OGX Auto Clicker

Modern purple/black Windows auto clicker written in native C++ and Win32.

OGX Auto Clicker is a lightweight desktop tool with mouse automation, keyboard automation, timed key tasks, multilingual UI, and profile-style configs.

Features

• Native C++/Win32 app with custom GDI+ UI.
• Fixed 1260x720 window layout with Mouse, Keyboard, and Settings pages.
• Mouse page with interactive left/right click zones.
• Mouse hotkeys support keyboard keys and mouse buttons:
  • Left click
  • Right click
  • Middle click
  • XButton1
  • XButton2
• Standard, Game, and Legacy input methods.
• Fixed CPS and random CPS ranges, such as 20-30 CPS.
• Direct numeric editing for CPS and timed-task seconds.
• Keyboard page with main-key mode or timed-only mode.
• Timed keyboard tasks with interval preview in hours, minutes, and seconds.
• Config management:
  • Create config
  • Update config
  • Delete config
  • Switch configs
  • Toggle auto-save
• Languages:
  • English
  • Turkish
  • Russian
  • German
  • French
  • Spanish

Build

Open OGXAutoClicker.sln in Visual Studio and build Release|x64.

The project currently targets the installed MSVC v145 toolset. If your Visual Studio installation uses another toolset, retarget the project from Visual Studio.

Developer PowerShell:

msbuild .\OGXAutoClicker.sln /p:Configuration=Release /p:Platform=x64

Output:

bin\Release\OGXAutoClicker.exe

Usage

1. Open the app.
2. Choose Mouse, Keyboard, or Settings from the sidebar.
3. Click a keybind field and press a keyboard key or mouse button.
4. For numeric fields, click the value, type a number, then press Enter.
5. Use Settings to create or update configs.

Data Locations

App settings:

%LOCALAPPDATA%\OGX Auto Clicker\settings.ini

Configs:

%LOCALAPPDATA%\OGX Auto Clicker\configs

Contact

For questions, suggestions, bug reports, or feature requests, feel free to contact me on Discord.

Discord: ozi.coding

Notes

The Game input method uses scan-code keyboard events and short mouse press timing. Some games or anti-cheat systems may block synthetic input; this project does not bypass anti-cheat protection.