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It's important to keep in mind that while it seems to be approached as "simulating" the effects traditionally achieved with mechanical effects of a camera, it h
by devadvance 8y ago
It's important to keep in mind that while it seems to be approached as "simulating" the effects traditionally achieved with mechanical effects of a camera, it has a basis in fundamental optics. Creating a sense of focus in a portrait with a camera lens is analogous to how the optics in our eyes work. Thus, this particular effect is more natural than some of the more Photoshop-esque techniques.
A good example of "what else" might be the color pop feature in the Google Photos app. It uses the depth information to selectively decolor the "out of focus" portions of the photo: https://www.androidpolice.com/2018/05/11/google-photos-color-pop-images-rolling/ https://www.androidpolice.com/2018/05/11/google-photos-color...
- mherdeg 8y agoYeah that's a good point. Until a month ago when I got an eye exam and glasses, I didn't really understand that the way a telephoto lens worked at wide apertures was very similar to the way the eye was supposed to work at _most_ distances. (I was familiar with focusing on one thing and other things being out of focus, but with lens corrections this now works much better at 10+ meter distances, which is something I really didn't appreciate until I tried it.)