Datasets › FutureHouse

FutureHouse

Introduced by Zhen Li et al. in PhyIR: Physics-Based Inverse Rendering for Panoramic Indoor Images1 Jan 2022 archive 2025-07-28

We present a new large-scale photorealistic panoramic dataset named FutureHouse, which has the following characteristics. 1) It contains over 70,000 high-quality models with high-resolution meshes and physical material. All models are measured in real world standards. 2) Selected scene layouts are carefully designed by over 100 excellent artists. All of selected layouts are used in realworld display. 3) It contains 28,579 good panoramic views from 1,752 house-scale scenes. Therefore, it can be used for perspective image tasks as well as omnidirectional image tasks. 4) More physical material representation. Most materials are represent by microfacet BRDF modeling metalness, and the rest are represent by special shading models, e.g., cloth material and transmission material. 5) High rendering quality. Benefiting from commercial rendering engine, Unreal engine 4, and powerful deep learning super sampling (DLSS), our renderings have less noise. Our SVBRDF representation including base color and metalness is capable of producing nonmonochrome specular reflectance.

Benchmarks archive 2025-07-28

No leaderboard in the archive resolves to this dataset.

Papers archive 2025-07-28

No paper in the archive has a leaderboard row on this dataset; the archive counts 3 papers for it but never published that list.

Dataset loaders archive 2025-07-28

1 loader as listed in the archive; links are outbound and not re-checked here.

Tasks archive 2025-07-28

License archive 2025-07-28

GNU 2.0

Modalities archive 2025-07-28

Languages archive 2025-07-28

Variants archive 2025-07-28

  • FutureHouse

1 variant name, as the archive lists them.

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