Rodimus Prime
Mar 15, 11:47 PM
I thought the same thing ... I wish I knew what was going to happen between now and the Concrete Fix.
my guess keep cooling it with water. the reactors are shot and will have to be replaced as the sea water destroyed them.
I think they are trying to keep them cool and cool them off enough to be able to take the reactors out and replace them. This would allow the planet to keep on be used. Pumping concrete in them forces the reactor buildings to be worthless and stuck their were forever as they can not move the waste to a better location.
my guess keep cooling it with water. the reactors are shot and will have to be replaced as the sea water destroyed them.
I think they are trying to keep them cool and cool them off enough to be able to take the reactors out and replace them. This would allow the planet to keep on be used. Pumping concrete in them forces the reactor buildings to be worthless and stuck their were forever as they can not move the waste to a better location.
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bugfaceuk
Apr 9, 09:32 AM
Nah. All those games you mentioned would be part of a pack of 25 on Nintendo for 19.99 like Namco museum.
Or would be part of a larger game as sub-games. Nintendo do understand this kind of gaming but package it differently. I am not at all convinced that that packaging & pricing strategy would not work on iOS.
Or would be part of a larger game as sub-games. Nintendo do understand this kind of gaming but package it differently. I am not at all convinced that that packaging & pricing strategy would not work on iOS.
PeterQVenkman
Apr 9, 11:59 AM
Watch as Apple continues to drink Nintendo and Sony's milkshakes. It amazing that Nintendo is so dismissive of Apple's devices, when Apple is doing exactly what Nintendo did with the Wii. Blue Ocean strategy.
Don't panic
Mar 14, 04:02 PM
there were actually three redundant cooling systems, but they all failed.
in honesty i think it's unfair to claim that they were unprepared, or that there were maintenance safety protocol issues.
what they went through was unprecedented, and beyond the worst case scenarios they were designed for, so if the accident is fully contained (which unfortunately seems less likely as time goes by) the whole system should be commended.
of course, this all should be a pricey lesson to e learned from, but it could have been a lot worse. a lot.
Also, i was actually positively surprised by how direct and candid the japanese gov has been, after a bit of stonewalling at the beginning. not sure the same would have happened elsewhere.
in honesty i think it's unfair to claim that they were unprepared, or that there were maintenance safety protocol issues.
what they went through was unprecedented, and beyond the worst case scenarios they were designed for, so if the accident is fully contained (which unfortunately seems less likely as time goes by) the whole system should be commended.
of course, this all should be a pricey lesson to e learned from, but it could have been a lot worse. a lot.
Also, i was actually positively surprised by how direct and candid the japanese gov has been, after a bit of stonewalling at the beginning. not sure the same would have happened elsewhere.
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ct2k7
Apr 24, 06:30 PM
I lived for 5 years in Saudi Arabia. And yes, the above pretty much sums up their version of Islam. And, the only allowed religion is Islam, and if you live there women must dress and act appropriately, to include western women. It is a screwed up culture, but so be it.
Maybe because it's their country?
I definitely got the opposite impression when I was there a few years ago... People looked like they were having fun.
Maybe because it's their country?
I definitely got the opposite impression when I was there a few years ago... People looked like they were having fun.
iMeowbot
Sep 20, 09:05 AM
I'm liking the sound of this disk feature. Perhaps this will be the stationary iPod I was hoping the Hifi would be.
Don't panic
Mar 15, 05:48 PM
afaik it's more designed as a holding pool for fuel rods to be put in and those just recently taken out
the problem seems to be that reactor 4 has been shut off for maintance works, thus many of the normal fuel rods seem to have been taken out of the reactor and put into the basin ... but that is only as far as i heard
information flow has been rather limited because there was night in japan so i suspect the next hours we will get more informations/press releases again
that would make a bit more sense.
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the problem seems to be that reactor 4 has been shut off for maintance works, thus many of the normal fuel rods seem to have been taken out of the reactor and put into the basin ... but that is only as far as i heard
information flow has been rather limited because there was night in japan so i suspect the next hours we will get more informations/press releases again
that would make a bit more sense.
