DICE LA Easter Egg Tool - made by nloginov
The Morse Code Video Decoder is a specialized tool designed to analyze flashing lantern signals in the Dragon Valley map from Battlefield 4 and convert them into Morse code for the DICE LA Easter egg. While it works with any Morse code video signal, it's optimized for the specific lighting conditions and timing of the DICE LA lantern signals.
Built with advanced signal processing algorithms tailored for in-game lighting, the decoder automatically detects the lantern patterns, distinguishes between dots and dashes, and translates them into your unique Easter egg code. Get your code and unlock the DICE LA camo with ease!
Load and analyze videos in various formats (MP4, AVI, MOV, MKV). The application is specially calibrated for the Dragon Valley lantern signals but works with any Morse code video.
Preset configurations designed specifically for Dragon Valley lantern signals with optimal brightness thresholds for in-game lighting conditions.
Real-time visualization of brightness values with interactive plots. Monitor signal detection and see the light pattern analysis as it happens.
Adjust brightness threshold to optimize decoding for different video qualities and signal types.
Clean and intuitive dark-themed GUI with video preview, progress tracking, and organized results display.
The Dragon Valley lantern signals provide a unique code that unlocks the exclusive DICE LA camouflage. Follow these steps to complete the Easter egg:
Note: Each player receives a unique code, so you must decode your own signal. Codes cannot be shared between players.
Get the latest version of the Morse Code Video Decoder for your platform:
Download for All PlatformsOriginal Release - March 2025
Requirements: Python 3.8+, OpenCV, NumPy, and Tkinter
git clone https://github.com/womblee/bf4_morse_video_decoder
cd morse-decoder
pip install -r requirements.txt
python morse_decoder_gui.py
Morse Code Video Decoder is free and open-source software. If you find it useful, please consider supporting its continued development: