Class TCustomModel

Description

Hierarchy

Fields

Methods

Properties

Unit

PhastModelUnit

Declaration

type TCustomModel = class abstract(TBaseModel)

Description

no description available, TBaseModel description follows

Hierarchy

TComponent
TBaseModel
TCustomModel

Overview

Fields

	`FOnModelSelectionChange: TNotifyEvent;`
	`FPhastGrid: TPhastGrid;`
	`FModelSelection: TModelSelection;`
	`FClearing: Boolean;`
	`FDataArrayManager: TDataArrayManager;`
	`FAlternateFlowPackage: boolean;`
	`FAlternateSolver: boolean;`
	`FBatchFileAdditionsAfterModel: TStrings;`
	`FBatchFileAdditionsBeforeModel: TStrings;`
	`FModflowGrid: TModflowGrid;`
	`FModflowNameFileLines: TStrings;`
	`FModflowPackages: TModflowPackages;`
	`FDrainObservations: TFluxObservationGroups;`
	`FGhbObservations: TFluxObservationGroups;`
	`FHeadFluxObservations: TFluxObservationGroups;`
	`FRiverObservations: TFluxObservationGroups;`
	`FHydrogeologicUnits: THydrogeologicUnits;`
	`FFilesToArchive: TStrings;`
	`FModelInputFiles: TStrings;`
	`FFileName: string;`
	`FModflowWettingOptions: TWettingOptions;`
	`FrpFrontFormulaCompiler: TRbwParser;`
	`FrpFrontFormulaCompilerNodes: TRbwParser;`
	`FrpSideFormulaCompiler: TRbwParser;`
	`FrpSideFormulaCompilerNodes: TRbwParser;`
	`FrpThreeDFormulaCompiler: TRbwParser;`
	`FrpThreeDFormulaCompilerNodes: TRbwParser;`
	`FrpTopFormulaCompiler: TRbwParser;`
	`FrpTopFormulaCompilerNodes: TRbwParser;`
	`FParsers: TList;`
	`FGlobalVariables: TGlobalVariables;`
	`FThreeDGridObserver: TObserver;`
	`FTopGridObserver: TObserver;`
	`FEdgeDisplay: TCustomModflowGridEdgeDisplay;`
	`FHufKxNotifier: TObserver;`
	`FHufKyNotifier: TObserver;`
	`FHufKzNotifier: TObserver;`
	`FHufSsNotifier: TObserver;`
	`FHufSyNotifier: TObserver;`
	`FGrid: TCustomModelGrid;`
	`FModflowOptions: TModflowOptions;`
	`FNameFileWriter: TObject;`
	`FHeadObsResults: THeadObsCollection;`
	`FMt3dmsHeadMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsMassLoadingMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsGhbMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsRivMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsWellMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsResMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsRchMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsDrtMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsEtsMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsEvtMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsDrnMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FMt3dmsLakMassFluxObservations: TMt3dmsFluxObservationGroups;`
	`FSutraMesh: TSutraMesh3D;`
	`FSutraOptions: TSutraOptions;`
	`FSutraOutputControl: TSutraOutputControl;`
	`var LakWriter: TObject;`
	`SfrWriter: TObject;`
	`FTransientMultiplierArrays: TList;`
	`FCachedMultiplierArrayIndex: Integer;`
	`FTransientZoneArrays: TList;`
	`FCachedZoneArrayIndex: integer;`
	`FUpdatingFullStressPeriods: Boolean;`
	`FDataSetCollection: TDataSetCollection;`
	`FFrontTimeList: TCustomTimeList;`
	`FSideTimeList: TCustomTimeList;`
	`FTopTimeList: TCustomTimeList;`
	`FTopDisplayTime: double;`
	`FFrontDisplayTime: double;`
	`FSideDisplayTime: double;`
	`FThreeDDisplayTime: double;`
	`FThreeDTimeList: TCustomTimeList;`
	`FPValFile: TStringList;`
	`FTemplate: TStringList;`
	`FGageUnitNumber: integer;`
	`FGages: TStringList;`
	`FPathLine: TPathLineReader;`
	`FTimeSeries: TTimeSeriesReader;`
	`FEndPoints: TEndPointReader;`
	`F_SP_Epsilon: double;`
	`FHfbWriter: TObject;`
	`FMfHobHeads: THobDisplayTimeList;`
	`FUnitNumbers: TUnitNumbers;`
	`FHfbDisplayer: THfbDisplayer;`
	`FTimeLists: TList;`

