-Electrical team has given us three or four distance sensors, pointed out the back and sides of drivetrain
-Implement code to:
--Read these sensors value
--Determine criteria for evaluting whether we are close to colliding with a tote, based on sensor data
--Limit allowed motion of robot to prevent stack collision
-Should be able to be disabled or enabled by driver while robot is running, in case of malfunction.
-Will need to be tuned to actual field parameters and constratins to prevent collision without constraining robot motion unnecessicarily.
-Electrical team has given us three or four distance sensors, pointed out the back and sides of drivetrain -Implement code to: --Read these sensors value --Determine criteria for evaluting whether we are close to colliding with a tote, based on sensor data --Limit allowed motion of robot to prevent stack collision -Should be able to be disabled or enabled by driver while robot is running, in case of malfunction. -Will need to be tuned to actual field parameters and constratins to prevent collision without constraining robot motion unnecessicarily.