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Dear all, Thank you for the
proposition of handling the pb. I found how to manage it
(with the help of the answers). The PAR vector needs to
be define with it maximum possible length (depending on the parameter). Some changes needs to be
done for the declaration of the variables parameters (by ALLOCATABLE
declaration and then ALLOCATE by reading the parameter that define the length
of it. The NPAR variables needs
than to be adapted depending on the length of the parameters (to avoid trnsys
error of length between parameter to be declared et the one actually declared). The TYPE is now well functioning
and I can work on the interesting part of it…. The physical interpretation!! Thank you all, Best regards Xavier Faure CSTB Enveloppes & Revêtements Caractérisation Physique des Matériaux 24 rue Joseph Fourier 38400 Saint Martin d'Heres Tel : 33 (0)4 76 76 25 74 Fax : 33 (0)4 76 76 25 60 mail : xavier.faure@cstb.fr web : www.cstb.fr De :
trnsys-users-bounces@engr.wisc.edu [mailto:trnsys-users-bounces@engr.wisc.edu] De la part de FAURE Xavier Hy, I’m programming a new type on the trnsys
environment and i need de define cycle in parameter definition. I was wondering how should be define the PAR vector
in fortran since it length is a function of its first and second values? When exporting the type as a fortran file, no
difference appeared within the declaration of number of parameters (NP) and the
PAR vector comparing with type without any cycle definition. Can anyone give a hand for the declaration pb ? Thank you by advance Regards Xavier Faure CSTB Enveloppes & Revêtements Caractérisation Physique des Matériaux 24 rue Joseph Fourier 38400 Saint Martin d'Heres Tel : 33 (0)4 76 76 25 74 Fax : 33 (0)4 76 76 25 60 mail : xavier.faure@cstb.fr web : www.cstb.fr |