Integrate Native Simulink Components
Integrate Simulink® components, subsystems, reference models, multiversion
components
Integrate native Simulink components, such as referenced models and subsystems, into your model for performing system-level simulations. You can also integrate components created in older versions of Simulink to your current Simulink session.
To model architecture of your system, use System Composer™. You can define system composer component behavior using Simulink models to analyze and evaluate the architecture of your composition.
Topics
Integrate Subsystems, Models and Libraries in Simulink
- Choose Tools to Integrate Existing Components and MATLAB, C/C++, or Python Code into Simulink
Select tools to integrate existing components and C/C++, MATLAB, Python code into Simulink based on your modeling requirements. - Explore Types of Model Components
Identify Simulink components that align with your high-level modeling requirements. - Create and Use Referenced Subsystems in Models
Reference, reuse, and manage subsystems stored in separate files. - Model Reference Behavior and Capabilities
Decide whether to reference one model in another model and how to implement this model reference. - Use Local Solvers in Referenced Models
Learn how local solvers work and how to configure a local solver.
Integrate Multiversion Components in Simulink
- Reference Protected Models from Third Parties
Use a protected model that you received from a third party. - Cross-Release Code Integration (Embedded Coder)
Integrate generated code from previous releases with generated code from current release. - Perform Cosimulation of Multiversion Components
Cosimulate components referencing submodels created in previous versions of Simulink.
Define System Behavior in Architecture Models
- Compose and Analyze Systems Using Architecture Models (System Composer)
Define architectures, add metadata, perform analyses, view component dependencies, and implement behaviors. - Implement Component Behavior Using Simulink (System Composer)
Associate components with behavior models in Simulink.
