Jianyuan Wang a9f0fa7d6b [WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

..

track_modules

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

__init__.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

distortion.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

np_to_pycolmap.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

projection.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

track_predict.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

vggsfm_tracker.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00

vggsfm_utils.py

[WIP] Upload demo_colmap.py, which can (a) run both vggt and vggt+ba, (b) output in a colmap format, (c) in the original image resolution. The output can be directly used for nerf/gaussian training.

2025-05-22 23:24:25 +01:00