[SPAM:] [MITgcm-support] Re: RHO_2D problem

[Matej Brecelj]

Hello Stefano!

I'll surely contact you about the Gulf of Trieste modeling. Thank you!

I have tried your suggestion instantly, no luck though. It seems that
I'll have to dig a bit deeper, while testreport as Martin suggested also
prints out something strange... I'll have a look around that first.

Have a great time,

Matej


Stefano Querin pravi:
> Dear Matej,
>
> at a glance (very quickly, sorry...), it seems to me that you did not
> specify the initial T and S values for all your vertical levels,
> namely, either prescribing all 25 values, or simply imposing:
>
> tRef=25*20.,
> sRef=25*10.,
>
> I'm also sending you (and the MITgcm community) a link to a couple of
> papers focused on the Gulf (or Bay...) of Trieste and discussing some
> numerical simulations carried out using the MITgcm model.
> Of course, any comments/suggestions/criticisms are more than welcome!
> Matej, please feel free to contact me for any questions about this
> (very specific) area.
>
> Cheers (zivijo)!
>
> Stefano
>
>
> ********************************************
>
> To download follow the link:
> http://cabernet.ogs.trieste.it/scambio/download_form.php?code1=3cac85d178653cc9&code2=8975eb2d709b9adc
>
> or:
> http://cabernet.ogs.trieste.it/scambio/login_download_form.php
> Code1: 3cac85d178653cc9
> Code2: 8975eb2d709b9adc
>
> Expiring date: 27 December 2008
>
> ********************************************
>
>
>
>> Normal thing, to forget attaching something... Now attached.
>>
>> Matej Brecelj
>>
>> Matej Brecelj pravi:
>>> Dear all,
>>>
>>> I'm trying to model Trieste bay in the Adriatic sea with MITgcm, to
>>> compare it with two other models, that we already have at the
>>> University
>>> of Ljubljana. It's 36 x 33 km, 25 m deep sea, open at one boundary. I'm
>>> just beginning with the simulations, prepared the input files on the
>>> basis of Baroclinic Gyre as it is described in the user manual.
>>>
>>> For the first step (to get in touch) I'm trying just to run the
>>> model as
>>> a lake (so everything closed), later I'd like to evolve it to equal it
>>> with the other two models. I had some  difficulties to prepare basic
>>> input data (I believe that's normal when someone is getting in touch
>>> with new model), now it reads all the data normally, but it sends me
>>> out
>>> an error saying:
>>>
>>> FIND_RHO_2D: equationOfState = ""
>>> STOP ABNORMAL END: S/R FIND_RHO_2D
>>>
>>> It's not the part of the output, but it's printed on the screen
>>> somewhere near the end of the output - couple of lines up or down...
>>> I'm
>>> attaching the output, I'm a bit lost here. Hope that somebody can give
>>> me a hint of which way to go...
>>>
>>> Thanks and have a nice time,
>>>
>>> Matej Brecelj 
>
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