
It's more discreet than using a special straw, which seems to have been the predecessor (at least in spirit) of this new method.
What you see at that link is only the last panel. The story was revealed frame-by-frame over a much longer period of time.
I do think it would be nice if xkcd made the whole thing available, but others have managed. The Wikipedia link above can point you at some of them.