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OptionTserieMaps_original.xml
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OptionTserieMaps_original.xml
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<lisflood>
#-----------------------------------------------------------------------------
#-----------------------------------------------------------------------------
#-----------------------------------------------------------------------------
# Lislood modelling and reporting options
#
<lfoptions>
# all the model's options all listed here
# 0 in default = this option is by default not used
# 1 in default = this is used by default
# if an option is used can be specified in the settingsfile
#
#-----------------------------------------------------------
# modelling and reporting options
#-----------------------------------------------------------
# option to turn hydrological modules on/off
<setoption default="0" name="TemperatureInKelvin"/>
<setoption default="0" name="gridSizeUserDefined"/>
<setoption default="0" name="dynamicWave"/>
<setoption default="0" name="inflow"/>
<setoption default="0" name="simulatePF"/>
<setoption default="0" name="simulateLakes"/>
<setoption default="0" name="simulatePolders"/>
<setoption default="0" name="simulateReservoirs"/>
<setoption default="0" name="simulateWaterLevels"/>
<setoption default="0" name="TransientLandUseChange"/>
<setoption default="0" name="TransientWaterDemandChange"/>
<setoption default="0" name="useWaterDemandAveYear" />
<setoption default="0" name="TransLoss"/>
<setoption default="0" name="SplitRouting"/>
<setoption default="0" name="wateruse"/>
<setoption default="0" name="groundwaterSmooth"/>
<setoption default="0" name="wateruseRegion"/>
<setoption default="0" name="drainedIrrigation"/>
<setoption default="0" name="riceIrrigation"/>
<setoption default="1" name="openwaterevapo"/>
<setoption default="0" name="varfractionwater"/>
# option to compute indicators
<setoption default="0" name="indicator"/>
#option to turn MonteCarlo and EnKF on/off
<setoption default="0" name="MonteCarlo"/>
<setoption default="0" name="EnKF"/>
# option to initialize Lisflood
<setoption default="1" name="InitLisflood"/>
<setoption default="0" name="InitLisfloodwithoutSplit"/>
# option to read/write NetCDF
<setoption default="0" name="readNetcdfStack"/>
<setoption default="0" name="writeNetcdfStack"/>
<setoption default="0" name="writeNetcdf"/>
#-----------------------------------------------------------
# report time series
#-----------------------------------------------------------
# report discharge
<setoption default="1" name="repDischargeTs"/>
# report number of soil, routing wateruse steps
<setoption default="0" name="repInternalCom"/>
# report water balance errors
<setoption default="0" name="repMBTs"/>
# report gauges and sites
<setoption default="0" name="repStateSites"/>
<setoption default="0" name="repRateSites"/>
<setoption default="0" name="repStateUpsGauges"/>
<setoption default="0" name="repRateUpsGauges"/>
<setoption default="0" name="repMeteoUpsGauges"/>
<setoption default="0" name="repLZAvInflowSites"/>
<setoption default="0" name="repLZAvInflowUpsGauges"/>
<setoption default="0" name="repwateruseGauges"/>
<setoption default="0" name="repwateruseSites"/>
<setoption default="0" name="repWaterLevelTs"/>
<setoption default="0" name="repPFUpsGauges"/>
<setoption default="0" name="repPFSites"/>
<setoption default="0" name="repsimulateLakes"/>
<setoption default="0" name="repsimulateReservoirs"/>
<setoption default="0" name="repsimulatePolders"/>
<setoption default="0" name="repBal1"/>
#-----------------------------------------------------------
# report state/end maps
#-----------------------------------------------------------
# report state maps
<setoption default="1" name="repStateMaps"/>
# repor end maps
<setoption default="1" name="repEndMaps"/>
# report input/output meteo maps
<setoption default="0" name="repPrecipitationMaps"/>
<setoption default="0" name="repTavgMaps"/>
<setoption default="0" name="repETRefMaps"/>
<setoption default="0" name="repESRefMaps"/>
<setoption default="0" name="repEWRefMaps"/>
# report maps
<setoption default="0" name="repAverageDis"/>
<setoption default="0" name="repChanCrossSectionMaps"/>
<setoption default="0" name="repCumInterCeptionMaps"/>
<setoption default="0" name="repDischargeMaps"/>
<setoption default="0" name="repDSLRMaps"/>
<setoption default="0" name="repESActMaps"/>
<setoption default="0" name="repEWIntMaps"/>
<setoption default="0" name="repFrostIndexMaps"/>
<setoption default="0" name="repGwLossMaps"/>
<setoption default="0" name="repGwPercUZLZMaps"/>
<setoption default="0" name="repInfiltrationMaps"/>
<setoption default="0" name="repInterceptionMaps"/>
<setoption default="0" name="repLeafDrainageMaps"/>
<setoption default="0" name="repLZAvInflowMap"/>
<setoption default="0" name="repLZMaps"/>
<setoption default="0" name="repLZOutflowMaps"/>
<setoption default="0" name="repPercolationMaps"/>
<setoption default="0" name="repPFMaps"/>
<setoption default="0" name="repPFForestMaps"/>
<setoption default="0" name="repPrefFlowMaps"/>
<setoption default="0" name="repRainMaps"/>
<setoption default="0" name="repSeepSubToGWMaps"/>
<setoption default="0" name="repSnowCoverMaps"/>
<setoption default="0" name="repSnowMaps"/>
<setoption default="0" name="repSnowMeltMaps"/>
<setoption default="0" name="repSurfaceRunoffMaps"/>
<setoption default="0" name="repTaMaps"/>
<setoption default="0" name="repThetaMaps"/>
<setoption default="0" name="repThetaForestMaps"/>
<setoption default="0" name="repThetaIrrigationMaps"/>
<setoption default="0" name="repTotalRunoffMaps"/>
<setoption default="0" name="repUZMaps"/>
<setoption default="0" name="repUZOutflowMaps"/>
<setoption default="0" name="repWaterDepthMaps"/>
<setoption default="0" name="repWaterLevelMaps"/>
<setoption default="0" name="ETActMaps"/> #Reported actual evapotranspiration [mm]
<setoption default="0" name="repFastRunoffMaps"/> #Surface runoff + UZ [mm]
