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LibreYOLO/Libre3DMOODt
Libre3DMOODt is a image-to-3d model from LibreYOLO. Use it for the image-to-3d task on the model card, and read the license before you ship it in a product. It is set up for libreyolo. The card lists the license as apache-2.0.
The official 3D-MOOD Swin-T checkpoint, exposed through LibreYOLO's detect3d API.
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Updated Sep 9, 2026
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From the Hugging Face model README
The official 3D-MOOD Swin-T checkpoint, exposed through LibreYOLO's detect3d API.
Derived from cvg/3D-MOOD at
41bb2904932d91507338e75ae4c802d67616ca1b.
Copyright 2025 Computer Vision and Geometry Lab, ETH Zurich.
Licensed under Apache-2.0.
The source checkpoint is gdino3d_swin-t_120e_omni3d_699f69.pt from the official model repository at revision 3d1fab552189f1a62fdb60ebb606d20625a30b90, which declares Apache-2.0.
The learned parameters and upstream serialization are unchanged. The file is renamed to Libre3DMOODt.pt for LibreYOLO's canonical size convention. SHA-256: 699f69454625d1fb3ad7d3669d8d662d52c349c99b2aba28da1215b8e7e4a555.
3D-MOOD runs through a separately installed upstream runtime. LibreYOLO does not use the undeclared-license vis4d_cuda_ops extension; its adapter selects a permissively licensed portable PyTorch attention path.
import numpy as np
from libreyolo import Libre3DMOOD
model = Libre3DMOOD(
size="t",
runtime_path="/path/to/3D-MOOD",
runtime_python="/path/to/3D-MOOD/.venv/bin/python",
)
result = model("image.jpg", intrinsics=np.load("intrinsics.npy"), text=["chair", "table"])
print(result.boxes3d.xyz)
print(result.depth_map.mean)
The integration is inference-only. Camera intrinsics are required. Accuracy claims remain those of the upstream project; LibreYOLO's completed checks cover runtime parity and output mapping.