ModelDesk is a graphical user interface for simulation, intuitive model parameterization, and parameter set management. It also provides project handling and allows parameter sets to be downloaded to offline and online simulations. It supports tool automation via Python scripts. ModelDesk can be used seamlessly from parameterization to offline and online simulation, and finally to parameter and result management.
Many Tasks – One Tool
ModelDesk is the central user interface and can be used to perform all major tasks before, during and after simulation. ModelDesk is equally well suited for model-in-the-loop (MIL) simulations or Simulink simulations (offline) and hardware-in-the-loop (HIL) simulations (online), so it supports an integrated process from function development to ECU testing.
During simulation experiments, ModelDesk manages parameters such as the course of roads, driving maneuvers, traffic, and vehicle configurations together with the simulation results and any measurement data to ensure that simulations are easy to reproduce. Offline and online simulations can also be compared just as easily.
ModelDesk Processing is an integrated parameterization workflow for ASM. With ModelDesk Processing, users can now include initial data, such as measurements, functions and settings, and process it into parameters optimized for simulation models.Engine Parameterization
Elementary engine configurations, such as the number of cylinders, piston displacement and injection maps, can be performed on-screen with just a couple of clicks.Road Generator
The Road Generator is the graphical user interface for defining road networks and sophisticated road features.Maneuver Editor
The Maneuver Editor in ModelDesk defines how and where a vehicle moves.Traffic Editor
The Traffic Editor is the graphical user interface for very flexible and easy traffic scenario definition.Electric Components Parameterization
All the modeled electric components of the ASM Electric Components model are displayed graphically in ModelDesk for convenient parameterization.