Datasets:
DeepFurniture Dataset
A large-scale dataset for furniture understanding, featuring photo-realistic rendered indoor scenes with high-quality 3D furniture models. The dataset contains about 24k indoor images, 170k furniture instances, and 20k unique furniture identities, all rendered by the leading industry-level rendering engines in Kujiale.
Key Features
- Photo-Realistic Rendering: All indoor scenes are rendered using professional rendering engines, providing realistic lighting, shadows, and textures
- High-Quality 3D Models: Each furniture identity is derived from a professional 3D model, ensuring accurate geometry and material representation
- Rich Annotations: Hierarchical annotations at image, instance, and identity levels
Dataset Overview
DeepFurniture provides hierarchical annotations at three levels:
- Image Level: Professional rendered indoor scenes with scene category and depth map
- Instance Level: Bounding boxes and per-pixel masks for furniture instances in scenes
- Identity Level: High-quality rendered previews of 3D furniture models.
Statistics
- Total scenes: ~24,000 photo-realistic rendered images
- Total furniture instances: ~170,000 annotated instances in scenes
- Unique furniture identities: ~20,000 3D models with preview renderings
- Categories: 11 furniture types
- Style tags: 11 different styles
Categories
- Cabinet/Shelf
- Table
- Chair/Stool
- Lamp
- Door
- Bed
- Sofa
- Plant
- Decoration
- Curtain
- Home Appliance
Style Tags
- Modern
- Country
- European/American
- Chinese
- Japanese
- Mediterranean
- Southeast-Asian
- Nordic
- Industrial
- Eclectic
- Other
Dataset Structure
The dataset is organized in chunks for efficient distribution:
data/
├── scenes/ # Photo-realistic rendered indoor scenes
├── furnitures/ # High-quality 3D model preview renders
├── queries/ # Query instance images from scenes
└── metadata/ # Dataset information and indices
├── categories.json # Furniture category definitions
├── styles.json # Style tag definitions
├── dataset_info.json # Dataset statistics and information
├── furnitures.jsonl # Furniture metadata
└── *_index.json # Chunk index files
Using the Dataset
1. Download and Extraction
# Clone the repository
git lfs install # Make sure Git LFS is installed
git clone https://huggingface.co/datasets/byliu/DeepFurniture
# [optional] Extract the dataset (or load the dataset using the compressed files, TBD)
./uncompress_dataset.sh -s ./DeepFurniture/data -t ./regular_dataset
2. Data Format
Scene Data
- Image: RGB images in JPG format
- Depth: Depth maps in PNG format
- Annotation: JSON files containing:
{ "instances": [ { "numberID": 1, "boundingBox": { "xMin": int, "xMax": int, "yMin": int, "yMax": int }, "styleIDs": [int], "styleNames": [str], "segmentation": [int], # COCO format RLE encoding "identityID": int, "categoryID": int, "categoryName": str } ] }
Furniture Data
- Preview images of 3D models in JPG format
- Metadata in JSONL format containing category and style information
Query Data
- Cropped furniture instances from scenes
- Filename format:
[furnitureID]_[instanceIndex]_[sceneID].jpg
3. Loading the Dataset
from deepfurniture import DeepFurnitureDataset
# Initialize dataset
dataset = DeepFurnitureDataset("path/to/regular_dataset")
# Access a scene
scene = dataset[0]
print(f"Scene ID: {scene['scene_id']}")
print(f"Number of instances: {len(scene['instances'])}")
# Access furniture instances
for instance in scene['instances']:
print(f"Category: {instance['category_name']}")
print(f"Style(s): {instance['style_names']}")
Benchmarks
This dataset supports three main benchmarks:
- Furniture Detection/Segmentation
- Furniture Instance Retrieval
- Furniture Retrieval
For benchmark details and baselines, please refer to our paper.
Paper
This dataset is introduced in our paper: Furnishing Your Room by What You See: An End-to-End Furniture Set Retrieval Framework with Rich Annotated Benchmark Dataset
If you use this dataset, please cite:
@article{liu2024deepfurniture,
title={Furnishing Your Room by What You See: An End-to-End Furniture Set Retrieval Framework with Rich Annotated Benchmark Dataset},
author={Liu, Bingyuan and Zhang, Jiantao and Zhang, Xiaoting and Zhang, Wei and Yu, Chuanhui and Zhou, Yuan},
journal={arXiv preprint arXiv:1911.09299},
year={2020}
}
License
Apache-2.0