Features

System Designer (model editor)

• 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 on default parameter values and units
• Component stencils showing visual appearance of components
• Easy drag and drop modeling using predefined and user-specified components
• Same topology as in real life--not limited to 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
• Easy publishing of results as interactive HTML pages

Simulation Center (simulation environment)

• Graphical user interface for simulation management
• Translation of model diagrams to experiments (executables)
• Model simulation for different parameter settings and simulation times
• Convenient 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 to evaluate model behavior--all signals are available by default

Mathematica

• Tight integration with Mathematica
• Modeling and simulation in notebook environment
• Access to simulation results for analysis
• Access to model equations for analysis

Included Modeling Libraries
The following Modelica Standard Libraries (version 2.2.1) are included.

• Blocks: continuous, discrete, and logical input/output blocks (Continuous, Discrete, Logical, Math, Nonlinear, Routing, Sources, and Tables)
• Constants: mathematical and physical constants (Π, eps, h, etc.)
• Electrical: electric and electronic components (Analog and MultiPhase)
• Math: mathematical functions for scalars and matrices (such as sin, cos, solve, eigenValues, and singular values)
• Mechanics: mechanical components (Rotational and Translational)
• SI units: SI unit type definitions (such as Voltage and Torque)
• StateGraph: state graph components (such as Step, Transition, and CompositeStep)
• Thermal: thermal components (FluidHeatFlow and HeatTransfer)

Supported Free Libraries
The following libraries are supported and will be possible to download from MathCore Engineering AB.

• BioChem: free library for biochemical modeling and simulation (including, e.g., Michalis-Menten and Hill reactions)
• Magnetic: free library to model magnetic actuators and drives
• BondLib: free library to model physical systems with bond graphs