AutoRef honors 2019: Difference between revisions
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Using the ROS command ''rqt_graph'' the high-level system can be depicted as a few topics and nodes connected by messages, this can be seen in figure. [[File:Rqt drone follow.jpg|system]] | Using the ROS command ''rqt_graph'' the high-level system can be depicted as a few topics and nodes connected by messages, this can be seen in figure. [[File:Rqt drone follow.jpg|150 px|system]] | ||
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Revision as of 21:34, 4 May 2020
AutoRef Honors 2019/20
System Architecture
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Simulation
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Tutorial Simulation
After following this tutorial the reader should be able to run a basic simulation of a drone following a yellow object (which resembles a ball) on a soccer field. The simulation environment chosen for this project was CoppeliaSim (also known as V-rep). This environment was chosen because of its intuitive API and the ability of its internal object scripts, more information about how CoppeliaSim deals with scripts can be found here https://www.coppeliarobotics.com/helpFiles/en/scripts.htm. It should be noted that the reader should also be familiar with the beginner concepts of the Robot Operating System (ROS). If unfamiliar with ROS, skills can be obtained by following tutorials found on there site: http://wiki.ros.org/ROS/Tutorials.
- software architecture
Using the ROS command rqt_graph the high-level system can be depicted as a few topics and nodes connected by messages, this can be seen in figure. 
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