<setoption default="0" name="repRWS"/>
<setoption default="0" name="repStressDays"/>
<setoption default="0" name="repPF1Maps"/>
<setoption default="0" name="repPF2Maps"/>
<setoption default="0" name="repTotalAbs"/>
<setoption default="0" name="repTotalWUse"/>
<setoption default="0" name="repWIndex"/>
</lfoptions>
#-----------------------------------------------------------------------------
#-----------------------------------------------------------------------------
#-----------------------------------------------------------------------------
# report Times Series
# all possible output as time series are listed here
# name: name of this variable in the settings.xml
# outputVar: name of the output variable in the code
# where: where is the time series reported: e.g. gauges, sites, 1, Catchments, LakeSites etc.
# repoption: time serie is reported if one of these option is active
# restrictoption: time serie is only reported if this option(s) are active
# operation: operation to be done before reporting e.g. mapmaximum, total (=catchmenttotal)
#
<lftime>
# ------------------------------------------------------------------------------------
# GAUGES
# report at gauges - repDischargeTs and/or repWaterLevelTs
# Report discharge and water level at output points
# Each variable is average on time step reporting in [mm/time step]
<setserie name="DisTS" outputVar="ChanQAvg" where="Gauges" repoption="repDischargeTs" />
<setserie name="WaterLevelTS" outputVar="WaterLevel" where="Gauges" repoption="repWaterLevelTs" restrictoption="nonInit,simulateWaterLevels" />
# ------------------------------------------------------------------------------------
# Internal number of sub step for soil, channel routing, water use
<setserie name="StepsSoilTS" outputVar="NoSubSteps" where="1" repoption="repInternalCom" operation="mapmaximum" />
<setserie name="StepsWaterUseTS" outputVar="NoWaterUseExe" where="1" repoption="repInternalCom" restrictoption="nonInit,wateruse" operation="" />
<setserie name="WaterMassBalanceTSS" outputVar="MBError" where="Catchments" repoption="repMBTs" restrictoption="nonInit" operation="" />
<setserie name="MassBalanceMMTSS" outputVar="MBErrorMM" where="Catchments" repoption="repMBTs" restrictoption="nonInit" operation="" />
# ------------------------------------------------------------------------------------
# SITES
# report at Sites - repStateSites
# Intermediate state variables at sites
<setserie name="WaterDepthTS" outputVar="WaterDepth" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
<setserie name="SnowCoverTS" outputVar="SnowCover" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
<setserie name="LZTS" outputVar="LZ" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
<setserie name="DSLRTS" outputVar="DSLR[0]" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
<setserie name="FrostIndexTS" outputVar="FrostIndex" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
<!--
#<setserie name="CumInterceptionTS" outputVar="CumInterception[0]+self.var.CumInterception[1]" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
#<setserie name="Theta1TS" outputVar="Theta1[0]+self.var.Theta1[1]" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
#<setserie name="Theta2TS" outputVar="Theta2[1]+self.var.Theta2[1]" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
#<setserie name="UZTS" outputVar="UZ[1]+self.var.UZ[1]" where="Sites" repoption="repStateSites" restrictoption="nonInit" />
-->
# report at Sites - repRateSites
# Intermediate rate variables at sites (all as pixel-average rates in [mm/time step])
# Note on variables ending with "Pixel" suffix: these are all variables that are internally
# calculated for permeable fraction of each pixel only. The "Pixel" values are spatial averages,
# averaged over whole pixel (to keep them consistent with all other reported rate variables)
<setserie name="RainTS" outputVar="Rain" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="SnowTS" outputVar="Snow" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="SnowmeltTS" outputVar="SnowMelt" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="EWIntTS" outputVar="TaInterceptionAll" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="TaTS" outputVar="TaPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="ESActTS" outputVar="ESActPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="InfiltrationTS" outputVar="InfiltrationPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="PrefFlowTS" outputVar="PrefFlowPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="PercolationTS" outputVar="SeepTopToSubPixelB" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="SeepSubToGWTS" outputVar="SeepSubToGWPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="SurfaceRunoffTS" outputVar="SurfaceRunoff" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="TotalRunoffTS" outputVar="TotalRunoff" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="UZOutflowTS" outputVar="UZOutflowPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="LZOutflowTS" outputVar="LZOutflowToChannelPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="GwPercUZLZTS" outputVar="GwPercUZLZPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<setserie name="GwLossTS" outputVar="GwLossPixel" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
<!--
#<setserie name="InterceptionTS" outputVar="Interception[0]+self.var.Interception[1]" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
#<setserie name="LeafDrainageTS" outputVar="LeafDrainage[0]+self.var.LeafDrainage[1]" where="Sites" repoption="repRateSites" restrictoption="nonInit" />
