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jwang771/3d-world-simulator

3D世界模拟物理模拟研究

这是一个用于多模态3D世界模拟的研究项目,提出了混合粒子-体素动力学方法,并提供了训练和推理代码。适用于研究3D物理模拟和机器人操作的研究人员。

AI 中文解读 · 根据仓库描述与 README 生成 · 2026/11/3 13:06:51 · 查看原文

普通Python研究项目
累计 Stars
55
当前热度
1 天内 · 小火
仓库创建时间
打开 GitHub ↗

选用指南

AI 根据 README 整理 · 2026/11/3 13:06:51

使用方式

通过命令行进行训练和推理,包括训练变分自编码器、导出潜变量和训练动力学模型。

查看 README 依据
## Training Training has three steps. Each task's datasets, and parameters related to grid and workspace are in `tasks.py`. ### 1. Hybrid particle-voxel autoencoder ```bash python scripts/train_vae.py --task plug --data-root data --out-dir runs/plug/vae ```
`--task` is one of `cloth`, `box`, `pusht`, `plug`, `marker`, `rope`; each task has specific set parameters in `tasks.py`, including specific voxel grid dimensions, workspace bounds, whether it has tactile sensing, among other information. We also include the ability to place object-specific weights during training, which improves the simulation fidelity. ### 2. Latents Dynamics model training is much faster after precomputing latents. To precompute the latents, run the following: ```bash python scripts/export_latents.py --vae-ckpt runs/plug/vae/checkpoints/latest.pth \
--packed-dir data/bimanual_plug_insertion_v3/train --out-dir runs/plug/latents/train python scripts/export_latents.py --vae-ckpt runs/plug/vae/checkpoints/latest.pth \ --packed-dir data/bimanual_plug_insertion_v3/val --out-dir runs/plug/latents/val ``` ### 3. 3D Latent Dynamics ```bash L=runs/plug/latents python scripts/train_dynamics.py --latent-dir $L/train --val-latent-dir $L/val --out-dir runs/plug/dynamics \ --n-history 8 --ar-schedule 1 2 3 4 5 6 7 8 9 10 --ar-schedule-epochs 50 100 150 200 250 300 350 400 450 500 ```
部署要求

需要创建conda环境并安装依赖,数据需按指定格式组织。

查看 README 依据
<sup>1</sup>Columbia University, <sup>2</sup>UC Berkeley, <sup>3</sup>University of Michigan, <sup>4</sup>NVIDIA, <sup>5</sup>Analog Devices [Project website](https://jwang771.github.io/3dworldsimulator/) | [Paper](https://jwang771.github.io/3dworldsimulator/paper.pdf) **We will upload data, checkpoints, and inference code soon.** ## Environment ```bash conda env create -f environment.yml conda activate 3dws ``` ## Data Put each dataset under one root, for example `data/bimanual_plug_insertion_v3/{train,val}`. The file layout is in [docs/data_format.md](docs/data_format.md).
已知限制

作者尚未上传数据、检查点和推理代码,目前仅提供训练代码。

查看 README 依据
<sup>1</sup>Columbia University, <sup>2</sup>UC Berkeley, <sup>3</sup>University of Michigan, <sup>4</sup>NVIDIA, <sup>5</sup>Analog Devices [Project website](https://jwang771.github.io/3dworldsimulator/) | [Paper](https://jwang771.github.io/3dworldsimulator/paper.pdf) **We will upload data, checkpoints, and inference code soon.** ## Environment ```bash conda env create -f environment.yml conda activate 3dws ``` ## Data Put each dataset under one root, for example `data/bimanual_plug_insertion_v3/{train,val}`. The file layout is in [docs/data_format.md](docs/data_format.md).

README

正在加载 README…

收录信息

仓库创建时间
2026/11/3 01:52:53
首次达标收录
2026/11/3 13:01:41
统计更新时间
2026/11/3 14:01:36

按创建时长与累计 Stars 判断等级。首次达标收录后,即使未达当前门槛仍保留;累计 Stars 和仓库状态会定期更新。确认只有 README 及辅助文件的仓库会停止公开。

模型评估

普通加权总分 3.5 / 5

新颖度
4.0
实用价值
3.3
成熟度
3.8
实质含量
2.9

由 Jev 模型根据仓库描述与 README 评估,2026/11/3 13:01:41 生成。评分仅供参考,不是代码、安全或许可证审查;热度等级另按创建时长与累计 Stars 计算。

仓库信息

最近推送
2026/11/3 02:04:43
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2
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