Modeling Styles

Choose a modeling style that best meets your code generation requirements

To design a model with intent to generate C or C++ code from the model, consider application algorithm requirements, the expected run-time environment, and how to best map the embedded system architecture to the Simulink^®modeling environment. The code generator provides a set of model templates that show some common modeling styles that meet various C/C++ code generation requirements.

Topics

Design Models for Generated Embedded Code Deployment

Design factors and issues to consider when designing models for generated embedded code deployment.

Featured Examples

Model Single-Core, Single-Tasking Platform Execution

Explore a model designed and configured for embedded system code generation intended to execute on a single-core, single-tasking platform.

Open Live Script

Model Single-Core, Multitasking Platform Execution

Explore a model designed and configured for embedded system code generation intended to execute on a single-core, multitasking platform.

Open Live Script

Model Concurrent Execution for Symmetric Multicore CPU Platforms

Use Simulink® time-based, multitask scheduling to simulate and generate code for an application algorithm captured in a single model hierarchy. The model is designed and configured for an embedded system intended to execute on a symmetric multicore, multitasking platform.

Open Live Script