domain opvoxel → voxelimport fullseye as fs; fs.ledger.vol_crop_domain(vol, domain=None, margin=0) (実装を直接呼ぶなら import volops; volops.vol_crop_domain(vol, domain=None, margin=0)、台帳から引くなら ops3d.get("vol_crop_domain"))fullseye.ledger.vol_crop_domain(...) は宣言 out 型 voxel の値だけを返す(本体は補助情報も返す)。捨てられた側が要るときは fullseye.ledger.vol_crop_domain.raw(...)、または volops.vol_crop_domain を直接呼ぶ。
(part, offset)Crop a volume to the tight bounding box of a domain (HALCON crop_domain).
This is the memory lever of the domain family: a 5123 CT scan whose
part of interest fits in 1283 costs 64x less memory and compute once
cropped — and the Hessian operators (:func:vol_frangi / :func:vol_sato),
capped at MAX_EIGEN_VOXELS, often become possible only after this
step. Gray values inside the box are kept verbatim (the box, not the mask,
defines the crop — pair with :func:vol_reduce_domain first if voxels
outside the mask but inside the box must read 0).
domain defaults to the volume’s own non-zero support (vol != 0 —
a gray volume is cropped to wherever it has any signal; note this differs
from the > 0.5 convention used when an explicit binary domain is
passed). margin is forwarded to :func:vol_bounding_box.
Returns (cropped, offset) — the (d, h, w) float64 sub-volume and the
(z0, y0, x0) voxel offset of its origin in the input frame. Keep the
offset: :func:vol_uncrop maps results back, and
:func:vol_boundary_points accepts it as origin so point coordinates stay
in the uncropped frame. An empty domain raises ValueError (fail-closed).
py -3.11 examples_3d/roi_domain_boundary.pyvoxel を入力に取れる)voxel_to_mips · voxel_to_mesh · signed_distance_field · to_points · sobel3d · hessian3d · curvature_maps · edt_jfa
domain)vol_reduce_domain · vol_bounding_box · vol_uncrop · vol_tiled_map
Provenance: volops.py — 3D operator registry. この per-op ノートは tools/opdocs.py md が自動生成(手編集しない)。
© 2026 Kazufumi Furuse — Fullseye operator documentation. Licensed under Apache-2.0.