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javajedi
Oct 10, 06:45 PM
This weekend I'm going to try to vectorize it with the Altivec and make it available for you guys. Frankly I don't know how simple or difficult this will be, but I'm going to look into it. As far as the code itself.. well.. it's very basic. Not only was it not vectorized for the G4, it wasn't vectorized for the P4. If anything the other platforms are at a software disadvatage because it's being ran under Java. The Mac OS X version is native code.
I think what we have learned from all this is that the G4 has a *REAL* problem with integer and double precision floating point. Ofcourse going to Altivec would bypass these registers and help considerably. But that just goes to show you without Altivec code you are far behind everything else.
Once again I'll see what I can do about an Altivec version, it should be very intresting indeed.
EDIT: I should also note that your 500MP didn't benifit from the extra processor, all of the math is being done in the main event loop.
I think what we have learned from all this is that the G4 has a *REAL* problem with integer and double precision floating point. Ofcourse going to Altivec would bypass these registers and help considerably. But that just goes to show you without Altivec code you are far behind everything else.
Once again I'll see what I can do about an Altivec version, it should be very intresting indeed.
EDIT: I should also note that your 500MP didn't benifit from the extra processor, all of the math is being done in the main event loop.
AidenShaw
Sep 21, 10:34 AM
Contrary to what many people are saying here, I don't think PVR is Apple's stratedgy. PVR woud have to be based on a subscription model, and Apple has shown us for years now that it won't have it that way.
Windows Media Center does not have a subscription model - the channel guide is free.
All you have to do is enter your zip code and cable provider when you set it up.
Windows Media Center does not have a subscription model - the channel guide is free.
All you have to do is enter your zip code and cable provider when you set it up.
Bill McEnaney
Mar 27, 02:17 PM
Sometimes it's the homo that's the problem.
Sorry, I don't understand that sentence.
Sorry, I don't understand that sentence.
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ddtlm
Oct 12, 03:30 PM
Wow I missed a lot by spending all of Friday away from this board. I am way behind in posts here, and I'm sure I'll miss a lot of things worth comment. But anyway, the code fragment:
int x1,x2,x3;
for (x1=1; x1<=20000; x1++) {
for(x2=1; x2<=20000; x2++) {
x3 = x1*x2;
}
}
Is a very poor benchmark. Compilers may be able to really dig into that and make the resulting executable perform the calculate radically different. In fact, I can tell you the answer outright: x1=20000, x2=20000, x3 = 400000000. It took me 2 seconds or so. Does this mean that I am a better computer than a G4 and a P4? No, it means I realized that the loop can be reduced to simple data assignments. I have a better compiler, thats it.
Anyway, lets pretend that for whatever reason compilers did not simplify that loop AT ALL. Note that this would be a stupid stupid compiler. At each stage, x1 is something, we ++x2, and we set x3 = x1 * x2. Now notice that we cannot set x3 until the result of X2++ is known. On a pipelined processor that cannot execute instructions out of order, this means that I have a big "bubble" in the pipeline as I wait for the new x2 before I can multiply. However, after the x3 is started into the pipe, the next instruction is just another x2++ which does not depend on x3, so I can do it immediately. On a 7-stage in-order chip like a G4, this means that I fill two stages of the pipe and then have to wait for the results on the other end before I can continue. You see that this is very inefficient (28% or so). However, the G3 is a 4-stage design and so 2/4 of the stages can stay busy, resulting in a 50% efficientcy (so a 700mhz G3 is "the same as" a 350mhz G3 at 100% and a 800mhz G4 is "the same as" a 210mhz G4 at 100%). These are of course simplified cases, the actual result may very a bit for some obscure reason.
Actually the above stuff is inaccurate. The G3 sports 2 integer units AFAIK, so it can do x3 = x1*x2 at the same time as it is doing x2++ (for the next loop of course, not this one). This means that both pipes start one bit of work, then wait for it to get out the other end, then do one bit of work again. So this is 25% efficientcy. A hypothetical single-pipe G3 would do x3 = x1*x3 and then do x2++, however it could not do x3 = x1 * x2 again until the x2++ was out the other end, which takes 4 cycles and started one after the previos x3 = x1*x2, which should mean 3 "bubble" stages and an efficientcy of 20%.
