#FREE CODING SANDBOX HOW TO#

RGB LED (Pins 9-11) - RGB (red/green/blue) LEDs have three different color-emitting diodes that can be combined to create many colors.Light Sensor (Pin A1) - Measures the amount of light hitting the sensor.Temperature Sensor (Pin A0) - Measures ambient temperature.LED (Pin 13) - Incorporate this into your sketch to show whether your program is running properly.LEDs (Pins 4-8) - Use one or all of the LEDs (light-emitting diodes) to light up your project!.Slide Switch (Pin 2) - On or off slide switch.Reset Button - This is a way to manually reset your Digital Sandbox, which will restart your code from the beginning.Slide Switch for Charging - Used to charge a lithium polymer battery that is plugged into the two-pin JST connector, while the Digital Sandbox is connected to a computer and the slide switch is in the 'ON' position.JST Right-Angle Connector - Used to supply power to the board.USB Mini-B Connector - Used to connect to a computer.Need a little quick reference guide to Arduino? Download our Digital Sandbox / Arduino Quick Reference (Cheatsheet) We've recreated the code from those experiments using Arduino code instead of ArduBlock.ДЄfter setting up your Sandbox, here's what's covered:Д¬lick here to download a complete set of example code. If you've already completed the Sandbox Experiment Guide, this list will look familiar. We'll explore the Sandbox through a series of progressive experiments. Grab a Sandbox and get started! Experiment List (Table of Contents): If you're looking to get into Arduino coding, this is a great place to begin.

#FREE CODING SANDBOX HOW TO#

This time around, we'll show you how to ditch the graphical editor in favor of actual Arduino code. In our original Digital Sandbox Experiment Guide, we show you how to program the Sandbox using a simple, graphical programming language called ArduBlock.

Free coding sandbox