Measurements Service Interface Properties

R2026b

Configure measurements service interface definitions

Since R2026b

Service Mappings editor with the Measurements tab selected. The dialog box where you can set additional properties for is open.

Use the Measurements tab of the Service Mappings editor to map signals of Out Bus Element blocks, block states, and block data stores

Properties

expand all

Use this tab of the Service Mappings editor to map measurable model elements to measurement service interface definitions. In the spreadsheet, there are 3 parent entries that correspond to the 3 types of measurable model elements. Each parent entry has a one-level collapsible child entry set. Each child entry corresponds to a measurable model element of the parent entry type. These are the 3 parent entries:

Local Data Stores — Use this section to configure the properties of measurement service interfaces for data stores defined in the model. To learn about local data store, see Data Stores in Generated Code (Embedded Coder).
Signals — Use this section to select which model signals to measure and to configure the measuring service interface properties for the measured signals. Root-level signals cannot be configured for code generation in this tab. To configure root-level signals, use the Receivers tab of the Service Mappings editor. To learn about model signals, see Configure Signal Data for C Code Generation (Embedded Coder).
States — Use this section to configure the properties of measurement service interfaces of states in model blocks. States are block parameters whose value in the current step of the model needs to be remembered and used in future step, such as the value of a Unit Delay block. To learn about model states, see Configure Block States for C Code Generation (Embedded Coder).

`Source` — Name of corresponding model element

This property is read-only.

Name of the model element that corresponds to the table entry.

Code

Use the Code section to configure the variables, in the generated model code, that correspond to the measurable model elements you map to service interface definitions.

`Measurement Service` — Enable model element tuning
`Default:Measured` | `Default:Not measured` | `Measured` | `Not measured` | `Persistency` (only supported for Local Data Stores and States)

Determines whether the generated code allows measuring of the corresponding model element. From the list, selected one of these:

Measured: The generated code allows measuring of the corresponding model element.
Not measured: The generated code does not allow measuring of the corresponding model element.
Default:Measured or Default:Not measured: Use the predefined default value, Measured or Not measured, to determine whether the generated code allows measuring of the corresponding model element. Select this option for model elements that need to use the predefined value regardless of its value, for example, when you need your model behavior to be consistent with other models.
Persistency (only supported for Local Data Stores and States): The generated code allows measuring of the corresponding model element, and the data is preserved in non-volatile memory. For more information about persistent memory in AUTOSAR Adaptive, see Model AUTOSAR Adaptive Persistent Memory.

`Path` — Path of containing system

Read only. The path of the containing system of the model element, relative to the top model. For example, if the model element is a block in the top model, then the value of Path is the name of the top model.

`Identifier` — Identifier of corresponding variable
empty (default) | text scalar

Only applicable when you select Default:Measured, Measured or Persistency as the Measurement Service. In the generated code, the identifier of the variable that corresponds to the measurable model element, specified as a text scalar. If you leave the Identifier property empty, the identifier of the variable is the name of the model element.

Access this property from the Property Inspector or from the dialog box for additional properties. To open the dialog box, click the pencil icon at the end of the table entry that corresponds to the model element whose service interface you need to configure.

Additional Parameters dialog box. The Identifier is specified as measurableParamVarID.

Measurement

Use the Measurement section to configure properties that are used for generating the ASAP2 file. To read more about generated ASAP2 files, see:

Introduction to ASAP2 File (Embedded Coder)
Configure Model Data Elements for ASAP2 File Generation (Embedded Coder)

Access the measurement properties from the Property Inspector or from the dialog box for additional properties. To open the dialog box, click the pencil icon at the end of the table entry that corresponds to the model element whose service interface you need to configure.

Additional Parameters dialog box. The Measurement section properties are Calibration Access: Calibration, Display Identifier: measurableParamDisplayID, Format: %7.8, and Compu Method: measuringCoimpuMethod.

`Calibration Access` — Calibration type in ASAP2 file
`Calibration` (default) | `NoCalibration`

The calibration type for the parameter in the ASAP2 file. From the list, select one of these:

Calibration (default): Allow the calibration of the corresponding variable in the calibration tool.

NoCalibration: Do not allow the calibration of the corresponding variable in the calibration tool.

`Display Identifier` — Display identifier in ASAP2 file
empty (default) | text scalar

Optional property for the name of the corresponding variable in calibration tool, as indicated in the ASAP2 file. Specified as a text scalar.

`Format` — Format in ASAP2 file
empty (default) | `%length.layout`

The format to use for displaying the corresponding variable in calibration tool, as indicated in the ASAP2 file, specified as %length.layout, where length and layout are integers. Leave the Format property empty to have the calibration tool use the format of the Compu Method with the corresponding variable.

`Compu Method` — Name of conversion method in ASAP2 file
empty (default) | text scalar

Conversion method name in the ASAP2 file, specified as a text scalar. The method is used for converting the ECU-internal value to a physical value for easy readability. Leave the Compu Method property empty to have the calibration tool use the default method with the corresponding variable.

More About

expand all

Add Signals to Model Mappings

Model signals are not automatically added to the mappings of the model. To add a signal, select it, and do one of the following:

Click on the add signal button on the upper left corner of the Service Mappings editor.
Touch the ellipsis above the signal line in the model canvas to open the signal buttons. Then click on the add signal button .

This snapshot shows the two alternative add signal buttons:

After you add the signal, it appears in the spreadsheet under the Signals parent entry, and it is labeled as configured for code generation.

Remove Signals from Model Mappings

To remove a signal that you previously added to the Service Mappings editor, select the signal in the model canvas, or the corresponding entry in the spreadsheet, and do one of these:

Click on the remove button on the upper left corner of the Service Mappings editor.
Touch the ellipsis above the signal line in the model canvas to open the signal buttons. Then click on the remove signal button .

This snapshot shows the two alternative remove signal buttons:

Version History

Introduced in R2026b

Measurements Service Interface Properties

Properties

`Source` — Name of corresponding model element

Code