Video
Highlights
01 Household Scenes
LeHome simulates Four Household Environments (kitchen, living room,
washroom, and bedroom) with photorealistic assets and diverse interactive objects. These
scenes cover a wide range of Daily Tasks such as folding clothes,
cooking, and cleaning, providing a comprehensive platform for studying embodied
manipulation in realistic home settings.
02 Deformable Physics
LeHome focuses on Deformable Object simulation and manipulation, covering
Six Physical Categories: Liquid, Gaseous Fluid, Granular Object, Linear
Object, Thin Shell, and Volumetric Object. Using methods like PBD and FEM, it achieves
high-fidelity simulations of elastic, plastic, and flow behaviors, enabling
Realistic Interactions such as cutting, wrinkling, and pouring.
03 Action Graph
LeHome introduces the Action Graph, a causal event-driven mechanism that
links physical dynamics with logical task execution. This system ensures realistic
cause-effect relationships in manipulation, such as a knife cutting a sausage or opening a
microwave, by modeling triggers, computations, and state updates in a structured graph.
04 Robot Support
LeHome supports Low-Cost and Open-Source robots. It
supports keyboard, game controller, and leader-follower teleoperation, enabling easy data
collection and high-fidelity teleoperation demonstrations. This combination offers an
affordable, scalable solution for developing and testing household robotic policies.
Deformable Gallery
Citation
@inproceedings{li2025lehome,
title={LeHome: A Simulation Environment for Deformable Object Manipulation in Household Scenarios},
author={Zeyi Li and Jade Yang and Jingkai Xu and Shangbin Xie and Tianxing Chen and Yuran Wang and Zhenhao Shen and Yan Shen and Yukun Zheng and Wenjun Li and Chaorui Zhang and Ming Chen and Chen Xie and Ruihai Wu},
booktitle={IROS 2025 Workshop ROMADO},
year={2025},
url={https://openreview.net/forum?id=rEDd1HorJl}
}