One of the Most Impressive IT Things I've Seen!
Discussion
saw this last week and was v.impressed
http://labs.live.com/photosynth/view.html?collecti...
link to the tech demo so you can have a play
http://labs.live.com/photosynth/view.html?collecti...
link to the tech demo so you can have a play

Very very impressive indeed. No doubt this will find its way into Virtual Earth (he actually said it would in the demo) and other online apps like flickr.
I'm guessing it takes quite a lot of juice to compute all the relationships between the pictures though.
The seemless zooming is very clever, there must be some clever optimised storage going on to let it stream so quickly.
I'm guessing it takes quite a lot of juice to compute all the relationships between the pictures though.
The seemless zooming is very clever, there must be some clever optimised storage going on to let it stream so quickly.
mackie1 said:
Very very impressive indeed. No doubt this will find its way into Virtual Earth (he actually said it would in the demo) and other online apps like flickr.
Video stuttered like bugger here
But very neat. You can do similar things already in beryl (with your desktop) but I quite like this. mackie1 said:
I'm guessing it takes quite a lot of juice to compute all the relationships between the pictures though.
Not really, I suspect in a flickr type situation it'll be running through the tags used. You could even do that with a bigger product like Virtual Earth, just assign more keywords/tags to the image and have it sift through depending on what's selected.mackie1 said:
The seemless zooming is very clever, there must be some clever optimised storage going on to let it stream so quickly.
It's impressive but not 'that' clever. Modern computers (even, what looks like the stinkpad in the demo) are exceptionally grunty, more so than people realise. The whole thing looks to be done using the 3D accelerator functions so it's a very large texture, as you zoom in it unloads the others or the montage its generated in favour of the image your exploring. I'd expect a pretty impressive chunk of code buffering the image though. kiwisr said:
Of course this means that all digital cameras are rendered obsolete, expect the next generation to be supplied with GPS chipsets that encode the location. Until this occurs the creation of things like MS demonstrated will be awfully labour intensitive.
Nope, the whole point was that it's an algorithm working it all out, that's what's really clever!Obviously any additional information about where a particular shot was taken will makes it's life easier.
mackie1 said:
I'm guessing it takes quite a lot of juice to compute all the relationships between the pictures though.
The demo galleries on the website were running here as smoothly as the demo on the video clip and I don't have a monster PC. It's a 2Ghz with 1GB RAM and a 1MB countryside broadband connection.mackie1 said:
kiwisr said:
Of course this means that all digital cameras are rendered obsolete, expect the next generation to be supplied with GPS chipsets that encode the location. Until this occurs the creation of things like MS demonstrated will be awfully labour intensitive.
Nope, the whole point was that it's an algorithm working it all out, that's what's really clever!Obviously any additional information about where a particular shot was taken will makes it's life easier.
ThePassenger said:
mackie1 said:
Very very impressive indeed. No doubt this will find its way into Virtual Earth (he actually said it would in the demo) and other online apps like flickr.
Video stuttered like bugger here
But very neat. You can do similar things already in beryl (with your desktop) but I quite like this. mackie1 said:
I'm guessing it takes quite a lot of juice to compute all the relationships between the pictures though.
Not really, I suspect in a flickr type situation it'll be running through the tags used. You could even do that with a bigger product like Virtual Earth, just assign more keywords/tags to the image and have it sift through depending on what's selected.mackie1 said:
The seemless zooming is very clever, there must be some clever optimised storage going on to let it stream so quickly.
It's impressive but not 'that' clever. Modern computers (even, what looks like the stinkpad in the demo) are exceptionally grunty, more so than people realise. The whole thing looks to be done using the 3D accelerator functions so it's a very large texture, as you zoom in it unloads the others or the montage its generated in favour of the image your exploring. I'd expect a pretty impressive chunk of code buffering the image though. 
FourWheelDrift said:
mackie1 said:
I'm guessing it takes quite a lot of juice to compute all the relationships between the pictures though.
The demo galleries on the website were running here as smoothly as the demo on the video clip and I don't have a monster PC. It's a 2Ghz with 1GB RAM and a 1MB countryside broadband connection.kiwisr said:
mackie1 said:
kiwisr said:
Of course this means that all digital cameras are rendered obsolete, expect the next generation to be supplied with GPS chipsets that encode the location. Until this occurs the creation of things like MS demonstrated will be awfully labour intensitive.
Nope, the whole point was that it's an algorithm working it all out, that's what's really clever!Obviously any additional information about where a particular shot was taken will makes it's life easier.
At least that's how I understand it. If the demo was created manually then it's just not very impressive.
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ocks' would bring up something a little different 

