18 clear-weather clips, built to the NFF schema as the clear-weather counterpart to the 15 foggy clips.
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18
clips, 19.9 s each
12
countries
179,443
3-D boxes
3,501
tracks
19.1 M
radar returns
7 + 7
camera streams per clip
Figures
Generated by _evaluation/bin/make_figures.py and make_overview.py from the CSVs in _evaluation/stats/.
The headline comparison: the four clearest clear clips above the four densest fog clips, same camera and pipeline.Every clip placed on the two visibility metrics. The sets do not overlap on either one.The whole clear set, one front-wide frame per clip.Geographic and lighting spread of the 18 clips.Capture month — the fog set is Feb–Mar only, so the clear set deliberately spreads.3-D box counts per class, clear against fog, on the real NCore taxonomy.How crowded each clip is: tracks against total boxes, sized by person annotations.Ego motion per clip — the set spans stop-and-go traffic to open motorway.How long objects stay visible, which bounds what a reconstruction can fuse over time.Radar volume per clip and which clips carry the extra pair of side radars.LiDAR beam return fraction. Unlike the camera metrics, this one overlaps between the sets.Camera-to-LiDAR time offsets, measured across all 18 clips.
Per-clip sheets
Each sheet shows all 7 rectified cameras, the LiDAR and radar bird's-eye views, and the original-fisheye / undistorted pair — every panel at t = 10.0 s. Click a clip to open it.
NCF-01Austria · daymountain town74 tracks · 623 person ·
8 radar · vis 1,980 m NCF-01__e9d14055 ·
source e9d14055 · chunk 1422
NCF-18United States · nightnight arterial, heavy traffic343 tracks · 498 person ·
10 radar · vis 1,728 m NCF-18__959308aa ·
source 959308aa · chunk 576
v1 rectified all seven cameras onto one global K (fx=640, 1280×960, 90° FOV), which cost the 30° teles 5.8× angular resolution and left 95% of their canvas empty. v2 gives each camera its own K at its native resolution, resampled from the untouched fisheye. v1 is still in place. See RECTIFY_V2.md.