Methods

	`function GetSomeSegmentsUpToDate: boolean; virtual; abstract;`
	`procedure SetSomeSegmentsUpToDate(const Value: boolean); virtual; abstract;`
	`procedure SetPhastGrid(const Value: TPhastGrid);`
	`procedure UpdateDischargeRouting(Sender: TObject);`
	`function AquiferPropertiesUsed(Sender: TObject): boolean; virtual;`
	`function KyUsed(Sender: TObject): boolean; virtual;`
	`function KzUsed(Sender: TObject): boolean; virtual;`
	`function PorosityUsed(Sender: TObject): boolean; virtual;`
	`function SpecificStorageUsed(Sender: TObject): boolean; virtual;`
	`function ChemistryUsed(Sender: TObject): boolean; virtual;`
	`function InitialHeadUsed(Sender: TObject): boolean; virtual;`
	`function EquilibriumPhasesUsed(Sender: TObject): boolean; virtual;`
	`function SurfacesUsed(Sender: TObject): boolean; virtual;`
	`function ExchangeUsed(Sender: TObject): boolean; virtual;`
	`function GasPhaseUsed(Sender: TObject): boolean; virtual;`
	`function SolidSolutionUsed(Sender: TObject): boolean; virtual;`
	`function KineticsUsed(Sender: TObject): boolean; virtual;`
	`function ModflowUsed(Sender: TObject): boolean; virtual;`
	`function RouteUzfDischarge(Sender: TObject): boolean; virtual;`
	`function ModflowInitialHeadUsed(Sender: TObject): boolean; virtual;`
	`function ConfiningBedKzUsed(Sender: TObject): boolean; virtual;`
	`function VerticalAnisotropyUsed(Sender: TObject): boolean; virtual;`
	`function HorizontalAnisotropyUsed(Sender: TObject): boolean; virtual;`
	`function SpecificYieldUsed(Sender: TObject): boolean; virtual;`
	`function WetDryUsed(Sender: TObject): boolean; virtual;`
	`function ModpathUsed(Sender: TObject): boolean; virtual;`
	`function HufReferenceSurfaceNeeded(Sender: TObject): boolean; virtual;`
	`function BcfUsed(Sender: TObject): boolean; virtual;`
	`function ConfinedStorageCoefUsed(Sender: TObject): boolean; virtual;`
	`function OptionalDataSet(Sender: TObject): boolean;`
	`function HufSelected(Sender: TObject): boolean;`
	`function HufStorageUsed(Sender: TObject): boolean;`
	`function ZoneBudgetSelected(Sender: TObject): boolean; virtual;`
	`function SwtSelected(Sender: TObject): boolean; virtual;`
	`function SwtOffsetsUsed(Sender: TObject): boolean; virtual;`
	`function SwtSpecifiedUsed(Sender: TObject): boolean; virtual;`
	`function SutraUsed(Sender: TObject): boolean;`
	`function Sutra3DModel(Sender: TObject): boolean;`
	`function SutraConcentrationUsed(Sender: TObject): boolean;`
	`function SutraTemperatureUsed(Sender: TObject): boolean;`
	`function ModflowOrPhastUsed(Sender: TObject): boolean; virtual;`
	`function IndenticalTransientArray(DataArray: TDataArray; DataArrays: TList; var CachedIndex: integer): TDataArray;`
	`function GetTimeLists(Index: integer): TCustomTimeList;`
	`function GetTimeListCount: integer;`
	`procedure ClearAllTimeLists;`
	`procedure InitializeHobDisplay(Sender: TObject);`
	`function ModflowHobPackageUsed(Sender: TObject): boolean;`
	`procedure GetMfHobHeadsUseList(Sender: TObject; NewUseList: TStringList);`
	`procedure CreateModflowDisplayTimeLists;`
	`procedure SetUnitNumbers(const Value: TUnitNumbers);`
	`procedure UpdateHfb(Sender: TObject);`
	`function GetDataSetCollection: TDataSetCollection;`
	`procedure FinalizePvalAndTemplate(FileName: string);`
	`procedure FinalizeDischargeRouting(Sender: TObject);`
	`procedure GetParameterUsedAndParameterFormulaForLPF( out ParameterUsed: Boolean; out ParameterFormula: string; ParameterType: TParameterType);`
