Back to Course
Class 6 - Coding, AI & Robotics Course
0% Complete
0/0 Steps
-
Coding
Session 1: Introduction to Coding3 Topics -
Session 2: Backdrop, Costume, and Animation3 Topics|1 Quiz
-
Session 3: Basics of Algorithm and Flowchart3 Topics|1 Quiz
-
Session 4: Basics of Pseudocode3 Topics|1 Quiz
-
Session 5: Getting Started with Quarky3 Topics|1 Quiz
-
Session 6: Variables: The Multitaskers4 Topics|1 Quiz
-
Session 7: Arithmetic Operators4 Topics|1 Quiz
-
Session 8: Conditional Statements3 Topics|1 Quiz
-
Session 9: Logical Operators4 Topics|1 Quiz
-
Session 10: Nested Conditional Statements2 Topics|1 Quiz
-
Session 11: Loops3 Topics|1 Quiz
-
Session 12: Touch Based Piano2 Topics
-
Session 13: Criterial in Loops5 Topics|1 Quiz
-
Session 14: Catch the Fruit Game - Part 12 Topics
-
Session 15: Catch the Fruit Game - Part 22 Topics|1 Quiz
-
Artificial IntelligenceSection 16: Introduction to Artificial Intelligence3 Topics|1 Quiz
-
Session 17: Basics of Face Detection2 Topics|1 Quiz
-
Session 18: Face Expression Detection2 Topics|1 Quiz
-
Session 19: Mimic Face with Quarky1 Topic
-
Session 20: Face Filter - Part 12 Topics
-
Session 21: Face Filter - Part 22 Topics
-
RoboticsSession 22: Basics of Robotics2 Topics|1 Quiz
-
Session 23: Wirelessly Controlled Robot2 Topics
-
Session 24: Introduction to Sensors3 Topics|1 Quiz
-
Session 25: Introduction to Actuators3 Topics|1 Quiz
-
Session 26: Face Tracking with Robot2 Topics
-
Session 27: Obstacle Avoidance Robot - Part 13 Topics
-
Session 28: Obstacle Avoidance Robot - Part 22 Topics|1 Quiz
-
Session 29: Edge Detector Robot - Part 13 Topics
-
Session 30: Edge Detector Robot - Part 22 Topics|1 Quiz
-
Capstone ProjectCapstone Project
Lesson 12,
Topic 2
In Progress
Activity: Touch Based Piano
Lesson Progress
0% Complete
Our touch-based piano will work like this: when we touch a particular sensor, then Quarky will play a note. The note will be different for each sensor.
Sounds cool? Let’s get started then!
Let’s Code!
Alert: Make sure that your Quarky is connected to PictoBlox either using Bluetooth or USB.
Follow the steps below to transform Quarky into a melodious piano:
Let’s start with the first touch sensor.
- Open PictoBlox and create a New File.
- Select the coding environment as Block Coding.
- Go to the Sensors palette and add a when () is touched block into the scripting area. The first sensor, T1, is set as the default option.
- To play sound, go to Speaker palette and add play tone of note () with duration () block below the when () is touched block
According to the script so far, Quarky will play the note C4 if T1 is touched. You can test the script by touching the T1 pin. - Repeat steps 1 and 2 for T2, T3, T4, and T5. All you have to do is change the sensor chosen in each when () is touched block and the note in each play tone of note () with duration () block.
- Save the file with the name Fruits Based Piano.
Have fun playing your piano!
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:
- Click on Browse.
- Search and Select your saved Project file(.sb3) and Click Open.
- Click on Upload to submit the assignment.
The file type allowed is the SB3 file generated from the PictoBlox program. The maximum file size allowed is 5 MB.
Good luck!