This example shows how to view signals and tune parameters by using ETAS® Inca. You must have already completed the steps in Prepare ASAP2 Data Description File.
You also must be familiar with the ETAS Inca user interface. For information about the user interface, see the
vendor documentation (
Build and download real-time application
Open ETAS Inca.
Add an ETAS Inca database with folder named
Add subfolders named
Project, add an ECU project.
When prompted, select A2L file
in your build folder. Ignore the prompt for a HEX file.
If you change and rebuild the real-time application, delete the ECU project and recreate it with the new A2L file.
Workspace, add workspace
ex_slrt_cal_osc_slrt to workspace
When prompted, add an Ethernet system XCP device to the workspace.
Configure the XCP device and initialize it. Auto configure the ETAS network.
To upload data from the device hardware, use enhanced operations on memory pages.
Data is uploaded from the real-time application on the target computer.
Experiment, add experiment
ex_slrt_cal_osc_exp to workspace
To create graphic controls for the variables, add variables
Add YT oscilloscopes for
For each signal, set the sample time to the base sample time of the
Start the ETAS Inca measurement.
In Simulink® Real-Time™ Explorer, start the real-time application.
The signal windows show the four waveforms, corresponding to the displays on the target computer screen.
To shorten the ring time on
L_2D, set parameter
Kg to, for example,
As required, toggle between reference page and working page.
To freeze the parameter set on the target computer, use the freeze working data command.
To save the working data on the development computer, use the save working data command.