Yes. After calling simulate(myModel) or buildModel(myModel), you can open myModel.cpp and see all the source code yourself. The function passed to the DASSL solver is "int functionODE()".

You could also try dumpXMLDAE(Model) function. This will dump the result of flattening to an xml file.
As far as I know, depending on some flags you can also get the ODE, but I'm not 100% sure.
I don't know if all the info about this function is present in the documentation, but if not let me
know and I'll ask the developer which implemented this functionality.

Cheers,
Adrian Pop/

Thanks a lot, Martin. We will try this.

Adrian, We tried

dumpXMLDAE(Final_code)

and we were getting the following error

{"Xml dump error.",""}

but then we tried the

exportDAEtoMatlab(Final_code)

and it worked, but we are not able to get the ODE format...........in the documentation they have not mentioned the parameters for obtaining that. We are able to do DAE to DAE. We need to extract the intermediate ODE/state space before it is fed to the solver

Thank you

John

adrpo,

   Hi adrpo,

          I have 2  differential equations and I want to initialize them, can you help me, please

  der(T1) = (q_punto_r_g_sky + q_r_g_gr * (Ta - T1) + q_conv_g * (Ta - T1) - q_cd_g_pv * (T1 - T2) + alfa_fg * G * Ag) * (1 / Cg);

  der(T2) = (q_cd_g_pv * (T1 - T2) - q_cd_pv_ted * (T2 - T3) + (tau_fg * alfa_pv - eta) * G * Apv + tau_fg * alfa_eva * G * (Ag - Apv)) * (1 / Cpv);