-->
# ------------------------------------------------------------------------------------
# GAUGES
# Catchment-averaged values of input meteo variables - repStateUpsGauges
# Each variable is accumulated over contributing area, and then
# divided by number of pixels to get average over contributing area
# Driving meteo variables
# reporting in [mm/time step], no intensities!
<setserie name="PrecipitationAvUpsTS" outputVar="Precipitation" where="Gauges" repoption="repMeteoUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="TavgAvUpsTS" outputVar="Tavg" where="Gauges" repoption="repMeteoUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="ETRefAvUpsTS" outputVar="ETRef" where="Gauges" repoption="repMeteoUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="EWRefAvUpsTS" outputVar="EWRef" where="Gauges" repoption="repMeteoUpsGauges" restrictoption="nonInit" operation="total" />
# Catchment-averaged values of model state variables
# Each variable is accumulated over contributing area, and then
# divided by number of pixels to get average over contributing area
<setserie name="WaterDepthAvUpsTS" outputVar="WaterDepth" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="SnowCoverAvUpsTS" outputVar="SnowCover" where="Gauges" repoption="repStateUpsGauges" restrictoption="" operation="total" />
<setserie name="LZAvUpsTS" outputVar="LZ" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="DSLRAvUpsTS" outputVar="DSLR[0]" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="FrostIndexAvUpsTS" outputVar="FrostIndex" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
<!--
#<setserie name="CumInterceptionAvUpsTS" outputVar="CumInterception[0]+self.var.CumInterception[1]" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
#<setserie name="Theta1AvUpsTS" outputVar="Theta1[0]+self.var.Theta1[1]" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
#<setserie name="Theta2AvUpsTS" outputVar="Theta2[0]+self.var.Theta2[1]" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
#<setserie name="UZAvUpsTS" outputVar="UZ[0]+self.var.UZ[1]" where="Gauges" repoption="repStateUpsGauges" restrictoption="nonInit" operation="total" />
-->
# repRateUpsGauges
# Catchment-averaged values of model rate variables
# Each variable is accumulated over contributing area, and then
# divided by number of pixels to get average over contributing area
# all in [mm/time step]
# Note on variables ending with "Pixel" suffix: these are all variables that are internally
# calculated for permeable fraction of each pixel only. The "Pixel" values are spatial averages,
# averaged over whole pixel (to keep them consistent with all other reported rate variables)
<setserie name="RainAvUpsTS" outputVar="Rain" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="SnowAvUpsTS" outputVar="Snow" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="SnowmeltAvUpsTS" outputVar="SnowMelt" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="EWIntAvUpsTS" outputVar="TaInterceptionAll" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="TaAvUpsTS" outputVar="TaPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="ESActAvUpsTS" outputVar="ESActPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="InfiltrationAvUpsTS" outputVar="InfiltrationPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="PrefFlowAvUpsTS" outputVar="PrefFlowPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="PercolationAvUpsTS" outputVar="SeepTopToSubPixelB" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="SeepSubToGWAvUpsTS" outputVar="SeepSubToGWPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="SurfaceRunoffAvUpsTS" outputVar="SurfaceRunoff" where="Gauges" repoption="repRateUpsGauges" restrictoption="" operation="total" />
<setserie name="TotalRunoffAvUpsTS" outputVar="TotalRunoff" where="Gauges" repoption="repRateUpsGauges" restrictoption="" operation="total" />
<setserie name="UZOutflowAvUpsTS" outputVar="UZOutflowPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="LZOutflowAvUpsTS" outputVar="LZOutflowToChannelPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="GwPercUZLZAvUpsTS" outputVar="GwPercUZLZPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<setserie name="GwLossAvUpsTS" outputVar="GwLossPixel" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
<!--
#<setserie name="InterceptionAvUpsTS" outputVar="Interception[0]+self.var.Interception[1]" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
#<setserie name="LeafDrainageAvUpsTS" outputVar="LeafDrainage[0]+self.var.LeafDrainage[1]" where="Gauges" repoption="repRateUpsGauges" restrictoption="nonInit" operation="total" />
-->
# ------------------------------------------------------------------------------------
# Report time series of lakes, reservoirs, polders, wateruse
# repsimulateLakes (only for option simulateLakes)
<setserie name="LakeInflowTS" outputVar="LakeInflowM3S" where="LakeSites" repoption="repsimulateLakes" restrictoption="nonInit,simulateLakes" />
<setserie name="LakeOutflowTS" outputVar="LakeOutflowM3S" where="LakeSites" repoption="repsimulateLakes" restrictoption="nonInit,simulateLakes" />
<setserie name="LakeLevelTS" outputVar="LakeLevel" where="LakeSites" repoption="repsimulateLakes" restrictoption="nonInit,simulateLakes" />
# repsimulateReservoirs (only for option simulateReservoirs)
<setserie name="ReservoirFillTS" outputVar="ReservoirFill" where="ReservoirSites" repoption="repsimulateReservoirs" restrictoption="nonInit,simulateReservoirs" />
<setserie name="ReservoirInflowTS" outputVar="ReservoirInflowM3S" where="ReservoirSites" repoption="repsimulateReservoirs" restrictoption="nonInit,simulateReservoirs" />
<setserie name="ReservoirOutflowTS" outputVar="ReservoirOutflowM3S" where="ReservoirSites" repoption="repsimulateReservoirs" restrictoption="nonInit,simulateReservoirs" />
# repsimulatePolders (only for option simulatePolders)
<setserie name="PolderLevelTS" outputVar="PolderLevel" where="PolderSites" repoption="repsimulatePolders" restrictoption="nonInit,simulatePolders" />
<setserie name="PolderFluxTS" outputVar="PolderFlux" where="PolderSites" repoption="repsimulatePolders" restrictoption="nonInit,simulatePolders" />
# repwateruse ((only for option wateruse)
<setserie name="WaterUseTS" outputVar="WUseSumM3" where="Gauges" repoption="repwateruseGauges" restrictoption="nonInit,wateruse" />
