Code and Model Export

Real-time Simulation enables the model to be used in environments not supporting the Microsoft C compilers. It is specifically designed for real-time platforms, such as the dSPACE and xPC platforms that are supported by Dymola for Hardware-In-the-Loop (HIL) simulation. Real-time simulation is part of the standard Dymola product. The following restrictions apply

• Real-time Simulation only allows export of models that use inline integration, i.e., that have embedded fixed-step integrators.
• The run-time routines exported using Real-time Simulation does not include the most advanced library routines.

Binary model export

The Binary Model Export option allows the model to be exported to other computers without requiring a Dymola license at the target system. The simulation functionality of the exported model is the same as on a computer having a Dymola license. The benefits are:

• Easy deployment of simulation code to other computers without the cost and overhead of managing runtime licenses.
• Full simulation capabilities available in the exported code, no restrictions due to copy-protected runtime libraries.
• Hence supports large-scale deployment outside the realm of Modelica experts.

Source code generation

Source Code Generation exports code that can be used on any platform without the need of a Dymola license at the target system. A number of flags are available that can be used to modify the contents of the generated model code.

• Source Code Generation allows export of readable and well-documented code facilitating inspection, debugging, profiling, etc. This makes this export option suitable for advanced model-based applications, such as rapid prototyping.
• The Source Code Generation option includes the functionality provided by Real-time Simulation (without the inline integration restriction) and Binary Model Export when models are translated in Dymola or Simulink.
• The Binary Model Export and Source Code Generation options both allow export of symbol table information, e.g., model structure, variable names, types, and units as an XML file.