Hi,I think the lack of performance is due to the high sample rates / frequency. With PIL, there is usually communication at every time step; so if you can minimize the amount of information passed between simulation and STM32, that may help speed up...
OK, there are 2 pieces to this:1) A variety of ST processors are supported from MathWorks via STM32MAT and a couple MathWorks Support Packages (8 Nucleo boards, 3 Disco boards). If they match what you need, you should look into using them.2) For any ...
The MathWorks Discovery Board support is only for 3 STM32 variants, not for SP5.Specifically: "Embedded Coder provides additional support for the STM32F746G, STM32F769I and STM32F4-Discovery boards that includes automated build and execution,"https:/...
MathWorks tools generate ANSI / ISO C Code, which you can use in your IDE of choice. The generic work flow is to use MATLAB & Simulink to design and simulate your algorithm. Next you generate the C code fro your algorithm. And then you import that ...
HI Val,MathWorks is the author for this particular Nucleo solution. You may have better luck reaching out to MathWorks Tech Support directly.I think you should be able to have a sample rate < 0.1 sec (> 10 Hz); that seems fairly slow.Cheers,-BrianMa...
