Modification programmatique du modèle

Créer des modèles, ajouter et connecter des blocs, définir les paramètres et les propriétés et effectuer d'autres tâches de modélisation de base de manière programmatique

Découvrez les fondamentaux de la gestion programmatique des modèles dans Simulink^®.

Fonctions

développer tout

Ouvrir, enregistrer et fermer

`simulink`	Ouvrir la page de démarrage de Simulink
`start_simulink`	Start Simulink without opening any windows
`slLibraryBrowser`	Open, load, and close Simulink Library Browser, create and get handle of Library Browser object
`open_system`	Open model, library, subsystem, or block dialog box
`load_system`	Charger un modèle Simulink en mémoire
`save_system`	Save Simulink model
`close_system`	Close Simulink model window or block dialog box
`bdclose`	Close any or all Simulink model windows unconditionally
`learning.simulink.launchOnramp`	Open self-paced, interactive trainings

Ajouter et supprimer

`add_block`	Ajouter des blocs à un modèle
`Simulink.connectBlocks`	Connect blocks with signal lines (depuis R2024b)
`add_line`	Add line to Simulink model
`delete_block`	Delete blocks from Simulink system
`delete_line`	Delete line from Simulink model
`add_param`	Add parameter to Simulink model
`delete_param`	Delete model parameter added with `add_param` function
`Simulink.BlockDiagram.deleteContents`	Delete graphical contents of model
`Simulink.SubSystem.deleteContents`	Delete contents of subsystem
`Simulink.history.clear`	Clear the Simulink start page and editor history (depuis R2020b)

Créer

`new_system`	Create Simulink model or library in memory
`Simulink.createFromTemplate`	Create model or project from template
`Simulink.BlockDiagram.createSubsystem`	Create subsystem containing specified set of blocks
`Simulink.Annotation`	Create and specify properties of text, image, and area annotations

Obtenir et définir

`docblock`	Get or set editor invoked by Simulink DocBlock block
`gcs`	Get path name of current system
`getfullname`	Get path that identifies block or line
`gcb`	Get path name of current block
`gcbh`	Obtenir le handle du bloc actuel
`gcbp`	Get `Simulink.BlockPath` object for current block
`getSimulinkBlockHandle`	Get block handle from block path
`get_param`	Get parameter names and values
`set_param`	Set Simulink parameter value
`Simulink.defaultModelTemplate`	Set or get default model template
`getCurrentAnnotation`	Get current annotation object
`getCallbackAnnotation`	Get annotation executing callback
`edittime.getDisplayIssues`	Check whether model design warnings and errors are on
`edittime.setDisplayIssues`	Detect model design errors and warnings

Rechercher, remplacer et indexer

`hilite_system`	Highlight block, signal line, port, or annotation
`find_system`	Find models, blocks, lines, ports, and annotations
`Simulink.FindOptions`	Specify options for finding blocks in models and subsystems
`Simulink.findTemplates`	Find model or project templates with specified properties
`Simulink.allBlockDiagrams`	Find loaded Simulink models and libraries
`Simulink.findBlocks`	Find blocks in Simulink models
`Simulink.findBlocksOfType`	Find specified type of block in Simulink models
`replace_block`	Replace blocks in Simulink model
`modelfinder`	Search and open examples, models, and projects (depuis R2022a)
`modelfinder.setDefaultDatabase`	Set default database to index models (depuis R2023b)
`modelfinder.createDatabase`	Create new database to index models (depuis R2023b)
`modelfinder.importDatabase`	Import database to Model Finder (depuis R2023b)
`modelfinder.registerFolder`	Index models in Model Finder (depuis R2022a)
`modelfinder.unregisterFolder`	Remove models from Model Finder (depuis R2022a)
`modelfinder.deleteDatabase`	Remove database from Model Finder (depuis R2023b)
`modelfinder.setSearchDatabase`	Set search scope to find models (depuis R2023b)

Vérifier

`isSimulinkStarted`	Check whether Simulink is started (depuis R2020b)
`bdroot`	Top-level model of current system
`bdIsLoaded`	Determine whether model, subsystem, or library is loaded
`bdIsLibrary`	Determine whether model is library
`bdIsSubsystem`	Determine whether model is subsystem
`bdIsDirty`	Determine whether model, subsystem, or library has unsaved changes
`slIsFileChangedOnDisk`	Determine whether model has changed since it was loaded

Extraire et exporter

`Simulink.SubSystem.copyContentsToBlockDiagram`	Copy graphical contents from subsystem to another model
`Simulink.exportToTemplate`	Create template from model or project
`Simulink.exportToVersion`	Export model, library, or project for use in previous version of Simulink
`Simulink.MDLInfo`	Extract SLX, SLXP, or MDL file information without loading file
`Simulink.MDLInfo.getDescription`	Extract SLX, SLXP, or MDL file description without loading file
`Simulink.MDLInfo.getMetadata`	Extract SLX, SLXP, or MDL file metadata without loading file

Modifier

`Simulink.BlockDiagram.expandSubsystem`	Replace subsystem with subsystem contents
`Simulink.BlockDiagram.arrangeSystem`	Improve layout of block diagram
`Simulink.BlockDiagram.routeLine`	Route existing lines of model
`slCharacterEncoding`	Specify encoding to use in code generated from Simulink models
`frameedit`	Open PrintFrame Editor to edit print frames for Simulink and Stateflow block diagrams

Orienter et imprimer

`orient`	Paper orientation for printing or saving
`print`	Print figure or save to specific file format

Paramètres

Programmatically Specify Block Parameters and Properties

Programmatic Model Editor Appearance Parameters

Rubriques

Programmatic Modeling Basics
Create models, add and connect blocks in models, set parameters and properties, and perform other modeling basics programmatically.
Get Handles and Paths
Programmatically specify models, components, and model elements you want to edit.
Search Programmatically
Find models, blocks, signal lines, ports, and annotations.
Run Simulations Programmatically
Run simulations programmatically by writing scripts or by issuing commands in the MATLAB^® Command Window.
Programmatically Print Models from MATLAB Command Window
The MATLAB print command provides several options for printing Simulink models.