** Arbitrarily depth only feat. Intel-isl. The result of **.
Here, the following two github outputs are mixed. For the former, only the calculation of depth is replaced with the latter. There is no deep meaning. I expected to get good results, For the time being, ** not much good has happened. ** **
Division of roles | github |
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Other than depth | https://github.com/vt-vl-lab/3d-photo-inpainting You can create a 3D image from one photo |
depth | https://github.com/intel-isl/MiDaS Depth can be calculated from one photo |
** One photo ** ** High-precision 3D image ↓ Easy creation **.
I tried to easily create a high-precision 3D image with one photo [1]. (Depth can now be edited in PNG.) See the article.
here,
The depth can be changed instead of using the original processing. intel-Created using isl's github (PNG)And tried to adopt it (↑ This is all the procedure) |
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⇒ ** Collaboration without permission ** ⇒⇒ ** I wonder if I can do it **
Below is the original paper and github.
https://arxiv.org/pdf/2004.04727.pdf Paper "3D Photography using Context-aware Layered Depth Inpainting" Meng-Li Shih1 and others
github is below. https://github.com/vt-vl-lab/3d-photo-inpainting
** Used to create depth information (PNG) ** The github of intel-isl is below. https://github.com/intel-isl/MiDaS
The first thing shown above is the ** result **. The original (= not replaced with MiDaS of intel-isl) is I tried to easily create a high-precision 3D image with one photo [1]. (Depth can now be edited in PNG.) See the article.
Is the condition a little off? ** Not good ** ** However, there are some areas that have improved. ** I feel.
I would like to consider it a little more carefully. Simple, I don't know the following two.
If you have any comments, please let us know.
reference. I tried to easily create a high-precision 3D image with one photo [2]. (Try processing depth with numpy) It is described above, but just in case ↓ I tried to easily create a high-precision 3D image with one photo [1]. (Depth can now be edited in PNG.)
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