Hello,
There seems to be an extra "iccocg" and a missing "ilved" argument to grdvec in your example.
Check (grep) for grdvec in other files for the correct syntax.
In addition, you setup seems to be based on 3.0-rc1, rather than a 3.0.0 or more current version. I recommend updating, as release candidate versions are not supported. We recommend using the latest release of a series, to avoid known and solved bugs, but if an issue seems to have no relation to some fix mentioned in the NEWS file, we usually try to help with slightly older releases. On the other hand, we do not bother with -rc or -beta versions once ".0" versions are released.
Best regards,
Yvan
Entropy generation
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Re: Entropy generation
hello,
Can someone explain me why I get an evolution of the variable on surface only?
best regards,
hakim.
Can someone explain me why I get an evolution of the variable on surface only?
best regards,
hakim.
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Re: Entropy generation
Hello,
Are you sure this is the case you ran ? One of your user subroutines does not compile :
I'll let you check this first.
Regards,
Yvan
Are you sure this is the case you ran ? One of your user subroutines does not compile :
(you need sqdu(iel) here).<....>/CASE1/SRC/cs_user_postprocess_var.f90:284.2:
visct = max (visct,rom*sqdu)
1
Error: Incompatible ranks 0 and 1 in assignment at (1)
I'll let you check this first.
Regards,
Yvan
Re: Entropy generation
Hello,
even with the correction I still get the same problem, namely the evolution at the surface only,
best regards,
Hakim.
even with the correction I still get the same problem, namely the evolution at the surface only,
best regards,
Hakim.
Re: Entropy generation
Hello Ivan,
I'd like to extract the maximum values of SFBR (ILOC) calculated in cs_postprocess_var to a datafile.dat and that for each time step.
I tried with the following program but the problem is that I still do not get the same values if I redo the simulation, of course after convergence. but it works for the temperature, I always get the same temperature values.
impout = impusr(1)
open(impout,file='profile.dat')
write(impout,99) max(rtp(iel,ivar),1.d-10),max(sfbr(nfbrps),1.d-10), ntcabs
99 format(6g17.9)
Best regards.
Hakim.
I'd like to extract the maximum values of SFBR (ILOC) calculated in cs_postprocess_var to a datafile.dat and that for each time step.
I tried with the following program but the problem is that I still do not get the same values if I redo the simulation, of course after convergence. but it works for the temperature, I always get the same temperature values.
impout = impusr(1)
open(impout,file='profile.dat')
write(impout,99) max(rtp(iel,ivar),1.d-10),max(sfbr(nfbrps),1.d-10), ntcabs
99 format(6g17.9)
Best regards.
Hakim.
Re: Entropy generation
the same thing hapens with the following:
impout = impusr(1)
open(impout,file='profile.dat')
write(impout,99) max(rtp(iel,ivar),1.d-10),max(sfbr(iloc),1.d-10), ntcabs
99 format(6g17.9)
impout = impusr(1)
open(impout,file='profile.dat')
write(impout,99) max(rtp(iel,ivar),1.d-10),max(sfbr(iloc),1.d-10), ntcabs
99 format(6g17.9)
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- Joined: Mon Feb 20, 2012 3:25 pm
Re: Entropy generation
Hello,
Are you running in parallel or serial ? Your program includes no precautions for parallellism.
In addition, you're not looping on "iel", so it is either not initialized, or uses the last loop variable (probably past-the end).
Regards,
Yvan
Are you running in parallel or serial ? Your program includes no precautions for parallellism.
In addition, you're not looping on "iel", so it is either not initialized, or uses the last loop variable (probably past-the end).
Regards,
Yvan