- 🚀 for RofuncRL updates
- 🚄 for planning and control updates
- 🖼️ for Visualab updates
- 📈 for Datalab updates
- 📚 for documentation updates
- 🎮 for simulator updates
- 🐛 for bug fixes
- 🏄♂️ for system updates
- 🎉 for event celebrations
- [2024-01-24] 🚀 CURI Synergy-based Softhand grasping tasks are supported to be trained by
RofuncRL
. - [2023-12-24] 🚀 Dexterous hand (Shadow Hand, Allegro Hand, qbSofthand) tasks are supported to be trained by
RofuncRL
. - [2023-12-07] 🖼️ EfficientSAM is supported for high-speed segmentation on edge devices like Nvidia Jetson, check the example in Visualab.
- [2023-12-04] 🖼️ VLPart-SAM is supported for part-level segmentation with text prompt, check the example.
- [2023-12-03] 🖼️ Segment-Anything (SAM) is supported in an interactive mode, check the examples in Visualab (segment anything, segment with prompt).
- [2023-10-31] 🚀
RofuncRL
: A modular easy-to-use Reinforcement Learning sub-package designed for Robot Learning tasks is released. It has been tested with simulators likeOpenAIGym
,IsaacGym
,OmniIsaacGym
(see example gallery), and also differentiable simulators likePlasticineLab
andDiffCloth
. - [2023-10-31] 🚀
RofuncRL
supports OmniIsaacGym tasks.
- [2023-10-16] 🎉 More examples are added for RofuncRL and
planning and control
modules. - [2023-07-12] 🎉 BiRP paper is accepted by IEEE CDC 2023. Check the arxiv version here.
- [2023-06-24] 🎉 SoftGPT paper is accepted by IROS2023. Check the arxiv version here.
- [2023-06-13] 🎉 This is the second official release version of
Rofunc
package. We provide a reinforcement learning baseline framework (RofuncRL
) that performs well in robot tasks 🦾, and several state-of-the-art online reinforcement learning algorithms (PPO, SAC, and TD3) have been completed.🥳 - [2023-05-21] 🚄 LQT (Linear Quadratic Tracking), iLQR (iterative Linear Quadratic Regulator) and their variants are supported in
planning and control
module. Check the example gallery.
-
[2022-12-17] 🎉 This is the first offlical release version
Rofunc
package. The four core parts (Multimodal sensors, RL baselines, Control and Isaac simulator) are initially supported. 🎉- Devices: support Xsens, optitrack, Zed 2i (multi), Delsys EMG, Manus gloves and multimodal
- Learning algorithms: TP-GMM, TP-GMR, RL baselines (RLlib, ElegantRL, SKRL with IsaacGym)
- Planning and control: LQT variants, iLQR variants
- Simulator (IsaacGym-based): CURI, Ubtech walker, Franka, Baxter, Sawyer, CURI-mini