RBDyn
RBDyn provides a set of classes and functions to model the dynamics of rigid body systems.mc_rtc
mc_rtc is an interface for simulated and real robotic systems suitable for real-time controlTasks
The Tasks library is designed to make real-time control for kinematics tree and list of kinematics tree.SpaceVecAlg
Implementation of spatial vector algebra with the Eigen3 linear algebra library.jrl-cmakemodules
CMake utility toolboxEigen3ToPython
Provide Eigen3 to numpy conversioncopra
This a c++ implementation of a Time Invariant Linear Model Predictive Controller (LMPC) done in C++14 with python bindingseigen-quadprog
eigen-quadprog allow to use the QuadProg QP solver with the Eigen3 library.tvm
A framework for writing and solving optimization problem, with an emphasis on robotic control (Beta)sva_rbdyn_tutorials
Tutorials in IPython notebook for the SpaceVecAlg and RBDyn library.eigen-qld
eigen-qld allow to use the QLD QP solver with the Eigen3 library.jrl-walkgen
Walking Pattern Generator for Humanoidssch-core
Implementation and computation algorithms for the convex hullsjrl-qp
Tools and implementations to write, specialize and test QP solversCaptureProblemSolver
A dedicated solver for the capture problem initially presented in S. Caron, B. Mallein "Balance control using both ZMP and COM height variations: A convex boundedness approach", ICRA 2018mc_rbdyn_urdf
A ROS-free URDF parser to create RBDyn structuresmc_rtc_ros
Tools for the mc_rtc framework built around ROSmc_franka
Interface between mc_rtc and libfrankamc_panda
Panda's RobotModule and extensions for mc_rtceigen-gurobi
eigen-gurobi allows to use the Gurobi QP solver with the Eigen3 libraryjrl-travis
Travis build scriptslexls
A fast C++ solver for lexicographic least-squares problemsjrl-umi3218.github.com
JRL webpagemc_vrep
Interface between mc_rtc and CoppeliaSim (was V-REP)jrl-mal
Matrix Abstract Layer to allow multiple libraries on JRL codemc_force_sensor_calibration_controller
Controller to calibrate force sensors and let mc_rtc remove the effect of gravity due to links attached to the force sensors (grippers/feet).mc_naoqi
Communication module between mc_rtc and SoftBank robots running NAOqi operating systemmc_openrtm
Interface between OpenRTM and mc_rtcmc_udp
UDP-based client-server implementation for mc_rtcjrl-dynamics
Implementation of RNEA for robot controlpepper-fsm-controller
Sample FSM controller for the Pepper humanoid roboteigen-osqp
eigen-osqp allows to use the OSQP solver with the Eigen3 libraryjrl-mathtools
JRL Math Tools- Provides small size matrices efficient implementationlibmocap
A simple library to load motion capture datamc_env_description
Description package for environments used along the mc_rtc frameworksample-humanoid-robot
Provides a humanoid robot model to test algorithmsManipulationKinodynamics
Human manipulation kinodynamics datasetjrl-cmakemodules-tutorials
Basic example of jrl-cmakemodules usagepepper_description
ROS description package for the Pepper robot customized for mc_rtc usagesch-creator
Creation of convex hulls volumesnao_description
NAO ROS description package modified for mc_rtcmc_state_observation
State observers for mc_rtcmc_naoqi_dcm
Local DCM module for SoftBankRobotics robots designed to be used with mc_naoqi interfacemc_rtc_msgs
ROS messages for mc_rtcsch-visualization
Library for vizualization of the the sch volumesmc_rtc_data
Data for the mc_rtc packageSpringEstimator
bibmanagement
Python package to manipulate bibliographies and output them in various formats.mc-talos
mc_rtc robot module for Talos robotsch-core-python
Python bindings for the sch libraryhuman_description
Human model ROS description package customized for mc_rtcgithub-actions
GitHub Actions used in JRL projectsmc_int_obj_description
Description package for sample interactive objects in the mc_rtc frameworkmc_go1
Robot module for the unitree Go1 robotmc_go1_description
Robot description for the Unitree Go1 robotmc_panda_lirmm
Custom robot modules for panda robots in LIRMMmc_human
Human robot module for mc_rtcLove Open Source and this site? Check out how you can help us