Largest Digital Photograph in the World 318
thrill12 writes "Dutch research institute TNO has unveiled what it believes is the largest digital photograph in the world. The image contains 2.5 gigapixels or 7.5 gigabyte worth of data. It is composed of 600 single images shot by a computer-controlled pan-tilt unit in 7 second intervals. Afterwards, all photos where stiched together (compare: panorama tools) using the capacity of 5 high-end pc's in about 24 hours time."
Wheres the torrent? (Score:2)
Groan (Score:5, Funny)
Re:Groan (Score:5, Funny)
Re:Groan (Score:2)
If we ignore it, it won't go away. If we all click on it and try to download it... it will.
Looks like it's already left the building.
Re:Groan (Score:2)
BFD (Score:3, Interesting)
Re:Groan (Score:2)
And as a followup: (Score:5, Funny)
It's an HP... (Score:2)
sigh (Score:5, Funny)
Re:sigh (Score:3, Funny)
Re:sigh (Score:5, Funny)
KFG
Re:sigh (Score:2, Informative)
Wow (Score:3, Funny)
Re:Wow (Score:2)
To enhance the slashdot effect even more... (Score:2, Funny)
Pretty cool site, the Zoomify btw...
Can we take it again? (Score:4, Funny)
After this, I can see the future.... (Score:2, Funny)
Now we know (Score:3, Funny)
Mirror (Score:3, Informative)
/. Effect (Score:2)
I'd hate to see this guys internet bill if he puts up a download link!
Disappointment. (Score:5, Interesting)
Me too. (Score:2)
Oh well. The three-gigapixel barrier awaits!
--grendel drago
What a waste (Score:3, Interesting)
Eitherway, I can just see the MASSIVE, high resolution billboards now...
Re:What a waste (Score:2)
Legit? (Score:3, Interesting)
Re:Legit? (Score:2, Insightful)
Re:Legit? (Score:3, Interesting)
Yes. If you look carefully, you can find stitching seams, with clear lighting differences to either side.
In the upper-right hand corner of the image, there are three beige buildings. Zoom way in to actually see them as buildings. :-) The one in the middle has a very clear seam near the left side of the building.
Have these people nothing better to do? (Score:2, Insightful)
Turning??? TURNING?!?!? You must be new here. (Score:2)
Turning????
Look at this "Article" [slashdot.org] and me (Looking at ThinkGeek's rank as one of the Slashdot Sponsors) that
And yes, I went that far back because it was the first example I thought of. Search
By the way, I'm too lasy to look up the
Nikon made a bigger print from a 3 Megapixel Cam (Score:2, Interesting)
Damn, this has got to be the next new format. (Score:2)
Hard drive and RAM makers will love this as well. It will drive demand for larger disk drives and more RAM.
In case of slashdotting (Score:3, Funny)
Re:In case of slashdotting (Score:2)
My house (Score:2, Interesting)
Bah... (Score:5, Interesting)
Re:Bah... (Score:2)
Amen. Max Lyons and the Gigapxl folks are at least choosing photographic subjects which BENEFIT from the high resolution treatment. And they have pride in craftsmanship to develop the image as artwork, not as a techno-novelty.
The camera-on-a-tower shot of this research institute hasn't even been hand-corrected in the places where moving objects were affected. They even point out these flaws on the website like it's a cool feature or something: "here's a bus that was clipped between two successive fra
For all non-photo geeks out there (Score:5, Informative)
I'd like to take this time to point out the lunacy of the 'megapixel' ratings for cameras
A number determined from the multiplication of length and width in pixels of an image has about as much to do with the quality of a picture as the size of your passenger cabin has to do with the speed of your car. Yes, you can print larger pictures without seeing pixels if you have a higher megapixel count, but chances are it's not the resolution of your photos that you'll notice.
A major factor in the quality of any image is the quality of the optics used to take it. That means the lens, the glass used to focus and point the image onto the sensor. Quality glass, such as low dispersion glass (I'm preferential to Canon's "L" glass) will create images with sharp edges, crisp focus, and good bokeh. Use cheap glass and you'll get the opposite. Effects like soft focus, purple halos, light leaking, and distortion will all still be present if you use poor optics, no matter what the MP rating. I wonder how many people have upgraded from a 3 mp to a 4, 6, or 8 mp camera and still found lackluster results.
