What hardware do I need to use this skill?

You will need an Arduino Nano, a WS2812B 7-LED ring, a TTP-223 capacitive touch module, and a Samsung Galaxy Watch magnetic charger.

Can I customize the LED colors and brightness?

Yes, the skill provides parameters to modify the RGB base color, maximum brightness levels, and the speed of the breathing animation.

Is any external library required?

Yes, this project requires the Adafruit NeoPixel library, which can be installed via the Arduino Library Manager.

How does the sensor detect the watch through a charger?

The TTP-223 sensor is used in proximity mode to detect capacitance changes. The skill includes specific debouncing and threshold settings to avoid false triggers from the charger's internal metal coils.

Can this skill be used with an ESP32?

While written for Arduino Nano, the logic and pin assignments are easily adaptable for ESP32 and other Arduino-compatible boards.

Galaxy Watch Dock LED Controller

Name: Galaxy Watch Dock LED Controller
Author: ericmilton711

byericmilton711

0•

Developer Tools

Manages firmware and hardware configurations for an Arduino-powered Galaxy Watch charging dock featuring capacitive-touch LED effects.

The Galaxy Watch Dock LED Skill provides a specialized framework for building and customizing a smart charging station for Samsung Galaxy Watches. It streamlines the integration of WS2812B LED rings and TTP-223 capacitive touch sensors with Arduino microcontrollers, offering pre-configured orange 'breathing' light patterns and robust sensor debouncing logic to ensure reliable watch detection. This skill is ideal for makers looking to create functional 3D-printed desk accessories with polished, responsive lighting behaviors.

Key Features

01Detailed hardware wiring schematics and pin mapping

02Capacitive touch proximity detection with software debouncing

03Customizable 'Breathing' glow effect with RGB control

040 GitHub stars

05Automated Arduino firmware setup for WS2812B LED rings

06Sensitivity tuning for metal-heavy charging environments

Use Cases

01Implementing proximity-based lighting for IoT hardware

02Building a custom 3D-printed ambient charging dock

03Prototyping capacitive touch interactions for smart furniture

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add ericmilton711/claude-skills galaxy-watch-dock

For use in Claude.ai and ChatGPT

Key Features

01Detailed hardware wiring schematics and pin mapping

02Capacitive touch proximity detection with software debouncing

03Customizable 'Breathing' glow effect with RGB control

040 GitHub stars

05Automated Arduino firmware setup for WS2812B LED rings

06Sensitivity tuning for metal-heavy charging environments

Use Cases

01Implementing proximity-based lighting for IoT hardware

02Building a custom 3D-printed ambient charging dock

03Prototyping capacitive touch interactions for smart furniture

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add ericmilton711/claude-skills galaxy-watch-dock

For use in Claude.ai and ChatGPT