![]() On vocational school we could elect to do long term project instead of practical graduation exam. The article seems to at least partialy confirm this view. One thing that I learned about reverse engineering is that you can often get very far by just recognizing/guessing what formats and libraries were used by original authors. I really wish they would open source at least some parts of it, but unlikely You can keep the lenses thin with much larger sensor size when combined. I think this type of multi-sensor camera really is the way forward on mobile phones. Nokia (or HMD Global) are back in the camera phone game again btw - 5 lens android camera coming out this year according to rumours. Though if you really want to push what's possible, access the more low level features would need to be open source too. We used them both for the Ubuntu Touch camera app. Halide is great for very fast processing. You get all the UI stuff for free, and a large dev ecosystem. The android camera HAL and camera2 APIs are pretty good (though limited). I think it would actually make sense to build an open source camera on Android. Kari Pulli from Nokia also did some very cool stuff on array cameras/computational photography at Light since then. His team at Google is really at the forefront of computational photography (HDR+, Halide, lightfield photography). ![]()
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