My point, a camera has many more features that determine quality than just the megapixel rating, when you choose one, consider these as well and you'll be happier. And here's a plug, dpreview.com does some awesome camera reviews (I'm in no way affiliated with them).
Re:For all non-photo geeks out there (Score:2)
My Canon kicks ass. (Score:2)
More pixels with bad optics might mean more pixels to render noise, but I didn't upgrade my camera because of extreme artifacting or light noise.
I wanted more bits per flick. The benefit of buying a (just widely dropped to $199) Canon PowerShot A75 is not only the ass-kicking feature set, but because they use higher quality components - plastic, gl
Re:For all non-photo geeks out there (Score:3, Informative)
With optical cameras, the resolution and clarity of the image is more influenced by the optics (lens, etc) than the film, because the film is capable of storing an obscene resolution. A cheap little disposable camera is capable of having that same picture printed at 3"x4" or 8"x10", and the only thing that influences it is the optics that were used as to how clear that image is.
For digital cameras, the optics are not nearly as critical in defining the quality of image as the CCD is (photor
Re:For all non-photo geeks out there (Score:2)
MP are not the only factors between CCD's (Score:2)
Lots of CCD's you see right now have simple RGB filters, and adding up all those filtered pixels gives you an MP rating.
But what happens when you have sensors like the Fuji that rotate the photosites by 45 degrees? It has a real apparent affect on resolution that is not really measured by the raw MP rating.
Or consider the foveon sensor, a stacked array of sensors which has the pixel output of a 3.6MP array but 10.2MP wh
Canon-L fanboys who know nothing of optics (Score:4, Informative)
Bokeh comes from the number of aperture leaves and their shape(there are some non-straight-edged aperture leaves). It has -absolutely nothing to do with the quality of the glass-.
Furthermore, Canon's $60 50mm/1.8 is plasticky, cheap, blah blah- but it's just as sharp as the faster, metal (heavier) L-series lens, and it doesn't suffer from the mild barrel distortion the L-series lens does. It has fewer aperture blades, so bokeh is not as great- which is pretty much the only reason pros buy the L version. Consumers buy it because they want a red ring around their lens and they don't want to be caught dead with a plastic lens.
You can stare at lens charts until the cows come home and argue about image quality. The L-lenses are slightly better in most image quality categories since they do generally use the very best of Canon's technology, but their chief advantage is that they are built with stronger but heavier materials, aimed at professional users who don't mind that the body is thick metal. Phil Greenspun claims he's dropped his 70-210/2.8 IS on the floor and it worked fine. I'm not about to try with mine, but I can tell you that the thing is built like a goddamn tank, and designed to be modular for easy servicing. Even the tripod mount screw is replaceable...
Re:Canon-L fanboys who know nothing of optics (Score:2)
Bokeh comes from the number of aperture leaves and their shape(there are some non-straight-edged aperture leaves). It has -absolutely nothing to do with the quality of the glass-
Bokeh comes from a NUMBER of influencing parameters, just as the "bouquet" of a fine wine can be affected by a number of different wine-making techniques.
You're right that the shape of the aperture has an effect. More leaves, or more rounded leaves, will smooth out the circle.
Another factor is whether the lens uses a reflex
Bitter posters who think they know everything (Score:2)
Firstly, quality of glass certainly has a bit to do with EVERY ASPECT of the image created. Use shitty glass, you'll get shitty images, it's that simple. Note that I didn't say the L glass is the only glass that produces quality image.
Bokeh is absolutely affected by glass quality. Especially when dealing with numerous small points of light, such as cityscapes and reflections on choppy water, using low dispersion glass will create smoother but still "contrasty" bokeh.
I own the 50mm 1.8 that you're talkin
Re:For all non-photo geeks out there (Score:3, Informative)
If I want to see Delft... (Score:3, Funny)
Re:If I want to see Delft... (Score:2)
First stitching, then tiling (Score:5, Interesting)
Flash based zoom/pan/tilt viewers do the same thing. A bit more advanced, but you download only the part that is currently in view. Even when you open a PDF in your browser, just the page in view is downloaded. And think about those huge video walls.
