DataTypeWorkflow.Converter

Create fixed-point converter object

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Description

The DataTypeWorkflow.Converter object contains the object functions and parameters needed to collect simulation and derived data, propose and apply data types to the model, and analyze results. Use the DataTypeWorkflow.Converter object to perform the same fixed-point conversion tasks as the Fixed-Point Tool.

Creation

Syntax

converter = DataTypeWorkflow.Converter(systemToScale)
converter = DataTypeWorkflow.Converter(referencedModelSystem,'TopModel',topModel)

Description

example

converter = DataTypeWorkflow.Converter(systemToScale) creates a converter object for the systemToScale.

converter = DataTypeWorkflow.Converter(referencedModelSystem,'TopModel',topModel) creates a converter object with the specified referenced model, referencedModelSystem, as the system to scale.

Input Arguments

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Name of the model or subsystem to scale, specified as a character vector.

Example: converter = DataTypeWorkflow.Converter('ex_fixed_point_workflow');

Name of the referenced model or the subsystem within a referenced model to convert to fixed point, specified as a character vector.

Name of the top-level model that references referencedModelSystem, specified as a character vector. topModel is used during the range collection phase of conversion.

Properties

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Current run stored in the converter object, specified as a character vector.

Example: converter.CurrentRunName = 'FixedPointRun'

Data Types: char

Names of all runs stored in the converter object, specified as a cell array of character vectors.

Example: converter.RunNames

Data Types: cell

Name of the model or subsystem to scale, returned as a character vector.

Example: converter.SelectedSystemToScale

Data Types: char

Available system settings shortcuts for the selected subsystem, specified as a cell array of character vectors.

Example: converter.ShortcutsForSelectedSystem

Data Types: cell

Name of the top-level model that references referencedModelSystem, specified as a character vector. topModel is used during the range collection phase of conversion.

Example: converter.TopModel

Data Types: char

Object Functions

applyDataTypesApply proposed data types to model
applySettingsFromRunApply system settings used in previous run to model
applySettingsFromShortcutApply settings from shortcut to model
deriveMinMaxDerive range information for model
proposalIssuesGet results which have comments associated with them
proposeDataTypesPropose data types for system
resultsFind results for selected system in converter object
saturationOverflowsGet results where saturation occurred
simulateSystemSimulate system specified by converter object
verifyCompare behavior of baseline and autoscaled systems
wrapOverflowsGet results where wrapping occurred

Examples

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Open Script

This example shows how to create a DataTypeWorkflow.Converter object.

Open the fxpdemo_feedback model.

open_system('fxpdemo_feedback');

The Controller subsystem uses fixed-point data types. Create a DataTypeWorkflow.Converter object.

converter = DataTypeWorkflow.Converter('fxpdemo_feedback/Controller');

You can view and edit properties of the converter object from the command line. For example, to change the name of the current run:

converter.CurrentRunName = 'FixedPointRun'

converter = 

  Converter with properties:

                CurrentRunName: 'FixedPointRun'
                      RunNames: {0x1 cell}
    ShortcutsForSelectedSystem: {6x1 cell}
                      TopModel: 'fxpdemo_feedback'
         SelectedSystemToScale: 'fxpdemo_feedback/Controller'

See Also

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Topics

Introduced in R2014b

Fixed-Point Designer Documentation

Support