SystemDesk 2024-B

Modeling Curves and Maps; Support of the Latest AUTOSAR Release; CAN and FlexRay Support for V-ECU FMUs; Simulating the ECU Reset Behavior in V-ECU FMUs; Incremental Build for Creating Binary V-ECU FMUs; Exporting V-ECU FMUs for MicroAutoBox III.

SystemDesk 2024-B provides support for modeling 1D and 2D look-up-table calibration parameters, i.e., curves and maps. You can easily specify application data types of the COM_AXIS, CURVE, and MAP categories in SystemDesk Properties dialogs. The necessary software record layouts are available in an ARXML template that you can import. SystemDesk provides 1D and 2D table editors to simplify the specification of initial value constants for these application data types. When generating the RTE, internal initial value constants are required for the application data type constants. SystemDesk can automatically generate these constants and map implementation to application data types, facilitating the preparations for RTE generation.
SystemDesk 2024-B supports the latest AUTOSAR Release R23-11 for the AUTOSAR Classic and Adaptive Platform.
You can now generate V-ECU FMUs with bus communication according to the FMI Layered Standard for Network Communication. SystemDesk 2024-B provides microcontroller abstraction layer basic software modules for CAN and FlexRay buses, which use the FMI APIs according to the standard.
You can now create V-ECU FMUs which can be reset during simulation, while the simulation of other simulation participants continues. The reset can be triggered by the V-ECU FMU itself or by external events. Existing connections to experimentation tools like ControlDesk are unaffected by the reset.
SystemDesk 2024-B can export binary V-ECU FMUs. The ECU software source code is built incrementally with the CMake framework. You can export V-ECU FMUs with source code and binary files for multiple platforms.
You can now export V-ECU FMUs for execution on a MicroAutoBox III.