# repwateruseSites ((only for option wateruse)
<setserie name="WaterUseSitesTS" outputVar="WUseSumM3" where="Sites" repoption="repwateruseSites" restrictoption="nonInit,wateruse" />
# ------------------------------------------------------------------------------------
# report PF
# repPFSites, repPFUpsGauges
<setserie name="PF1TS" outputVar="pF1[0]" where="Sites" repoption="repPFSites" restrictoption="nonInit,simulatePF" />
<setserie name="PF1ForestTS" outputVar="pF1[1]" where="Sites" repoption="repPFSites" restrictoption="nonInit,simulatePF" />
<setserie name="PF2TS" outputVar="pF2[0]" where="Sites" repoption="repPFSites" restrictoption="nonInit,simulatePF" />
<setserie name="PF2ForestTS" outputVar="pF2[1]" where="Sites" repoption="repPFSites" restrictoption="nonInit,simulatePF" />
<setserie name="PF1AvUpsTS" outputVar="pF1[0]" where="Gauges" repoption="repPFUpsGauges" restrictoption="nonInit,simulatePF" operation="total" />
<setserie name="PF1ForestAvUpsTS" outputVar="pF1[1]" where="Gauges" repoption="repPFUpsGauges" restrictoption="nonInit,simulatePF" operation="total" />
<setserie name="PF2AvUpsTS" outputVar="pF2[0]" where="Gauges" repoption="repPFUpsGauges" restrictoption="nonInit,simulatePF" operation="total" />
<setserie name="PF2ForestAvUpsTS" outputVar="pF2[1]" where="Gauges" repoption="repPFUpsGauges" restrictoption="nonInit,simulatePF" operation="total" />
# report LZAvInflow
# repLZAvInflowSites, repLZAvInflowUpsGauges
<setserie name="LZAvInflowTS" outputVar="LZAvInflow" where="Sites" repoption="repLZAvInflowSites" />
<setserie name="LZAvInflowAvUps" outputVar="LZAvInflow" where="Gauges" repoption="repLZAvInflowUpsGauges" operation="total" />
# In
<setserie name="PrecipitationAvUpsTS" outputVar="Precipitation" where="Gauges" repoption="repBal1" restrictoption="" operation="total" />
# Out
<setserie name="TotalRunoffAvUpsTS" outputVar="TotalRunoff" where="Gauges" repoption="repBal1" restrictoption="" operation="total" />
<setserie name="GwLossAvUpsTS" outputVar="GwLossPixel" where="Gauges" repoption="repBal1" restrictoption="" operation="total" />
<setserie name="TaAvUpsTS" outputVar="TaPixel" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="ESActAvUpsTS" outputVar="ESActPixel" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="EWIntAvUpsTS" outputVar="TaInterceptionAll" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="EvaOpenWaterAvUpsTS" outputVar="EvaAddM3*self.var.M3toMM" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="actETPUpsTS" outputVar="ESActPixel+self.var.TaPixel+self.var.TaInterceptionAll+self.var.EvaAddM3*self.var.M3toMM" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="RunLossUpsTS" outputVar="TotalRunoff+self.var.GwLossPixel" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="actETPUpsTS" outputVar="ESActPixel+self.var.TaPixel+self.var.TaInterceptionAll+self.var.EvaAddM3*self.var.M3toMM" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
<setserie name="RunLossUpsTS" outputVar="TotalRunoff+self.var.GwLossPixel" where="Gauges" repoption="repBal1" restrictoption="nonInit" operation="total" />
</lftime>
#-----------------------------------------------------------------------------
#-----------------------------------------------------------------------------
#-----------------------------------------------------------------------------
# Report Maps
# all possible output as maps listed here
# name: name of this variable in the settings.xml
# outputVar: name of the output variable in the code
# unit: what unit has this variable e.g. m, mm, degree !!! has to checked!!
# end: reported only at last step
# steps: reported at report steps
# all: reported on all steps
# restrictoption: map is only reported if this option(s) are active
<lfmaps>
<setmap name="LZAvInflowMap" outputVar="LZAvInflow" unit="mm" end="InitLisflood,repLZAvInflowMap" steps="" all="" />
<setmap name="DischargeMaps" outputVar="ChanQAvg" unit="m3/s" end="" steps="" all="repDischargeMaps" restrictoption="nonInit" />
<!--
<setmap name="WaterLevelMaps" outputVar="WaterLevel" unit="m" end="" steps="" all="repWaterLevelMaps" restrictoption="nonInit,simulateWaterLevels" />
-->
<setmap name="AvgDis" outputVar="avgdis" unit="m3/s" end="repAverageDis" steps="" all="" restrictoption="nonInit" />
<setmap name="AvgDis" outputVar="avgdis" unit="m3/s" end="InitLisflood" steps="" all="" restrictoption="SplitRouting" />
# ------------------------------------------------------------------------------------
# Maps of intermediate state variables at selected time steps
# Time steps in ReportSteps defined in 'timer section!'
# Typically used as initial conditions for succeeding simulation!
# no forest [0] forest [1]
#
# Reporting of "state" maps
<setmap name="WaterDepthState" outputVar="WaterDepth" unit="m" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="OFDirectState" outputVar="OFM3Direct" unit="m3" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="OFOtherState" outputVar="OFM3Other" unit="m3" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="OFForestState" outputVar="OFM3Forest" unit="m3" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="ChanCrossSectionState" outputVar="TotalCrossSectionArea" unit="m2" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="DSLRState" outputVar="DSLR[0]" unit="-" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="DSLRForestState" outputVar="DSLR[1]" unit="-" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="DSLRIrrigationState" outputVar="DSLR[2]" unit="-" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="SnowCoverAState" outputVar="SnowCoverS[0]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="SnowCoverBState" outputVar="SnowCoverS[1]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="SnowCoverCState" outputVar="SnowCoverS[2]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="FrostIndexState" outputVar="FrostIndex" unit="-" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="CumInterceptionState" outputVar="CumInterception[0]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="CumInterceptionForestState" outputVar="CumInterception[1]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="CumInterceptionIrrigationState" outputVar="CumInterception[2]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta1State" outputVar="Theta1a[0]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta1ForestState" outputVar="Theta1a[1]