xogeny
commented
10 years ago Thomas,
Thanks! It is great that you had a look at this. One thing to keep in mind is that I deliberately left experiment annotations out of most models simply because I didn't want them cluttering up the source code listings in the book. The experimental conditions are stored in a script called text/specs.py. You'll notice at the end of that script a call to generate. Currently, that call generates input files for OpenModelica. But what it could also do (I just haven't had time to add it) is create a special package that creates a version of each simulation with an experiment annotation, e.g.
package Experiments
model FO
extends ModelicaByExample.BasicEquations.SimpleExample.FirstOrder;
annotation(experiment(stopTime=10));
end FO;
model FOI
extends ModelicaByExample.BasicEquations.SimpleExample.FirstOrderInitial;
annotation(experiment(stopTime=10));
end FOI;
...
end Experiments;The add_case function in specs.py collects/infers all the information necessary to know exactly what model should be run and under what conditions. For the OpenModelica output, I use a Jinja2 based code generation scheme. It would be quite easy to add additional code to generate the Experiments package I describe above. I will do it at some point. But if you want to take a shot at it, feel free. This is how I managed to get the integrated Javascript into the web version of the book, BTW. (same information was required)
tbeu
I run the 77 example models I could identify in SimulationX Modelica simulator. Please find below the output (informationals, warnings and errors). Beside some obvious issues of the example models there are probably some issues in SimulationX as well.
I need to check what happens with the Pendula models.