graphics/ros-kdl-parser

ROS tool to build a KDL tree from an URDF robot model
Directory:
graphics/ros-kdl-parser (package's history)
Package version:
ros-kdl-parser-1.14.2
Home page:
http://ros.org/wiki/kdl_parser
License:
modified-bsd
Source archive:
https://github.com/ros/kdl_parser/archive/1.14.2.tar.gz
Description:
The Kinematics and Dynamics Library (KDL) defines a tree structure to represent the kinematic and dynamic parameters of a robot mechanism. kdl_parser provides tools to construct a KDL tree from an XML robot representation in URDF.
Run dependencies:
libstdc++, orocos-kdl>=1.3, py38-catkin-pkg>=0.2, py38-empy>=3, py38-nose>=0.10, py38-pyparsing, py38-ros-catkin>=0.7, ros-comm>=1.13, ros-console>=1.13, ros-urdf>=1.12, tinyxml>=2, tinyxml2>=2, urdfdom-headers>=0.2.2
Build dependencies:
boost-headers>=1.60, cmake>=2.8.3, digest>=20080510, eigen3>=3.0.0, g++>=3, gcc>=3, pax, pkg-config>=0.22, pkg_install>=20110805.12, python38>=3.8<3.9, ros-cmake-modules>=0.3, tnftp>=20130505~ssl
General options:
debug
Produce debugging information for binary programs
c++-compiler alternatives:
g++
Use the GNU C++ compiler
clang++
Use the LLVM C++ compiler
ccache-g++
Use ccache and the GNU C++ compiler
ccache-clang++
Use ccache and the LLVM C++ compiler
c-compiler alternatives:
gcc
Use the GNU C compiler
clang
Use the LLVM C compiler
ccache-gcc
Use ccache and the GNU C compiler
ccache-clang
Use ccache and the LLVM C compiler
python alternatives:
python27
Use python-2.7
python36
Use python-3.6
python38
Use python-3.8
python39
Use python-3.9
python310
Use python-3.10
python311
Use python-3.11
python312
Use python-3.12
python313
Use python-3.13

For a summary on how to use the package collection, see the README.html. robotpkg is designed to permit easy installation from source - particularly useful if the latest binary package is not available for your chosen platform.

Problem reports, updates or suggestions for this package should be reported via the mailing list, see https://sympa.laas.fr/sympa/info/robotpkg for more information and subscription.

This page was generated on Tue May 6 20:13:46 CEST 2025.