A beautiful web-based control system for your Flame Gate project with battery monitoring and servo motor control.

• index.html - Beautiful web interface with battery display
• web_server.py - Flask web server to control the project
• run_flame_project.py - Python script to start/stop the FlameOS project
• temp/FlameOS.py - Your main Raspberry Pi control script (fixed servo motor)
• FlameAPI.py - Original API (replaced by web interface)

# Install Flask if not installed
pip install flask

# Start the web server
python web_server.py

# Open your browser and go to:
# http://localhost:5000

# Start the project
python run_flame_project.py start

# Stop the project
python run_flame_project.py stop

# Check status
python run_flame_project.py status

• Real-time battery level display
• Three battery types: Main Power, Backup, Sensor
• Dynamic battery level simulation
• Visual battery indicators

• One-click start/stop button
• Real-time status updates
• Beautiful animated interface
• Error handling and feedback

• Servo motor control (fixed duty cycle values)
• LCD display integration
• Buzzer alerts
• Serial communication with Raspberry Pi

1. Web Interface: Open http://localhost:5000 in your browser
2. Start Project: Click the "Start Project" button
3. Monitor: Watch battery levels and system status
4. Control: The servo motor will respond to 'A' signals
5. Stop: Click "Stop Project" when done

• Duty Cycle: Changed from 10 to proper values (2.5 for 0°, 7.5 for 90°)
• Movement: Complete open-close cycle with proper timing
• Initialization: Servo starts in closed position

• Responsive Design: Works on desktop and mobile
• Real-time Updates: Battery levels update automatically
• Status Feedback: Clear indication of system state
• Error Handling: Graceful error messages

• Python 3.6+
• Flask (pip install flask)
• RPi.GPIO (for Raspberry Pi)
• Serial communication libraries

• ✅ Fixed: Proper duty cycle values (2.5-7.5%)
• ✅ Fixed: Complete movement sequence
• ✅ Fixed: Proper initialization

• Check if Flask is installed: pip install flask
• Ensure port 5000 is available
• Check console for error messages

• Verify temp/FlameOS.py exists
• Check Python dependencies
• Ensure proper file permissions

Edit the battery levels in index.html:

// Change initial battery levels
<div class="battery-level">85%</div>

Modify in temp/FlameOS.py:

# Duty cycle values
p.ChangeDutyCycle(2.5)  # 0 degrees (closed)
p.ChangeDutyCycle(7.5)  # 90 degrees (open)

If you encounter issues:

1. Check the console for error messages
2. Verify all files are in the correct locations
3. Ensure Python dependencies are installed
4. Test the servo motor with the fixed code

🔥 Flame Gate System - Smart, Beautiful, Simple!