Compiled Simulink model of transfer function block giving different results

I have a very simple model that consists of an input port, a transfer function and an output port. The model is attached to this question in case you want to check it.

The inputs for the first three steps are { -60.982112667828780, -60.781022873413790,60.168975966495110 }.

The outputs in Simulink are: {0, -0.003033557714140, -0.012065510055461}

While in the C code I get the following results: {0, 0, -0.0060982112667828780}.

I have read the answer to a simular question posted here: https://www.mathworks.com/matlabcentral/answers/90341-compiled-simulink-model-giving-different-results

So I unchecked the Single output/update function option in order to have them separated.

I don't know what is causing my results to be so different in Simulink and the generated C code. Does anybody have any idea?

[Birdman]

One simple question: What is your sampling rate for discretizing your transfer function while generating C code?

[RICARDO SEGALLA]

Thank you, Birdman!

I guess this is the point that I was missing. I haven't been able to find a command line that enables me to specify the sampling rate for discretizing my transfer function while generating the C code. Do you know if such a command exists ?

What I did instead is go to the menu Analysis > Control Design > Model Discretizer. Then I discretized my transfer function changing its sample rate from 1Hz to 0.001 Hz.

Now I obtain identical results in Simulink and the generated C code. However, the result is not identical to the one I obtained when the transfer function was continuous, the error is small though.

Do you know if it is possible to make the generated C code output the same result as the continuous transfer function ?

Best Regards