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Woods — RoboCloth-rig captures of wood samples

One zip per wood sample. Download a zip and unzip it; <name>/README.md inside describes that sample: format, frame table, observations and alignment with the physical piece.

file wood sample id frames points size
bubinga.zip Bubinga 1 498 45,397 3.3 GB
ash_white_qtr_cut.zip Ash white qtr.cut 2 500 151,594 4.1 GB
beech_qtr_cut.zip Beech qtr. cut 3 499 27,619 3.6 GB
maple_quarter_cut.zip Maple quarter cut 4 501 79,359 3.6 GB
maple_ambrosia.zip Maple ambrosia 5 499 36,059 3.1 GB
oak_red_qtr_cut.zip Oak, red qtr, cut 6 499 103,960 3.5 GB
oak_red_flat_cut.zip Oak, red flat cut 7 501 69,496 3.5 GB
cherry_figured_qtr_cut_8.zip Cherry figured qtr.cut 8 497 82,809 3.6 GB
cherry_figured_qtr_cut_9.zip Cherry figured qtr cut 9 499 93,175 3.6 GB
walnut_qtr_cut.zip Walnut qtr cut 10 498 35,690 3.4 GB
pearwood_qtr_cut.zip Pearwood qtr cut 11 500 2,374 3.1 GB
walnut_flat_cut.zip Walnut flat cut 12 499 50,349 3.5 GB
teak_qtr_cut.zip Teak qtr. cut 13 501 51,443 3.4 GB
maple_qtr_cut_curly_figured.zip Maple qtr. cut curly/figured 14 499 126,976 3.8 GB
ebony_macassar_qtr_cut.zip Ebony macassar qtr cut 15 499 8,225 2.7 GB
zebra_qtr_cut.zip Zebra qtr cut 16 501 50,442 3.4 GB

Common to all samples

  • <name>/<name>/ has the same per-material layout as the RoboCloth release (hdr/, scan_log.json, rotated_camera.json, observations_structured.npz, …); read it with the RoboCloth instructions. hdr/ = 16-bit linear HDR frames, masked to the sample. All frames are at 8000 µs: use camera_factor3 (= linear_factor2 × 8000 / 20000), not RoboCloth's id 1.
  • Frames: a RoboCloth trajectory (random camera / light), then high-reflection (mirror) positions at turntable 0° and 90°, then top-down views (turntable 0°); the exact frame numbers are in each sample's README.
  • observations_sample.npz: rgbs (frames × points × 3, uint16, linear RGB). RGB = 0 means no usable value — skip that (frame, point): not visible, frame excluded, or saturated (any channel ≥ 65000; removed). xyz_local_mm: point positions in the sample frame (origin = min corner of the points, rig axes, mm); row i = vertex i of points_sample_local_mm.ply.
  • topdown_local_frame.png shows the sample frame's origin and axes on the piece; for CT, align the CT top surface to points_sample_local_mm.ply by point-cloud shape matching (ICP).
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