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--Ah. Well, the last two portraits in the link were in portrait orientation. However, here's an assortment of 2:3 pics (portrait orientation):Portrait and landscape orientation - not subject!...it depends a lot on what you consider a "portrait" and what constitutes "ridiculous":3:2 is OK in landscape on occasion but sort of ridiculous in portrait.
http://forums.dpreview.com/forums/read.asp?forum=1029&message=35161409
Seems to work well enough for a wide variety of scenes. That's not to say that many wouldn't prefer 3:4 better, but "ridiculous" seems rather out of place for 2:3 portrait orientation pics.
If you present your work (say 60-70 images) in different aspect ratios (to fit the subject and composition) it becomes quite tiring for the viewer...IMOryanshoots wrote:
Photo aspect ratios should fit the subject and composition, not the viewing device.Just curious. Does anyone else think new cameras should be 3:2 instead of 4:3? I speculate most image viewing these days is done on computer & TV screens, not prints.
Im curious what others think.
I find anything too wide or too narrow (16:9 or 1:1) very difficult to deal withsdh wrote:
Just curious. Does anyone else think new cameras should be 3:2 instead of 4:3? I speculate most image viewing these days is done on computer & TV screens, not prints. I don't remember the last time I saw a new laptop or large-desktop monitor, or new TV that was 4:3. IMO, 3:2 images "fill" 16:9 screens pretty well, but 4:3 images waste too much space on the sides. Sure, 4:3 cameras can be set to create 3:2 images, but most do so by cropping, at which point you're wasting the lens' angle of view and (more trivially) losing pixel count.
Im curious what others think.
Really? I guess you haven't been to many photo exhibits, a lot of the ones I've been to, the aspect ratios are all over the place. "Art is the elimination of the unnecessary" PicassoIf you present your work (say 60-70 images) in different aspect ratios (to fit the subject and composition) it becomes quite tiring for the viewer...IMO.
Just curious. Does anyone else think new cameras should be 3:2 instead of 4:3? I speculate most image viewing these days is done on computer & TV screens, not prints. I don't remember the last time I saw a new laptop or large-desktop monitor, or new TV that was 4:3. IMO, 3:2 images "fill" 16:9 screens pretty well, but 4:3 images waste too much space on the sides. Sure, 4:3 cameras can be set to create 3:2 images, but most do so by cropping, at which point you're wasting the lens' angle of view and (more trivially) losing pixel count.
Im curious what others think.
I don't wish to start an argument on thisDaz90 wrote:
Really? I guess you haven't been to many photo exhibits, a lot of the ones I've been to, the aspect ratios are all over the place.If you present your work (say 60-70 images) in different aspect ratios (to fit the subject and composition) it becomes quite tiring for the viewer...IMO.
IMO the subject in photography is not only the object, person, scene whatever triggered my reaction to raise the camera but everything that is included in the rectangle. So if I had to interpret the Picasso quote I would say that the unnecessary here is the different aspect ratios"Art is the elimination of the unnecessary" Picasso
Wasn't it you who likes to claim that the final crop is the only relevant factor in determining the usefulness of a sensor aspect ratio?[Ideally] a square sensor that circumscribes the image circle would be the best solution, and is very feasible for smaller sensor mirrorless. In fact, just using an APS-C sized sensor in mFT bodies comes close enough that I'm surprised it has not been done.
-As good as the Olympus OM-D results seem to be, I cannot help but think that image quality would be even better if a "way over-sized" Sony 16.2 MP APS-C sensor was used (the very same sensor used in the Nikon D7000, Pentax K5 and Sony NEX5, A55, and A580).
Marty
http://www.fluidr.com/photos/marty4650/sets/72157606210120132
http://www.flickr.com/photos/marty4650/sets/72157606210120132/show/
my blog: http://marty4650.blogspot.com/
Olympus E-30
Olympus E-P1
Sony SLT-A55
![]()
If you used a APS-C sensor how could it be "way over-sized" ref M4/3. Crop Canon APS-C into 4/3 ratio and it is a 4/3 sized sensor within a 1.8 mm height difference!
-As good as the Olympus OM-D results seem to be, I cannot help but think that image quality would be even better if a "way over-sized" Sony 16.2 MP APS-C sensor was used (the very same sensor used in the Nikon D7000, Pentax K5 and Sony NEX5, A55, and A580).
Marty
http://www.fluidr.com/photos/marty4650/sets/72157606210120132
http://www.flickr.com/photos/marty4650/sets/72157606210120132/show/
my blog: http://marty4650.blogspot.com/
Olympus E-30
Olympus E-P1
Sony SLT-A55
![]()
For a sensor inscribed in the image circle.Wasn't it you who likes to claim that the final crop is the only relevant factor in determining the usefulness of a sensor aspect ratio?[Ideally] a square sensor that circumscribes the image circle would be the best solution, and is very feasible for smaller sensor mirrorless. In fact, just using an APS-C sized sensor in mFT bodies comes close enough that I'm surprised it has not been done.
http://forums.dpreview.com/forums/read.asp?forum=1022&message=41481274
For a sensor circumscribed about the image circle.You seem to agree with me that a 1:1 sensor allowing variable aspect ratio would make the most sense.
A big advantage of a square sensor that circumscribes the image circle is that the camera need not be rotated for landscape vs portrait aspect ratios, which is particularly useful if using on-camera bounced flash.If you restrict the widest (or tallest, for vertical orientation) aspect ratio to e.g. 2:1 then you needn't fully circumscribe the image circle, either.
Canon missed their opportunity with the G1X.I am also surprised that no manufacturer has decided that such a system offers a competitive advantage, outside of Panasonic's limited implementations. (Perhaps they have a broad patent that covers this?)
I pay keen attention to Language. See Louis' "Ansel" thread for an example.Yes, thanks. Having shot 3:2 format for a few decades I have a large collection of my own. Sorry if you didn't like my word.
I am fully willing to accept that I am just different -- I went through all the photos again, and no such thing happened with me.Here's the problem with your 3:2 portrait oriented shots (and mine as well). The eye is frequently drawn to the border rather than the subject.
I can't argue against 3:4 might better fit for most with portrait orientation on average , but simply cannot agree that 2:3 portrait orientation is that much different, and certainly not agree that it is "ridiculous".This is a risk with all narrow aspects but it is a bigger problem with "portrait" or "vertical" shots. Reason why you don't see many vertical 16:9 photos. Certainly they can work, there are great examples of extreme narrow vertical aspects - but these are carefully executed exceptions in which the frame/border complements the composition rather than dominates it. For general use this is rarely the case.
Guess I'm not a "thoughtful 3:2 shooter".This is pretty basic Gestalt theory and the reason why even many thoughtful 3:2 shooters will crop vertical shots most of the time unless there is a very good reason not to.
I tend to compose in the viewfinder, not on the computer monitor. For sure, there are times I eff up and need to crop, but 95% of the time, the composition I captured is the composition I wanted.If the photographer chooses to just leave things as 3:2 all the time without thought the result on average is a weaker composition for verticals than if the default were more towards square.
Well, I wouldn't want to argue for what should be a "useful default aspect for vertical [or horizontal] compositions". I will say that I compose on the basis of what I see in the viewfinder.So perhaps instead of ridiculous I should say "an awkward and not useful default aspect for vertical compositions."
See this idea:If you used a APS-C sensor how could it be "way over-sized" ref M4/3. Crop Canon APS-C into 4/3 ratio and it is a 4/3 sized sensor within a 1.8 mm height difference!