Actually, it may be worse than that. Remember that this is in a loop. The loop means a compare instruction (are we done yet?) followed by a jump depending on the results of the compare. We therefore have 4 instructions in PPC I think per loop, and we can't compare x2 to 20000 until x2++ has gone through all the pipe stages. (Oh no!) And we can't jump until we know r]the result of the compare (oh no!). Seeing the pattern? Wanna guess what the efficientcy is for a really stupid compiled version of this "benchmark"? A: really freaking low.
I'll see about adding more thoughts later.
int x1,x2,x3;
for (x1=1; x1<=20000; x1++) {
for(x2=1; x2<=20000; x2++) {
x3 = x1*x2;
}
}
Is a very poor benchmark. Compilers may be able to really dig into that and make the resulting executable perform the calculate radically different. In fact, I can tell you the answer outright: x1=20000, x2=20000, x3 = 400000000. It took me 2 seconds or so. Does this mean that I am a better computer than a G4 and a P4? No, it means I realized that the loop can be reduced to simple data assignments. I have a better compiler, thats it.
Anyway, lets pretend that for whatever reason compilers did not simplify that loop AT ALL. Note that this would be a stupid stupid compiler. At each stage, x1 is something, we ++x2, and we set x3 = x1 * x2. Now notice that we cannot set x3 until the result of X2++ is known. On a pipelined processor that cannot execute instructions out of order, this means that I have a big "bubble" in the pipeline as I wait for the new x2 before I can multiply. However, after the x3 is started into the pipe, the next instruction is just another x2++ which does not depend on x3, so I can do it immediately. On a 7-stage in-order chip like a G4, this means that I fill two stages of the pipe and then have to wait for the results on the other end before I can continue. You see that this is very inefficient (28% or so). However, the G3 is a 4-stage design and so 2/4 of the stages can stay busy, resulting in a 50% efficientcy (so a 700mhz G3 is "the same as" a 350mhz G3 at 100% and a 800mhz G4 is "the same as" a 210mhz G4 at 100%). These are of course simplified cases, the actual result may very a bit for some obscure reason.
Actually the above stuff is inaccurate. The G3 sports 2 integer units AFAIK, so it can do x3 = x1*x2 at the same time as it is doing x2++ (for the next loop of course, not this one). This means that both pipes start one bit of work, then wait for it to get out the other end, then do one bit of work again. So this is 25% efficientcy. A hypothetical single-pipe G3 would do x3 = x1*x3 and then do x2++, however it could not do x3 = x1 * x2 again until the x2++ was out the other end, which takes 4 cycles and started one after the previos x3 = x1*x2, which should mean 3 "bubble" stages and an efficientcy of 20%.
Actually, it may be worse than that. Remember that this is in a loop. The loop means a compare instruction (are we done yet?) followed by a jump depending on the results of the compare. We therefore have 4 instructions in PPC I think per loop, and we can't compare x2 to 20000 until x2++ has gone through all the pipe stages. (Oh no!) And we can't jump until we know r]the result of the compare (oh no!). Seeing the pattern? Wanna guess what the efficientcy is for a really stupid compiled version of this "benchmark"? A: really freaking low.
I'll see about adding more thoughts later.
Iscariot
Mar 25, 06:48 PM
This coming from a person who just very selectively quoted parts of my statement. I guess I shall assume the other 2.5 points I made were true?
The irony is so thick I might choke.
I'll make it a point to better prioritize my time around your personal attacks; I'd hate for you to hurt yourself on that mouthful of faux-indignation.
@ijh: don't you spend more time here than anybody...?
The irony is so thick I might choke.
I'll make it a point to better prioritize my time around your personal attacks; I'd hate for you to hurt yourself on that mouthful of faux-indignation.
@ijh: don't you spend more time here than anybody...?
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Rodimus Prime
Mar 15, 11:13 PM
my guess is it is going to come down to them fillings the chamber with concrete
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Hellhammer
Mar 13, 01:39 PM
I didn't say that they didn't have the need (though I'm betting that they'll turn to green energy, in larger part, when they begin the rebuilding process; solar, wind, etc...).
I just questioned how well thought out the idea was to build these plants in an area that is highly susceptible to volcanic activity.
Roscoe Wind Farm, which is the largest wind farm in the world, provides only 781.5 MW of power while Fukushima I for example, provides 4.7 GW (over six times as much). That wind farm takes 400km^2 so a wind farm that could replace the Fukushima I would take 2400km^2.
