internal InternalBoundaryProp(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "TIME_SERIES_FILE":
_tIME_SERIES_FILE = new DFS_2D_DATA_FILE(sub);
break;
case "DFS_2D_DATA_FILE":
_dFS_2D_DATA_FILE = new DFS_2D_DATA_FILE(sub);
break;
case "LeakCoef":
_leakCoef = new Topography(sub);
break;
case "Conductance":
_conductance = new Topography(sub);
break;
case "RiverBottomElevation":
_riverBottomElevation = new Bathymetry(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal Drainage(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "Level":
_level = new Bathymetry(sub);
break;
case "TimeConstant":
_timeConstant = new Topography(sub);
break;
case "DrainCode":
_drainCode = new Topography(sub);
break;
case "DistributedOptionCode":
_distributedOptionCode = new Topography(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal LandUse(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "VEGETATION":
_vEGETATION = new VEGETATION(sub);
break;
case "CommandAreas":
_commandAreas = new CommandAreas(sub);
break;
case "Demands":
_demands = new Demands(sub);
break;
case "Priorities":
_priorities = new Priorities(sub);
break;
case "PavedRunoffCoefficient":
_pavedRunoffCoefficient = new Topography(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal Climate(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "PrecipitationRate":
_precipitationRate = new PrecipitationRate(sub);
break;
case "PrecipLapseRate":
_precipLapseRate = new Topography(sub);
break;
case "POTEVAPTRANS":
_pOTEVAPTRANS = new POTEVAPTRANS(sub);
break;
case "SWSolarRadiation":
_sWSolarRadiation = new POTEVAPTRANS(sub);
break;
case "AirTemperature":
_airTemperature = new PrecipitationRate(sub);
break;
case "TempLapseRate":
_tempLapseRate = new Topography(sub);
break;
case "WetLapseRate":
_wetLapseRate = new Topography(sub);
break;
case "SNOWMELTCONST":
_sNOWMELTCONST = new SNOWMELTCONST(sub);
break;
case "NetRainfallFraction":
_netRainfallFraction = new Topography(sub);
break;
case "InfiltrationFraction":
_infiltrationFraction = new Topography(sub);
break;
case "RechargeFraction":
_rechargeFraction = new Topography(sub);
break;
case "RechargeLayer":
_rechargeLayer = new RechargeLayer(sub);
break;
case "PondingElevation":
_pondingElevation = new RechargeLayer(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal SaturatedZone(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "GeoUnitsSZProperties":
_geoUnitsSZProperties = new GeoUnitsSZProperties(sub);
break;
case "GeoLayersSZ":
_geoLayersSZ = new GeoLayersSZ(sub);
break;
case "GeoLensesSZ":
_geoLensesSZ = new GeoLensesSZ(sub);
break;
case "SatWQLayers":
_satWQLayers = new SatWQLayers(sub);
break;
case "CompLayersSZ":
_compLayersSZ = new CompLayersSZ(sub);
break;
case "CompLayersGeoSZ":
_compLayersGeoSZ = new CompLayersGeoSZ(sub);
break;
case "Drainage":
_drainage = new Drainage(sub);
break;
case "Drainage_Modflow":
_drainage_Modflow = new Background(sub);
break;
case "Well":
_well = new RiverMF(sub);
break;
case "HeadElevationUsedForAirFlow":
_headElevationUsedForAirFlow = new Topography(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal Unsatzone(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "UZSoilProfiles":
_uZSoilProfiles = new UZSoilProfiles(sub);
break;
case "TwoLayerUZSoilProperties":
_twoLayerUZSoilProperties = new TwoLayerUZSoilProperties(sub);
break;
case "ETSurfaceDepth":
_eTSurfaceDepth = new Topography(sub);
break;
case "Macropore_Transfer_Coeff":
_macropore_Transfer_Coeff = new InitialMass(sub);
break;
case "Decay_Processes":
_decay_Processes = new InitialMass(sub);
break;
case "Sorption_Processes":
_sorption_Processes = new InitialMass(sub);
break;
case "UZGroundWaterDepthList":
_uZGroundWaterDepthList = new UZGroundWaterDepthList(sub);
break;
case "Initial_Conditions":
_initial_Conditions = new Initial_Conditions(sub);
break;
case "SpecifiedClassification":
_specifiedClassification = new Topography(sub);
break;
case "PartialAutomatic":
_partialAutomatic = new Topography(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal Layer_2(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "LowerLevel":
_lowerLevel = new Bathymetry(sub);
break;
case "InitPotHead":
_initPotHead = new Bathymetry(sub);
break;
case "InitialSoilTemperature":
_initialSoilTemperature = new Bathymetry(sub);
break;
case "OuterBoundary":
_outerBoundary = new OuterBoundary(sub);
break;
case "HydrHeadUsedForAirFlow":
_hydrHeadUsedForAirFlow = new Topography(sub);
break;
case "WettingThreshold":
_wettingThreshold = new Topography(sub);
break;
case "InternalBoundary":
_internalBoundary = new InternalBoundary1(sub);
break;
case "Initial_Concentration":
_initial_Concentration = new InitialMass(sub);
break;
case "Initial_Immobile_Concentration":
_initial_Immobile_Concentration = new InitialMass(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal Overland(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "Manning":
_manning = new Topography(sub);
break;
case "DetentionStorage":
_detentionStorage = new Topography(sub);
break;
case "InitialWaterDepth":
_initialWaterDepth = new Topography(sub);
break;
case "LeakageCoeff":
_leakageCoeff = new Topography(sub);
break;
case "SeparatedFlowAreas":
