原子子图

将模态逻辑封装在可重用子组件中

使用原子子图在多个图中重用状态组件。从原子子图生成可重用代码。通过只重新编译您修改过的原子子图，缩短模型的重新编译时间。

主题

Create Reusable Subcomponents by Using Atomic Subcharts
Build independent subcomponents in your Stateflow^® chart.
Guidelines for Using Atomic Subcharts
Guidelines for creating atomic subcharts.
Map Variables for Atomic Subcharts and Boxes
Link variables in your atomic subchart to data in the main chart.
Robot Trajectory Planning with Reusable Components
Use entry and exit ports to create connections across boundaries in the Stateflow hierarchy.
Mask Atomic Subcharts and Boxes in Stateflow
How to add a mask to an atomic subchart.

精选示例

Reuse a State Multiple Times in a Chart

Use linked atomic subcharts to repeat the same configuration of states and transitions multiple times in a Stateflow® chart. Atomic subcharts are not supported in standalone Stateflow charts in MATLAB®. For more information, see Create Reusable Subcomponents by Using Atomic Subcharts.

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Reduce the Compilation Time of a Chart

Speed up simulations by recompiling only some parts of the chart.

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Divide a Chart into Separate Units

Compartmentalize the subcomponents of your Stateflow chart.

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Generate Separate Code for an Atomic Subchart

Produce independent code for atomic subcharts.

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Model a Redundant Sensor Pair by Using Atomic Subcharts

Compose a large Stateflow chart by using linked atomic subcharts in a library file.

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Model an Elevator System by Using Atomic Subcharts

Model a two-car elevator system by using linked atomic subcharts in Stateflow®. The elevator system consists of a Simulink® model and a user interface (UI). The model contains two Stateflow charts:

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原子子图

主题

精选示例

Reuse a State Multiple Times in a Chart

Reduce the Compilation Time of a Chart

Divide a Chart into Separate Units

Generate Separate Code for an Atomic Subchart

Model a Redundant Sensor Pair by Using Atomic Subcharts

Model an Elevator System by Using Atomic Subcharts

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