The largest solar power plant provides only 97 MW so even worse.
In the end, earthquake like this doesn't happen that often. Hopefully Japan and other countries learn from this and improve their protection against earthquakes.
I just questioned how well thought out the idea was to build these plants in an area that is highly susceptible to volcanic activity.
Roscoe Wind Farm, which is the largest wind farm in the world, provides only 781.5 MW of power while Fukushima I for example, provides 4.7 GW (over six times as much). That wind farm takes 400km^2 so a wind farm that could replace the Fukushima I would take 2400km^2.
The largest solar power plant provides only 97 MW so even worse.
In the end, earthquake like this doesn't happen that often. Hopefully Japan and other countries learn from this and improve their protection against earthquakes.
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matticus008
Mar 20, 07:28 PM
Which is why copyright is a bunch of bull.
I think you missed the point of that one. h'biki was saying that if someone, let's say someone well-known, like Britney Spears, got a copy of your wedding video and used it to make a music video for her latest song, that it wouldn't hurt anyone. It'd just be infringing on copyright, after all, even though it's your face and your wedding that's now on MTV without your permission.
And to your earlier comment, yes, breaking the law is wrong. If the law is unfair and unjust, you change the law. The exception to this is when the law, again, as I said and you must have skipped, causes you direct personal or meaningful financial harm. Then you might have an argument for breaking the law. Otherwise, the right thing to do is to have the law changed. The digital music situation fits into this category. If you break the law, you don't encourage the law being changed, and there is no immediacy of threat to justify your illegal actions except that it's more convenient for you and that you don't care about the law. You're the reason DRM exists in the first place.
I think you missed the point of that one. h'biki was saying that if someone, let's say someone well-known, like Britney Spears, got a copy of your wedding video and used it to make a music video for her latest song, that it wouldn't hurt anyone. It'd just be infringing on copyright, after all, even though it's your face and your wedding that's now on MTV without your permission.
And to your earlier comment, yes, breaking the law is wrong. If the law is unfair and unjust, you change the law. The exception to this is when the law, again, as I said and you must have skipped, causes you direct personal or meaningful financial harm. Then you might have an argument for breaking the law. Otherwise, the right thing to do is to have the law changed. The digital music situation fits into this category. If you break the law, you don't encourage the law being changed, and there is no immediacy of threat to justify your illegal actions except that it's more convenient for you and that you don't care about the law. You're the reason DRM exists in the first place.
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javajedi
Oct 11, 06:30 PM
Originally posted by javajedi
What you are saying makes a lot of sense. Now that I think about, I too recall reading this somewhere.
Now that we know the real truth about the "better standard FPU", I thought it was time to shed some light on non vectorized G4 integer processing.
It still does 200,000,000 calculations, but this time I'm multiplying ints.
Motorola 7455 G4@800Mhz: 9 seconds (Native)
IBM 750FX G3@700Mhz: 7 seconds (Native)
Intel P4@2600Mhz 2 seconds (Java)
PowerPC 7455 integer processing is consierabley better than floating point (obviously less work doing ints), but still less per cycle than the Pentium 4.
Very intresting the G4 looses both floating point and integer to the IBM chip, at a 100MHz clock disadvantage.
I'm still waiting to see that "better standard FPU" in the G4. It seems the G4 is absolutely useless unless you are fortunate to have vectorized (AltiVec) code.
Alex, yeah, the native version was compiled under 3.1. It really is interesting to note that despite the 750FX's 100MHz clock disadvantage, it is able to outperform it by 22%. Since there is a 13% difference in clock speed, and if clocks were equal, the 750FX is technically 25% more efficient in scalar integer. I should also re-emphasize that I never bothered compiling the test natively for x86, I left it java, so it's not out of the question the P4 could do this in 1 second - and that is *NOT* using any vector libraries, just plain old integer math.
I've found some documentation on the Altivec C programming interface, and this weekend I'm going to make a first attempt at vectorizing it. The integer test should be no problem, but my FPMathTest app that did square roots will be more difficult. With Altivec, there is not recognized double precision floating point, so this complicates doing square roots. If you want more accurate, precision square roots, you have to do Newton Raphson refinement. In other words more ************ you have to go through. I believe in SSE2 you have double precision floating point ops, and if you were to vectorize it, you wouldn't have to compensate for this.