So, the funny part is now that you take many, many pictures, then use a lot of processing to stitch the results together, and then cut it into tiles again to display the resulting image. Wouldn't it make more sense to put some more effort in that robotic camera control device and make that so accurate that it can take the pictures, still touching, but with zero overlap? That would be cool!! I suspect that making the high precision optics for such a camera would be really, really expensive. Which is probably why TNO did it the way they did.
Re:First stitching, then tiling (Score:2)
Very simply: When you're putting multiple images like this together, you quickly become aware that the images you take do not form a flat surface. Because your camera is located at a single point, and is then rotated in multiple axes, a complete sweep of all pictures in all directions would form a sphere made of rectangles. Think of it like an inside-out disco ball.
This means, for most lar
Re:First stitching, then tiling (Score:2)
Umm... why? How do the tiles benefit the web server or the browser? I know some of the reasons for doing that 10 years ago, but I'm not aware of any reasons that are still valid today.
At any rate, the "stitching" they're talking about in the article is qu
Re:First stitching, then tiling (Score:2)
Well, you see it with this TNO example. People downloading 7.5 GB images doesn't really work. So by tiling the image, you can build (takes only a little bit of JavaScript) a browser app that allows users to scroll through the whole image. Each time you scroll, you only have to download a couple new tiles.
If you go to the satellite map of Holland I mentioned before [schaik.com], and then click somewhere on the map, you see what I mean. Click the arrows around the
Hrm (Score:3, Interesting)
Re:Hrm (Score:2)
It's also rather similar to the process used to get hi-res photos of spacey objects. I wouldn't say it really stretches the definition that far at all.
Um, no. (Score:5, Informative)
It's true that the file size of our imagery is smaller than theirs, as we use Mr. Sid format for better compression, but our pixel count leaves them in the dust.
I don't believe this image is in any way extraordinary or special - pretty much every local government across the country maintains digital imagery of their jurisdiction that is comparible in resolution.
Re:Um, no. (Score:2)
Re:Um, no. (Score:2)
Re:Um, no. (Score:3, Informative)
But now that I've RTFA, I see that they are claiming to have the largest digital panoramic photo in the world. The poster overstated their claim.
Adding that qualifier in makes their claim more plausible, but also less noteworthy.
Meet Mr Floaty-head (Score:2)
Similar earlier /. story: (Score:2)
Posted by michael [slashdot.org] on Tuesday December 02, @05:06PM
from the sweetness dept.
megas [escritacomluz.com] writes "Max Lyons [tawbaware.com] has just posted on his site what seems to be the first 1 Gigapixel [tawbaware.com] picture, created from 196 separate photographs taken with a 6 megapixel digital camera, and then stitched together into one seamless composite. According to Max, he has 'been unable to find any record of a higher resolution photographic (i.e. non-scientific) digital image that has been created without resizi
11.3 Gpixel in my research lab (Score:5, Interesting)
Please be very kind with our test server: http://www.telemed.uniud.it/eslides/ [uniud.it].
(anyway, I never thought this kind of things could become a news item).
don't know why... (Score:2)
Was I the only one? (Score:2, Funny)
Just when I though
not impressed. (Score:5, Interesting)
exposure started june 2002 and ended early november 2003.
i used MacOSaiX to put it together on a two year old powerbook, and it took about 12 hours.
it's not seemless, but the mosaic effect is cool.
Re:not impressed. (Score:3, Interesting)
If you can point a piece of software you downloaded or bought at a directory full of snapshots, and get a mosaic of another snapshot, how is that particularly interesting? You don't even say what the actual image resolution is in your final, and your image has duplicates because your library wasn't big enough.
Max Lyons created new tools to develop image files that large. He selected a subject which benefitted from his technique. He hand-shot the images with
lemme guess... (Score:2)
Re: (Score:2)
Ummm, no (Score:2)
PCs not pc's! (Score:2, Offtopic)
Correct Usage:
I installed XP on my five computers and now all my PCs are on fire.
or
I installed XP on my only computer, and now my PC's on fire.
Incorrect Usage:
All your PC's are belong to us.
I hope this helps.
Jolyon
Re:PCs not pc's! (Score:2)
Jolyon
Better panoramic images here (Score:2)
Excuse (Score:2)
Putting a link to something like that on slashdot....just seems like an excuse to get a new server!
How wrong could he be... (Score:2)
How about the inverse? (Score:3, Interesting)
Anyone here have suggestions?