	`procedure UpdateLpfDataArrayParameterUsed(const DataArrayName: string; ParameterType: TParameterType);`
	`function PrepareModflowFullStressPeriods(ShowWarning: boolean): Boolean;`
	`function CountStepsInExport: Integer;`
	`procedure GetDefaultOutputFileExtension(var Extension: string);`
	`function CheckMt3dTimes(ShowWarning: Boolean): boolean;`
	`procedure SetAlternateFlowPackage(const Value: boolean);`
	`procedure SetAlternateSolver(const Value: boolean);`
	`procedure SetBatchFileAdditionsAfterModel(const Value: TStrings);`
	`procedure SetBatchFileAdditionsBeforeModel(const Value: TStrings);`
	`procedure SetModflowGrid(const Value: TModflowGrid);`
	`procedure SetModflowNameFileLines(const Value: TStrings);`
	`procedure SetModflowPackages(const Value: TModflowPackages);`
	`procedure SetHeadFluxObservations(const Value: TFluxObservationGroups);`
	`procedure SetRiverObservations(const Value: TFluxObservationGroups);`
	`procedure SetDrainObservations(const Value: TFluxObservationGroups);`
	`procedure SetGhbObservations(const Value: TFluxObservationGroups);`
	`procedure SetHydrogeologicUnits(const Value: THydrogeologicUnits);`
	`procedure SetFilesToArchive(const Value: TStrings);`
	`procedure SetModelInputFiles(const Value: TStrings);`
	`procedure SetModflowWettingOptions(const Value: TWettingOptions);`
	`procedure ClearParsers;`
	`function GetParsers(Index: integer): TRbwParser;`
	`procedure SetGlobalVariables(const Value: TGlobalVariables);`
	`procedure SetEdgeDisplay(const Value: TCustomModflowGridEdgeDisplay);`
	`procedure AllObserversStopTalking;`
	`procedure FreeHufNotifiers;`
	`procedure FreeGridNotifiers;`
	`function GetModflowFullStressPeriods: TModflowStressPeriods; virtual; abstract;`
	`function StoreDrainObservations: Boolean;`
	`function StoreGhbObservations: Boolean;`
	`function StoreHeadFluxObservations: Boolean;`
	`function StoreRiverObservations: Boolean;`
	`function StoreHydrogeologicUnits: Boolean; virtual;`
	`function GetDisplayColumn: integer;`
	`function GetDisplayLayer: integer;`
	`function GetDisplayRow: integer;`
	`function GetSelectedColumn: integer;`
	`function GetSelectedLayer: integer;`
	`function GetSelectedRow: integer;`
	`procedure SetDisplayColumn(const Value: integer);`
	`procedure SetDisplayLayer(const Value: integer);`
	`procedure SetDisplayRow(const Value: integer);`
	`procedure SetSelectedColumn(const Value: integer);`
	`procedure SetSelectedLayer(const Value: integer);`
	`procedure SetSelectedRow(const Value: integer);`
	`function WettingActive: boolean; virtual;`
	`procedure SetNameFileWriter(const Value: TObject);`
	`function GetThreeDGridObserver: TObserver;`
	`function GetSaveBfhBoundaryConditions: boolean; virtual; abstract;`
	`procedure SetSaveBfhBoundaryConditions(const Value: boolean); virtual; abstract;`
	`function GetModflowLocation: string;`
	`procedure SetModflowLocation(const Value: string);`
	`procedure SetHeadObsResults(const Value: THeadObsCollection);`
	`procedure CreateHeadObsResults;`
	`function GetHeadObsResults: THeadObsCollection;`
	`procedure InternalExportModflowModel(const FileName: string; ExportAllLgr: boolean);`
	`procedure ExportLakePackage(const FileName: string);`
	`procedure ExportSfrPackage(const FileName: string);`
	`procedure EvaluateSfrPackage;`
	`procedure ExportUzfPackage(const FileName: string);`