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta1IrrigationState" outputVar="Theta1a[2]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta2State" outputVar="Theta1b[0]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta2ForestState" outputVar="Theta1b[1]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta2IrrigationState" outputVar="Theta1b[2]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta3State" outputVar="Theta2[0]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta3ForestState" outputVar="Theta2[1]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="Theta3IrrigationState" outputVar="Theta2[2]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="UZState" outputVar="UZ[0]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="UZForestState" outputVar="UZ[1]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="UZIrrigationState" outputVar="UZ[2]" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="LZState" outputVar="LZ" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="CumIntSealedState" outputVar="CumInterSealed" unit="mm" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="DischargeMaps" outputVar="ChanQAvg" unit="m3/s" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="ChanQState" outputVar="ChanQ" unit="m3/s" end="" steps="repStateMaps" all="" restrictoption="nonInit" />
<setmap name="LakeLevelState" outputVar="LakeLevel" unit="m" end="" steps="repStateMaps" all="" restrictoption="nonInit,simulateLakes" />
<setmap name="LakePrevInflowState" outputVar="LakeInflowOld" unit="m3/s" end="" steps="repStateMaps" all="" restrictoption="nonInit,simulateLakes" />
<setmap name="LakePrevOutflowState" outputVar="LakeOutflow" unit="m3/s" end="" steps="repStateMaps" all="" restrictoption="nonInit,simulateLakes" />
<setmap name="ReservoirFillState" outputVar="ReservoirFill" unit="m" end="" steps="repStateMaps" all="" restrictoption="nonInit,simulateReservoirs" />
<setmap name="CrossSection2State" outputVar="CrossSection2Area" unit="m" end="" steps="repStateMaps" all="" restrictoption="nonInit,SplitRouting" />
<setmap name="ChSideState" outputVar="Sideflow1Chan" unit="m" end="" steps="repStateMaps" all="" restrictoption="nonInit,SplitRouting" />
<setmap name="PolderLevelState" outputVar="PolderLevel" unit="m" end="" steps="repStateMaps" all="" restrictoption="nonInit,simulatePolders" />
# ------------------------------------------------------------------------------------
# Reporting of "end" maps
<setmap name="WaterDepthEnd" outputVar="WaterDepth" unit="m" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="OFDirectEnd" outputVar="OFM3Direct" unit="m3" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="OFOtherEnd" outputVar="OFM3Other" unit="m3" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="OFForestEnd" outputVar="OFM3Forest" unit="m3" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="ChanCrossSectionEnd" outputVar="TotalCrossSectionArea" unit="m2" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="DSLREnd" outputVar="DSLR[0]" unit="-" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="DSLRForestEnd" outputVar="DSLR[1]" unit="-" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="DSLRIrrigationEnd" outputVar="DSLR[2]" unit="-" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="SnowCoverAEnd" outputVar="SnowCoverS[0]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="SnowCoverBEnd" outputVar="SnowCoverS[1]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="SnowCoverCEnd" outputVar="SnowCoverS[2]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="FrostIndexEnd" outputVar="FrostIndex" unit="-" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="CumInterceptionEnd" outputVar="CumInterception[0]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="CumInterceptionForestEnd" outputVar="CumInterception[1]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="CumInterceptionIrrigationEnd" outputVar="CumInterception[2]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta1End" outputVar="Theta1a[0]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta1ForestEnd" outputVar="Theta1a[1]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta1IrrigationEnd" outputVar="Theta1a[2]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta2End" outputVar="Theta1b[0]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta2ForestEnd" outputVar="Theta1b[1]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta2IrrigationEnd" outputVar="Theta1b[2]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta3End" outputVar="Theta2[0]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta3ForestEnd" outputVar="Theta2[1]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="Theta3IrrigationEnd" outputVar="Theta2[2]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="UZEnd" outputVar="UZ[0]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="UZForestEnd" outputVar="UZ[1]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="UZIrrigationEnd" outputVar="UZ[2]" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="LZEnd" outputVar="LZ" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="CumIntSealedEnd" outputVar="CumInterSealed" unit="mm" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="DischargeEnd" outputVar="ChanQAvg" unit="m3/s" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="ChanQEnd" outputVar="ChanQ" unit="m3/s" end="repEndMaps" steps="" all="" restrictoption="nonInit" />
<setmap name="LakeLevelEnd" outputVar="LakeLevel" unit="m" end="repEndMaps" steps="" all="" restrictoption="nonInit,simulateLakes" />
<setmap name="LakePrevInflowEnd" outputVar="LakeInflowOld" unit="m3/s" end="repEndMaps" steps="" all="" restrictoption="nonInit,simulateLakes" />
<setmap name="LakePrevOutflowEnd" outputVar="LakeOutflow" unit="m3/s" end="repEndMaps" steps="" all="" restrictoption="nonInit,simulateLakes" />
<setmap name="ReservoirFillEnd" outputVar="ReservoirFill" unit="m" end="repEndMaps" steps="" all="" restrictoption="nonInit,simulateReservoirs" />
<setmap name="CrossSection2End" outputVar="CrossSection2Area" unit="m" end="repEndMaps" steps="" all="" restrictoption="nonInit,SplitRouting" />
<setmap name="ChSideEnd" outputVar="Sideflow1Chan" unit="m" end="repEndMaps" steps="" all="" restrictoption="nonInit,SplitRouting" />
<setmap name="PolderLevelEnd" outputVar="PolderLevel" unit="m" end="repEndMaps" steps="" all="" restrictoption="nonInit,simulatePolders" />
