: Use "Pilot-in-the-loop" testing early in the cycle to validate the HMI before moving to hardware.
An HMI must exchange data with underlying system applications to be useful. VAPS XT handles this communication through . Data Ports and Mappings
If you are developing for commercial aerospace applications, use the ARINC 661 runtime environment: Vaps Xt Tutorial
You have now successfully completed a foundational journey through VAPS XT! However, we've only scratched the surface. As you become more proficient, you'll encounter more advanced features like:
: Highly customizable and extensible, allowing you to create reusable libraries of graphical components. : Use "Pilot-in-the-loop" testing early in the cycle
VAPS XT easily connects to external simulation tools like MathWorks MATLAB/Simulink .
Behind the scenes, VAPS XT invokes CodeGen.exe , a sophisticated engine that translates your entire visual model into clean, efficient C++ source code. This code is not just a "best guess" or a partial prototype. It is a complete, compilable, and deployable application that is ready for its target hardware. Data Ports and Mappings If you are developing
. This allows you to combine your HMI with control logic models into a single executable for testing. Iterative Testing