config.md

Logical Data Types

Each option can only accept a specific data type:

• bool: true meaning YES or false meaning NO.
• int: Only whole numbers like 1, 2, etc.
• float: Only numbers with a decimal point like 1.2, 1.22, 1.2345, etc.
• str: String text.

Object Search Window Resolution:

This is the window where item search is conducted. It is small in size and located in the center of the screen. The small window size is needed to increase computational performance and avoid searching for objects in full-screen mode. The standard window options at 384x216 are 20% of the screen resolution of 1920x1080. The larger the window size, the more computational operations will be performed.

• detection_window_width int: The width of the object search window in pixels.
• detection_window_height int: The height of the object search window in pixels.
• circle_capture bool: Applies a black circle mask to mask the corners. It helps to hide a character in third-person games.

Bettercam Capture Method:

This is a third-party library for capturing images from the screen. It operates on the same API as Geforce Experience for video recording. It has a default value of 60 frames per second. If the game has very dynamic gameplay, it is recommended to increase the frames per second to 100.

• Bettercam_capture bool: true - use this method for image capture, false do not use this method.
• bettercam_capture_fps int: 60 frames per second.
• bettercam_monitor_id int: If you want to use screen recording from the main monitor, set the value to 0; another monitor has a value higher than 1, 2, etc.
• bettercam_gpu_id int: Which graphics card will be used for image capture, 0 is the default GPU ID, i.e., installed in the first PCI slot, 1, 2, etc.

OBS Capture Method:

Capture method using the OBS program.

• OBS Setup.

  • Add a window/game capture source.
  • Go to OBS settings.
  • Output tab.
    • Video encoder: NVIDIA NVENC H.264.
    • Scale output (checkbox): 568x320. (This is an approximate size, it can be different as per your preference.)
  • Video tab.
    • Base resolution: 568x320.
    • Output resolution (scaled): 568x320.
    • Common FPS values: 60.
  • Advanced tab (additional options).
    • Process priority: Above normal or High.
    • If you have a second graphics card (for example, my second monitor is connected via GTX 1080, and the main graphics card is RTX 3080ti).
      • Go to Nvidia Control Panel > 3D Settings > Manage 3D Settings > Program Settings > And add OBS.
      • In functions:
      • CUDA - GPUs: Use only these GPUs: GTX 1080.
      • OpenGL rendering GPU: Use only these GPUs: GTX 1080.
      • Apply.
  • In the preview window, reduce the image by clicking on the source and pressing the CTRL+E key combination, reduce it to 568x320.
  • To center the image, press the CTRL+D key combination.
  • Now click Start Virtual Camera.

• Obs_capture bool: true - use this method for image capture, false do not use this method.

• Obs_camera_id str or int: Enter the value auto for the program to automatically find the OBS virtual camera, or manually enter the virtual camera ID 0, 1, etc.

• Obs_capture_fps int: Specific fps value for screen capture.

Aim:

• body_y_offset float: Offset the coordinates on the Y-axis (up from the target) by 0.35 if the head was not found or the head targeting function was disabled. 0.00 is the center of the target, you can also use -0.10, etc.
  
  

Note

Pay attention to the image. At the first, the player is detected by half and if the value is set to 0.50, the aimbot will be aimed at the head. In the second image, the player is completely detected, and if the value is set to the same 0.50, then the shots will no longer be fired into the head but into the chest.

• hideout_targets bool: The AI model distinguishes targets on the range. true enable targeting on targets, false disable.
• disable_headshot bool: true disable head targeting, false target the head.
• disable_prediction bool: If set to true, the prediction of the target's position on the next frame will not be performed, false use target predictions. Useful for targeting moving targets.
• prediction_interval float: The higher the value, the faster the target prediction function will be processed.
• third_person bool: true - the AI model will ignore the third-person player, false - the third-person player will not be ignored and the aimbot will target them.

Hot Keys:

• You can view all the keys that can be used here. Enter the value None to deactivate the function. All key presses are registered even when the program is minimized.
• hotkey_targeting str: Targeting. Supports multiple buttons, for example, hotkey_targeting = RightMouseButton,X2MouseButton (without spaces, separated by commas). Default is right mouse button.
• hotkey_exit str: Exit the program. Default key is F2.
• hotkey_pause str: Pause the aimbot. Default button is F3.
• hotkey_reload_config str: Reloads and applies new config settings if they were changed. Default button is F4.

