[MITgcm-support] [Fwd: Auto-discard notification]

[Marco Gabelli]

Hi Ed,
Thank you so much for your explaination!
I have already written some fortran scripts that do
some work on these quantities that seem to work quite
well, anyway thanks. 
My problem was that, since I work with a non linear
EOS (JMD95Z), I wasn't able to derive the quantities
from the Wsalt and Wtemp time averaged correlation.
What you told me looks like the solution to all my
problems (at least I hope so)!
Thank you again for your quick answer
Marco 


--- Ed Hill <ed at eh3.com> wrote:
> 
> Hi Marco,
> 
> Welcome to the MITgcm-support list!
> 
> I've subscribed your "@yahoo.it" email address to
> this list so that any
> further emails you send from there will get through.
>  And I've forwarded
> your message below.
> 
> In regards to the model diagnostics, we've been
> working on these
> quantities recently and the documentation has not
> kept pace with the
> code development.  The quantities you want are
> available within the
> diagnostics package and they are:
> 
>   RHOAnoma :: 'Density Anomaly (=Rho-rhoConst)'
>   WRHOMASS :: 'Vertical Transport of Potential
> Density'
>   WVELMASS :: 'Vertical Mass-Weighted Comp of
> Velocity (m/s)'
> 
> from which you can compute:
> 
>   \bar{w'\rho'} = \bar{w\rho} - \bar{w}\bar{\rho}
> 
> by averaging all the diagnostics output over the
> model run time.
> 
> The diagnostics are turned on using a
> "data.diagnostics" namelist file
> such as the one in
> "MITgcm/ideal_2D_oce/input/data.diagnostics".
> 
> And I have some MatLAB scripts and C++ code that
> will compute these
> averages from the diagnostics output if you'd like
> to use them.
> 
> Ed
> 
> 
> === Forwarded message ===
> 
> Hi,
> I'm Marco Gabelli from  Italy. I'm having a working
> experience at the OGS (Department of Oceanology and
> Environmental Geophysics) in Trieste. I'm using
> MITgcm
> to study the effect of riverine buoyancy inputs on
> the
> circulation in  coastal areas, with special
> reference
> to the Gulf of Trieste (Northern Adriatic).
> 
> For diagnostic purposes I would be glad to have in
> the
> model output these three quantities: time mean
> density
> (calculated with the eostype 'JMD95Z'), and the time
> mean correlation between the density and the
> vertical
> velocity. Unfortunately I haven't found these two
> quantities in the diagnostic menu list.
> 
> 
> I wonder how can I activate the rho diagnostics: I
> found a subroutine (diags_rho.f, 3 weeks old) that
> seems to be what I was searching, but I don't
> understand where it is located in the model call
> tree.
> Could you please tell me how to solve this problem?
> Thank you so much
> Marco
> 
> === Forwarded message ===
> 
> -- 
> Edward H. Hill III, PhD
> office:  MIT Dept. of EAPS;  Rm 54-1424;  77
> Massachusetts Ave.
>              Cambridge, MA 02139-4307
> emails:  eh3 at mit.edu                ed at eh3.com
> URLs:    http://web.mit.edu/eh3/    http://eh3.com/
> phone:   617-253-0098
> fax:     617-253-4464
> 
> _______________________________________________
> MITgcm-support mailing list
> MITgcm-support at mitgcm.org
>
http://dev.mitgcm.org/mailman/listinfo/mitgcm-support
> 


		
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