![matlab p file to m file converter matlab p file to m file converter](https://i.pinimg.com/originals/08/26/29/0826294c2bf766a6059cab8473ea329a.png)
Add the directory path from which the Simulink will include the directories under Settings > Code Generation > Custom code > Include directories.Ģ. In order to include custom code, the user should follow these steps:ġ. So the goal of this project is to be able to read the cell voltages from an MBDT Simulink model. This is also compatible with the S32K family with some minor jumpers adjustments, but all the instructions can be found on the product page. NXP has a great cell controller IC designed for automotive and industrial applications, more details can be found here MC33772B | 6-Channel Li-ion Battery Cell Controller IC | NXP. For this tutorial, we will use the FRDM33772BSPIEVB | MC33772 SPI EVB | NXP board, which handles up to 6 battery cells and connects to many NXP controllers via SPI. You are already familiar with our toolbox supported boards so let's talk a bit about this BMS system.
![matlab p file to m file converter matlab p file to m file converter](https://www.mathworks.com/responsive_image/100/100/0/0/0/cache/matlabcentral/profiles/3009067_1522092909838_DEF.jpg)
So in this tutorial, we will add support for the BMS System in Model-Based Design for S32K.
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In my opinion, the greatest way to learn something is "learning-by-doing". For more details, you can have a look on the Mathworks Help Center at Integrate C Code Using the MATLAB Function Block- MATLAB & Simulink. This uses the Matlab Coder and requires to include only a MATLAB function block in which the model will call a C function.
#Matlab p file to m file converter drivers#
The aim of this article is to help any user of Model-Based Design to enjoy his/her own custom C libraries or to call any C drivers or components that are not yet supported by NXP's toolbox.