Mouse:

• mouse_dpi int: DPI of the software mouse. The higher the DPI, the faster it will move.
• mouse_sensitivity float: The value by which to divide the mouse coordinates, works as mouse sensitivity, for example, if the value is set to 2, the coordinates will be divided by 2 and the mouse will move slower.
• mouse_fov_width int: Horizontal field of view from the game, improves aiming.
• mouse_fov_height int: Vertical field of view from the game, improves aiming.
• mouse_min_speed_multiplier float: Minimum mouse movement speed multiplier. Allows the mouse to gain minimum speed.
• mouse_max_speed_multiplier float: Maximum mouse movement speed multiplier. Prevents the mouse from gaining too much speed.
• mouse_lock_target bool: If set to true, the target will be locked without holding the mouse button, press the button again to release the target. Set to false to require holding the button for targeting.
• mouse_auto_aim bool: If set to true, the aimbot will aim without pressing the targeting button, false aim using mouse buttons.
• Some games block software mouse input, for this there are built-in drivers:
  • mouse_ghub bool: If set to true, the Logitech GHUB exploit will be used for mouse input. GHUB install guide.
  • mouse_rzr bool: Only for Razer mice. Requires installing synapse 3, after installation go to the modules tab and install macro.

Shooting:

• auto_shoot bool: Enable automatic shooting. (For some games, arduino, GHUB exploit, or Razer is required).
• triggerbot bool: When the target is in sight, performs automatic shooting, requires the mouse_auto_shoot option to be enabled, and auto-aiming will be disabled.
• force_click bool: true shoot even when the target is not in the aiming zone, false shoot only when the target is in the aiming zone.
• bScope_multiplier float: Allows increasing or decreasing the player's zone (box) for automatic shooting. 1.00 - Standard value, 2.20 - enlarged zone, 0.50 - reduced zone.

Arduino:

• arduino_move bool: true to send mouse movement commands to Arduino. false not to send.
• arduino_shoot bool: true to send mouse button press commands to Arduino for automatic fire. false not to send.
• arduino_port str: COM port of Arduino. Use values COM1, COM2 to manually determine the Arduino port, or auto for the aimbot to find it automatically.
• arduino_baudrate int: Baudrate of Arduino, the higher the value, the faster the commands will be processed.
• arduino_16_bit_mouse bool: true send 16-bit values to the port for mouse movement (coordinate range increases to -32768 - 32768), works if the mouse supports them. false send 8-bit values for mouse movement (range -127 - 127).

AI:

• AI_model_name str: The name of the AI model that will be used for object detection. Models are located in the ./models folder. For example, AI_model_name = sunxds_0.5.6.pt.
• AI_model_image_size int: Image size of the AI model. Each model has its own image size used during training. Using a different image size may result in incorrect targeting and performance. Authors always specify the image size of the AI model when they publish it somewhere.
• AI_conf float: How confident the AI should be to target an object. For example, a value of 0.20, if the AI sees a player with confidence greater than or equal to 20%, it will target them. The higher the value, the fewer players may be found and vice versa.
• AI_device int or str: On which device to perform computations for object detection, integers are GPU devices (graphics card) like 0, 1, etc. You can use the processor for computations with the value cpu, but performance will be weak.
• AI_enable_AMD bool: true to use AMD devices. Requires installation of ROCm, Zluda, and a version of PyTorch for AMD. See AMD documentation and Zluda to learn how to run Python code on AMD.
• AI_mouse_net bool: Use neural networks for mouse movement. See this repository.

Overlay:

Note

Not recommended for gaming as the interface is drawn over all applications and is clickable. Also, some games automatically take screenshots to check players for fair play.

• show_overlay bool: Enable overlay.
• overlay_show_borders bool: Draw overlay borders.
• overlay_show_boxes bool: Draw found targets.
• overlay_show_target_line bool: Draw lines from the center of the screen to the target.
• overlay_show_target_prediction_line bool: Draw prediction line from the center of the screen to the target.
• overlay_show_labels bool: Display target names.
• overlay_show_conf bool: Display target names and confidence level.

Debug Window:

• show_window bool: Display the debug window.
• show_detection_speed bool: Display information about the AI model's speed in the debug window.
• show_window_fps bool: Display the number of frames per second of screen recording.
• show_boxes bool: Display found objects.
• show_labels bool: Display names of found objects.
• show_conf bool: Display confidence percentage of found objects.
• show_target_line bool: Display the mouse movement line from the center of the screen to the found target.
• show_target_prediction_line bool: Display the prediction line from the center of the screen to the found target.
• show_bScope_box bool: Display the target box necessary for auto-shooting.
• show_history_points bool: Display mouse movement history points.
• debug_window_always_on_top bool: When enabled, the debug window will be displayed on top of other windows.
• spawn_window_pos_x int: X coordinate of the debug window's appearance when the aimbot starts.
• spawn_window_pos_y int: Y coordinate of the debug window's appearance when the aimbot starts.
• debug_window_scale_percent int: Size of the debug window in percent.
• debug_window_screenshot_key str: Take a screenshot of the button from the debug screen. The screenshot will be saved to the screenshots directory. It is useful for training and retraining models.
• The name of the debug window is randomly selected from the window_names.txt file.