	`function Mt3dMSUsed(Sender: TObject): boolean;`
	`function Mt3dMSBulkDensityUsed(Sender: TObject): boolean;`
	`function Mt3dMSImmobPorosityUsed(Sender: TObject): boolean;`
	`procedure SetMt3dmsOutputControl(const Value: TMt3dmsOutputControl); virtual; abstract;`
	`function GetMt3dmsOutputControl: TMt3dmsOutputControl; virtual; abstract;`
	`function GetMt3dmsTimes: TMt3dmsTimeCollection; virtual; abstract;`
	`procedure SetMt3dmsTimes(const Value: TMt3dmsTimeCollection); virtual; abstract;`
	`function LongitudinalDispersionUsed(Sender: TObject): boolean;`
	`procedure UpdateMt3dmsActive(Sender: TObject);`
	`function CountStepsInMt3dExport: Integer;`
	`procedure SetMt3dmsHeadMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`function StoreHeadMassFluxObservations: Boolean;`
	`procedure SetMt3dmsDrnMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsDrtMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsEtsMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsEvtMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsGhbMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsLakMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsMassLoadingMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsRchMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsResMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsRivMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`procedure SetMt3dmsWellMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`
	`function StoreDrnMassFluxObservations: Boolean;`
	`function StoreDrtMassFluxObservations: Boolean;`
	`function StoreEtsMassFluxObservations: Boolean;`
	`function StoreEvtMassFluxObservations: Boolean;`
	`function StoreGhbMassFluxObservations: Boolean;`
	`function StoreLakMassFluxObservations: Boolean;`
	`function StoreMassLoadingMassFluxObservations: Boolean;`
	`function StoreRchMassFluxObservations: Boolean;`
	`function StoreResMassFluxObservations: Boolean;`
	`function StoreRivMassFluxObservations: Boolean;`
	`function StoreWellMassFluxObservations: boolean;`
	`procedure SetPathLine(const Value: TPathLineReader);`
	`function GetPathLine: TPathLineReader;`
	`function StorePathLine: boolean;`
	`function StoreTimeSeries: boolean;`
	`procedure SetTimeSeries(const Value: TTimeSeriesReader);`
	`function GetTimeSeries: TTimeSeriesReader;`
	`function StoreEndPoints: boolean;`
	`function GetEndPoints: TEndPointReader;`
	`procedure SetEndPoints(const Value: TEndPointReader);`
	`procedure SetSutraMesh(const Value: TSutraMesh3D);`
	`procedure RenameOldVerticalLeakance; virtual;`
	`function GetThreeDDataSet: TDataArray;`
	`procedure SetThreeDDataSet(const Value: TDataArray);`
	`function GetFrontDataSet: TDataArray;`
	`function GetSideDataSet: TDataArray;`
	`function GetTopDataSet: TDataArray;`
	`procedure SetFrontDataSet(const Value: TDataArray);`
	`procedure SetSideDataSet(const Value: TDataArray);`
	`procedure SetTopDataSet(const Value: TDataArray);`
	`function GetMesh: TSutraMesh3D;`
	`procedure SetSutraOptions(const Value: TSutraOptions);`
	`function ModpathBudgetNeeded(Sender: TObject): boolean;`
	`function ModpathRetardationNeeded(Sender: TObject): boolean;`
	`function GetModPathLocation: string;`
	`function ModpathZonesNeeded(Sender: TObject): boolean;`
	`procedure SetSutraOutputControl(const Value: TSutraOutputControl);`
	`function SutraThicknessUsed(Sender: TObject): boolean;`
