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Cybersecurity: Radio Tilt Control

Curriculum

  • 1 Section
  • 37 Lessons
  • Lifetime
Expand all sectionsCollapse all sections
  • Cybersecurity: Radio Tilt Control
    37
    • 1.1
      Measure Accelerometer Tilt
    • 1.2
      Test Tilts
    • 1.3
      A Bit About Acceleration
    • 1.4
      Inside the micro:bit Accelerometer
    • 1.5
      How the Script Works
    • 1.6
      Try This: Take X and Y Rotation Samples
    • 1.7
      Your Turn: Combine Tilt and Rotation
    • 1.8
      Measure Rotation Angles
    • 1.9
      Measuring Rotation Angles
    • 1.10
      How Measuring Rotation Angles Works
    • 1.11
      Did You Know? Trigonometry and Rotation Angles
    • 1.12
      Measure How Far from Vertical or Level
    • 1.13
      How It Works
    • 1.14
      Z-Axis: Which Way Is Up?
    • 1.15
      How it Works: Z axis
    • 1.16
      Did You Know? This Way Up
    • 1.17
      Try This: Get Familiar Z-Axis Angle Measurements
    • 1.18
      Your Turn: All Together Now
    • 1.19
      Display Tilt Direction
    • 1.20
      Try This: Negative Hour Values
    • 1.21
      Your Turn: Display Tilt Direction
    • 1.22
      Tilt Radio Tests
    • 1.23
      Radio-Transmit Tilt
    • 1.24
      Radio-Receive Tilt
    • 1.25
      How the Tilt Radio Tests Work
    • 1.26
      Tilt Control Forward and Backward
    • 1.27
      Rapid Radio-Transmit Tilt Data
    • 1.28
      Rapid Radio-Receive Tilt Plus Forward/Backward Control
    • 1.29
      Adding a Stop Range
    • 1.30
      Transmitter Displays Stop Range
    • 1.31
      Receiver Full Tilt Control and Stop Range
    • 1.32
      Add Left/Right Tilt Control
    • 1.33
      Update the Receiver cyber:bot Script
    • 1.34
      How the Receiver Works
    • 1.35
      Radio Tilt Controlled cyber:bot App
    • 1.36
      Radio Tilt Controlled cyber:bot Code
    • 1.37
      Radio Tilt Controller Code

Display Tilt Direction

Micropython’s Image.ALL_CLOCKS[hour] list has 12 LED patterns that resemble an analog clock hand at each hour.  It can be used for more than timekeeping though.  It can also point in the direction you are tilting the micro:bit!  This visual feedback will be useful for tilt-controlling the cyber:bot. 

First, let’s train an example script that displays each hour hand at 12, 1, 2 and all the way through 11.

Example script: display_clock_positions

  • Enter, name, and save display_clock_positions.  
  • Click the Send to micro:bit button.
  • Verify that it displays all the clock hand positions.
# display_clock_positions

from microbit import *

sleep(1000)

while True:
    
    for hour in range(0, 12):
        print("hour =", hour)
        display.show(Image.ALL_CLOCKS[hour])
        sleep(1000)

 


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