Another theory as to why the P4 is scoring so good is because if I'm not mistaking (and I'm not), the P4's ALU runs at double its clock. So in my case, 5.6GHz. I'm sure this relates to the issue.
I don't know how true this is, but I wouldn't be suprised if there is some truth to it, surely some food for thought:
http://www.osopinion.com/perl/story/17368.html
The G4 was just a hacked-up G3 with AltiVec and an FPU (floating point unit) borrowed from the outdated 604
If this is the case, then no wonder why we are getting these abysmal scores, and no wonder why a 400mhz Celeron can nearly equal it, and no wonder why the 750FX can outperform it (different company, different fpu)
What you are saying makes a lot of sense. Now that I think about, I too recall reading this somewhere.
Now that we know the real truth about the "better standard FPU", I thought it was time to shed some light on non vectorized G4 integer processing.
It still does 200,000,000 calculations, but this time I'm multiplying ints.
Motorola 7455 G4@800Mhz: 9 seconds (Native)
IBM 750FX G3@700Mhz: 7 seconds (Native)
Intel P4@2600Mhz 2 seconds (Java)
PowerPC 7455 integer processing is consierabley better than floating point (obviously less work doing ints), but still less per cycle than the Pentium 4.
Very intresting the G4 looses both floating point and integer to the IBM chip, at a 100MHz clock disadvantage.
I'm still waiting to see that "better standard FPU" in the G4. It seems the G4 is absolutely useless unless you are fortunate to have vectorized (AltiVec) code.
Alex, yeah, the native version was compiled under 3.1. It really is interesting to note that despite the 750FX's 100MHz clock disadvantage, it is able to outperform it by 22%. Since there is a 13% difference in clock speed, and if clocks were equal, the 750FX is technically 25% more efficient in scalar integer. I should also re-emphasize that I never bothered compiling the test natively for x86, I left it java, so it's not out of the question the P4 could do this in 1 second - and that is *NOT* using any vector libraries, just plain old integer math.
I've found some documentation on the Altivec C programming interface, and this weekend I'm going to make a first attempt at vectorizing it. The integer test should be no problem, but my FPMathTest app that did square roots will be more difficult. With Altivec, there is not recognized double precision floating point, so this complicates doing square roots. If you want more accurate, precision square roots, you have to do Newton Raphson refinement. In other words more ************ you have to go through. I believe in SSE2 you have double precision floating point ops, and if you were to vectorize it, you wouldn't have to compensate for this.
Another theory as to why the P4 is scoring so good is because if I'm not mistaking (and I'm not), the P4's ALU runs at double its clock. So in my case, 5.6GHz. I'm sure this relates to the issue.
I don't know how true this is, but I wouldn't be suprised if there is some truth to it, surely some food for thought:
http://www.osopinion.com/perl/story/17368.html
The G4 was just a hacked-up G3 with AltiVec and an FPU (floating point unit) borrowed from the outdated 604
If this is the case, then no wonder why we are getting these abysmal scores, and no wonder why a 400mhz Celeron can nearly equal it, and no wonder why the 750FX can outperform it (different company, different fpu)
leekohler
Mar 25, 02:54 PM
Loving v. Virginia (1967)
(emphasis added)
Skunk already quoted the Universal Declaration of Human Rights Article 16, so I don't think I need to quote that again.
People also have to get gun licenses, but that is clearly a right under the Constitution.
Licenses do more than extend a privilege; they can also be helpful in administering the rights that we have.
Actually, you might depending on when and where you wanted to speak. Parades need permits and most large protests have to be cleared beforehand so that traffic can be allowed to flow around it. All of these are handled by licenses.
That isn't what's at issue in same-sex marriage. The issue is whether the criteria themselves are a violation of equal protection (which they unequivocally are).
It could, for example, be a requirement that in order to drive a Class C vehicle, one must be Buddhist. This requirement would deny others with the same ability to drive a license to drive and it would deny everyone who wasn't Buddhist equal protection under the law.
Similarly, a gay or lesbian couple is just as capable of producing a loving household with shared duties and responsibilities, and yet they are excluded from the rights of marriage based on nothing more than old fashioned prejudices.
