Initial codebase analysis and capability assessment for Signal Hunt modifications

[Copilot]

This PR provides a comprehensive analysis of the Signal Hunt codebase to assess modification capabilities for both receiver and transmitter components.

Analysis Summary

The Signal Hunt project implements an ESP32-based wireless treasure hunt game using ESP-NOW protocol. The codebase consists of:

Transmitter (transmitter/signal_transmitter.ino)

• 207 lines of well-structured Arduino code
• Broadcasts unique ID, name, points, and timestamp via ESP-NOW
• Currently configured as "Gamma" transmitter (ID: 1003, 20 points)
• 3-second transmission intervals with LED feedback

Receiver (receiver/signal_hunt_receiver.ino)

• 1916 lines implementing complex signal processing and web interface
• Creates WiFi access point "SIGNAL-HUNT" with web server
• Processes ESP-NOW signals and calculates distance using RSSI
• Hosts interactive radar-style web interface for signal visualization
• Supports tracking up to 6 transmitters simultaneously

Modification Capabilities Confirmed

Transmitter Modifications:

• Configuration changes (IDs, names, points, transmission timing)
• LED behavior and feedback patterns
• Data structure and protocol modifications
• Power management and sleep modes

Receiver Modifications:

• Signal processing algorithms and RSSI smoothing
• Distance calculation parameters and accuracy
• Web interface customization and radar display
• Detection thresholds and timeout settings
• Multi-transmitter tracking logic

Protocol Changes:

• Data structure modifications for enhanced communication
• ESP-NOW channel and encryption settings
• Broadcast addressing and peer management

The codebase is well-documented, modular, and ready for customization based on specific requirements. All modifications can be implemented while maintaining the core ESP-NOW communication protocol and game mechanics.

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