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Download Stateflow User's Guide
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Glossary Stateflow notation consists of: • A set of graphical objects • A set of nongraphical text-based objects • Defined relationships between those objects Parallelism A system with parallelism can have two or more states that can be active at the same time. The activity of parallel states is essentially independent. Parallelism is represented with a parallel (AND) state decomposition. See the section titled “What Is a State Decomposition?” on page 6-10 for more information. Real-Time Workshop The Real-Time Workshop is an automatic C language code generator for Simulink. It produces C code directly from Simulink block diagram models and automatically builds programs that can be run in real-time in a variety of environments. See the Real-Time Workshop User’s Guide for more information. S-function When using Simulink together with Stateflow for simulation, Stateflow generates an S-function (MEX-file) for each Stateflow machine to support model simulation. This generated code is a simulation target and is called the sfun target within Stateflow. For more information, see the Using Simulink document. Semantics Semantics describe how the notation is interpreted and implemented behind the scenes. A completed Stateflow diagram communicates how the system will behave. A Stateflow diagram contains actions associated with transitions and states. The semantics describe in what sequence these actions take place during Stateflow diagram execution. A-8
