Back to Course

Class 6 - Coding, AI & Robotics Course

0% Complete
0/0 Steps

  1. Coding

    Session 1: Introduction to Coding
    3 Topics
  2. Session 2: Backdrop, Costume, and Animation
    3 Topics
    |
    1 Quiz
  3. Session 3: Basics of Algorithm and Flowchart
    3 Topics
    |
    1 Quiz
  4. Session 4: Basics of Pseudocode
    3 Topics
    |
    1 Quiz
  5. Session 5: Getting Started with Quarky
    3 Topics
    |
    1 Quiz
  6. Session 6: Variables: The Multitaskers
    4 Topics
    |
    1 Quiz
  7. Session 7: Arithmetic Operators
    4 Topics
    |
    1 Quiz
  8. Session 8: Conditional Statements
    3 Topics
    |
    1 Quiz
  9. Session 9: Logical Operators
    4 Topics
    |
    1 Quiz
  10. Session 10: Nested Conditional Statements
    2 Topics
    |
    1 Quiz
  11. Session 11: Loops
    3 Topics
    |
    1 Quiz
  12. Session 12: Touch Based Piano
    2 Topics
  13. Session 13: Criterial in Loops
    5 Topics
    |
    1 Quiz
  14. Session 14: Catch the Fruit Game - Part 1
    2 Topics
  15. Session 15: Catch the Fruit Game - Part 2
    2 Topics
    |
    1 Quiz
  16. Artificial Intelligence
    Section 16: Introduction to Artificial Intelligence
    3 Topics
    |
    1 Quiz
  17. Session 17: Basics of Face Detection
    2 Topics
    |
    1 Quiz
  18. Session 18: Face Expression Detection
    2 Topics
    |
    1 Quiz
  19. Session 19: Mimic Face with Quarky
    1 Topic
  20. Session 20: Face Filter - Part 1
    2 Topics
  21. Session 21: Face Filter - Part 2
    2 Topics
  22. Robotics
    Session 22: Basics of Robotics
    2 Topics
    |
    1 Quiz
  23. Session 23: Wirelessly Controlled Robot
    2 Topics
  24. Session 24: Introduction to Sensors
    3 Topics
    |
    1 Quiz
  25. Session 25: Introduction to Actuators
    3 Topics
    |
    1 Quiz
  26. Session 26: Face Tracking with Robot
    2 Topics
  27. Session 27: Obstacle Avoidance Robot - Part 1
    3 Topics
  28. Session 28: Obstacle Avoidance Robot - Part 2
    2 Topics
    |
    1 Quiz
  29. Session 29: Edge Detector Robot - Part 1
    3 Topics
  30. Session 30: Edge Detector Robot - Part 2
    2 Topics
    |
    1 Quiz
  31. Capstone Project
    Capstone Project
Lesson Progress
0% Complete

Servo Calibration

The purpose of servo motor calibration is to align the angle of your servo motor properly.

Connecting Servo to Quarky

The Servo motor will be connected to the Quarky Servo Connector. There are two servo ports on Quarky. Always make sure that brown wire is on your left side.

Angle Calibration

To do the calibration we have to be familiar with the servo angles.

According to the servo motor’s configuration, 90° means facing forward. Therefore, 45° is on the right, and 135° on the left, which is nothing but 45° on the left, from the forward position.

Servo Control Blocks

PictoBlox has one block that can be used to calibrate a servo motor:

  1. Set servo on () to () angle: This block is used to change the angle of the servo motor to any particular angle between 0 to 180.

We have assembled the Obstacle Avoidance Robot. We will understand how to calibrate it using this block. Follow the steps given below,

  1. First, detach the Ultrasonic Sensor Assembly from the servo head.
  2. Go to the event block and drag and drop the when green flag clicked into the scripting area.
  3. Next, place the set servo on () to () angle from the robot palette below the when green flag clicked block.
  4. Run the script. The servo head should get aligned properly.
  5. Finally, put the Ultrasonic Assembly on the servo shaft.

Your calibration is done.

Activity: Servo Movement

Continuing with the next activity, here we’ll rotate the servo motor’s shaft at different angles, such as 0, 90, and 180 degrees.

Lets Code! 

  1. Open PictoBlox and create a New File.
  2. Select the coding environment as Block Coding.
  3. Go to the event palette and add the when green flag clicked block into the scripting area.
  4. Place the forever block below it.
  5. Add set servo on () to () angle block from robot palette within the forever block, and change the angle 90.
  6. Add a delay of 1 second by placing the wait () seconds block inside the forever block.
  7. Duplicate the last two blocks and now set the angle to 0 in the set servo on() to () angle block.
  8. Repeat this step and change the angle to 90, and 180 respectively for the next servo blocks.
  9. Save the file with the name Activity- Servo Moment.

Finally, our script is ready!

Click on the green flag to run it.

Testing

When we click on the green flag, the servo’s shaft will continue to rotate. Try to set it on different angles and check.

Assignment

Before you move on to the next lesson, a small assignment awaits you!

You must upload the PictoBlox program you created in this activity to the website. Submitting the assignment is a must in order to receive the certificate after completing the course.

Follow the steps below to upload your assignment:

  1. Click on Browse.
  2. Search and Select your saved Project file(.sb3) and Click Open.
  3. Click on Upload to submit the assignment.
evive Alert
The file type allowed is the SB3 file generated from the PictoBlox program. The maximum file size allowed is 5 MB.

Good luck!