The "Micro Cl1ck" project is a custom, programmable macro-pad, designed to enhance productivity through customizable shortcuts and controls.
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- Wi-Fi Capabilities: Using the ESP8266 for wireless control and communication.
- Expanded OLED Functionality: Additional animations, information displays, and maybe even a mini-game or two.
- Custom Keycaps: Designing and 3D-printing custom keycaps to match specific themes or functions.
- Additional Controls: Incorporating more switches, rotary encoders, or even a touch interface.
The "MicroCl1ck" macro-pad is a DIY, customizable keyboard designed for increased productivity, featuring programmable keys, an OLED display, NeoPixel LEDs, and a range of input controls including a rotary encoder and mechanical switches. This project is fully open-source, with all necessary files available online, allowing users to build and personalize their own device.
Software:
- Custom Key Assignments: Each key can be programmed to send specific keyboard shortcuts or macros.
- LED Control: The WS2812B NeoPixel LEDs are programmable for visual feedback, indicating volume levels or other statuses.
- OLED Display Functions: The SSD1306 OLED displays real-time information, animations, and system status.
- Volume Control: Integrated potentiometers allow precise volume adjustment, with corresponding LED indicators.
- Modular and Expandable: The code supports future updates and additional features, such as Wi-Fi connectivity using the ESP8266 module.
Hardware:
- Microcontroller: ATmega32U4
- Switches: Mechanical Keyboard Switches
- Volume Control: Dual Linear Potentiometers
- Display: SSD1306 OLED
- Rotary Encoder
- LEDs: WS2812B NeoPixel
- Extras: ESP8266-07
Contributions to improve Daeva are welcome! If you have suggestions or enhancements, please open an issue or submit a pull request on GitHub.
Distributed under the MIT License. See LICENSE.txt for more information.
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Project Link: https://github.com/cifertech/micro-CL1CK
Community Contributors: Thank you to everyone who contributes to this project and helps improve MicroClick.