strange error \"forrtl: error 73 : floating divide by zero

[sabarbosac@unal.edu.co]

Hello everyone

I have almost finished the model but I have the following problem

---------------------- HYDRODYNAMICS ---------------------

Courant Number is : 0.5552290
In Grid Cell[i,j] : 163 83

forrtl: error (73): floating divide by zero
Image PC Routine Line Source
MohidWaterIntelTr 0046421C _MODULEENTERDATA_ 3606 ModuleEnterData.F90
MohidWaterIntelTr 00463E4C _MODULEENTERDATA_ 3477 ModuleEnterData.F90
MohidWaterIntelTr 0085E66E _MODULEWATERPROPE 7396 ModuleWaterPropertie
s.F90
MohidWaterIntelTr 00841D14 _MODULEWATERPROPE 1106 ModuleWaterPropertie
s.F90
MohidWaterIntelTr 009164FE _MODULEMODEL_mp_C 623 ModuleModel.F90
MohidWaterIntelTr 00919E2E _MOHIDWATER._CONS 275 Main.F90
MohidWaterIntelTr 00919A9F _MAIN__ 210 Main.F90
MohidWaterIntelTr 009A1FCC Unknown Unknown Unknown
MohidWaterIntelTr 00989165 Unknown Unknown Unknown
kernel32.dll 759D3677 Unknown Unknown Unknown
ntdll.dll 77CD9F02 Unknown Unknown Unknown
ntdll.dll 77CD9ED5 Unknown Unknown Unknown

C:\\sergio\\ProyectoMuna\\Simulacion1\\exe>pause
Presione una tecla para continuar .

I think the problem is water properties but i dont know what happen, for that reason i posted mi water properties.dat

REFERENCE_DENSITY : 1028
OUTPUT_TIME: 3600
TIME_SERIE_LOCATION : C:\\sergio\\ProyectoMuna\\GeneralData\\TimeSerieLocation.dat


<beginproperty>
NAME : biochemical oxygen demand
UNITS : mg/l
DESCRIPTION : biochemical oxygen demand concentration
IS_COEF : 1
PARTICULATE : 0
DEFAULTVALUE : 150
DEFAULTBOUNDARY : 150
BOUNDARY_INITIALIZATION : INTERIOR
INITIALIZATION_METHOD : CONSTANT
BOUNDARY_CONDITION : 1
ADVECTION_DIFFUSION : 1
DISCHARGES : 1
VERTICAL_MOVEMENT : 0
SURFACE_FLUXES : 0
BOTTOM_FLUXES : 0
DATA_ASSIMILATION : 0
PARTITION : 0
WATER_QUALITY : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>

<beginproperty>
NAME : oxygen
UNITS : mg/l
DESCRIPTION : dissolved oxygen
IS_COEF : 1
PARTICULATE : 0
DEFAULTVALUE : 5
DEFAULTBOUNDARY : 5
BOUNDARY_INITIALIZATION : INTERIOR
INITIALIZATION_METHOD : CONSTANT
BOUNDARY_CONDITION : 1
ADVECTION_DIFFUSION : 1
DISCHARGES : 1
VERTICAL_MOVEMENT : 0
SURFACE_FLUXES : 0
BOTTOM_FLUXES : 0
DATA_ASSIMILATION : 0
PARTITION : 0
WATER_QUALITY : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>

<beginproperty>
NAME : nitrate
UNITS : mg/l
DESCRIPTION : nitrate concentration
IS_COEF : 1
PARTICULATE : 0
DEFAULTVALUE : 0.38
DEFAULTBOUNDARY : 0.38
BOUNDARY_INITIALIZATION : INTERIOR
INITIALIZATION_METHOD : CONSTANT
BOUNDARY_CONDITION : 1
ADVECTION_DIFFUSION : 1
DISCHARGES : 1
VERTICAL_MOVEMENT : 0
SURFACE_FLUXES : 0
BOTTOM_FLUXES : 0
DATA_ASSIMILATION : 0
PARTITION : 0
WATER_QUALITY : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>

<beginproperty>
NAME : ammonia
UNITS : mg/l
DESCRIPTION : ammonia concentration
IS_COEF : 1
PARTICULATE : 0
DEFAULTVALUE : 18.97
DEFAULTBOUNDARY : 18.97
BOUNDARY_INITIALIZATION : INTERIOR
INITIALIZATION_METHOD : CONSTANT
BOUNDARY_CONDITION : 1
ADVECTION_DIFFUSION : 1
DISCHARGES : 1
VERTICAL_MOVEMENT : 0
SURFACE_FLUXES : 0
BOTTOM_FLUXES : 0
DATA_ASSIMILATION : 0
PARTITION : 0
WATER_QUALITY : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>


<beginproperty>
NAME : particulate organic nitrogen
UNITS : mg/l
DESCRIPTION : particulate organic nitrogen concentration
IS_COEF : 1
PARTICULATE : 0
DEFAULTVALUE : 5.85
DEFAULTBOUNDARY : 5.85
BOUNDARY_INITIALIZATION : INTERIOR
INITIALIZATION_METHOD : CONSTANT
BOUNDARY_CONDITION : 1
ADVECTION_DIFFUSION : 1
DISCHARGES : 1
VERTICAL_MOVEMENT : 0
SURFACE_FLUXES : 0
BOTTOM_FLUXES : 0
DATA_ASSIMILATION : 0
PARTITION : 0
WATER_QUALITY : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>

Thanks a lot

[administrator@.]

Hi,

This is because you've wrongly define the OUTPUT_TIME keyword. Please read:

http://www.mohid.com/wiki/index.php?title=OUTPUT_TIME


Cheers,
Luis

[sabarbosac@unal.edu.co]

Hello Luis

Thaks for your reply, That was the error so thanks a lot.

Cheers

Sergio