nothans/CheerLights

Stars
36
Rank 735,472 (Top 15 %)
Language Arduino
License
BSD 2-Clause "Sim...
Created almost 13 years ago
Updated over 7 years ago

nothans/CheerLights

nothans

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

CheerLights is an “Internet of Things” project created by Hans Scharler that allows people’s lights all across the world to synchronize to one color set by Twitter. This is a way to connect physical things with social networking experiences and spread cheer at the same time. We are all connected.

thingspeak-arduino-examples

Arduino Sketches that use ThingSpeak Web Services and API

thingspeak-esp-examples

ESP8266 / NodeMCU Examples for https://ThingSpeak.com

iot-debugger

Use this simple web-based tool to see data stored in an Internet of Things data service such as ThingSpeak

webcam-state

Track the state of your webcam, update a ThingSpeak channel, and control lights.

thingspeak-powershell-examples

Send data to ThingSpeak from a Windows PowerShell Script

dfs-optimizer

Optimize your Daily Fantasy Sports (DFS) football lineups with MATLAB

thingspeak-electric-imp

Learn how to send data to ThingSpeak IoT Analytics platform using Electric Imp

web-app-framework

code-assistant

Simple web app to help you code with AI. A custom mode allows you to make customizations. The app requires an OpenAI API Key.

autohotkey-config-for-powerpoint

Control PowerPoint from any window using keyboard shortcuts

thingspeak-mkr1000-examples

Examples using the Arduino MKR1000 IoT board with built-in Wi-Fi

thingspeak-matlab-examples

Examples that use the ThingSpeak IoT Platform with the integrated MATLAB Analysis and Visualizations Apps.

iobridge-javascript-widgets

random_number_generator

if

Infinite IF | Interactive Fiction App Powered by AI

shoot

"Shoot" is a modern retro shoot'em up game that combines the thrill of classic arcade shooters with contemporary graphics and sound effects.

hid-pc-arcade-control

Control a Batocera Arcade system using an Arduino Micro emulating a HID keyboard.