initial equation for ThermoSysPro.InstrumentationAndControl.Blocks.Continu.Integrateur

Issue

Description

When reset.signal is false the initial equation is:

 x = (1/k - 1) * ureset.signal/k;

and the output is

y.signal = if reset.signal then ureset.signal else k*x;

i.e. k*x which is not ureset.signal:

nota : In the equation there is a when condition but it works only on transition.

Clearly and concisely describe the problem encountered.

the value of the Integrator output is not set to the ureset.signal at start time.

Expected Behavior

Describe what you expected to happen.

the value of the Integrator output is set a the ureset.signal.

Actual Behavior

Describe what actually happens.

Environment

Operating System: (Linux/Windows)
Modelica Environment Used (and corresponding version): (OpenModelica 1.23/Dymola 23x)
ThermoSysPro's commit/version used: dfe1168a/4.0

Steps to Reproduce

Please provide any material needed to reproduce your output, from a list of steps to reproduce it to a .mat file or a .mos script.

Describe the first step.
Describe the second step.
...

Example of .mos file for Dymola :

openModel("ThermoSysPro/package.mo", changeDirectory=false);
checkModel("ThermoSysPro.Examples.SimpleExamples.TestBend");
translateModel("ThermoSysPro.Examples.SimpleExamples.TestBend");
simulateModel(problem="ThermoSysPro.Examples.SimpleExamples.TestBend", startTime=0, stopTime=1, method="dassl", tolerance=1e-4);

Example of .mos file for OpenModelica :

loadModel(Modelica,{"4.0"}); getErrorString();
loadModel(ThermoSysPro,{"4.0"});getErrorString();
simulate(ThermoSysPro.Examples.SimpleExamples.TestBend); getErrorString();

Logs and Screenshots

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Additional Notes

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