1. Native Support in Simulink
- Simulink’s built-in Simulation 3D Joystick block is not supported on Mac OS, because it relies on DirectInput/XInput APIs.
- If you use Windows, you can use the sim3d.io.Joystick object to interface with a joystick.
Syntax:
joystick = sim3d.io.Joystick()
joystick = sim3d.io.Joystick(Name=Value)
The sim3d.io.Joystick object supports all joystick devices using Microsoft® DirectInput and XInput protocols.
Example: To enable force feedback if supported:
joystick = sim3d.io.Joystick(ForceFeedback=1)
2. Workaround for macOS
Since the built-in block is not supported on macOS, you can:
- Use a cross-platform S-Function to read joystick data.
- Download S-Function code from MATLAB file exchange (https://www.mathworks.com/matlabcentral/fileexchange/111265-s-function-for-reading-joystick-values-on-simulink).
- Compile using mex (if required).
- Add S-Function block in Simulink.
- Map outputs (axes/buttons) to your aircraft simulation model.
3. Hardware Recommendation
- Preferred:Flight-centric USB HID-compliant joystick (e.g., Logitech Extreme 3D Pro, Thrustmaster T.16000M).
- Why not a gamepad? Joysticks provide more precise control for flight simulation.
4. Integration Steps (macOS)
- Choose joystick → Ensure it’s USB HID compliant.
- Connect to macOS → Verify in System Settings → Game Controller.
- Integrate with Simulink via S-Function → Assign axes/buttons to simulation controls.
- Run simulation → Test and calibrate.
Please note that Mathworks does not extend support for file exchange submissions.
You can also use python scripts to acheive the same.
References :
