Download Make: Action: Movement, Light, and Sound with Arduino and by Simon Monk PDF

By Simon Monk

Beginning with the fundamentals and relocating steadily to larger demanding situations, this publication takes you step by step via experiments and initiatives that provide help to make your Arduino or Raspberry Pi create and regulate circulate, gentle, and sound. In different phrases: action!

The Arduino is a straightforward microcontroller with an easy-to-learn programming atmosphere, whereas the Raspberry Pi is a tiny Linux-based laptop. This booklet in actual fact explains the variations among the Arduino and Raspberry Pi, whilst to take advantage of them, and to which reasons each one are most sensible suited.

Using those generally on hand and cheap structures, you will learn how to keep watch over LEDs, vehicles of assorted kinds, solenoids, AC (alternating present) units, warmers, coolers, monitors, and sound. you will even observe the way to computer screen and regulate those units over the net. operating with solderless breadboards, you will get up and operating quick, studying how you can make tasks which are as enjoyable as they're informative. In Make: Action, you will research to:

  • Build a can crusher utilizing a linear actuator along with your Arduino
  • Have an Arduino water your plants
  • Build a private site visitors sign utilizing LEDs
  • Make a random balloon popper with Arduino
  • Cool down your drinks with a thermostatic drink cooler you construct yourself
  • Understand and use the PID keep an eye on algorithm
  • Use Raspberry Pi to create a puppet dance occasion that strikes in your tweets!

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Additional resources for Make: Action: Movement, Light, and Sound with Arduino and Raspberry Pi

Example text

Global variables (such as ledPin in the preceding example) can be used from anywhere in the program. On the other hand, local variables such as parameters to functions (pin and n in this example) and even i inside the for loop are only accessible within the function in which they are defined. So, in setup(), the line blink(ledPin, 5) passes the global variable ledPin into the function blink, where it will be assigned to the local variable pin. You might wonder why you should do this. The answer is that by passing in the pin to blink, we make the blink function general purpose, so it can be used to flash any pin we tell it to, rather than just ledPin.

These are useful for attaching a keyboard and mouse, as well as other peripherals, such as printers, scanners, and Flash drives. Below the USB ports, you will find an RJ45 Ethernet socket that allows you to connect your Raspberry Pi to your home router via cable. You will need to get your Raspberry Pi connected to your network so that you can access the Internet and install software onto the Raspberrry Pi. It can be more convienent to cut out the cable and use a USB WiFi adapter. Such an adapter only costs a few dollars and can be plugged into a USB port.

So, you use setup() to do all the things you need to do just once when the program starts. In the case of Blink, this just means specifying that the LED pin is set to be an output. The commands inside the loop() function will be run over and over again—that is, as soon as the last of the command lines in loop() has done its business, it will start over on the first line again. I have skipped over what the commands inside setup() and loop() actually do in Blink, but don’t worry, I will discuss them soon.

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