| Stateflow Chart Concepts | Introduces finite state machine concepts |
| Stateflow Chart Notation | Describes notation you use for objects in Stateflow charts |
| Stateflow Chart Semantics | Describes the behavior of Stateflow objects during
execution of a Stateflow chart |
| Creating Stateflow Charts | Describes how to create a Stateflow chart using
basic Stateflow objects: states, transitions, and junctions |
| Modeling Logic Patterns and Iterative Loops Using Flow Graphs | Describes how to create flow graphs to model logic
patterns and iterative loops |
| Building Mealy and Moore Charts | Presents guidelines for designing and implementing
Mealy and Moore charts |
| Extending Stateflow Charts | Describes how to extend the functionality of a Stateflow chart
with history junctions, subcharts, graphical functions, boxes, and
notes |
| Defining Data | Describes how to create data in a Stateflow chart
and share these objects with a Simulink model |
| Defining Events | Describes how to create events in a Stateflow chart
and share these objects with a Simulink model |
| Using Actions in Stateflow Charts | Describes how to use the syntax elements of the Stateflow action
language to write actions and attach them to states and transitions |
| Saving and Restoring Simulations Using SimState | Describes how to use the SimState of a chart to run
or test specific simulation segments |
| Using Vectors and Matrices in Stateflow Charts | Describes how to work with vectors and matrices in Stateflow charts |
| Using Variable-Size Data in Stateflow Charts | Explains how to use variable-size data in Stateflow
charts |
| Using Enumerated Data in Stateflow Charts | Describes how to define and use enumerated data in
the Stateflow hierarchy |
| Modeling Continuous-Time Systems in Stateflow Charts | Describes how to model continuous-time systems in Stateflow charts |
| Using Fixed-Point Data in Stateflow Charts | Describes how to define and work with fixed-point
data in Stateflow charts |
| Using Complex Data in Stateflow Charts | Explains how to define and work with complex data
in Stateflow charts |
| Defining Interfaces to Simulink Models
and the MATLAB Workspace | Describes how to interface Stateflow charts with Simulink models,
and share data in the MATLAB base workspace and with external
sources |
| Working with Structures and Bus Signals in Stateflow Charts | Explains how to define structure data types and use
structures to interface with Simulink bus signals |
| Stateflow Design Patterns | Describes Stateflow design patterns for debouncing
signals, scheduling subsystem execution, and writing test vectors |
| Truth Table Functions | Describes how to use truth table functions in Stateflow charts
and how to add Truth Table blocks directly to a Simulink model |
| Using Embedded MATLAB Functions in Stateflow Charts | Describes how to use Embedded MATLAB functions
in Stateflow charts |
| Using Simulink Functions in Stateflow Charts | Describes how to define Simulink function-call
subsystems as graphical objects in Stateflow charts |
| Building Targets | Describes how to build targets to simulate or generate
code for the charts in your model |
| Debugging and Testing Stateflow Charts | Describes how to debug and animate charts and how
to generate model coverage reports |
| Exploring and Modifying Charts | Describes how to search charts for specific objects,
and make local and global changes |
| Semantic Rules Summary | Provides a summary of basic chart semantics |
| Semantic Examples | Provides detailed examples of chart semantics for
typical constructs |
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