# ------------------------------------------------------------------------------------
# Input maps
# Note differences between in- and output:
# PrecipitationMaps: input [mm/day]; may cover whole map area
# PrecipitationMapsOut: output [mm/time step], covers mask area only!
<setmap name="PrecipitationMapsOut" outputVar="Precipitation" unit="mm/timestep" end="" steps="" all="repPrecipitationMaps" restrictoption="" />
<setmap name="TavgMapsOut" outputVar="Tavg" unit="degree" end="" steps="" all="repTavgMaps" restrictoption="" />
<setmap name="ETRefMapsOut" outputVar="ETRef" unit="mm" end="" steps="" all="repETRefMaps" restrictoption="" />
<setmap name="ESRefMapsOut" outputVar="ESRef" unit="mm" end="" steps="" all="repESRefMaps" restrictoption="" />
<setmap name="EWRefMapsOut" outputVar="EWRef" unit="mm" end="" steps="" all="repEWRefMaps" restrictoption="" />
# ------------------------------------------------------------------------------------
# Optional reporting of *individual* model state variables as maps
<setmap name="WaterDepthMaps" outputVar="WaterDepth" unit="m" end="" steps="" all="repWaterDepthMaps" restrictoption="nonInit" />
<setmap name="OFDirectMaps" outputVar="OFM3Direct" unit="m3" end="" steps="" all="repWaterDepthMaps" restrictoption="nonInit" />
<setmap name="OFOtherMaps" outputVar="OFM3Other" unit="m3" end="" steps="" all="repWaterDepthMaps" restrictoption="nonInit" />
<setmap name="OFForestMaps" outputVar="OFM3Forest" unit="m3" end="" steps="" all="repWaterDepthMaps" restrictoption="nonInit" />
<setmap name="ChanCrossSectionMaps" outputVar="TotalCrossSectionArea" unit="m2" end="" steps="" all="repChanCrossSectionMaps" restrictoption="nonInit" />
<setmap name="DSLRMaps" outputVar="DSLR[0]" unit="" end="" steps="" all="repDSLRMaps" restrictoption="nonInit" />
<setmap name="DSLRForestMaps" outputVar="DSLR[1]" unit="" end="" steps="" all="repDSLRMaps" restrictoption="nonInit" />
<setmap name="SnowCoverMaps" outputVar="SnowCover" unit="mm" end="" steps="" all="repSnowCoverMaps" restrictoption="nonInit" />
<setmap name="FrostIndexMaps" outputVar="FrostIndex" unit="-" end="" steps="" all="repFrostIndexMaps" restrictoption="nonInit" />
<setmap name="CumInterceptionMaps" outputVar="CumInterception[0]" unit="m" end="" steps="" all="repCumInterCeptionMaps" restrictoption="nonInit" />
<setmap name="CumInterceptionForestMaps" outputVar="CumInterception[1]" unit="m" end="" steps="" all="repCumInterCeptionMaps" restrictoption="nonInit" />
<setmap name="Theta1Maps" outputVar="Theta1a[0]" unit="mm" end="" steps="" all="repThetaMaps" restrictoption="nonInit" />
<setmap name="Theta1ForestMaps" outputVar="Theta1a[1]" unit="mm" end="" steps="" all="repThetaForestMaps" restrictoption="nonInit" />
<setmap name="Theta1IrrigationMaps" outputVar="Theta1a[2]" unit="mm" end="" steps="" all="repThetaIrrigationMaps" restrictoption="nonInit" />
<setmap name="Theta2Maps" outputVar="Theta1b[0]" unit="mm" end="" steps="" all="repThetaMaps" restrictoption="nonInit" />
<setmap name="Theta2ForestMaps" outputVar="Theta1b[1]" unit="mm" end="" steps="" all="repThetaForestMaps" restrictoption="nonInit" />
<setmap name="Theta2IrrigationMaps" outputVar="Theta1b[2]" unit="mm" end="" steps="" all="repThetaIrrigationMaps" restrictoption="nonInit" />
<setmap name="Theta3Maps" outputVar="Theta2[0]" unit="mm" end="" steps="" all="repThetaMaps" restrictoption="nonInit" />
<setmap name="Theta3ForestMaps" outputVar="Theta2[1]" unit="mm" end="" steps="" all="repThetaForestMaps" restrictoption="nonInit" />
<setmap name="Theta3IrrigationMaps" outputVar="Theta2[2]" unit="mm" end="" steps="" all="repThetaIrrigationMaps" restrictoption="nonInit" />
<setmap name="UZMaps" outputVar="UZ[0]" unit="m" end="" steps="" all="repUZMaps" restrictoption="nonInit" />
<setmap name="UZForestMaps" outputVar="UZ[1]" unit="m" end="" steps="" all="repUZMaps" restrictoption="nonInit" />
<setmap name="LZMaps" outputVar="LZ" unit="mm" end="" steps="" all="repLZMaps" restrictoption="nonInit" />
# ------------------------------------------------------------------------------------
# Optional reporting of model rate variables as maps
# all rates in [mm/time step]
<setmap name="RainMaps" outputVar="Rain" unit="mm" end="" steps="" all="repRainMaps" restrictoption="nonInit" />
<setmap name="SnowMaps" outputVar="Snow" unit="mm" end="" steps="" all="repSnowMaps" restrictoption="nonInit" />
<setmap name="SnowMeltMaps" outputVar="SnowMelt" unit="mm" end="" steps="" all="repSnowMeltMaps" restrictoption="nonInit" />
<setmap name="InterceptionMaps" outputVar="Interception[0]" unit="mm" end="" steps="" all="repInterceptionMaps" restrictoption="nonInit" />
<setmap name="InterceptionForestMaps" outputVar="Interception[1]" unit="mm" end="" steps="" all="repInterceptionMaps" restrictoption="nonInit" />
<setmap name="EWIntMaps" outputVar="TaInterception[0]" unit="mm" end="" steps="" all="repEWIntMaps" restrictoption="nonInit" />
<setmap name="EWIntForestMaps" outputVar="TaInterception[1]" unit="mm" end="" steps="" all="repEWIntMaps" restrictoption="nonInit" />
<setmap name="LeafDrainageMaps" outputVar="LeafDrainage[0]" unit="mm" end="" steps="" all="repLeafDrainageMaps" restrictoption="nonInit" />
<setmap name="LeafDrainageForestMaps" outputVar="LeafDrainage[1]" unit="mm" end="" steps="" all="repLeafDrainageMaps" restrictoption="nonInit" />
<setmap name="TaMaps" outputVar="Ta[0]" unit="mm" end="" steps="" all="repTaMaps" restrictoption="nonInit" />
<setmap name="TaForestMaps" outputVar="Ta[1]" unit="mm" end="" steps="" all="repTaMaps" restrictoption="nonInit" />
<setmap name="ESActMaps" outputVar="ESAct[0]" unit="mm" end="" steps="" all="repESActMaps" restrictoption="nonInit" />
<setmap name="ESActForestMaps" outputVar="ESAct[1]" unit="mm" end="" steps="" all="repESActMaps" restrictoption="nonInit" />
<setmap name="InfiltrationMaps" outputVar="Infiltration[0]" unit="mm" end="" steps="" all="repInfiltrationMaps" restrictoption="nonInit" />
<setmap name="InfiltrationForestMaps" outputVar="Infiltration[1]" unit="mm" end="" steps="" all="repInfiltrationMaps" restrictoption="nonInit" />
