A C#/.NET client library for ROS2 enabling communication between ROS2 systems and C# applications like Unity3D.
Ros2cs is a C#/.NET client library that implements the ROS2 client library (rcl) APIs, enabling communication between the ROS2 robotics ecosystem and C# applications. It solves the problem of integrating ROS2-based robotic systems with C# environments like Unity3D, allowing for high-performance data exchange in simulations and applications.
Developers working on robotics simulations in Unity3D, C#/.NET applications that need to interface with ROS2 systems, and teams building robotic software that requires integration with .NET ecosystems.
Developers choose Ros2cs for its native C# implementation of ROS2, support for custom message generation, and seamless integration with Unity3D, offering a robust alternative to other ROS2 client libraries for .NET-based projects.
A C# (.Net) implementation of ros2 client library (rcl), enabling communication between ros2 ecosystem and C#/.Net applications such as Unity3D
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Implements Node, Publisher, Subscription, QoS, and Clock for standard ROS2 interactions, ensuring compatibility with the ROS2 ecosystem as highlighted in the README.
Allows easy generation of custom messages from unmodified ROS2 packages by placing them in the src/ros2 folder, streamlining integration with existing ROS2 workflows.
Offers standalone and overlay deployment options, providing flexibility for environments with or without existing ROS2 installations, such as Unity3D simulation servers.
Specifically designed for seamless use with Unity3D, including logger hooks for application callbacks, and is part of the Ros2 For Unity project for high-performance communication.
Only officially supports Ubuntu 20.04, 22.04, and Windows 10/11, excluding common development environments like macOS and other Linux distributions, which restricts cross-platform adoption.
Compatible only with Galactic and Humble ROS2 distributions, potentially lagging behind newer releases and limiting use with other stable or experimental ROS2 versions.
Requires OS-specific build instructions and manual testing steps, including sourcing ROS2, which can increase setup time and complexity compared to more automated solutions.