Juzhan's starred repositories
github-markdown-css
The minimal amount of CSS to replicate the GitHub Markdown style
animaquina-xarm
This is the repository for the animaquina addon, for now this supports only Xarm. Install and use at your own risk.
simmechanics-to-urdf
Script for converting simmechanics XML files to URDF
Micro-Wheeled_leg-Robot
全球最小的桌面级双轮腿机器人!
fjsp-instances
Flexible Job Shop Instances
learning_research
本人的科研经验
scikit-robot
A Flexible Framework for Robot visualization and programming in Python
curobo_for_windows
CUDA Accelerated Robot Library
mvs_objaverse
A little repo to render objaverse objects with blender
awesome-robot-descriptions
A curated list of awesome robot descriptions (URDF, MJCF)
blender_robot_animation
scripts to generate blender animations of robots with urdfs.
mcts-simple
mcts-simple is a Python3 library that allows reinforcement learning problems to be solved easily with its implementations of Monte Carlo Tree Search.
python_uct
Demo of UCT (MCTS) in Python / Numpy
alpha-zero-general
A clean implementation based on AlphaZero for any game in any framework + tutorial + Othello/Gobang/TicTacToe/Connect4 and more
mcts-general
General Python implementation of Monte Carlo Tree Search for the use with Open AI Gym environments.
franka_sim
Franka panda mujoco models
pyroboplan
Educational Python library for manipulator motion planning
Sampling-based-Planning-for-Robot-Arm
Sampling-based Planning Algorithms with Constraint for a 7-DoF Robot Arm. The algorithms include RRT, CBiRRT, PRM, and OBPRM.
blender_reload_script_and_run
This is a Blender add-on used to reload/run scripts to quickly iteration on them.
RRT-for-Path-Planning
Project for Computational Aspects of Robotics Course (COMSW4733) from Columbia University's School of Engineering and Applied Science, April 2023
motion-planning-practice
Fast Python motion planning algorithm implementations with demos in pybullet
practice_motion_planning
Coding: ①Path planning: RRT*, A*; ② Tracking: Optimization, PurePursuit, FollowLine. ③Planning and control on a mobile manipulator