[ROS resources about Gazebo]
-->Article | How to create a ROS Sensor Plugin for Gazebo
http://www.theconstructsim.com/create-a-ros-sensor-plugin-…/
There are magnificent tutorials about how to create plugins for Gazebo in the GazeboSim webpage. There are even some tutorials about how to create plugins for Gazebo + ROS. Those tutorials show that there are several types of plugins (world, model, sensor, system, visual), and indicate how to create a plugin for a world type plugin.
Recently I need to create a plugin for a light detector. Reading the tutorials, I missed a concrete example about how to create a sensor plugin. Hence, I had to investigate a little bit about it. The result is the content of this post.
-->Article | How to Build a Differential Drive Simulation
http://www.theconstructsim.com/how-to-build-a-differential…/
In this post you are going to learn:
- How to build a simple differential drive simulation in Gazebo simulator.
- How to add a plugin to the model to allow ROS commands to the robot
-How to move the robot through ROS topics
-->Article | All about Gazebo 9 with ROS
http://www.theconstructsim.com/all-about-gazebo-9-with-ros/
See how to install Gazebo 9 simulator to work with your ROS system. We are going to see how to replace the default version of Gazebo that comes with the installation of ROS and if previously existing simulations work (or not) with this new version of the simulator.
--> ROS Project | Create a Hopper Robot in Gazebo Step-by-Step
http://www.theconstructsim.com/ros-projects-create-hopper-…/
--> ROS LIVE-Classes about Gazebo
http://www.theconstructsim.com/ros-developers-live-class-d…/
#17 - Let's Simulate a Robotic Arm With Gazebo: learn how to build a Gazebo simulation model of a ROBOTIC ARM using URDF
# 18 - Let's Simulate a World in Gazebo: create a world in the Gazebo simulator for the differential drive manipulator
#19 - Let's Use Gazebo Plugins: learn how to create a Gazebo plugin for a robot simulated world
#20 - Simulate an Industrial Environment: we are going to execute ARIAC simulation made by the OSRF
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