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End of preview. Expand in Data Studio

VOCC-Grasp — MetaGraspNet-V2 real evaluation subset

The real-world data needed to run VOCC-Grasp on MetaGraspNet-V2. This is not the full real capture set (818 scenes, 4 views each, 30 GB); it is the filtered evaluation subset — 838 cases over 511 images — with RGB, depth, real intrinsics and instance masks for every one of them. No file is missing.

The synthetic half of the benchmark is chiencn/vocc_synthetic.

Contents

file size contents
scenes.tar.gz 3.83 GB 511 raw captures: 3.npz (depth + instances_objects), 3_rgb.png (1944×1200), 3_camera_params.json
images.tar.gz 987.0 MB 511 × images/image_%06d.png, 1200×1200 RGB
masks_crop.tar.gz 5.0 MB 511 × masks_npy_real_crop/image_%06d.npy, int32 1200×1200
masks_full.tar.gz 7.0 MB 511 × masks_npy_real/image_%06d.npy, int32 1200×1944 — UnoGrasp baseline only
meta/ ~1.8 MB id mapping, object names, ground truths, NLP prompts

Extracted footprint is about 13 GB — the mask tarballs are tiny because raw int32 instance maps gzip roughly 350×.

meta/

file contents
real_world_mapping_fixed.json "%06d" image id → sceneN_viewM. Required
real_object_names.json image id → object id → name, for the VLM prompt. Required
test_GT_subset_hardall_easy300_medium300.json the 838-case split: 300 Easy / 300 Medium / 238 Hard (also in the git repository)
gt_from_occlusion_real_v1.json the wider 1480-case ground truth over 802 scenes — see the caveat below
nlp_subset_hardall_e300_m300.jsonl the same 838 cases as conversation prompts, for the UnoGrasp baseline
manifest.sha256 checksums of the four tarballs

Geometry

Every one of the 520 mapping entries uses view 3, so exactly one view per scene ships here.

Depth is in centimetres, float32, and about 20% of it is NaN — real sensor dropout, not a packaging artefact. Zero it before back-projecting.

Unlike the synthetic set, these carry real intrinsics in 3_camera_params.json (fx, fy, cx, cy, width=1944, height=1200). The 1200-wide benchmark files are the centred crop raw[:, 372:1572] of the 1944-wide captures — byte-identical, verified — so a cropped frame keeps fx, fy, cy and takes cx - 372. grasp_viz/real_data.py in the repository does this.

Instance maps are integer object ids; 0 is background. masks_npy_real_crop/ is 3.npz['instances_objects'] cropped and cast to int32, so it is redundant with scenes.tar.gz — it ships because the pipeline reads it directly and it costs 5 MB.

Usage

pip install huggingface_hub
hf download chiencn/vocc_real --repo-type dataset --local-dir /tmp/real_dl

cd /path/to/vocc-grasp
for f in scenes images masks_crop masks_full; do
    tar -xzf /tmp/real_dl/$f.tar.gz -C .
done
cp /tmp/real_dl/meta/real_world_mapping_fixed.json \
   /tmp/real_dl/meta/real_object_names.json \
   /tmp/real_dl/meta/gt_from_occlusion_real_v1.json .

Everything extracts at the repository root, which is the layout the code expects:

vocc-grasp
├── real_world_mapping_fixed.json
├── real_object_names.json
├── images/image_000000.png
├── masks_npy_real_crop/image_000000.npy
├── masks_npy_real/image_000000.npy
└── data_ifl_0/mnt/data1/data_ifl_real/scene0
    ├── 3.npz
    ├── 3_rgb.png
    └── 3_camera_params.json

The data_ifl_<N> shard names are the upstream ones and are preserved; the loader globs data_ifl_*/mnt/data1/data_ifl_real/scene*, so the split across shards does not matter.

Caveat on gt_from_occlusion_real_v1.json

run_uoais_pipeline_real.py takes that file as its default --gt-path, but it spans 1480 cases over 802 scenes while only the 511 evaluated scenes are published here. Left at the default it will skip the ~291 scenes it cannot find. Pass the subset ground truth instead:

python run_uoais_pipeline_real.py --gt-path test_GT_subset_hardall_easy300_medium300.json

Scope

Only the 511 scenes the evaluation split touches are packaged, view 3 only. Not included: the other 307 scenes, the other three views, and the per-scene amodal / grasps / order / bin_rel / scene.hdf5 extras — no part of the VOCC-Grasp pipeline reads them.

Reproducing the reported real score needs no download at all; the fused edge scores and the ground truth are both in the git repository. This dataset is for regenerating predictions from raw RGB-D, and for running the grasp stage on real scenes.

Licence and attribution

Derived from MetaGraspNet-V2; this redistribution follows its terms and is for academic use only. Cite the upstream dataset when you use it.

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