Budget: 1000 UAH Deadline: 1 day
I played GTA 5 and always thought about making such a script.
I am ready to do it for a price lower than 1000 UAH.
I am waiting in private messages.
Budget: 1000 UAH Deadline: 1 day
Hello! I would be happy to develop an anti-AFK script in C++ or C#, as I already have experience in script development (fishing, anti-AFK, clicker, bot for catching houses (contracts))
Feel free to message me :)
Budget: 1000 UAH Deadline: 1 day
I have reviewed your technical specifications. The task is clear:
- Anti-AFK script for GTA 5, running in the background;
- Emulation of key presses A and D (to prevent the character from being kicked out of the game);
- Automatic launch of the wheel of fortune rotation every 4 hours;
- Ability to flexibly adjust timings (intervals, duration of holding, rotation frequency).
I will create a lightweight and stable script:
- AutoHotkey option (Windows) — as simple and fast as possible;
- Python option — cross-platform and extensible (with logs and stop by hotkey).
Budget: 1000 UAH Deadline: 1 day
Good day, I can easily create a simple script that will run in the background: it will simulate pressing A and D, and will also automatically spin the wheel of fortune once every 4 hours. This is not difficult and will not take much time.
Please message me privately to discuss the details of the work.
Budget: 1000 UAH Deadline: 3 days
Hello!
Please clarify a few points regarding the project:
Should the script be written specifically in C++ or can simpler solutions (for example, AutoHotkey) be used that allow for quick and reliable implementation of anti-AFK and auto-click?
How exactly should the wheel of fortune be spun: which button or key combination should be pressed? Is it necessary to open any menu first or is one key sufficient?
Should the script operate strictly in the background (without maximizing the game window), or is it acceptable for it to simulate input in the active window?
Are there any requirements for the timing between presses (for example, how often to press A/D, delays before spinning the wheel, etc.)?
After clarifying these details, a precise solution and implementation options can be proposed.