_separatedFlowAreas = new Topography(sub);
break;
case "InitialMass":
_initialMass = new InitialMass(sub);
break;
case "Decay_Processes":
_decay_Processes = new InitialMass(sub);
break;
default:
if (sub.Name.Substring(0,6).Equals("Disper"))
{
_dispersionCoeff_Xs.Add(new Topography(sub));
break;
}
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal CommandArea(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "INDIRECT_APPLICATION_AREA":
_iNDIRECT_APPLICATION_AREA = new Topography(sub);
break;
case "Sources":
_sources = new Sources(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal River(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "FloodCodes":
_floodCodes = new Topography(sub);
break;
case "Bathymetry":
_bathymetry = new Bathymetry(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal SNOWMELTCONST(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "ThreshMeltTemp":
_threshMeltTemp = new Topography(sub);
break;
case "DegreeDayFactor":
_degreeDayFactor = new POTEVAPTRANS(sub);
break;
case "RadMeltingCoeff":
_radMeltingCoeff = new Topography(sub);
break;
case "MinSnowStorage":
_minSnowStorage = new Topography(sub);
break;
case "MaxWetSnowFrac":
_maxWetSnowFrac = new Topography(sub);
break;
case "InitialSnowStorage":
_initialSnowStorage = new Topography(sub);
break;
case "InitialWetSnowFrac":
_initialWetSnowFrac = new Topography(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal Lense_1(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "HorBoundary":
_horBoundary = new Topography(sub);
break;
case "UpperLevel":
_upperLevel = new Bathymetry(sub);
break;
case "LowerLevel":
_lowerLevel = new Bathymetry(sub);
break;
case "GeoUnit":
_geoUnit = new Topography(sub);
break;
case "HorHydrCon":
_horHydrCon = new Topography(sub);
break;
case "VerHydrCon":
_verHydrCon = new Topography(sub);
break;
case "SpecificYield":
_specificYield = new Topography(sub);
break;
case "StorageCoef":
_storageCoef = new Topography(sub);
break;
case "HydrHeadUsedForAirFlow":
_hydrHeadUsedForAirFlow = new Topography(sub);
break;
case "WettingThreshold":
_wettingThreshold = new Topography(sub);
break;
case "HorizontalAnisotropyRatio":
_horizontalAnisotropyRatio = new Topography(sub);
break;
case "VanGenuchtenAlpha":
_vanGenuchtenAlpha = new Topography(sub);
break;
case "VanGenuchtenBeta":
_vanGenuchtenBeta = new Topography(sub);
break;
case "ResidualSaturation":
_residualSaturation = new Topography(sub);
break;
case "BrooksCoreyRelativePermeabilityExponent":
_brooksCoreyRelativePermeabilityExponent = new Topography(sub);
break;
case "Porosity":
_porosity = new Topography(sub);
break;
case "MatrixPorosity":
_matrixPorosity = new Topography(sub);
break;
case "BulkDensity":
_bulkDensity = new Topography(sub);
break;
case "LHHDispCoeff":
_lHHDispCoeff = new Topography(sub);
break;
case "THHDispCoeff":
_tHHDispCoeff = new Topography(sub);
break;
case "TVHDispCoeff":
_tVHDispCoeff = new Topography(sub);
break;
case "LVVDispCoeff":
_lVVDispCoeff = new Topography(sub);
break;
case "THVDispCoeff":
_tHVDispCoeff = new Topography(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}
internal MIKESHE_FLOWMODEL(PFSSection Section)
{
_pfsHandle = Section;
for (int i = 1; i <= Section.GetSectionsNo(); i++)
{
PFSSection sub = Section.GetSection(i);
switch (sub.Name)
{
case "FlowModelDocVersion":
_flowModelDocVersion = new FlowModelDocVersion(sub);
break;
case "ViewSettings":
_viewSettings = new ViewSettings(sub);
break;
case "Overlays":
_overlays = new Overlays(sub);
break;
case "SimSpec":
_simSpec = new SimSpec(sub);
break;
case "ModelCompWQ":
_modelCompWQ = new ModelCompWQ(sub);
break;
case "Species":
_species = new Species(sub);
break;
case "Processes":
_processes = new Processes(sub);
break;
case "Catchment":
_catchment = new Catchment(sub);
break;
case "Subcatchments":
_subcatchments = new Subcatchments(sub);
break;
case "Topography":
_topography = new Topography(sub);
break;
case "Climate":
_climate = new Climate(sub);
break;
case "LandUse":
_landUse = new LandUse(sub);
break;
case "River":
_river = new River(sub);
break;
case "RiverMF":
_riverMF = new RiverMF(sub);
break;
case "Overland":
_overland = new Overland(sub);
break;
case "OverlandSubcatchment":
_overlandSubcatchment = new Subcatchments(sub);
break;
case "Unsatzone":
_unsatzone = new Unsatzone(sub);
break;
case "SaturatedZone":
_saturatedZone = new SaturatedZone(sub);
break;
case "SaturatedZoneSubCatchment":
_saturatedZoneSubCatchment = new SaturatedZoneSubCatchment(sub);
break;
case "GroundwaterTable":
_groundwaterTable = new Bathymetry(sub);
break;
case "Sources":
_sources = new Sources1(sub);
break;
case "StoringOfResults":
_storingOfResults = new StoringOfResults(sub);
break;
case "OutputModflow":
_outputModflow = new OutputModflow(sub);
break;
case "ExtraParams":
_extraParams = new ExtraParams(sub);
break;
case "ExecuteEngineFlagsPfs":
_executeEngineFlagsPfs = new ExecuteEngineFlagsPfs(sub);
break;
case "Result":
_result = new Result(sub);
break;
case "Overview":
_overview = new STRESSPERIOD_PROPPAGE(sub);
break;
case "GeoScene3D":
_geoScene3D = new GeoScene3D(sub);
break;
default:
_unMappedSections.Add(sub.Name);
break;
}
}
}