Debian Science Robotics-dev packages

AprilTag is a visual fiducial system, useful for a wide variety of tasks including augmented reality, robotics, and camera calibration. Targets can be created from an ordinary printer, and the AprilTag detection software computes the precise 3D position, orientation, and identity of the tags relative to the camera. The AprilTag library is implemented in C with no external dependencies. It is designed to be easily included in other applications, as well as be portable to embedded devices. Real-time performance can be achieved even on cell-phone grade processors.

This package includes the development files

Libccd met en œuvre des variantes de l'algorithme GJK (Gilbert-Johnson-Keerthi) et de l'algorithme EPA (Expand Polytope Algorithm). Il implémente aussi l'algorithme MPR (Minkowski Portal Refinement), alias XenoCollide, tel que publié dans «⋅Game Programming Gems⋅7⋅». Libccd est une des très rares bibliothèques à source libre qui comprend un algorithme MPR fonctionnant en espace 3D. Néanmoins, il existe une bibliothèque appelée mpr2d, mise en œuvre en langage de programmation⋅D qui fonctionne en espace 2D.

Ce paquet fournit les fichiers de développement (en-têtes, lien symbolique de la bibliothèque partagée, fichier cmake).

Choreonoid est un environnement d'interface graphique de robotique intégrée permettant aux utilisateurs d'ajouter leurs propres fonctions sur la base de diverses fonctions robotiques de base.

Ce paquet rassemble les fichiers de développement nécessaires à la compilation des greffons de Chorenoid.

Comedilib is a library for using Comedi, a driver interface for data acquisition hardware.

This package contains headers, static libraries, documentation, and examples for writing software that uses the Comedilib library. You only need to install it if you plan to develop or compile software that uses Comedilib.

ROS-independent, pure CMake (i.e. non-catkin and non-rosbuild package) that provides logging calls that mirror those found in rosconsole, but for applications that are not necessarily using ROS.

This package contains the development files (headers, pkg-config and CMake files).

This package provide files for translation from libcv-dev to subdivided packages.

This package contains the header files and static library needed to compile applications that use OpenCV (Open Computer Vision).

The Open Computer Vision Library is a collection of algorithms and sample code for various computer vision problems. The library is compatible with IPL (Intel's Image Processing Library) and, if available, can use IPP (Intel's Integrated Performance Primitives) for better performance.

OpenCV provides low level portable data types and operators, and a set of high level functionalities for video acquisition, image processing and analysis, structural analysis, motion analysis and object tracking, object recognition, camera calibration and 3D reconstruction.

FCL is a collision and proximity library that integrates several techniques for fast and accurate collision checking and proximity computation. Tje library is based on hierarchical representations and designed to perform multiple proximity queries on different model representations. The set of queries includes discrete collision detection, continuous collision detection, separation distance computation and penetration depth estimation. The input models may correspond to triangulated rigid or deformable models and articulated models. This package contains the development files.

Gazebo is a multi-robot simulator for outdoor environments. Like Stage (part of the Player project), it is capable of simulating a population of robots, sensors and objects, but does so in a three-dimensional world. It generates both realistic sensor feedback and physically plausible interactions between objects (it includes an accurate simulation of rigid-body physics).

This package contains development files (headers, shared library symbolic link and pkg-config file).

CMake modules to be used by the Ignition projects.

This package is required to build ignition projects, as well as to link your third party projects against them. It provides modules that are used to find dependencies of ignition projects and generate cmake targets for consumers of ignition projects to link against.

Ignition common is a component in the Ignition framework, a set of libraries designed to rapidly develop robot applications. A collection of useful classes and functions for handling many command tasks. This includes parsing 3D mesh files, managing console output, and using PID controllers.

This package contains development files (headers, shared library symbolic link and cmake file).

Ignition Fuel Tools is composed by a client library and command line tools for interacting with Ignition Fuel servers. These servers host and manage different 3D robotics models.

The package ships the ignition fuel development headers and libraries

A small, fast, and high performance math library. This library is a self-contained set of classes and functions suitable for robot applications.

Ignition Robtics is a set of simple libraries that provide useful functionality to bootstrap robot applications. The included libraries encapsulate all the essentials, such as common math data types, console logging, 3D mesh management, and asynchronous message passing.

A small, fast, and high performance math library. This library is a self-contained set of classes and functions suitable for robot applications.

