Lesson 8 - EdPy
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Line tracking is a very basic robotic behavior that is used in many automated factories and warehouses today. Will it be the same in the future? What will the workplace of the future look like with more robots?
Will it even exist? |
8.1 – Line tracking sensor
In this activity, you will learn more the Edison robot’s line tracking sensor and how Edison can use this sensor to determine if it is on a reflective or non-reflective surface.
In this activity, you will learn more the Edison robot’s line tracking sensor and how Edison can use this sensor to determine if it is on a reflective or non-reflective surface.
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8.2 – Drive until a black line
In this activity, you will write a program so that your Edison robot will drive forward on a white (reflective) surface until a black (non-reflective) line is crossed.
In this activity, you will write a program so that your Edison robot will drive forward on a white (reflective) surface until a black (non-reflective) line is crossed.
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8.3 – Drive inside a border
In this activity, you need to write a program that will keep Edison inside a black border using the robot’s line tracking sensor.
In this activity, you need to write a program that will keep Edison inside a black border using the robot’s line tracking sensor.
| 8.3_edpy-student-worksheets-complete_udpated.pdf |
8.4 – Follow a line
In this activity, you will use the Edison robot’s line tracker to write a program in EdPy which makes Edison follow any black line.
In this activity, you will use the Edison robot’s line tracker to write a program in EdPy which makes Edison follow any black line.
| 8.4_edpy-student-worksheets-complete.pdf |