This task is related to the 2022 RoboSub competition. Interested in helping out? Please click here to navigate to the parent issue or the parent project, which can show you how to get started.
For this task, you will need to detect an OpenCV algorithm for detecting the differences between the two Make the Grade buoys. For this task, the sub only needs to distinguish the two buoys, so the vision algorithm does not need to be ultra precise. However, it should have good accuracy at determining the differences between the two buoys when placed side-by-side.
To complete this task, develop a vision algorithm that can reliably determine the differences between the two textured buoys when placed side-by-side. The algorithm should not be hindered by environmental variables. Completing this task will likely involve code, therefore, this issue will likely be closed in a PR.
This task is related to the 2022 RoboSub competition. Interested in helping out? Please click here to navigate to the parent issue or the parent project, which can show you how to get started.
For this task, you will need to detect an OpenCV algorithm for detecting the differences between the two Make the Grade buoys. For this task, the sub only needs to distinguish the two buoys, so the vision algorithm does not need to be ultra precise. However, it should have good accuracy at determining the differences between the two buoys when placed side-by-side.
To complete this task, develop a vision algorithm that can reliably determine the differences between the two textured buoys when placed side-by-side. The algorithm should not be hindered by environmental variables. Completing this task will likely involve code, therefore, this issue will likely be closed in a PR.