Valentin Kaisermayer

Tried with v1.0.5 ```julia julia> format(".") true ```

I'm pretty sure it is the correct folder. The package folder is read only, isn't it?

Connecting a capacitor and a voltage source in parallel will result in numerical difficulties. The only solution is that the capacitor is already charged to the voltage of the source....

In reality this works because a capacitor has parasitic resistances. But this ideal model has not. The error message is unclear to me as well. I guess the reason is...

Making a `RealCapacitor` with ESR is trivial. If it is part of the library then as separate component.

Something like this:  ```julia function RealCapacitor(;name, C, ESR, ESL, R_leak) @named capacitor = Capacitor(C=C) @named esr = Resistor(R=ESR) @named esl = Inductor(L=ESL) @named leakage_res = Resistor(R=R_leak) @named p =...

Works fine with smaller solver tolerance: 

Because this library is supposed to model fluid systems where the change in temperature is negligible. This allows to avoid stream connectors all together. However, if this is an insufficient...

I propose the following example: # PI-Controller for a System with Actuator Saturation The following example visualizes the wind-up effect. ```julia using Jusdl, Plots """ System. """ @def_ode_system mutable struct...

Sure! The [Matlab ](https://www.mathworks.com/help/simulink/slref/anti-windup-control-using-a-pid-controller.html;jsessionid=169dfd77d5ec1de8aee951b654dc) page is not bad. And also the [Wikipedia](https://en.wikipedia.org/wiki/Integral_windup) article. A short description from me: When designing control loops, it should always be noted that in practical...