Cursor Auto Accept

A tool for automatically accepting Cursor's AI suggestions.

Important Note

The analyze_hover_results.py script is the current working version for analyzing button positions and matches. This script:

• Takes a full screen screenshot
• Analyzes potential button matches using template matching
• Groups matches by x-axis position
• Prioritizes matches by confidence and y-axis position
• Generates a visualization showing calibration points and matches
• Uses color coding to distinguish between different buttons (green, yellow, red)

Other calibration scripts have been moved to the _archive directory.

Features

• Multi-monitor support with per-monitor calibration
• Rate limiting (max 8 clicks per minute)
• Cursor position restoration after clicks
• Automatic calibration
• Process management (start/stop scripts)
• Detailed logging

Setup

1. Clone this repository:

git clone https://github.com/yourusername/cursor-auto-accept
cd cursor-auto-accept

2. Run the setup script:

./setup.sh

This will:

• Create necessary directories
• Set up permissions
• Create a Python virtual environment
• Install required packages

Calibration

Before first use, you need to calibrate the bot for each monitor where you use Cursor:

1. Stop the bot if it's running:

./stop_clickbot.sh

2. Run calibration mode:

   For all monitors:

   source venv/bin/activate
   python cursor_auto_accept.py --capture

   For a specific monitor (0-based index):

   python cursor_auto_accept.py --capture --monitor 0  # First monitor
   python cursor_auto_accept.py --capture --monitor 1  # Second monitor

3. Follow the calibration steps for each monitor:

   • Move Cursor to the target monitor
   • Trigger an AI prompt (so you can see the accept button)
   • Move your mouse over the accept button
   • Keep it still for 5 seconds
   • Wait for confirmation message
   • Press Enter to continue to next monitor (if calibrating all)

The bot will save separate accept button images for each monitor in:

assets/monitor_0/accept_button.png
assets/monitor_1/accept_button.png
...

Usage

Starting the Bot

./start_clickbot.sh

The bot will:

• Check if another instance is running
• Load calibration images for all monitors
• Start monitoring all screens
• Begin accepting prompts automatically

Stopping the Bot

./stop_clickbot.sh

Monitoring

The bot logs all activity to temp/logs/clickbot.log. You can monitor it with:

tail -f temp/logs/clickbot.log

Configuration

The bot has several built-in settings:

• Rate limit: 8 clicks per minute
• Confidence threshold: 0.8 (80% match required)
• Search interval: 0.2 seconds
• Log update interval: 5 seconds

Troubleshooting

1. If the bot isn't clicking on a specific monitor:

   • Recalibrate that monitor: python cursor_auto_accept.py --capture --monitor X
   • Check the logs for monitor-specific errors
   • Ensure Cursor's accept button is visible on that monitor

2. If clicks are inaccurate:

   • Recalibrate with a clearer view of the accept button
   • Make sure the button isn't partially obscured
   • Try calibrating in different lighting conditions

3. If the bot won't start:

   • Check if another instance is running
   • Verify the PID file in temp/clickbot.pid
   • Ensure Python environment is activated

Directory Structure

.
├── assets/                    # Calibration images
│   ├── monitor_0/            # First monitor
│   │   └── accept_button.png
│   └── monitor_1/            # Second monitor
│       └── accept_button.png
├── temp/                     # Runtime files
│   ├── clickbot.pid          # Process ID
│   └── logs/                # Log files
├── cursor_auto_accept.py     # Main bot script
├── setup.sh                  # Setup script
├── start_clickbot.sh         # Start script
└── stop_clickbot.sh          # Stop script

Requirements

• Python 3.8+
• OpenCV
• PyAutoGUI
• MSS (Multi-Screen Shot)
• NumPy
• Pillow

License

MIT License