Funny how they always run when proven wrong. Just once, I would like to see someone admit they were wrong in here. It sure would be nice. I've done it before, that's for sure.
(emphasis added)
Skunk already quoted the Universal Declaration of Human Rights Article 16, so I don't think I need to quote that again.
People also have to get gun licenses, but that is clearly a right under the Constitution.
Licenses do more than extend a privilege; they can also be helpful in administering the rights that we have.
Actually, you might depending on when and where you wanted to speak. Parades need permits and most large protests have to be cleared beforehand so that traffic can be allowed to flow around it. All of these are handled by licenses.
That isn't what's at issue in same-sex marriage. The issue is whether the criteria themselves are a violation of equal protection (which they unequivocally are).
It could, for example, be a requirement that in order to drive a Class C vehicle, one must be Buddhist. This requirement would deny others with the same ability to drive a license to drive and it would deny everyone who wasn't Buddhist equal protection under the law.
Similarly, a gay or lesbian couple is just as capable of producing a loving household with shared duties and responsibilities, and yet they are excluded from the rights of marriage based on nothing more than old fashioned prejudices.
Funny how they always run when proven wrong. Just once, I would like to see someone admit they were wrong in here. It sure would be nice. I've done it before, that's for sure.
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g.fabian
Apr 9, 10:05 AM
Forget about the iPhone 4..
Who cares about the 3DS.
PSP is garbage..
Dear Apple,
Please buy out Sega and begin a mass production of a Sega Dreamcast Handheld.. FTW!!
Who cares about the 3DS.
PSP is garbage..
Dear Apple,
Please buy out Sega and begin a mass production of a Sega Dreamcast Handheld.. FTW!!
joeshmo2010
Mar 18, 01:23 PM
I will always continue to use tethering with my unlimited. They will never make me switch and they can accuse all they want.
babyj
Sep 21, 12:37 PM
Except the big difference between Microsoft's Media Center and Apple's, is that Microsoft's new Vista version will be able to record encrypted digital and HD television via a CableCARD, and Apple has no plans for that at the moment. And it's not the type of functionality that will just show up, Microsoft has been working on getting a CableCARD device certified for years.
I'm not sure about tv programmes in hd, but bluray/hddvd discs will be protected and you will only be able to watch them if everything in the chain supports the protection - the disc, the drive, the processor, the video card and the tv. Otherwise it falls back to a lower quality output and you're back to square one.
It might be the best quality, but hd is a long way off from becoming mainstream. Its good that Microsoft are supporting it in Vista but I really don't think it will be a show stopper for most people. For most people the Apple media centre functionality will be more than acceptable, when it isn't I'm sure that Apple will come out with something new and improved that is.
I'm not sure about tv programmes in hd, but bluray/hddvd discs will be protected and you will only be able to watch them if everything in the chain supports the protection - the disc, the drive, the processor, the video card and the tv. Otherwise it falls back to a lower quality output and you're back to square one.
It might be the best quality, but hd is a long way off from becoming mainstream. Its good that Microsoft are supporting it in Vista but I really don't think it will be a show stopper for most people. For most people the Apple media centre functionality will be more than acceptable, when it isn't I'm sure that Apple will come out with something new and improved that is.
Chundles
Apr 8, 10:22 PM
Great news. Bring on more Infinity Blade-esque games! :D
Hmmm, swipe, swipe, swipe, next. Swipe, swipe, swipe, next.
Nah, gimme the Infinity Blade graphics but in a game that needs more than just flicking left or right.
Hmmm, swipe, swipe, swipe, next. Swipe, swipe, swipe, next.
Nah, gimme the Infinity Blade graphics but in a game that needs more than just flicking left or right.
ryme4reson
Oct 7, 09:30 PM
I for one think the current lines of macs are MUCH slower than the current comparable PCs. And to Back to the Mac, you may have heard of piplines and branches etc.. but do you have any idea what you are talking about?
"25 years old arch... the x86 sucks" Well you enjoy OS X and that's 25+ architecture also, so whats your point? Also, I think it is very hard to compare a Dual 1.25 to a single 2 Gig processor. Especially when the price difference is 500-1000+ I mean I would pay for performance, but the Macs are more than that. I am on a 1.6Athlon at school right now and it kicks the **** out of my 933. This 1.6 has 512 Ram I have 1.28GIGS. Simple things like starting Explorer to read macrumors is executed with NO DELAY. Bringing up Control Panels is also instantanious. I dont mind the fact my G-4 is slower, I enjoy OSX and my mac, but as far as speed I think you BACKTOTHEMAC needs to open your eyes.
