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PyPose v0.6: The Imperative Programming Interface for Robotics

22 September 2023
Zitong Zhan
Xiangfu Li
Qihang Li
Hao He
Abhinav Pandey
Haitao Xiao
Yangmengfei Xu
Xiangyu Chen
Kuan Xu
Kun Cao
Zhipeng Zhao
Zihan Wang
Huan Xu
Zihang Fang
Yutian Chen
Wentao Wang
Xu Fang
Yi Du
Tianhao Wu
Xiaodi Lin
Yuheng Qiu
Fan Yang
J. Shi
Shaoshu Su
Yiren Lu
Tai Fu
Karthik Dantu
Jiajun Wu
Lihua Xie
Marco Hutter
Luca Carlone
Sebastian A. Scherer
Da Huang
Yaoyu Hu
Junyi Geng
Chen Wang
    PINN
    AI4CE
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Abstract

PyPose is an open-source library for robot learning. It combines a learning-based approach with physics-based optimization, which enables seamless end-to-end robot learning. It has been used in many tasks due to its meticulously designed application programming interface (API) and efficient implementation. From its initial launch in early 2022, PyPose has experienced significant enhancements, incorporating a wide variety of new features into its platform. To satisfy the growing demand for understanding and utilizing the library and reduce the learning curve of new users, we present the fundamental design principle of the imperative programming interface, and showcase the flexible usage of diverse functionalities and modules using an extremely simple Dubins car example. We also demonstrate that the PyPose can be easily used to navigate a real quadruped robot with a few lines of code.

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