This project will no longer be maintained by Intel.
Intel has ceased development and contributions including, but not limited to, maintenance, bug fixes, new releases, or updates, to this project.
Intel no longer accepts patches to this project.
If you have an ongoing need to use this project, are interested in independently developing it, or would like to maintain patches for the open source software community, please create your own fork of this project.

We have created a dataset of more than ten thousand 3D scans of real objects. To create the dataset, we recruited 70 operators, equipped them with consumer-grade mobile 3D scanning setups, and paid them to scan objects in their environments. The operators scanned objects of their choosing, outside the laboratory and without direct supervision by computer vision professionals. The result is a large and diverse collection of object scans: from shoes, mugs, and toys to grand pianos, construction vehicles, and large outdoor sculptures. We worked with an attorney to ensure that data acquisition did not violate privacy constraints. The acquired data was irrevocably placed in the public domain and is available freely.

You can preview and explore the dataset at http://redwood-data.org/3dscan/.

If you use our download scripts, the downloaded dataset will be stored in data/.

data
├── rgbd (10,933 RGBD scans, each contains multiple RGB and depth images)
│   ├── 00001.zip
│   ├── 00002.zip
│   ├── ...
│   ├── 11097.zip
│   └── 11098.zip
├── mesh (441 reconstructed models)
│   ├── 00004.ply
│   ├── 00033.ply
│   ├── ...
│   ├── 10548.ply
│   └── 10664.ply
└── video (10,933 videos created from images)
    ├── 00001.mp4
    ├── 00002.mp4
    ├── ...
    ├── 11097.mp4
    └── 11098.mp4

• Dataset size: The entire dataset is ~4TB in size.
• RGBD scans: There are 10,933 RGBD scans. Each scan contains multiple RGBD images.
• Meshes: There are 441 reconstructed mesh models.
• Videos: There are 10,933 videos, created from RGBD images.
• Categories: 9,131 RGBD scans are categorized into 320 categories. Each scan has at most one category.

import redwood_3dscan as rws

# Print RGBD scans (list)
print(rws.rgbds)

# Print meshes (list)
print(rws.meshes)

# Print categories (dict: string->list)
print(rws.categories)

# Print all scan_id of the "sofa" category
print(rws.categories["sofa"])

# Download by scan_id "00033"
# Download will be skipped if the resource is unavailable
# e.g. some RGBD images may not come with mesh.
rws.download_rgbd("00033")  # Save to data/rgbd/00033.zip, if available
rws.download_mesh("00033")  # Save to data/mesh/00033.ply, if available
rws.download_video("00033") # Save to data/video/00033.mp4, if available
rws.download_all("00033")   # Downloads rgbd, mesh, and video together

# Download by category "sofa"
rws.download_category("sofa")

You can use Open3D to load and visualize the models.

# For installation guides, see:
# http://www.open3d.org/docs/release/getting_started.html
pip install open3d

import redwood_3dscan as rws
import open3d as o3d

rws.download_mesh("00033")
mesh = o3d.io.read_triangle_mesh("data/mesh/00033.ply")
mesh.compute_vertex_normals()
o3d.visualization.draw_geometries([mesh])

The entire dataset, including both RGB-D scans and reconstructed models, is in the public domain. Any part of the dataset can be used for any purpose with proper attribution. If you use any of the data, please cite our technical report.

@article{Choi2016,
          author    = {Sungjoon Choi and Qian-Yi Zhou and Stephen Miller and Vladlen Koltun},
          title     = {A Large Dataset of Object Scans},
          journal   = {arXiv:1602.02481},
          year      = {2016},
        }

The RGB-D sequences were acquired with PrimeSense Carmine cameras. The resolution is 640×480, the frame rate is 30Hz. Each scan is packaged in a zip archive that contains consecutive color images stored as JPG and depth images stored as 16-bit PNG, where pixel values represent depth in millimeters. The first part of a file name indicates the frame number and the second part provides a time stamp in microseconds.

The focal length is 525 for both axes and the principal point is (319.5, 239.5). The depth images are registered to the color images.

The reconstructed models are all in PLY file format.