"25 years old arch... the x86 sucks" Well you enjoy OS X and that's 25+ architecture also, so whats your point? Also, I think it is very hard to compare a Dual 1.25 to a single 2 Gig processor. Especially when the price difference is 500-1000+ I mean I would pay for performance, but the Macs are more than that. I am on a 1.6Athlon at school right now and it kicks the **** out of my 933. This 1.6 has 512 Ram I have 1.28GIGS. Simple things like starting Explorer to read macrumors is executed with NO DELAY. Bringing up Control Panels is also instantanious. I dont mind the fact my G-4 is slower, I enjoy OSX and my mac, but as far as speed I think you BACKTOTHEMAC needs to open your eyes.
Peterkro
Mar 13, 10:27 PM
Can you use nuclear warheads to disperse a tsunami?
With today's high yeild nuclear bombs, given enough time, can you detonate a nuke to vaporize/disperse the ripple of a tsunami? I know one tactic of fleet warfare is like to vaporize the water under the ships to make them "fall" or something like that.
I mean, I don't know how many megatons this will take or how much of the tsunami will be vaporized and sent up into the air, but maybe at some point it will reduce the force and profile of the incomming wave? :)
All you would do is create another Tsunami (as well as considerable fallout problems).Tsunamis in the ocean are by and large only a few centimetres in height but travel at about 500 mph when thy come to the shelfs near land all that energy is compressed going from a few centimetres to 30 metres or so the force of which destroys pretty much everything that isn't rock in it's path.
( I must go to bed I can't believe I posted a reply to that)
With today's high yeild nuclear bombs, given enough time, can you detonate a nuke to vaporize/disperse the ripple of a tsunami? I know one tactic of fleet warfare is like to vaporize the water under the ships to make them "fall" or something like that.
I mean, I don't know how many megatons this will take or how much of the tsunami will be vaporized and sent up into the air, but maybe at some point it will reduce the force and profile of the incomming wave? :)
All you would do is create another Tsunami (as well as considerable fallout problems).Tsunamis in the ocean are by and large only a few centimetres in height but travel at about 500 mph when thy come to the shelfs near land all that energy is compressed going from a few centimetres to 30 metres or so the force of which destroys pretty much everything that isn't rock in it's path.
( I must go to bed I can't believe I posted a reply to that)
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Porchland
Mar 18, 03:06 PM
In interviews Steve Jobs has gone on record saying that unbreakable DRM is impossible. What you're seeing from Apple is a "good enough" strategy. After all, they don't really care, it's only there to appease the RIAA.
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Apple will make another "good enough" fix to block it for another 6 months. But they really don't care. Although externally they "care", I bet internally it doesn't particularly bother them because ITMS is so big that the record companies can't afford to pull out of it.
Suggesting that Apple isn't concerned about DRM any further than needed to appease the record labels is ridiculous. Apple doesn't care about the integrity of its business model unless the RIAA is on on its back?
That's like saying Honda doesn't care whether its airbags deploy correctly unless the airbag contract is on its back. A defective product -- whether it's an iTMS track without DRM or a Honda with bad airbags -- isn't good for the manufacturer. Apple needs for its DRM to be good to protect its OWN future revenues through iTMS -- not just the record labels' profits.
...
Apple will make another "good enough" fix to block it for another 6 months. But they really don't care. Although externally they "care", I bet internally it doesn't particularly bother them because ITMS is so big that the record companies can't afford to pull out of it.
Suggesting that Apple isn't concerned about DRM any further than needed to appease the record labels is ridiculous. Apple doesn't care about the integrity of its business model unless the RIAA is on on its back?
That's like saying Honda doesn't care whether its airbags deploy correctly unless the airbag contract is on its back. A defective product -- whether it's an iTMS track without DRM or a Honda with bad airbags -- isn't good for the manufacturer. Apple needs for its DRM to be good to protect its OWN future revenues through iTMS -- not just the record labels' profits.
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