arkitect
Mar 28, 05:01 AM
I accept same-sex-attracted people as they are. But I won't accept some things that many of them do.
Such as?
Loving one another?
Finding happiness in a same sex relationship?
So very christian of you� so very typical.
Such as?
Loving one another?
Finding happiness in a same sex relationship?
So very christian of you� so very typical.
GenesisST
Oct 7, 12:18 PM
Curious. Why do you think Objective-C is not user-friendly and intuitive?
Cause it's not. I played with the iPhone SDK for a test app and had to relearn a few things. For example, the + or - in front of a method, which means instance or class method (or vice-versa). I could find the right information (or Google keywords) to get it without a few bouts of swearing.
Then my company got a contract to port an iPhone app to Android. And by port I mean rewrite since we can't share anything from obj-c to Java.
Coming from a C/C++ background, the learning curve was really quick. Plus Google did a relatively good job with its SDK and emulator which work pretty well on both Mac and Windows.
Cause it's not. I played with the iPhone SDK for a test app and had to relearn a few things. For example, the + or - in front of a method, which means instance or class method (or vice-versa). I could find the right information (or Google keywords) to get it without a few bouts of swearing.
Then my company got a contract to port an iPhone app to Android. And by port I mean rewrite since we can't share anything from obj-c to Java.
Coming from a C/C++ background, the learning curve was really quick. Plus Google did a relatively good job with its SDK and emulator which work pretty well on both Mac and Windows.
Multimedia
Nov 3, 06:02 AM
OK to swerve this thread back on topic, what if Apple is planning to unleash a massive multi-core assault and fill that big middle gap in the lineup at the same time?
Here's the theory;
January Macworld Steve unveils the 8 core Mac Pro, no surprises there, shows off the massive power using Leopard demo's etc. Great for Pro's (like Multimedia and myself) but not much use to the average guy. Prices stay the same or even rise slightly, after all, we are talking 8 cores here. Previously you needed to spend $7-8k to get that kind of power. But what if the one more thing was a Kentsfield Mac Pro (using the C2Q6600), a i975 Mb with DDR2 ram, etc, etc . Sloting into that $1400-2000 zone? I dont see this competing with the iMac, esp. since you get a 24" screen with your $2000 iMac. It's just another choice. Use the same case, make it black or something, but you now have
Mac Mini 2 cores
iMac 2 cores + Widescreen display
Mac Prosumer 4 cores + upgradeable
Mac Pro 8 cores for ultimate power.
Sounds good......:)I'm with you there. Not new that there is a small group here that can't understand why the Conroe card isn't being played yet. Kentsfield has got to be coming to a Mac Pro soon, iMacs next Spring and then Kentsfield's successor Bloomsfield in the 2008 iMacs later. Then in 2009 let's see 8-core Yorkfield in that year's iMacs please.
Here's the theory;
January Macworld Steve unveils the 8 core Mac Pro, no surprises there, shows off the massive power using Leopard demo's etc. Great for Pro's (like Multimedia and myself) but not much use to the average guy. Prices stay the same or even rise slightly, after all, we are talking 8 cores here. Previously you needed to spend $7-8k to get that kind of power. But what if the one more thing was a Kentsfield Mac Pro (using the C2Q6600), a i975 Mb with DDR2 ram, etc, etc . Sloting into that $1400-2000 zone? I dont see this competing with the iMac, esp. since you get a 24" screen with your $2000 iMac. It's just another choice. Use the same case, make it black or something, but you now have
Mac Mini 2 cores
iMac 2 cores + Widescreen display
Mac Prosumer 4 cores + upgradeable
Mac Pro 8 cores for ultimate power.
Sounds good......:)I'm with you there. Not new that there is a small group here that can't understand why the Conroe card isn't being played yet. Kentsfield has got to be coming to a Mac Pro soon, iMacs next Spring and then Kentsfield's successor Bloomsfield in the 2008 iMacs later. Then in 2009 let's see 8-core Yorkfield in that year's iMacs please.
Don't panic
Mar 15, 10:23 AM
Obviously, it wouln't be "all at once" and these types of things never happen in one single "foreign land". But history is wrought with many resettling of peoples, the Jews is just one example. This actually happens a lot for "unnatural" disasters like war and stuff.
If this situation blows up more and more, heck, humans haven't even dealt with such a potential disaster outcome before. It's actually purely "unnatural" at it's roots. There isn't any natural deposit of refined radioactive uranium/plutonium/whatever that we've encountered on earth before. This is purely man-made and is not supposed to exist. I mean, what is there to do in such a case? I know GM, Microsoft, Motorola et al may have a field day if the Japanese just disapeared, but hey, there's added value elsewhere that many nations would value in having their human and physical assets close.
i can't believe i am even answering this, and i am bewildered by the fact that you might actually be seriously thinking what you are writing.
anyway, even the worst case scenario -a complete meltdown of all four reactors- is not even remotely close to the apocalyptic pictures you have in mind.
'japan' is not going to 'blow up' or to be reduced to a barren wasteland forever.
in the worst case scenario (which is very unlikely to occur), a small area will be heavily contaminated and a larger area will be moderately or lightly contaminated.
tens or hundreds of people will get sick in the short term, and more would be at risk in the long term, a lot of people will have to evacuate to a safer distance from the reactor, and the economic cost of the clean up (and the recostruction in the tsunami-devastated areas) would be tremendous.
but how you go from there to "japan is history" is mindboggling.
If this situation blows up more and more, heck, humans haven't even dealt with such a potential disaster outcome before. It's actually purely "unnatural" at it's roots. There isn't any natural deposit of refined radioactive uranium/plutonium/whatever that we've encountered on earth before. This is purely man-made and is not supposed to exist. I mean, what is there to do in such a case? I know GM, Microsoft, Motorola et al may have a field day if the Japanese just disapeared, but hey, there's added value elsewhere that many nations would value in having their human and physical assets close.
i can't believe i am even answering this, and i am bewildered by the fact that you might actually be seriously thinking what you are writing.
anyway, even the worst case scenario -a complete meltdown of all four reactors- is not even remotely close to the apocalyptic pictures you have in mind.
'japan' is not going to 'blow up' or to be reduced to a barren wasteland forever.
in the worst case scenario (which is very unlikely to occur), a small area will be heavily contaminated and a larger area will be moderately or lightly contaminated.
tens or hundreds of people will get sick in the short term, and more would be at risk in the long term, a lot of people will have to evacuate to a safer distance from the reactor, and the economic cost of the clean up (and the recostruction in the tsunami-devastated areas) would be tremendous.
but how you go from there to "japan is history" is mindboggling.
javajedi
Oct 11, 12:26 PM
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.
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.
