where image1.jpg is the relative path in the image folder and the pairs of numbers are zero-based feature indices in the respective images. If you must import many matches for large image collections, it is more efficient to directly access the database with a scripting language of your cho...
Instead, use a more strict criteria to filter UndistortImages(cameras, images, true); LOG(INFO) << "Filtering tracks by reprojection ..."; bool status = true; size_t filtere_num = 0; while (status && ite < options_.num_iteration_bundle_adjustment) { double scaling = std::max(3 -...
generate tracks from raw matches; select the iconic set of images to summarize the whole scene by maximizing an objective function that favors completeness (#observed tracks) and penalizes repetitiveness (#tracks occurring in more than one image); split the tracks covered by the images in the ic...
Looking at the images, I think there are multiple problems: The scene has little texture, so only few matches can be established. I guess you will need to adjust some of the parameters of Colmap (lower the minimum number of inliers required). At the same time, the specular highlights caus...
Ideally, the reconstruction works fine and all images are registered. If this is not the case, it is recommended to:Perform additional matching. For best results, use exhaustive matching, enable guided matching, increase the number of nearest neighbors in vocabulary tree matching, or increase the...
where image1.jpg is the relative path in the image folder and the pairs of numbers are zero-based feature indices in the respective images. If you must import many matches for large image collections, it is more efficient to directly access the database with a scripting language of your cho...
where image1.jpg is the relative path in the image folder and the pairs of numbers are zero-based feature indices in the respective images. If you must import many matches for large image collections, it is more efficient to directly access the database with a scripting language of your cho...
where image1.jpg is the relative path in the image folder and the pairs of numbers are zero-based feature indices in the respective images. If you must import many matches for large image collections, it is more efficient to directly access the database with a scripting language of your cho...
where image1.jpg is the relative path in the image folder and the pairs of numbers are zero-based feature indices in the respective images. If you must import many matches for large image collections, it is more efficient to directly access the database with a scripting language of your cho...