	`function SutraUnsatRegionUsed(Sender: TObject): boolean;`
	`function GetSutraMesh: TSutraMesh3D;`
	`procedure InitializeSutraSpecPres(Sender: TObject);`
	`procedure InitializeSutraSpecifiedConcTemp(Sender: TObject);`
	`procedure InitializeSutraFluidFlux(Sender: TObject);`
	`procedure InitializeSutraMassEnergyFlux(Sender: TObject);`
	`procedure DiscretizationChangedEvent(Sender: TObject);`
	`function SutraHydraulicConductivityUsed(Sender: TObject): boolean;`
	`function SutraPermeabilityUsed(Sender: TObject): boolean;`
	`function SutraMiddlePermeabilityUsed(Sender: TObject): boolean;`
	`function SutraMiddleHydraulicConductivityUsed(Sender: TObject): boolean;`
	`procedure GenerateIrregularMesh(var ErrorMessage: string);`
	`procedure GenerateFishNetMesh(var ErrorMessage: string); virtual;`
	`function GetSfrStreamLinkPlot: TSfrStreamLinkPlot; virtual; abstract;`
	`procedure SetSfrStreamLinkPlot(const Value: TSfrStreamLinkPlot); virtual; abstract;`
	`procedure SetFileName(const Value: string); virtual;`
	`procedure SetFrontTimeList(const Value: TCustomTimeList); virtual;`
	`procedure SetSideTimeList(const Value: TCustomTimeList); virtual;`
	`procedure SetTopTimeList(const Value: TCustomTimeList); virtual;`
	`function GetFormulaManager: TFormulaManager; virtual; abstract;`
	`function GetSelectedModel: TCustomModel; virtual; abstract;`
	`procedure SetSelectedModel(const Value: TCustomModel); virtual; abstract;`
	`function GetScreenObjects(const Index: integer): TScreenObject; virtual; abstract;`
	`function GetScreenObjectCount: integer; virtual; abstract;`
	`function GetModflowSteadyParameters: TModflowSteadyParameters; virtual; abstract;`
	`procedure SetModflowSteadyParameters(const Value: TModflowSteadyParameters); virtual; abstract;`
	`procedure SetModelSelection(const Value: TModelSelection); override;`
	`function GetLayerStructure: TLayerStructure; virtual; abstract;`
	`procedure SetLayerStructure(const Value: TLayerStructure); virtual; abstract;`
	`procedure SetModflowOptions(const Value: TModflowOptions);`
	`function GetModflowStressPeriods: TModflowStressPeriods; virtual; abstract;`
	`procedure SetModflowStressPeriods(const Value: TModflowStressPeriods); virtual; abstract;`
	`procedure SetSoluteTransport(const Value: boolean); virtual; abstract;`
	`function GetSoluteTransport: boolean; virtual; abstract;`
	`procedure SetUseWaterTable(const Value: boolean); virtual; abstract;`
	`function GetUseWaterTable: boolean; virtual; abstract;`
	`function GetFreeSurface: boolean; virtual; abstract;`
	`procedure SetFreeSurface(const Value: boolean); virtual; abstract;`
	`procedure SetChemistryOptions(const Value: TChemistryOptions); virtual; abstract;`
	`function GetChemistryOptions: TChemistryOptions; virtual; abstract;`
	`procedure SetHufParameters(const Value: THufModflowParameters); virtual; abstract;`
	`function GetHufParameters: THufModflowParameters; virtual; abstract;`
	`function GetObservationPurpose: TObservationPurpose; virtual; abstract;`
	`procedure SetObservationPurpose(const Value: TObservationPurpose); virtual; abstract;`
	`function GetModflowTransientParameters: TModflowTransientListParameters; virtual; abstract;`
	`procedure SetModflowTransientParameters( const Value: TModflowTransientListParameters); virtual; abstract;`
	`function GetModflowOutputControl: TModflowOutputControl; virtual; abstract;`
	`procedure SetModflowOutputControl(const Value: TModflowOutputControl); virtual; abstract;`
