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Wearable-Tech Projects with the Raspberry Pi Zero

Wearable-Tech Projects with the Raspberry Pi Zero

By : Jon Witts
4.5 (2)
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Wearable-Tech Projects with the Raspberry Pi Zero

Wearable-Tech Projects with the Raspberry Pi Zero

4.5 (2)
By: Jon Witts

Overview of this book

With Wearable-Tech Projects with the Raspberry Pi Zero, you will begin with learning how to install the required software for your upcoming projects. You will also learn how to control electronic devices with the GPIOZero Python library. Next, you will be creating some stylish wearable-tech projects such as a motion-reactive LED cap and a Tweet-activated LED T-shirt. Toward the end of the book, you will be creating some useful health and fitness wearable-tech projects; these will help you monitor your heart rate, track your movements with GPS, and count your footsteps with your own pedometer. By the end of the book, you will have created a range of wearable-tech projects and learned enough about your Raspberry Pi Zero that you should be able to adapt these projects further or come up with your own creations!
Table of Contents (10 chapters)
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How a pedometer works

Before we begin looking at our hardware or Python program for this project, it is worth spending a little bit of time understanding how a pedometer uses the data from an accelerometer to calculate steps taken. If you already use a pedometer and have compared the results from one application or device to that of another, you are probably aware that they will nearly always differ in their readings. This is because each pedometer will be using a slightly different algorithm to calculate steps taken from the data it is receiving from the accelerometer.

Our accelerometer measures acceleration through three different axis, x, y, and z, and it returns these as a measurement relative to the gravitational pull upon the device.

This image displays the three axis of movement which our accelerometer can detect:

Now, if we think about how a person walks, they bounce...

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