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Python inverse kinematics based on Pinocchiolipm_walking_controller
Walking controller for humanoid robots based on inverted pendulum trackingpymanoid
Humanoid robotics prototyping environment based on OpenRAVEpypoman
Python module for polyhedral geometrylpsolvers
Linear programming solvers in Python with a unified APIsmart-grid-scheduling
Energy-consumption scheduling algorithms for smart electrical gridsanalytical-wrench-cone
Analytical formula of the wrench friction cone for surface contactsfip-walkgen
3D walking pattern generation by NMPC of the floating-base pendulum modelloop-rate-limiters
Simple loop rate limiters in Pythonmulti-contact-zmp
ZMP support areas for multi-contact stability under frictional contactspalimpsest
Fast serializable C++ dictionariescapture-walkgen
Capturability-based walking pattern generation over uneven terrainscapture_walking_controller
Capturability-based controller for walking with variable-heightpyfme
Symbolic (analytical) polyhedron projection by Fourier-Motzkin elimination using SymPymeshcat-shapes
Useful shapes to decorate MeshCat scenestopp-mpc
Model Predictive Control with automatic timings based on Time-Optimal Path Parameterization (TOPP)motion-planning
Course on motion planningvhip_walking_controller
Walking controller based on variable-height inverted pendulum trackingvhip-balance
Balancing a variable-height inverted pendulummpacklog
Log dictionaries to MessagePack files in C++ and Pythonopenrave_models
Robot models for OpenRAVEaiorate
Loop frequency regulation for asynciobazel_pinocchio
Bazel repository rules to build Pinocchio targetsmc-lmpc-walkgen
Multi-contact walking pattern generation over rough terrains by linearized MPCfoxplot
Plot time-series data from line-delimited JSON.avp-rrt
Kinodynamic planning in the configuration space by Admissible Velocity Propagationquasistatic-stair-climbing
Quasi-static stair climbing with the HRP-4 humanoid robotmanipulation_markers
ROS package used in the GUI of Team Hydra while preparing for the DARPA Robotics ChallengeLove Open Source and this site? Check out how you can help us