To make your display interactive, you need to define its logic, which you can do using data flow and statecharts.
While VAPS XT is low-code, it's also infinitely extensible. For custom algorithms, complex calculations, or integrating third-party libraries (like advanced OpenGL graphics), you can create a . This allows you to write your own C++ code, compile it into a DLL, and then load it directly into your VAPS XT project. The tool will treat your custom code like any other built-in graphic object.
The final step is moving from the design tool to the actual hardware: Vaps Xt Tutorial
Designed for ARINC 661 compliant systems.
: Enable GPU memory caching under the settings menu to avoid hard drive bottlenecks during playback. To make your display interactive, you need to
: Build sophisticated behavior and display logic using UML-based state charts .
My device won’t turn on even after charging. A: Try different cable, clean contacts, or reset by holding fire for 10 sec. This allows you to write your own C++
: Use the VAPS XT editor to draw the instrument panels, gauges, and displays.
: Use UML-based state charts to develop complex interactive logic. Connect Data