Configure Code Generation Parameters for Model Programmatically

You can modify code generation parameters for the active configuration set in the Configuration Parameters dialog box or from the MATLAB^® command line. Use the command-line approach for creating a script that automates setting parameters for an established model configuration.

Modify Parameters to Support `Execution efficiency`

In this example, you modify the configuration parameters to support the Code Generation Advisor application objective, Execution efficiency.

Step 1. Open a model.

slexAircraftExample

Step 2. Get the active configuration set.

cs = getActiveConfigSet(model);

Step 3. Select the Generic Real-Time (GRT) target.

switchTarget(cs,'grt.tlc',[]);

Step 4. To optimize execution speed, modify parameters.

If your application objective is Execution efficiency, use set_param to modify these parameters:

set_param(cs,'MatFileLogging','off');
set_param(cs,'SupportNonFinite','off');
set_param(cs,'RTWCompilerOptimization','on');
set_param(cs,'OptimizeBlockIOStorage','on');
set_param(cs,'EnhancedBackFolding','on');
set_param(cs,'ConditionallyExecuteInputs','on')
set_param(cs,'DefaultParameterBehavior','Inlined');
set_param(cs,'BooleanDataType','on');
set_param(cs,'BlockReduction','on');
set_param(cs,'ExpressionFolding','on');
set_param(cs,'LocalBlockOutputs','on');
set_param(cs,'EfficientFloat2IntCast','on');
set_param(cs,'BufferReuse','on');

Step 5. Save the model configuration to a file.

Save the model configuration to a file, 'Exec_efficiency_cs.m', and view the parameter settings.

saveAs(cs,'Exec_Efficiency_cs');
dbtype Exec_Efficiency_cs 1:50

Documentation