WOLFRAM SYSTEM MODELER
IntroductoryExamplesThis package contains small examples to help you get started with Wolfram System Modeler. |
 |
Package Contents
 |
A package with a small multi-domain model |
 |
By modeling a electrical circuit using blocks and electrical components the advantage of component based modeling is illustrated. |
 |
This example illustrates how to create custom components |
 |
A simple model with a differential equation |
 |
This example illustrates how to call an external function written in C. |
 |
These examples illustrates the difference between a flat and a hierarchical model. |
 |
Package containing complete system models |
 |
Package of icons |
Information
This library contains a few examples that will help you to get started with Wolfram System Modeler.
Below is a short description of the models in this library. Follow the links to read more about each example.
HelloWorld
The most basic Modelica model is a differential equation. In this example a differential equation is implemented and simulated and it is also shown how to draw an icon for it. See step by step tutorial »
MultiDomain
The examples in this package show how to develop a servo mechanism model step by step. It illustrates the multi-engineering capabilities and shows how you can use Simulation Center to analyze models created in Model Center, synthesize controllers, and do comparison studies. See step by step tutorial »
ComponentBased
In this example an electric circuit is used to illustrate the difference between a block based and component based modeling approach. See step by step tutorial »
CustomComponent
This example illustrates how to create custom components. A chain pendulum is developed with the help of custom chain link components. See step by step tutorial »
ExternalFunctions
While it is easy to write Modelica functions, it is sometimes convenient to call a subroutine written in C or FORTAN. This example shows how to use an external function written in C. See step by step tutorial »
Hierarchical
A flat tank model is developed and compared with a component based model. The example illustrates the benefits of working with packages of components.
Systems
This package contains an example of a feedback control system spanning over several modeling domains.
Wolfram Language
In[1]:=
SystemModel["IntroductoryExamples"]
Out[1]:=
