Software variants developed between 2014 and 2017 to compete in RoboCupJunior Simulation (AKA CoSpace Rescue), both in Primary and Secondary sub-leagues.
-
The CoSpace Robot Simulator is a virtual real/simulated bridge robotics simulation environment oriented for teaching and challenges, developed by the Advanced Robotics & Intelligent Control Centre (ARICC) of Singapore Polytechnic.
-
CoSpace Rescue Challenge has been introduced as an official RoboCup Junior category in 2010, and it is the only RCJ sub-league to be exclusively focused on software strategy development. You can watch This Video to understand the rules of this team game.
-
This repository contains code that I developed in a partnership with both Oswald de Andrade School (from São Paulo) and Santa Bartolomea Capitanio School (from Macapá), inside the platforms own coding environment.
NOTE: CS is known for incompatibilities between files and maps. There is no guarantee that any of this will work with any versions of it on a post-2017 format.
A few IEEE-format archives detailing universal strategies were developed by the team members for various competition events (written in brazillian Portuguese):
CHS Controller --> 1st Place at the Latin American Robotics Competion 2015, participated in RoboCup World Championship 2016 in Leipzig, Germany
OpenSky Prime ---> 1st Place at the Latin American Robotics Competition 2016, participated in RoboCup World Championship 2017 in Nagoya, Japan
This software is only supported on machines running Windows.
- Apply for a serial activation code request: https://www.cospacerobot.org/download/registration
- Install Microsoft Robotics 4 on your computer: https://www.microsoft.com/en-sg/download/details.aspx?id=29081
- Now Download the latest version of CoSpace Rescue Simulator, extract the zip file and install on top of your MSR4 installation
- Download or clone this repository to your desktop
- Launch CSBot and load one of the provided DLL files on one or both robots. Click the play button to run
- The codes can be inspected, recalibrated and rebuilt directly from inside the program, simply open it´s .smp file and the logic will be displayed