Vertical1D

[allorens@intercontrol.es]

Hello Mohiders,

I'm having problems trying to run a model with cell size 1kmx1km, with 4 layers and wind, because the model has errors.

I've run the model with the option EVOLUTION: Vertical 1D, and it runs with the same layers, the problem is that I don't know the way it works, because there are no waterlevel differences.

Can someone help me?

Thank you,
Ana.

[allorens@intercontrol.es]

I also have the same problem simulating only tide. The error I get in this case is:


C:\\GUI\\GEO1000>copy \"C:\\GUI\\GEO1000\\Simulation_5\\data\\Nomfich_4.dat\" \"C:\\GUI\\GEO
1000\\Simulation_5\\exe\\Nomfich.dat\"
1 archivos copiados.

C:\\GUI\\GEO1000>cd \"C:\\GUI\\GEO1000\\Simulation_5\\exe\"

C:\\GUI\\GEO1000\\Simulation_5\\exe>C:

C:\\GUI\\GEO1000\\Simulation_5\\exe>\"C:\\Archivos de programa\\Mohid\\MohidWater_Intel_
Single_Traceback.exe\"
-------------------------- MOHID -------------------------

AUTHOR : IST/MARETEC, Marine Modelling Group
WWW : http://www.mohid.com


Copyright (C) 1985, 1998, 2002, 2006.
Instituto Superior Tecnico, Technical University of Lisbon
-------------------------- MOHID -------------------------

Constructing Mohid Water
Please Wait...
-------------------------- MODEL -------------------------

Constructing : Simulation_5
ID : 1
---------------------- HYDRODYNAMICS ---------------------

Courant Number is : 1.738821
In Grid Cell[i,j] : 14 27

--------------------- WATERPROPERTIES --------------------

Num of Properties : 0

---------------- INTERFACE SEDIMENT-WATER -----------------

Num of Properties : 0

-------------------------- MOHID -------------------------

Running MOHID, please wait...

forrtl: error (72): floating overflow
Image PC Routine Line Source
MohidWater_Intel_ 007F0367 _MODULEHYDRODYNAM 32372 ModuleHydrodynamic.f
90
MohidWater_Intel_ 007B9450 _MODULEHYDRODYNAM 19626 ModuleHydrodynamic.f
90
MohidWater_Intel_ 007AF96C _MODULEHYDRODYNAM 18700 ModuleHydrodynamic.f
90
MohidWater_Intel_ 007ABD27 _MODULEHYDRODYNAM 18247 ModuleHydrodynamic.f
90
MohidWater_Intel_ 0077C85C _MODULEHYDRODYNAM 11890 ModuleHydrodynamic.f
90
MohidWater_Intel_ 008F0685 _MODULEMODEL_mp_R 1740 ModuleModel.f90
MohidWater_Intel_ 008EFC53 _MODULEMODEL_mp_R 1562 ModuleModel.f90
MohidWater_Intel_ 008F3CA4 _MOHIDWATER._MODI 1238 Main.f90
MohidWater_Intel_ 008F17FB _MAIN__ 213 Main.f90
MohidWater_Intel_ 00979584 Unknown Unknown Unknown
MohidWater_Intel_ 00960715 Unknown Unknown Unknown
kernel32.dll 7C817077 Unknown Unknown Unknown

Thank you,

Ana.

[luis_at_mohid.com]

Hi Ana,

I would need more info on the input data files to know what's happening.
In order to run a 1D vertical simulation of MOHID you may need some special options, as well as choose the adequate vertical turbulence model.

Regards,
Luis

[allorens@intercontrol.es]

Thank you Luis.

What are the special options to activate for the Vertical 1D? Can I find them anywhere?

Some input files are:

Geometry.dat:

MINIMUMDEPTH : 0.1
FACES_OPTION : 2
IMPERMEABILITY : 0

<begindomain>
ID : 1
TYPE : SIGMA
DOMAINDEPTH : -99.0
LAYERS : 4
LAYERTHICKNESS : 0.5 0.2 0.2 0.1
MININITIALLAYERTHICKNESS : 0.05
TOLERANCEDEPTH : 0.05
<enddomain>

Hydrodynamic.dat:

BAROCLINIC : 0
CONTINUOUS : 0
TIDE : 1
WATER_DISCHARGES : 0
ENERGY : 1
UP_CENTER : 1.0
IMPLICIT_VERTADVECTION : 1.0
IMPLICIT_VERTDIFFUSION : 1.0
DISCRETIZATION : 2
UPSTREAM : Upwind
TIME_SERIE : 1
TIME_SERIE_LOCATION : C:\\GUI\\GEO1000\\GeneralData\\TimeSerieLocation_Marea.dat
EVOLUTION : Solve_Equations
CORIOLIS : 1
VOLUMEVARIATION : 1
HORIZONTALADVECTION : 1
HORIZONTALDIFFUSION : 1
INITIAL_ELEVATION : 1
INITIAL_VEL_U : 0.0
INITIAL_VEL_V : 0.0
VERTICALADVECTION : 1
VERTICALDIFFUSION : 1
VELTANGENTIALBOUNDARY : 1
VELNORMALBOUNDARY : 1
NULL_BOUND_HORADV : 1
TIDEPOTENTIAL : 0
WIND : 0
ATM_PRESSURE : 1
SURFACEWATERFLUX : 0
DATA_ASSIMILATION : 0
IMPLICIT_HORADVECTION : 0
DT_OUTPUT_TIME : 3600
OUTPUT_TIME : 0 3600
BRFORCE : 0


What else would you need to check the error?

Thank you so much,

Ana.

[luis_at_mohid.com]

Hi,

There are some samples at the MOHID website, specifically for the 1D Vertical case.

Cheers,
Luis