	`function GetProgramLocations: TProgramLocations; virtual; abstract;`
	`procedure SetProgramLocations(const Value: TProgramLocations); virtual; abstract;`
	`procedure ClearViewedItems; virtual;`
	`procedure InternalClear; virtual;`
	`procedure InitializeGages; virtual;`
	`procedure InitializeSfrWriter(EvaluationType: TEvaluationType); virtual;`
	`procedure FreeSfrWriter; virtual;`
	`procedure SetContourFont(const Value: TFont) ; virtual; abstract;`
	`procedure SetShowContourLabels(const Value: boolean); virtual; abstract;`
	`function GetContourFont: TFont; virtual; abstract;`
	`function GetShowContourLabels: boolean; virtual; abstract;`
	`function GetImmobileComponents: TChemSpeciesCollection; virtual; abstract;`
	`function GetMobileComponents: TMobileChemSpeciesCollection; virtual; abstract;`
	`procedure SetImmobileComponents(const Value: TChemSpeciesCollection); virtual; abstract;`
	`procedure SetMobileComponents(const Value: TMobileChemSpeciesCollection); virtual; abstract;`
	`procedure DrawSfrStreamLinkages(const BitMap: TBitmap32; const ZoomBox: TQRbwZoomBox2);`
	`procedure RenameDataArray(DataArray: TDataArray; const NewName, NewDisplayName: string);`
	`procedure UpdateFormulas(OldNames, NewNames: TStringList);`
	`procedure UpdateDataArrayDimensions(DataArray: TDataArray);`
	`function IndexOfMt3dmsSpeciesName(const AChemSpecies: string): integer;`
	`function StoreHeadObsResults: boolean;`
	`function TestModpathOK(Model: TCustomModel): Boolean;`
	`procedure ExportSeparateLgrModel(const FileName: string; RunModel, ExportModpath, ExportZoneBudget, ShowWarning: boolean);`
	`function DefaultModflowOutputFileName: string; virtual;`
	`procedure ModelObserversStopTalkingTo(Observer: TObserver);`
	`procedure UpdateActive(Sender: TObject);`
	`procedure UpdateWetDry(Sender: TObject);`
	`procedure UpdateLakeId(Sender: TObject);`
	`procedure FinalizeActive(Sender: TObject);`
	`procedure FinalizeWetDry(Sender: TObject);`
	`procedure FinalizeLakeId(Sender: TObject);`
	`procedure UpdateModPathZone(Sender: TObject);`
	`procedure UpdateOnPostInitialize;`
	`function HufDataArrayUsed(Sender: TObject): boolean;`
	`procedure UpdateFrontTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
	`procedure UpdateSideTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
	`procedure UpdateTopTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
	`procedure UpdateThreeDTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
	`function GetTimeListByName(const AName: string): TCustomTimeList;`
	`function AddDataSet(const DataSet: TDataArray): Integer; virtual;`
	`function LayerGroupUsed(LayerGroup: TLayerGroup): boolean; virtual;`
	`function LayerFractions(LayerGroup: TCustomLayerGroup): TDoubleDynArray; virtual;`
	`function LayerCount: integer; virtual;`
	`procedure UpdateDisplayUseList(NewUseList: TStringList; ParamType: TParameterType; DataIndex: integer; const DisplayName: string); virtual; abstract;`
	`procedure Assign(Source: TPersistent); override;`
	`procedure OnActiveDataSetChanged(Sender: TObject);`
	`procedure Clear;`
	`constructor Create(AnOwner: TComponent); override;`
	`destructor Destroy; override;`
	`procedure AddModelInputFile(const FileName: string);`
	`procedure AddFileToArchive(const FileName: string);`
	`function GetCompiler(const Orientation: TDataSetOrientation; const EvaluatedAt: TEvaluatedAt): TRbwParser;`