Re:How about the inverse? (Score:3, Informative)
If you are printing from a non-KDE app, specify "kprinter" as the print command. The Print dialog comes up and choose "Properties" (The should be a button next to the printer select drop down.
Anyway, among the tabs (probably hidden from view) is a "POSTER" tab. This will allow you to pront anything supersized.
I have not used this too much myself so I cannot speak as to quality
Mine's bigger (Score:3, Informative)
Dolphin Brain on Neuroinformatica.com [neuroinformatica.com]
Once you get to the page, zoom in about ten times using the + magnifying glass icon.
The file is 135,000 pixels wide by 200,000 pixels high which would take 77.25 Gigabytes to store uncompressed. The compressed size on the server is 3.912 Gigabytes.
Re:photo-op (Score:2, Funny)
Re:file size limitation?!? (Score:2)
Re:file size limitation?!? (Score:2)
Unless I just totally missed the boat, Windows and Linux have a file size limitation of around 2 gigabytes.
You just totally missed the boat. On Linux, ext2 has a 2 gig size limit, but ext3 and other modern filesystems don't have such a limit. I'm also fairly sure that Windows XP has no such limit on NTFS.
Sounds like good news for you!
Re:file size limitation?!? (Score:2)
I'm not much of a linux operator, but I know for sure that XP chokes on a 2 or 3 gig image file!
Will have to look into Linux again...
Re:file size limitation?!? (Score:3, Informative)
Re:file size limitation?!? (Score:2, Informative)
Re:file size limitation?!? (Score:2, Insightful)
Funny, I managed to store a 5 gig file on my old EXT2-based server just the other day. Really weird thing is I managed to retrieve it just fine as well! *gasp*
Re:file size limitation?!? (Score:2)
Re:file size limitation?!? (Score:2)
Yeah the 4GB limit applies for FAT32 but not NTFS, whose filesize limit is something like 2 TB.
Re:file size limitation?!? (Score:3, Informative)
On NTFS, ReiserFS and Ext3 (Windows 2k, and Linux 2.6), I've been able to store complete DVD-9 images (8GB or so).
Re:file size limitation?!? (Score:2)
See the reiser faq [namesys.com].
Re:file size limitation?!? (Score:3, Informative)
Wha?
You missed the boat. Various FAT filesystems may be limited to 2GB, but Linux and modern Windows have no such built in limits. Check on the individual filesystems. I know NTFS can go over 4GB; I think it's capable up to a few TB. ext2 may have some lesser limits but is well over 4GB. XFS, JFS and ReiserFS are worth a look.
MOD THIS DOWN. (Score:2)
No limit? (Score:2)
Fine, fine, I suppose that's effectively unlimited, and I'm just a pedant. (There's a nifty page with a table about the maximum filesizes in Linux filesystems [www.suse.de] too.)
--grendel
New Title: (Score:5, Funny)
Let's rewrite that intro shall we?
Most Boring Picture Ever Taken
Dutch research institute TNO has unveiled what it believes is the most boring picture ever taken. The image contains 2.5 gigapixels or 7.5 gigabyte worth of pictures of the roof of some office park. It is composed of 600 single images shot by a computer-controlled pan-tilt unit that was incapable of actually viewing anything of any interest to anyone. Afterwards, all photos where stiched together using the capacity of 5 high-end pc's in about 24 hours time. Three graduate students died of boredom; services will be held somewhere exciting, like a morgue. Never have so many, downloaded so much, for so little...
Flash (Score:2)
Re:Flash (Score:2)
True. Cool use of Flash though."
Exactally what I was thinking. I would like the stitch program and the Flash interface. I think I can manage the rest myself.
-nB
Re:New Title: (Score:2)
Re:The Big Picture (Score:5, Funny)
Scrolling seems to be a bit of an issue though.
KFG
Re:The Big Picture (Score:2)
It's a camera model panning technique, which I believe is patented, although if you look around slow enough they might not catch you. The zoom facility is generally crap, though.
Server Slashdotted (Score:2, Insightful)
10 to 30 hours on a functional high speed line on a good day
50 to 60 days for you folks still on dialup
Re:Server Slashdotted (Score:2)
Those that have a couple OC3's at our disposal.
(The image host apparently doesn't though! [smirk]
Re:A link? (Score:2)