Ignition Robtics is a set of simple libraries that provide useful functionality to bootstrap robot applications. The included libraries encapsulate all the essentials, such as common math data types, console logging, 3D mesh management, and asynchronous message passing.

The package contains the development files

Ignition msgs is a component in the Ignition framework, a set of librariesdesigned to rapidly develop robot applications. The library defines common protobuf messages used by the robotics community. This package contains the headers and other tools for development.

This is a transitional package to migrate to version 4-dev. This should help to preparate user system to host collide installation of 4 and future versions.

KIDO is a collaborative, cross-platform, open source library created by the Georgia Tech Graphics Lab and Humanoid Robotics Lab. The library provides data structures and algorithms for kinematic and dynamic applications in robotics and computer animation. KIDO is distinguished by it's accuracy and stability due to its use of generalized coordinates to represent articulated rigid body systems and computation of Lagrange's equations derived from D.Alembert's principle to describe the dynamics of motion. For developers, in contrast to many popular physics engines which view the simulator as a black box, KIDO gives full access to internal kinematic and dynamic quantities, such as the mass matrix, Coriolis and centrifugal forces, transformation matrices and their derivatives. KIDO also provides efficient computation of Jacobian matrices for arbitrary body points and coordinate frames. Contact and collision are handled using an implicit time-stepping, velocity-based LCP (linear-complementarity problem) to guarantee non-penetration, directional friction, and approximated Coulomb friction cone conditions. For collision detection, KIDO uses FCL developed by Willow Garage and the UNC Gamma Lab. KIDO has applications in robotics and computer animation because it features a multibody dynamic simulator and tools for control and motion planning. Multibody dynamic simulation in KIDO is an extension of RTQL8, an open source software created by the Georgia Tech Graphics Lab. This package contains main headers and other tools for development.

The OctoMap library implements a 3D occupancy grid mapping approach, providing data structures and mapping algorithms in C++ particularly suited for robotics. The map implementation is based on an octree and is designed to meet the following requirements: Full 3D model, Updatable, Flexible and Compact. This package contains the development stuff.

ODE is a free, industrial quality library for simulating articulated rigid body dynamics - for example ground vehicles, legged creatures, and moving objects in VR environments. It is fast, flexible, robust and platform independent, with advanced joints, contact with friction, and built-in collision detection.

This package provides the header files and static libraries built with double precision, default in 64 bits platforms. In 32 bits platforms default is single precision.

The Open Motion Planning Library is a set of sampling-based motion planning algorithms. The content of the library is limited to these algorithms, which means there is no environment specification, no collision detection, and no visualization. The library is designed so it can be easily integrated into systems that provide those additional components. This package contains the development files needed to use the library.

Open IGT Link is a simple network protocol intended for trackers, robots and other devices to send data to the main application. Some devices might also accept commands.

For example applications may include:

• Stereotactic surgical guidance using optical position sensor and medical image visualization software.
• Intraoperative image guidance using real-time MRI and medical image visualization software
• Robot-assisted intervention using robotic device and surgical planning software

This package contains the development files needed to build your own IGT applications.

Orocos (http://www.orocos.org) is the acronym of the Open Robot Control Software project. The project's aim is to develop a general-purpose, free software, and modular framework for robot and machine control. The Orocos project supports 4 C++ libraries: the Real-Time Toolkit, the Kinematics and Dynamics Library, the Bayesian Filtering Library (BFL) and the Orocos Component Library.

This package provides the headers for developing Orocos-BFL applications.

Orocos project to supply RealTime usable kinematics and dynamics code, it contains code for rigid body kinematics calculations and representations for kinematic structures and their inverse and forward kinematic solvers. This package contains the development files of the library.

The Point Cloud Library (PCL) is a standalone, large scale, open project for 2D/3D image and point cloud processing.

The PCL framework contains numerous state-of-the art algorithms including filtering, feature estimation, surface reconstruction, registration, model fitting and segmentation.

This package contains development files (headers and shared library symbolic link).

RobOptim is a set of packages designed to make robotics non-linear optimization problem easier to solve. It is composed of several packages which are focusing on different kind of problem related to robotics, especially humanoid robotics.

This package contains development files (headers and shared library symbolic link).

SDF is an XML file format that describes environments, objects, and robots in a manner suitable for robotic applications. SDF is capable of representing and describing different physic engines, lighting properties, terrain, static or dynamic objects, and articulated robots with various sensors, and acutators. The format of SDF is also described by XML, which facilitates updates and allows conversion from previous versions. A parser is also contained within this package that reads SDF files and returns a C++ interface.

