Simulink^®

Referencing a Model

Overview of Model Referencing	Defines model referencing, describes its advantages, and provides links to demos and commonly used resources
Creating a Model Reference	Describes the technique for using a Model block to convert two separate models into a parent model and a referenced model
Converting a Subsystem to a Referenced Model	Describes the technique for converting an atomic subsystem into a referenced model that functionally replaces the subsystem
Referenced Model Simulation Modes	Describes the two modes of referenced model simulation: Normal (interpreted) and Accelerator (compiled code)
Simulation Targets	Describes the code, called a simulation target, that Simulink^® generates for an Accelerator mode referenced model.
Simulink^® Model Referencing Requirements	Describes configurational and structural requirements that a model must meet in order to be used as a referenced model.
Parameterizing Model References	Introduces three techniques for setting values in referenced models despite the requirement to enable inline parameters
Using Model Arguments	Describes the use of model arguments, the most powerful and flexible technique for parameterizing model references
Refreshing Model Blocks	Explains the need to refresh model blocks after changing a model's interface to its parent, and notes some diagnostics
Examining a Model Reference Hierarchy	Describes tools that Simulink^® provides for displaying and traversing the structure of a model reference hierarchy
Inheriting Sample Times	Describes the conditions under which a referenced models can and cannot inherit its sample time from its parent model
Defining Function-Call Models	Describes requirements and techniques for using a function-call model and a trigger port to control a referenced model
Simulink^® Model Referencing Limitations	Describes limitations on the current release of model referencing in both modes, Normal mode only, and Accelerator mode only

Conditional Execution Behavior

Overview of Model Referencing