<setmap name="PrefFlowMaps" outputVar="PrefFlow[0]" unit="mm" end="" steps="" all="repPrefFlowMaps" restrictoption="nonInit" />
<setmap name="PrefFlowForestMaps" outputVar="PrefFlow[1]" unit="mm" end="" steps="" all="repPrefFlowMaps" restrictoption="nonInit" />
<setmap name="PercolationMaps" outputVar="SeepTopToSub[0]" unit="mm" end="" steps="" all="repPercolationMaps" restrictoption="nonInit" />
<setmap name="PercolationForestMaps" outputVar="SeepTopToSub[1]" unit="mm" end="" steps="" all="repPercolationMaps" restrictoption="nonInit" />
<setmap name="SeepSubToGWMaps" outputVar="SeepSubToGW[0]" unit="mm" end="" steps="" all="repSeepSubToGWMaps" restrictoption="nonInit" />
<setmap name="SeepSubToGWForestMaps" outputVar="SeepSubToGW[1]" unit="mm" end="" steps="" all="repSeepSubToGWMaps" restrictoption="nonInit" />
<setmap name="UZOutflowMaps" outputVar="UZOutflowPixel" unit="mm" end="" steps="" all="repUZOutflowMaps" restrictoption="nonInit" />
<setmap name="UZOutflowForestMaps" outputVar="UZOutflowPixel" unit="mm" end="" steps="" all="repUZOutflowMaps" restrictoption="nonInit" />
<setmap name="LZOutflowMaps" outputVar="LZOutflowToChannelPixel" unit="mm" end="" steps="" all="repLZOutflowMaps" restrictoption="nonInit" />
<setmap name="GwPercUZLZMaps" outputVar="GwPercUZLZ[0]" unit="mm" end="" steps="" all="repGwPercUZLZMaps" restrictoption="nonInit" />
<setmap name="GwPercUZLZForestMaps" outputVar="GwPercUZLZ[1]" unit="mm" end="" steps="" all="repGwPercUZLZMaps" restrictoption="nonInit" />
<setmap name="GwLossMaps" outputVar="GwLossPixel" unit="mm" end="" steps="" all="repGwLossMaps" restrictoption="nonInit" />
# Runoff maps
<setmap name="DirectRunoffMaps" outputVar="DirectRunoff" unit="mm" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
<setmap name="SurfaceRunoffMaps" outputVar="SurfaceRunoff" unit="mm" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
<setmap name="TotalRunoffMaps" outputVar="TotalRunoff" unit="mm" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
<setmap name="TotalToChanMaps" outputVar="ToChanM3Runoff*self.var.M3toMM" unit="mm" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
<setmap name="FastRunoffMaps" outputVar="SurfaceRunoff+self.var.UZOutflowPixel" unit="mm" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
<!--
<setmap name="FlowVelocityMSecMaps" outputVar="FlowVelocity" unit="m/s" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
<setmap name="TravelDistanceMMaps" outputVar="TravelDistance" unit="m" end="" steps="" all="repSurfaceRunoffMaps" restrictoption="nonInit" />
-->
# These options report pF and vegetation stress due to low soil moisture
<setmap name="PF1Maps" outputVar="pF0[0]" unit="mm" end="" steps="repPFMaps" all="" restrictoption="nonInit,simulatePF" />
<setmap name="PF1ForestMaps" outputVar="pF0[1]" unit="mm" end="" steps="repPFForestMaps" all="" restrictoption="nonInit,simulatePF" />
<setmap name="PF2Maps" outputVar="pF1[0]" unit="mm" end="" steps="repPFMaps" all="" restrictoption="nonInit,simulatePF" />
<setmap name="PF2ForestMaps" outputVar="pF1[1]" unit="mm" end="" steps="repPFForestMaps" all="" restrictoption="nonInit,simulatePF" />
<setmap name="PF3Maps" outputVar="pF2[0]" unit="mm" end="" steps="repPFMaps" all="" restrictoption="nonInit,simulatePF" />
<setmap name="SMStressMap" outputVar="SoilMoistureStressDays[0]" unit="days" end="" steps="repStressDays" all="" restrictoption="nonInit" />
<setmap name="SMStressForestMap" outputVar="SoilMoistureStressDays[1]" unit="days" end="" steps="repStressDays" all="" restrictoption="nonInit" />
# Earth2Observe maps
<setmap name="ETActMaps" outputVar="ESActPixel+self.var.TaPixel+self.var.TaInterceptionAll+self.var.EvaAddM3*self.var.M3toMM" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="TaMaps" outputVar="TaPixel" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="ESActMaps" outputVar="ESActPixel" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="EWIntMaps" outputVar="TaInterceptionAll" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="EWater" outputVar="EvaAddM3*self.var.M3toMM" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="RainMaps" outputVar="Rain" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="SnowMeltMaps" outputVar="SnowMelt" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="SnowCoverMaps" outputVar="SnowCover" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="TotalRunoffMaps" outputVar="ToChanM3Runoff*self.var.M3toMM" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="FastRunoffMaps" outputVar="SurfaceRunoff+self.var.UZOutflowPixel" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="LZOutflowMaps" outputVar="LZOutflowToChannelPixel" unit="mm" end="" steps="" all="repE2O1" restrictoption="nonInit" />
<setmap name="LZMaps" outputVar="LZ" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="GwLossMaps" outputVar="GwLossPixel" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="PrefFlowMaps" outputVar="PrefFlowPixel" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="SeepSubToGWMaps" outputVar="SeepSubToGWPixel" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="GwPercUZLZMaps" outputVar="GwPercUZLZPixel" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="WaterUseMaps" outputVar="WUseAddM3*self.var.M3toMM" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
# storage lakes river channel floodplains missing
# soil moisture missing
<setmap name="Theta1Maps" outputVar="Theta1a[0]" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="Theta2Maps" outputVar="Theta1b[0]" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
<setmap name="Theta3Maps" outputVar="Theta2[0]" unit="mm" end="" steps="" all="repE2O2" restrictoption="nonInit" />
# Water Abstraction
<setmap name="TotalAbsGroundwater" outputVar="TotalAbstractionFromGroundwaterM3*self.var.M3toMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalAbsSurface" outputVar="TotalAbstractionFromSurfaceWaterM3*self.var.M3toMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalAbsSurfaceRegion" outputVar="AreaTotalAbstractionFromSurfaceWaterM3*self.var.M3toMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,wateruseRegion" />
