Hi everyone,
I did a model on Simulink that I would like to build and compile on my Raspberry Pi. The issue is that, using MATLAB Coder, the .elf file is not build and so the compilation returns the following error:
Model Action Rebuild Reason
===========================================================================
test_continuous Failed Code generation information file does not exist.

0 of 1 models built (0 models already up to date)
Build duration: 0h 0m 29.743s
Error:Cannot identify /home/pi/MATLAB_ws/R2020b/C/Users/../test_continuous.elf. No such file or directory.
My model is using integrators and transfer functions and I saw in the documentation that it might be an issue if the user wants to implement that in a small hardware, such as a Raspberry Pi I supposed. When I discretized the model using Model Dicretizer from the Control System Toolbox, it returns exactly the same error.
I did a very small Simulink model that is attached to this post, and again the same error.
I verified that the "Generate code only" box was unchecked in the Code Generation Tab. By the way, I am using MATLAB R2020b and I cannot change this version as I’m working in a company with it.
My question is that does a Raspberry Pi 4B support integrators and transfer functions at all? or did I not get the good interpretations out of this?
Thanks for any help.
RomainHi everyone,
I did a model on Simulink that I would like to build and compile on my Raspberry Pi. The issue is that, using MATLAB Coder, the .elf file is not build and so the compilation returns the following error:
Model Action Rebuild Reason
===========================================================================
test_continuous Failed Code generation information file does not exist.

0 of 1 models built (0 models already up to date)
Build duration: 0h 0m 29.743s
Error:Cannot identify /home/pi/MATLAB_ws/R2020b/C/Users/../test_continuous.elf. No such file or directory.
My model is using integrators and transfer functions and I saw in the documentation that it might be an issue if the user wants to implement that in a small hardware, such as a Raspberry Pi I supposed. When I discretized the model using Model Dicretizer from the Control System Toolbox, it returns exactly the same error.
I did a very small Simulink model that is attached to this post, and again the same error.
I verified that the "Generate code only" box was unchecked in the Code Generation Tab. By the way, I am using MATLAB R2020b and I cannot change this version as I’m working in a company with it.
My question is that does a Raspberry Pi 4B support integrators and transfer functions at all? or did I not get the good interpretations out of this?
Thanks for any help.
Romain Hi everyone,
I did a model on Simulink that I would like to build and compile on my Raspberry Pi. The issue is that, using MATLAB Coder, the .elf file is not build and so the compilation returns the following error:
Model Action Rebuild Reason
===========================================================================
test_continuous Failed Code generation information file does not exist.

0 of 1 models built (0 models already up to date)
Build duration: 0h 0m 29.743s
Error:Cannot identify /home/pi/MATLAB_ws/R2020b/C/Users/../test_continuous.elf. No such file or directory.
My model is using integrators and transfer functions and I saw in the documentation that it might be an issue if the user wants to implement that in a small hardware, such as a Raspberry Pi I supposed. When I discretized the model using Model Dicretizer from the Control System Toolbox, it returns exactly the same error.
I did a very small Simulink model that is attached to this post, and again the same error.
I verified that the "Generate code only" box was unchecked in the Code Generation Tab. By the way, I am using MATLAB R2020b and I cannot change this version as I’m working in a company with it.
My question is that does a Raspberry Pi 4B support integrators and transfer functions at all? or did I not get the good interpretations out of this?
Thanks for any help.
Romain #raspberrypi, #continuous, simulink MATLAB Answers — New Questions

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