This project combines the various dice needed for playing a game of DnD in a convenient Arduino-powered project that picks a random number when users need it.
Web connectivity made easy: Explore Adafruit IO, Arduino Cloud, IFTTT, and more. Connect and automate with ESP8266, ESP32, Particle, and Raspberry Pi Pico W!
Arduino libraries exist for all sorts of complex tasks; control LEDs, read sensors, create sounds, manipulate data, write to displays, and much more.
Learn about inputs–electrical signals used to provide information to an Arduino board. We cover digital input with switches and analog input with potentiometers.
Arduino makes it easy to tinker with technology. It’s a family of microcontroller boards that let you sense the world around you and control electrical devices.
While most microcontroller boards have limited memory, it is easy to add an SD card reader to enhance data storage capabilities.
How to create a miniature New York City hotdog cart, complete with electronic and 3D printed toppings dispensers.
Microcontroller projects can quickly become complicated so this project uses digital logic ICs to generate a random number between zero and six.
With little more than a handful of LEDs, pushbutton switches, and an Arduino you can create your own digital rock-paper-scissors game!
Compete with friends and family to see who has the fastest reaction time with this easy-to-build Arduino project!
In this project, we train a Machine Learning model on a Raspberry Pi to identify whether an object goes in the garbage, recycling, compost, or hazardous waste
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