![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhwNS6-Hg0bWzsQocEhsNpGKUYUNIWI3FQNxoJQejG27SPnp9rBMarprOZE5WJKw3XFqVx5Yr-YMw1fOd5l_dlhT49_O4CLsMQiUAHPC100I30zfE0JHL5fbLgcItohCzmpRRU5y4OepEQ6/s400/duh0.gif)
Input to SfM10: 5 frames at a resolution of 1920x1080 using a focal length equal to 1920x35/36=1866.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiO1B_cOP2XKj8JrZYRVIac3LlQvdKQG7LFMx1EEyZ1gu6fIzUuY9WktLcDUTVCLflojHWap7loUrWQ9Rrsm74SRrQjQhAI_BxCuFdJhdZXney5i3chb2_0UEXnrE36U7gxvA1ue56ixYeO/s400/duh.gif)
Sparse 3D scene reconstructed by SfM10 (number of trials in AC-RANSAC = 1000, max number of iterations in Bundle Adjustment = 1000, min separation angle = 1.5, and max reprojection error = 16).
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjrN-msAdcnnKAV3fciVwYip7Vg_A6svWtO1Vo-0xYTl6TqH-a0WDY5HQnNlLKl1jhl7xARoYTUDSIF52J-jMzRT8N0hLq5QP28SIE0bB-HdklWv2SgnXIH3YwDF7QLl8Uc62wRFefu9bYM/s400/duh0.gif)
Input to SfM10: 5 frames at a resolution of 1920x1080 using a focal length equal to 1920x35/36=1866.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgo_OAdn9-Lf5b0_d3WA8M_wSSBMuHVnj3fIm6zIBbsj5H-OjwCu3ovPc2CkbeHMPMpNYWoebun4BUn8a3CPYamDLjV3AL6MYjOSwlZ8NP1RTS9UQspCEpX9Rq8ViAdhFDFHqBP1zFvgUbY/s400/duh.gif)
Sparse 3D scene reconstructed by SfM10 (number of trials in AC-RANSAC = 1000, max number of iterations in Bundle Adjustment = 1000, min separation angle = 1.5, and max reprojection error = 16).
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh42tWAaqD-gry669ISbzQj0BfF-Y2SOb7XrmQZibLxerYSLm9il0tpJ3qfZl6bqcYsCHD7T7RiE-J7F9VSmeB0vuq0YxRG5YBE4vuY3QAvY0Y5w8nHM9YVqmKyWk6mcZl5uPb_NAFpCyzy/s400/duh0.gif)
Input to SfM10: 5 frames at a resolution of 1920x1080 using a focal length equal to 1920x35/36=1866.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj4MAbyVxJ_U_n6Kd5Q2LtJnxJn2Q3TNbQ7jFiPvJLTNmR-YQQpKs1fEWPyID5LMA-x7i-5JOio0u0chTpDwZhb9Prq3OP-zqnye_yWbPl-R_e71A7mHFcr2JO5efkruSxaY4cGeLVvU3wU/s400/duh.gif)
Sparse 3D scene reconstructed by SfM10 (number of trials in AC-RANSAC = 1000, max number of iterations in Bundle Adjustment = 1000, min separation angle = 0.5, and max reprojection error = 16).
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgn7f2Ss4PZfe2CL05SQ1p7y88-KSL8iyhl9irlmuhGTRWxWvHc8BxMutJtBNJ6JYW4yKRQ3rr7n_hBiDr_c8dQgf3Sy6Gj2Hh3cmMDfEGounE2AOMvdJ7k0yRQ7ymW0OxX4qUjjZI8aX7M/s400/duh0.gif)
Input to SfM10: 8 frames at a resolution of 1920x1080 using a focal length equal to 1920x35/36=1866.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhE1GIOVE4bPAUwNE5-7nsyGFnxl0Sy6BjYL1GFS3Rt9HLHCeEGLYzfOQUBUbxy-FNSwhJtLmLJOcuczkC_TjpNPj6aXgGocYbVniAaBY5zLBaDulVWLvVyMDmGJIx6wVWvybFJGDLrfnzw/s400/duh.gif)
Sparse 3D scene reconstructed by SfM10 (number of trials in AC-RANSAC = 1000, max number of iterations in Bundle Adjustment = 1000, min separation angle = 1.5, and max reprojection error = 16).
Recall that the nvm file that SfM10 outputs can be used to generate a dense depth map (Multi View Stereo) with Depth Map Automatic Generator 8 or Depth Map Automatic Generator 8b (DMAG8b.
No comments:
Post a Comment