segclr_inputs/ — staging JSONs for SegCLR lookup
Per-token info for MERGER FREE training samples, formatted so a SegCLR maintainer can pull one embedding per token without needing to touch the raw NPZ training data.
Files
| File | n_samples | size | type |
|---|---|---|---|
segclr_inputs_clean_train.json |
41,005 | 99 MB | B-clean (single root per sample) |
segclr_inputs_merge_train.json |
188,812 | 584 MB | A-merge (two roots per sample, per-token y_part) |
Schema
{
"kind": "B-clean" | "A-merge",
"n_samples": <int>,
"samples": [
{
"source_npz": "...", // training-data NPZ
"op_id": 39183, // sample id (B) or merge op id (A)
"fov_center_um": [x, y, z],
"n_tokens": 20,
// B-clean: single root_id at sample level
"root_id": 864691136176785158,
// A-merge: two roots + post-merge proofread root
"root_a": 864...,
"root_b": 864...,
"proofread_root": 864...,
"tokens": [
{
"token_idx": 0,
"abs_um": [x, y, z], // absolute world coords (µm)
"rel_um": [x, y, z], // relative to fov_center_um
"root_id": 864..., // per-token root assignment
"sv_id": "100497...", // A-merge only: supervoxel id (uint64 → str)
"y_part": 1 // A-merge only: 0=root_a, 1=root_b, -1=ignore
},
...
]
},
...
]
}
Notes for SegCLR lookup
- A-merge tokens already have
sv_id— direct SegCLR embedding lookup, no CAVE chunkedgraph resolution needed. - B-clean tokens have only
root_id+abs_um— SV resolution via CAVE is required before SegCLR lookup. Happy to do this on our side if it saves you time; let me know. abs_umis in microns (1 µm = 250 voxels in xy at 4nm, 25 voxels in z at 40nm).- Datastack:
minnie65_public.
Direct download
https://huggingface.co/datasets/FumingY/MergeFree/resolve/main/segclr_inputs/segclr_inputs_clean_train.json
https://huggingface.co/datasets/FumingY/MergeFree/resolve/main/segclr_inputs/segclr_inputs_merge_train.json
What we'd like back
One SegCLR embedding (float32) per token, joinable back via
(sample.op_id, token.token_idx). NPZ / parquet / per-sample JSON
all fine.