panel-mapping

DCS-BIOS control mappings are translated into physical hardware dimensions by converting model coordinates into real-world scale and matching controls to GPIO allocations for STM32 controllers, ensuring accurate CAD modeling for cockpit panels.

GPIO and ADC requirements for an STM32 flight simulation controller are calculated by systematically inventorying DCS controls from Lua sources and classifying them, allowing you to budget the exact I/O needed for your hardware controller.

DCS model viewer coordinates are converted into real-world physical dimensions through dimension scaling, providing the exact scale-accurate measurements required to design and 3D print physical cockpit panels.

The best way to inventory DCS cockpit controls for hardware development is to systematically identify and classify switches and rotaries directly from Lua sources and the model viewer, bridging virtual simulation data with physical PCB requirements.

Panel-mapping works with DCS-BIOS by extracting control definitions from Lua sources and calculating the necessary I/O budget, ensuring the resulting hardware specifications match STM32-based flight simulation controller capabilities.

Inaccurate CAD scaling happens when DCS model coordinates are not properly translated into real-world physical dimensions, a process standardized by dimension scaling to ensure scale-accurate modeling for physical cockpit panel design.