This project is a simple triggerbot designed to automate mouse clicks based on pixel color changes in a game window. It utilizes the Windows API to interact with the game and performs actions based on the defined parameters.
- Detects significant pixel color changes.
- Automates mouse clicks in response to those changes.
- Customizable settings for various parameters.
- Windows operating system
- C++ compiler
- Necessary libraries for Windows API
- Compile the code using your preferred C++ compiler.
- Run the executable.
- Make sure the game window is active.
- Press the designated key to activate the triggerbot.
You can download the archive with the already assembled project and run the .exe file.
The triggerbot algorithm works like this: the program constantly monitors the activity of the game window, checking whether it is active in the foreground. When the player presses a certain key, the triggerbot stores the colors of the pixels in the center of the screen, then compares the current pixels with the saved ones in a loop. If a significant color change is detected, this indicates a change in the object in the center of the screen (for example, an enemy), and the program automatically performs a mouse click. The algorithm is also customizable according to the parameters of sensitivity, tracking radius and delay.
- Radius: radius around the center of the screen where the area will be scanned, recommended value is 1px to 3px.
- Check delay: after how many ms it will scan the area, recommended value is 10 ms.
- Idle delay: doesn’t respond particularly well, you can set it to about 1000 ms.
- Color change threshold: color change threshold in percentage, how much should the color change in the scanning area for the triggerbot to work, the recommended value is from 10% to 25%.
- Activate key: which key the scanner will turn on.
- Game window title: name of the application window in which the triggerbot will work.
This project is for educational purposes only. The creator does not take any responsibility for any actions taken with this software. Use at your own risk.
This project is licensed under the MIT License - see the LICENSE file for details.