Arduino

Arduino is an open-source physical computing platform designed to make experimenting with electronics more fun and intuitive. Arduino has its own unique, simplified programming language, a vast support network, and thousands of potential uses, making it the perfect platform for both beginner and advanced DIY enthusiasts.

This is a picture of me working with the arduino board.

Circuit 1

Codes from the Arduino was inputted into the Arduino Board. From there the program was run.

The Code turn the Arduino Board on in off with a delay of one second.

Processing

Change the code for the delay line to display to 10 insted of 1000.

The codes shows how the first line of delay code has been changed to 10 milliseconds, so the LED does not stay illuminated for long.

Circuit 2

The circuit uses a potentiometer to ajust the LED.

The code shows how the potentiometer runs, and how it will change the values of the code as it is turned. The potentiometer is connected to analog pin 0, and is activated in the code when pin 0 is called.

Processing

The potentiometer is a nob that will change resistance when it is turned. When the nob is turned one way it will start to speed up, and when it is turned the other way it will slow down.

Circuit 3

The circuit uses a RGB light to change colors.

The code to get the LEDs to get different colors.

Circuit 4

The Board is running through the one after another no loop sequence.

This is the orginal code were the normaly function one after another no loop is being called.

Processing

The Arduino board is running though the one at a time light sequence.

The code is changed so that the one at a time function is called.

Processing

The Arduino Board is running through the ping pong function.

Code is changed so that the ping pong function is called.

Circuit 5

The video shows the push buttons being used.

The code shows how the push buttons were called and how they were set to pins.

Circuit 6

When the hand is placed over the photo sensor the light intensity increases.

The code runs a function to make the light intensity increase when the sensor is covered.

Processing

Pro's

Con's

The light will illuminate brighter when sensor registers

The sensor may not always register

The LED may die faster as the LED is always on

Circuit 6

When the photo sensor is covered the light turns on and the intensity increases.

The code calls the auto tune function, and the light will be off until the sensor is covered.

Processing

Pro's

Con's

LED will last long as it turns off each time

The light will only be used when the user wants to

The sensor may not always register

Circuit 7

The code shows that the temperature measurer is called and will run and display different numbers on the tracker app.

Processing

The code shown takes the original code and adds a function and calling for a LED. In the code I programmed a if else statement that is true if degrees is greater than 78.

Circuit 8

The propeller of the servo will move in the direction that is call.

The servo is called and set up with delays and degrees.

Processing

The speed of the servo is determined by how much it turns and how long it pauses.

The delays in the code were shortened, to make the servo take brakes less than a minute.

Circuit 9

ezgif.com-video-cutter.mp4

The Piezo Element will get the code, and will run it. When it runs it will vibrate in the pattern that is stated in the code.

The code creates functions to call the Piezo, and to give it the code to function. The code will play in the tune "Never Gonna Give You Up," and will keep repeating the tune.

Page updated

Google Sites

Report abuse