MathModelica System Designer

Easy composition of complex model in the Model Editor

The model editor is a graphical and textual intuitive drag and drop interface. The model is assembled using components from already built up model libraries or textually using Modelica code in the Text View. The parameter window makes it easy to change the properties for the model. The package browser makes it easy to browse through the different component libraries.

When the model is built it can be simulated in the Simulation Center for analysis.

Key Features

Easy to use graphical user interface for building model diagrams
Graphical access to component libraries, including ready-made as well as user defined libraries
Class view pane for easy browsing of existing libraries
Dynamically updated class view for incremental library development
Parameter pane for specifying component parameters and getting information default parameter values, and units
Component stencils showing visual appearance of components
Easy drag-n-drop modeling using predefined and user specified components
Same topology as in real life. Not limited too blocks with defined flow direction
Extensive and expandable libraries of predefined and user defined components and blocks
Ability to handle hybrid systems
Ability to manage complex designs by segmenting models into hierarchies of design components
Connectivity to Mathematica with the Mathematica link (included in MathModelica System Designer Pro)

Detailed Analytical Output in the Simulation Centre

Simulations and results are presented in the Simulation Center. Here it is possible to trim the parameters of a model between simulations. It is possible to create and compare several experiments for any model. The experiment browser makes it easy to compare results from simulations with each other.

Key Features

Graphical user interface for simulation management
Translating model diagrams to experiments (executables)
Simulating the model for different parameter settings and simulation times
Experiment browser to navigate, create, configure, and search all signals, parameters, and properties of your model
Tree based selection of variables for plotting
No need for defining inputs and outputs for evaluation of model behavior, all signals are available by default