	`function ParserCount: integer;`
	`procedure ClearExpressionsAndVariables;`
	`procedure FillCompilerList(CompilerList: TList);`
	`procedure RefreshGlobalVariables(CompilerList: TList);`
	`procedure CreateGlobalVariables;`
	`procedure CreateVariables(const DataSet: TDataArray);`
	`procedure RemoveVariables(const DataSet: TDataArray);`
	`function InitialWaterTableUsed(Sender: TObject): boolean; virtual;`
	`function ReservoirLayerUsed(Sender: TObject): boolean; virtual;`
	`function ReservoirPackageUsed(Sender: TObject): boolean; virtual;`
	`function LakePackageUsed(Sender: TObject): boolean; virtual;`
	`function UzfPackageUsed(Sender: TObject): boolean; virtual;`
	`function UzfUnsatVertKUsed(Sender: TObject): boolean; virtual;`
	`function UzfInitialInfiltrationUsed(Sender: TObject): boolean; virtual;`
	`function UzfResidualWaterContentUsed(Sender: TObject): boolean; virtual;`
	`function IndenticalTransientMultiplierArray(DataArray: TDataArray): TDataArray;`
	`function IndenticalTransientZoneArray(DataArray: TDataArray): TDataArray;`
	`procedure UpdateModflowFullStressPeriods;`
	`procedure AddTimeList(TimeList: TCustomTimeList);`
	`procedure RemoveTimeList(TimeList: TCustomTimeList);`
	`function ProgramName: string;`
	`function PackageGeneratedExternally(const PackageName: string): boolean;`
	`procedure WritePValAndTemplate(const ParameterName: string; const Value: double);`
	`function GetObserverByName(const ObserverName: string): TObserver;`
	`function CheckWetting: boolean;`
	`function FixFileName(AFileName: string): string;`
	`procedure ExportModflowModel(const FileName: string; RunModel, ExportModpath, NewBudgetFileForModpath, ExportZoneBudget, ShowWarning: boolean);`
	`procedure ExportModpathModel(FileName: string; RunModel, NewBudgetFile: boolean; EmbeddedExport: boolean = False);`
	`procedure ExportZoneBudgetModel(FileName: string; RunModel, EmbeddedExport: boolean);`
	`procedure ExportMt3dmsModel(const FileName: string; RunModel, ShowWarning: Boolean);`
	`procedure InvalidateMfSfrStreamTop(Sender: TObject);`
	`procedure InvalidateMfSfrStreamSlope(Sender: TObject);`
	`procedure InvalidateMfSfrStreamThickness(Sender: TObject);`
	`procedure InvalidateMfSfrStreamK(Sender: TObject);`
	`procedure InvalidateMfSfrSaturatedWaterContent(Sender: TObject);`
	`procedure InvalidateMfSfrInitialWaterContent(Sender: TObject);`
	`procedure InvalidateMfSfrBrooksCorey(Sender: TObject);`
	`procedure InvalidateMfSfrVerticalUnsatK(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamHydraulicConductivity(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamHydraulicConductivity(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamWidth(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamWidth(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamThickness(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamThickness(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamElevation(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamElevation(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamUnsaturatedWaterContent(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamUnsaturatedWaterContent(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamUnsatInitialWaterContent(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamUnsatInitialWaterContent( Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamBrooksCorey(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamBrooksCorey(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamUnsatKz(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamUnsatKz(Sender: TObject);`