<setmap name="TotalAbsGroundwaterRegion" outputVar="AreaTotalAbstractionFromGroundwaterM3*self.var.M3toMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,wateruseRegion" />
<setmap name="TotalIrrigationAbstractionM3" outputVar="TotalIrrigationAbstractionM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalPaddyRiceIrrigationAbstractionM3" outputVar="TotalPaddyRiceIrrigationAbstractionM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalLivestockAbstractionM3" outputVar="TotalLivestockAbstractionM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="DomesticConsumptiveUse" outputVar="DomesticConsumptiveUseMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="LivestockConsumptiveUse" outputVar="LivestockConsumptiveUseMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="IndustrialConsumptiveUse" outputVar="IndustrialConsumptiveUseMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="EnergyConsumptiveUse" outputVar="EnergyConsumptiveUseMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="IrrigationWaterAbstraction" outputVar="IrrigationWaterAbstractionM3*self.var.M3toMM + self.var.PaddyRiceWaterAbstractionFromSurfaceWaterM3*self.var.M3toMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
# Water Use
<setmap name="TotalWUse" outputVar="WUseAddM3*self.var.M3toMM" unit="mm" end="" steps="repTotalWUse" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalWUseRegion" outputVar="totalAddM3*self.var.M3toMM" unit="mm" end="" steps="repTotalWUse" all="" restrictoption="nonInit,wateruse,wateruseRegion" />
# Water Consumption Indicators
<setmap name="WEI_Cns" outputVar="WEI_Cns" unit="-" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="WEI_Abs" outputVar="WEI_Abs" unit="-" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="WEI_Dem" outputVar="WEI_Dem" unit="-" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="RegionMonthReservoirAndLakeStorageM3" outputVar="RegionMonthReservoirAndLakeStorageM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthWaterAbstractedfromLakesReservoirsM3" outputVar="RegionMonthWaterAbstractedfromLakesReservoirsM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthIrrigationShortageM3" outputVar="RegionMonthIrrigationShortageM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthInternalFlowM3" outputVar="RegionMonthInternalFlowM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthExternalInflowM3" outputVar="RegionMonthExternalInflowM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthWConsumptionM3" outputVar="RegionMonthWConsumptionM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthWAbstractionM3" outputVar="RegionMonthWAbstractionM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="RegionMonthWDemandM3" outputVar="RegionMonthWDemandM3" unit="M3" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,wateruseRegion,indicator" />
<setmap name="MonthETpotMM" outputVar="MonthETpotMM" unit="mm" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,,indicator" />
<setmap name="MonthETactMM" outputVar="MonthETactMM" unit="mm" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="MonthETdifMM" outputVar="MonthETdifMM" unit="mm" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="WaterDependencyIndex" outputVar="WaterDependencyIndex" unit="-" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="WaterSecurityIndex" outputVar="WaterSecurityIndex" unit="-" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="WaterSustainabilityIndex" outputVar="WaterSustainabilityIndex" unit="-" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="FalkenmarkM3Capita1" outputVar="FalkenmarkM3Capita1" unit="M3Capita" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="FalkenmarkM3Capita2" outputVar="FalkenmarkM3Capita2" unit="M3Capita" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="FalkenmarkM3Capita3" outputVar="FalkenmarkM3Capita3" unit="M3Capita" monthly="True" end="" steps="repWIndex" all="" restrictoption="nonInit,wateruse,indicator" />
<setmap name="TotalAbstractionFromGroundwaterM3" outputVar="TotalAbstractionFromGroundwaterM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalAbstractionFromSurfaceWaterM3" outputVar="TotalAbstractionFromSurfaceWaterM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="PotentialSurfaceWaterAvailabilityForIrrigationM3" outputVar="PotentialSurfaceWaterAvailabilityForIrrigationM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="TotalAbsGroundwater" outputVar="TotalAbstractionFromGroundwaterM3*self.var.M3toMM" unit="mm" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="AreaTotalAbstractionFromSurfaceWaterM3" outputVar="AreaTotalAbstractionFromSurfaceWaterM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="AreaTotalAbstractionFromGroundwaterM3" outputVar="AreaTotalAbstractionFromGroundwaterM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="AreatotalWaterAbstractedfromLakesReservoirsM3" outputVar="AreatotalWaterAbstractedfromLakesReservoirsM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="LakeAbstractionM3" outputVar="LakeAbstractionM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,simulateLakes" />
<setmap name="ReservoirAbstractionM3" outputVar="ReservoirAbstractionM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,simulateReservoirs" />
<setmap name="LakeStorageM3" outputVar="LakeStorageM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,simulateLakes" />
<setmap name="ReservoirStorageM3" outputVar="ReservoirStorageM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,simulateReservoirs" />
<setmap name="TotalDemandM3" outputVar="TotalDemandM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="WUseAddM3" outputVar="WUseAddM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="totalAddM3" outputVar="totalAddM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="AreatotalIrrigationUseM3" outputVar="AreatotalIrrigationUseM3" unit="m3" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="FractionAbstractedFromChannels" outputVar="FractionAbstractedFromChannels" unit="-" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse" />
<setmap name="EFlowIndicator" outputVar="EFlowIndicator" unit="-" end="" steps="repTotalAbs" all="" restrictoption="nonInit,wateruse,indicator" />
</lfmaps>
</lisflood>