This package contains development files (headers, shared library symbolic link and cmake file).

Simbody is a SimTK toolset providing general multibody dynamics capability, that is, the ability to solve Newton's 2nd law F=ma in any set of generalized coordinates subject to arbitrary constraints. Simbody is provided as an open source, object-oriented C++ API and delivers high-performance, accuracy-controlled science/engineering-quality results.

This package contains development files (headers, shared library symbolic link and pkg-config file).

SLICOT (Subroutine Library In COntrol Theory) is a general purpose basic mathematical library for control theoretical computations. The library provides tools to perform essential system analysis and synthesis tasks. The main emphasis in SLICOT is on numerical reliability of implemented algorithms and the numerical robustness and efficiency of routines. Providing algorithmic flexibility and the use of rigorous implementation and documentation standards are other SLICOT features.

SLICOT is written is Fortran 77 and builds upon the numerical linear algebra routines from BLAS (Basic Linear Algebra Subroutines) and LAPACK (Linear Algebra PACKage).

This package contains a static version of the library.

The URDF (U-Robot Description Format) library provides core data structures and a simple XML parsers for populating the class data structures from an URDF file.

This package contains the development files (headers, pkg-config and CMake files).

The URDF (U-Robot Description Format) library provides core data structures and a simple XML parsers for populating the class data structures from an URDF file.

This package contains the headers files.

This is a metapackage providing development package necessary for development of ViSP (Visual Servoing Platform).

ViSP standing for Visual Servoing Platform is a modular cross platform library that allows prototyping and developing applications using visual tracking and visual servoing technics at the heart of the researches done by Inria Lagadic team. ViSP is able to compute control laws that can be applied to robotic systems. It provides a set of visual features that can be tracked using real time image processing or computer vision algorithms. ViSP provides also simulation capabilities.

ViSP can be useful in robotics, computer vision, augmented reality and computer animation.

Comedilib is a library for using Comedi, a driver interface for data acquisition hardware. See the libcomedi0 package for more information.

This package provides Python bindings to the comedi library.

This package is part of Robot OS (ROS). catkin_lint checks package configurations for the catkin build system of ROS. It runs a static analysis of the package.xml and CMakeLists.txt files in your package, and it will detect and report a number of common problems.

This package provides the Python 3 version of catkin_lint.

This package is part of Robot OS (ROS). tf2 is the second generation of the transform library, which lets the user keep track of multiple coordinate frames over time. tf2 maintains the relationship between coordinate frames in a tree structure buffered in time, and lets the user transform points, vectors, etc between any two coordinate frames at any desired point in time.

This package contains the Python 3 binding.

This package is part of Robot OS (ROS). It is a metapackage which provides a ROS desktop development system (including ROS robot and viz).

This package is part of Robot OS (ROS). It is a metapackage which provides a ROS desktop-full development system (including all dependencies needed to build ROS desktop-full).

This package is part of Robot OS (ROS). It is a metapackage which provides a LISP-based ROS desktop-full development system.

This package is part of Robot OS (ROS). It is a metapackage which provides a python-based ROS desktop-full development system.

This package is part of Robot OS (ROS). It provides hooks to set the environment variables ROS_VERSION, ROS_DISTRO, ROS_PACKAGE_PATH, and ROS_ETC_DIR.

This package is part of Robot OS (ROS). It is a metapackage which provides a ROS perception development system (including ROS base).

This package is part of Robot OS (ROS). It is a metapackage which provides a ROS simulators development system (including ROS robot).

Different to upstream, this package does not provide: gazebo_ros_pkgs, rqt_common_plugins, rqt_robot_plugins, stage_ros. Please install them from source, if you need them.

ViSP, signifiant Visual Servoing Platform (plate-forme pour asservissement visuel), est une bibliothèque modulaire multi-plateforme permettant le prototypage et le développement d’applications utilisant les techniques d’asservissement visuel, au cœur des recherches faites par l’équipe Lagadic de l’Inria. ViSP peut calculer les lois de contrôle applicables aux systèmes robotiques. Il fournit un ensemble de fonctions visuelles qui peuvent être suivies en utilisant le traitement d’images en temps réel ou des algorithmes de vision par ordinateur. ViSP fournit aussi des fonctions de simulation.

ViSP peut être très utile en robotique, vision par ordinateur, réalité augmentée et animation numérique.

Ce paquet fournit des données de référence pour des tests et des exemples de ViSP.