Outputs.dat - Revision history

PedroChambel at 10:44, 1 March 2019

2019-03-01T10:44:45Z

PedroChambel at 10:43, 1 March 2019

2019-03-01T10:43:58Z

PedroChambel: Created page with "!IF THIS IS ZERO (0) SWAT RUNS EXACTLY LIKE THE ORIGINAL ONE. IF IT IS ONE (1) THE MODIFED VERSION IS RUNNED !http://wiki.mohid.com/index.php?title=Mohid_SWAT SWAT_WITH_CHANGE..."

2019-03-01T10:43:07Z

Created page with "!IF THIS IS ZERO (0) SWAT RUNS EXACTLY LIKE THE ORIGINAL ONE. IF IT IS ONE (1) THE MODIFED VERSION IS RUNNED !http://wiki.mohid.com/index.php?title=Mohid_SWAT SWAT_WITH_CHANGE..."

New page

!IF THIS IS ZERO (0) SWAT RUNS EXACTLY LIKE THE ORIGINAL ONE. IF IT IS ONE (1) THE MODIFED VERSION IS RUNNED
!http://wiki.mohid.com/index.php?title=Mohid_SWAT
SWAT_WITH_CHANGES : 1
DENITRIFICATION_THRESHOLD : 0.99

!THIS FILE DETERMINES THE OUTPUTS YOU WANT. ONE (1) MEANS YOU WANT THIS OUTPUT (0) MEANS YOU DON'T WANT

!OUTPUT_TIME [ 0 86400] ! if this is on it will create two hdf files. One with LAI, Soil moisture and sediment information per HRU and another with flow per reach. Wkt geometry of hru poligons and wkt with river line, must be provided

!Subbasin level outputs
SUBBASIN_OUT : 1 ! connects the output by subbasin to the sub-basins that are in the file under keyword SUBBASIN_TIME_SERIE_LOCATION
REACHES_OUT : 1 ! connects the output to the outlet of the sub-basins that are in the file under keyword SUBBASIN_TIME_SERIE_LOCATION

!HRU level outputs
METEO_OUT : 1 ! connects the HRU output from meteo to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
PLANTS_OUT : 1 ! connects the HRU output from plants to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
NITRATE_OUT : 1 ! connects the HRU output from nitrate to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
PHOSPHORUS_OUT : 1 ! connects the HRU output from P to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
USLE_OUT : 1 ! connects the HRU output from usle to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
HRU_WATER_BALANCE_OUT : 1 ! connects the HRU output from Water Balance to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
NUTRIENT_PER_HRU : 0 ! connects the HRU output from nutrients to the HRUs that are in the file HRU_TIME_SERIE_LOCATION

!DEFINE THE OUTPUT OF THE GLOBAL WATERSHED
GLOBAL_WATER_OUT : 1 ! agrega os resultados do modelo por fluxo de H20 de toda a bacia
GLOBAL_WATER_CUMULATIVE : 1 ! Valor diário se for 0 ou valor acumulado ao longo do periodo de corrida se for 1
GLOBAL_WATER_M3 : 0 ! Muda o resultado para m3 em x de mm

GLOBAL_NUTRIENTS_OUT : 0 ! agrega os resultados do modelo por fluxo de nutriente de toda a bacia (diário)
LAND_USE : 0 ! agrega os resultados do modelo por uso de solo (diário)
BASIN_AVERAGE : 0 ! agrega os resultados de nutrientes por cada fluxo principal de H20

!BETTER NOT CHANGE THIS
HRU_TIME_SERIE_LOCATION : ..\res\TS_HRU.dat
SUBBASIN_TIME_SERIE_LOCATION : ..\res\TS_SubBasin.dat
GLOBAL_TIME_SERIE_LOCATION : ..\res\TS_Global.dat
SUMMARY_TIME_SERIE_LOCATION : ..\res\TS_Summary.dat
LAND_USE_TIME_SERIE_LOCATION : ..\res\TS_LandUse.dat

@@ Line 19: / Line 19: @@
 !HRU level outputs
 METEO_OUT                    : 1 ! connects the HRU output from meteo to the HRUs that are in the file  HRU_TIME_SERIE_LOCATION
 PLANTS_OUT                   : 1 ! connects the HRU output from plants to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
 NITRATE_OUT                  : 1 ! connects the HRU output from nitrate to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
 PHOSPHORUS_OUT               : 1 ! connects the HRU output from P to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
 USLE_OUT                     : 1 ! connects the HRU output from usle to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
 HRU_WATER_BALANCE_OUT        : 1 ! connects the HRU output from Water Balance to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
 NUTRIENT_PER_HRU             : 0 ! connects the HRU output from nutrients to the HRUs that are in the file HRU_TIME_SERIE_LOCATION
 !DEFINE THE OUTPUT OF THE GLOBAL WATERSHED
 GLOBAL_WATER_OUT             : 1 ! agrega os resultados do modelo por fluxo de H20 de toda a bacia
 GLOBAL_WATER_CUMULATIVE      : 1 ! Valor diário se for 0 ou valor acumulado ao longo do periodo de corrida se for 1
 GLOBAL_WATER_M3              : 0 ! Muda o resultado para m3 em x de mm
 GLOBAL_NUTRIENTS_OUT         : 0 ! agrega os resultados do modelo por fluxo de nutriente de toda a bacia (diário)
 LAND_USE                     : 0 ! agrega os resultados do modelo por uso de solo (diário)
 BASIN_AVERAGE                : 0 ! agrega os resultados de nutrientes por cada fluxo principal de H20
 !BETTER NOT CHANGE THIS
 HRU_TIME_SERIE_LOCATION      : ..\res\TS_HRU.dat
 SUBBASIN_TIME_SERIE_LOCATION : ..\res\TS_SubBasin.dat
 GLOBAL_TIME_SERIE_LOCATION   : ..\res\TS_Global.dat
 SUMMARY_TIME_SERIE_LOCATION  : ..\res\TS_Summary.dat
 LAND_USE_TIME_SERIE_LOCATION : ..\res\TS_LandUse.dat

@@ Line 1: / Line 1: @@
 !IF THIS IS ZERO (0) SWAT RUNS EXACTLY LIKE THE ORIGINAL ONE. IF IT IS ONE (1) THE MODIFED VERSION IS RUNNED
-!http://wiki.mohid.com/index.php?title=Mohid_SWAT
 SWAT_WITH_CHANGES            : 1
 DENITRIFICATION_THRESHOLD    : 0.99
 !OUTPUT_TIME [ 0 86400]    ! if this is on it will create two hdf files. One with LAI, Soil moisture and sediment information per HRU and another with flow per reach. Wkt geometry of hru poligons and wkt with river line, must be provided
 !Subbasin level outputs
 SUBBASIN_OUT                 : 1  ! connects the output by subbasin to the sub-basins that are in the file under keyword SUBBASIN_TIME_SERIE_LOCATION
 REACHES_OUT                  : 1  ! connects the output to the outlet of the sub-basins that are in the file under keyword  SUBBASIN_TIME_SERIE_LOCATION
 !HRU level outputs