Model Configuration Parameters

Model configuration parameters control model behaviour, simulation, code optimizations, interfaces, code style, build options, and other aspects of the generated code. When you create a new model, it contains the default configuration set that specifies the default values for the model configuration parameters. You can view and update the configuration parameters by following these steps.

Hardware Implementation Pane Overview

Default Hardware Implementation Pane

Configuration parameters

Configure hardware board to run Simulink^® models.

In the Simulink Editor, select Modeling > Model Settings.
In the Configuration Parameter dialog box, click Hardware Implementation.
Set the Hardware board parameter to Renesas RH850 U2A Based.
The parameter values under Hardware board settings are automatically populated to their default values.
You can optionally adjust these parameters for your particular use case.
To apply the changes, click Apply.

For more information on selecting a hardware support package and general configuration settings, see Hardware Implementation Pane.

Hardware Board Settings

Parameter	Description	Default Value
Device Series	Select the device series for the Renesas RH850 U2A Based hardware board.	`U2A16`
Processing Unit	Select the processor unit for the device series.	`PE0`

Task Profiling on Processor

Parameter	Description	Default Value
Show in SDI	Display task profiling results in Simulink Data Inspector.	`Off`
Save to file	Save profiling results to a file.	`Off`
Overwrite file	Overwrite the profiling file if it exists.	`Off`

Simulation Settings

Parameter	Description	Default Value
Set random number generator seed	Enable to set a seed value for the random number generator.	`Off`
Seed value	Specify the seed value for the random number generator.	`default`
Cache input data at task start	Enable to cache input data at the start of each task.	`Off`
Project folder	Specify the project folder for simulation data and files.	`Soc_prj`
Browse	Browse to select the CDF folder.

Build options

Parameter	Description	Default Value
Build action	Defines how Embedded Coder^® responds when you build your model.	`Build, load, and run`
Configuration description file (CDF)	Select the Configuration description file (CDF).	`<Select RH850 CDF File>`
Import	Click Import to import a CDF file.
Browse	Browse to select the CDF file.
Refresh	Refresh the configuration file.
Generate MCAL code for all modules	Generate MCAL code for all modules.	`Off`
Disable parallel build	Disable parallel build for code and driver sources.	`Off`

Programmer

Parameter	Description	Default Value
Communication interface	Select the programming interface.	`CSI`
Auto select hardware	Automatically selects the hardware.	`on`
Select hardware	Select the hardware.
Refresh	Refreshes the list of available hardware.

Clocking

Parameter	Description	Default Value
MCU clock setting configurations	Select the CDF arxml file to configure MCU clock settings.	`Select CDF arxml file in Build Options`
MCU clock setting configurations	Displays the main system clock frequency for the CPU. Requires selection of CDF arxml file.	`Select CDF arxml file in Build Options`
High speed peripheral clock CLK_HSB (MHz)	Displays the high speed peripheral clock frequency (CLK_HSB). Requires CDF arxml file selection.	`Select CDF arxml file in Build Options`

Connectivity

Parameter	Description	Default Value
SCI/USART	Select the UART interface.	`r_sci_b_uart`
COM Port	Select the COM port for communication.	`COM1`
Baud rate	Defines the rate at which data is transferred over UART interface. (in bits/s).	`460800`

External Mode

Parameter	Description	Default Value
Communication interface	Sets the transport layer used to exchange data between host and hardware.	`XCP on Serial`
Verbose	Sets to view external mode execution progress and updates.	`on`
Set logging buffer size automatically	Automatically set the number of bytes to preallocate for the buffer in the hardware during simulation.	`on`
Logging buffer size (in bytes)	Specify the memory buffer size for XCP-based External mode simulation.	`1000`
Maximum number of contiguous samples	Set the maximum number of contiguous samples for data logging in external mode.	`8`

TSG3

Parameter	Description	Default Value
Configure TSG30	Enables configuration options for TSG30.	`Off`
TSG3 mode	Sets the operating mode for TSG3.	`HT PWM`
Trigger ADC event	Selects the event that triggers ADC sampling.	`None`
Update duty cycle event	Selects the event for updating the duty cycle.	`Valley`
Reload duty cycle counter event	Selects the event for reloading the duty cycle counter.	`Valley`
Carrier frequency (KHz0)	Sets the carrier frequency for PWM generation.	`8`
U Phase duty ratio (Percentage)	Sets the duty ratio for U phase as a percentage.	`50`
V Phase duty ratio (Percentage)	Sets the duty ratio for V phase as a percentage.	`50`
W Phase duty ratio (Percentage)	Sets the duty ratio for W phase as a percentage.	`50`
Positive dead time (Raw counts)	Sets the positive dead time in raw counter values.	`50`
Inverse dead time (Raw counts)	Sets the inverse dead time in raw counter values.	`50`
Configure TSG31	Enables configuration options for TSG31.	`Off`
TSG3 mode	Sets the operating mode for TSG3.	`HT PWM`
Trigger ADC event	Selects the event that triggers ADC sampling.	`None`
Update duty cycle event	Selects the event for updating the duty cycle.	Valley
Reload duty cycle counter event	Selects the event for reloading the duty cycle counter.	`Valley`
Carrier frequency (KHz0	Sets the carrier frequency for PWM generation.	`8`
U Phase duty ratio (Percentage)	Sets the duty ratio for U phase as a percentage.	`50`
V Phase duty ratio (Percentage)	Sets the duty ratio for V phase as a percentage.	`50`
W Phase duty ratio (Percentage)	Sets the duty ratio for W phase as a percentage.	`50`
Positive dead time (Raw counts)	Sets the positive dead time in raw counter values.	`50`
Inverse dead time (Raw counts)	Sets the inverse dead time in raw counter values.	`50`