Releases: stack-of-tasks/tsid
Releases · stack-of-tasks/tsid
Release v1.7.1
Release v1.7.0
Changes in v1.7.0:
- expose SE3ToVector and vectorToSE3
- remove warnings
- Enhance Python target packaging
- Add CI with GitHub Action for conda
- Add support for proxqp and osqp solver
- Clean and update contributors list
- pre-commit autoupdate
- Expose TaskJointPosVelAccBounds
- Expose AddMotionTask for TaskJointPosVelAccBounds
- Fix qpmad
- Add clang-format Google style
- Add Measured force as an external force task with moving objects
- update CMake: fetch submodule, set default build type, fix RPATH
- fix for eigenpy v3
- np.matrix → np.array
- tooling: setup black isort & toml-sort
Release v1.6.3
Changes in v1.6.3:
- Require C++17
- fix tests in 18.04
- update pinocchio use
Release v1.6.2
Changes in v1.6.2:
- update python tests for np array
- add task actuation equality
- use generated headers
- Choose floating-base (or not) when creating a robot wrapper
- Add optional support of qpmad solver
- update packaging for eigenpy 2.7.12
TSID 1.6.1
This new release is mostly a maintenance release, including fixes for the recent version of Eigen 3.4.
Release v1.6.0
Changes in v1.6.0:
- Add bindings for method Contact6d::getMotionTask
- Add Center of Pressure Taks
- fix warnings
Release v1.5.0
Changes in v1.5.0:
- [py] Add config variable to specify whether end-effector task should
be formulated in local frame or world frame. - [C++] Standardize names of methods to get and set mask in motion tasks.
- [py] Add accessors masks in TaskCOM and TaskSE3Equality.
- bugfixes
Release v1.4.2
Changes in v1.4.2:
- Add a mask to task-com-equality
- Fix bug in Contact6d::setRegularizationTaskWeightVector
- CMake: fix configure without tests
Release v1.4.1
Changes in v1.4.1
- fix memory leaks thanks to shared_ptr
- fix warnings
- fix package.xml for ROS
Release v1.4.0
Changes in v1.4.0:
- add setGravity
- stop using StdVec in python to make code more user friendly
- add 6d contact with motion constraint at priority level 1 in python
- use example-robot-data in notebooks