Roland Philippsen's repositories
stanford_wbc
Whole-Body Control framework developed at the Stanford Robotics and AI Lab
whole_body_control
ROS stack for Stanford_WBC related packages.
reflexxes_otg
This is the open-source "Type I Online Trajectory Generation" library, with minimally invasive ROS package support. The OTG provides acceleration-bounded multi-dimensional trajectories. It has a short and deterministic computation time, making it extremely well suited for real-time robot control.
utaustin-wbc
Whole-Body Control project, University of Texas at Austin
opendrive2lanelet
Fork of https://gitlab.lrz.de/tum-cps/opendrive2lanelet
asl-ros-sandbox
Sandbox for ASL's ROS package development.
pr2_dynamics_identification
(old) PR2 Dynamics Identification Toolbox. Mostly based on gross simplifying assumptions, this set of tools should allow us to see whether we at least got the orders of magnitude right in the various parameters of the rigid dynamics model. Masses, centers of masses, and moments of inertia are the model parameters under consideration. Originally hosted on gitorious.org as dynamics_identification (without the pr2_ prefix), until they got bought.
kitchensink
Trying to get some sensible way of archiving all my files based on SHA and hardlinks, with reverse lookup as well. Will start out as a hacky shell script, may evolve if it turns out useful.
stanford_wbc_3rdparty
Third-party dependencies for Stanford_WBC (some optional).
dallison-subspace
Subspace IPC, forked from https://github.com/dallison/subspace
kinematic_objectives
Constrained optimization library specialized for (mobile) manipulation, geared toward objectives and constraints that can naturally be modeled using a robot's kinematic model. The focus is on reusability, flexibility, and expressive user-level feedback when objectives cannot be achieved.
minitao
Minimal TAO with joint-space dynamics wrappers. This was based on stanford-wbc-0.5 and used for headless simulation. One of the main goals was to clean out accumulated gruft from the original TAO dynamics engine, do proper coverage testing, and work on more streamlined and convenient data structures, and possibly better support spherical joints that use quaternions (where the number of positional parameters is 4 but for velocities it's 3). Hosted on gitorious.org until they got bought, copied here mainly for archival purposes.