	`procedure InvalidateMfRchLayer(Sender: TObject);`
	`function GetScreenObjectByName(AName: string): TScreenObject; virtual; abstract;`
	`procedure DischargeRoutingUpdate;`
	`procedure UpdateDataArrayParameterUsed;`
	`procedure InvalidateScreenObjects;`
	`procedure InvalidateMfChdStartingHead(Sender: TObject);`
	`procedure InvalidateMfChdEndingHead(Sender: TObject);`
	`procedure InvalidateMfGhbConductance(Sender: TObject);`
	`procedure InvalidateMfGhbBoundaryHead(Sender: TObject);`
	`procedure InvalidateMfWellPumpage(Sender: TObject);`
	`procedure InvalidateMfRivConductance(Sender: TObject);`
	`procedure InvalidateMfRivStage(Sender: TObject);`
	`procedure InvalidateMfRivBottom(Sender: TObject);`
	`procedure InvalidateMfDrnConductance(Sender: TObject);`
	`procedure InvalidateMfDrnElevation(Sender: TObject);`
	`procedure InvalidateMfDrtConductance(Sender: TObject);`
	`procedure InvalidateMfDrtElevation(Sender: TObject);`
	`procedure InvalidateMfDrtReturnFraction(Sender: TObject);`
	`procedure InvalidateMfRchRate(Sender: TObject);`
	`procedure InvalidateMfUzfInfiltration(Sender: TObject);`
	`procedure InvalidateMfEvtEvapRate(Sender: TObject);`
	`procedure InvalidateMfEvtEvapSurface(Sender: TObject);`
	`procedure InvalidateMfEvtEvapDepth(Sender: TObject);`
	`procedure InvalidateMfEvtEvapLayer(Sender: TObject);`
	`procedure InvalidateMfEtsEvapRate(Sender: TObject);`
	`procedure InvalidateMfEtsEvapSurface(Sender: TObject);`
	`procedure InvalidateMfEtsEvapDepth(Sender: TObject);`
	`procedure InvalidateMfEtsEvapLayer(Sender: TObject);`
	`procedure InvalidateEtsDepthFractions(Sender: TObject);`
	`procedure InvalidateEtsRateFractions(Sender: TObject);`
	`procedure InvalidateMfUzfEtDemand(Sender: TObject);`
	`procedure InvalidateMfUzfExtinctionDepth(Sender: TObject);`
	`procedure InvalidateMfUzfWaterContent(Sender: TObject);`
	`procedure InvalidateMt3dmsChemSources(Sender: TObject);`
	`function ModflowLayerCount: integer; virtual;`
	`function ModflowConfiningBedCount: integer; virtual;`
	`procedure WriteLAYCB(const DiscretizationWriter: TObject); virtual;`
	`function IsLayerSimulated(const LayerID: integer): boolean; virtual;`
	`Function Laytyp: TOneDIntegerArray; virtual;`
	`Function Layavg: TOneDIntegerArray; virtual;`
	`function Chani: TOneDIntegerArray; virtual;`
	`Function Layvka: TOneDIntegerArray; virtual;`
	`function Trpy: TOneDRealArray; virtual;`
	`Function TRPT: TOneDRealArray; virtual;`
	`function TRPV: TOneDRealArray; virtual;`
	`Function DMCOEF: TOneDRealArray; virtual;`
	`function GetLayerGroupByLayer(const Layer: integer): TLayerGroup; virtual;`
	`function ModflowLayerBottomDescription(const LayerID: integer): string; virtual;`
	`Function ModflowLayerToDataSetLayer(ModflowLayer: integer): integer; virtual;`
	`function DataSetLayerToModflowLayer(DataSetLayer: integer): integer; virtual;`
	`procedure AdjustCellPosition(AValueCell: TValueCell); overload; virtual;`
	`procedure AdjustCellPosition(ACellAssignment: TCellAssignment); overload; virtual;`
	`procedure AdjustDataArray(ADataArray: TDataArray); virtual; abstract;`
	`procedure AdjustResKvArray(Sender: TObject);`
	`function ModelResultsRequired(Sender: TObject): boolean;`
	`procedure BeginGridChange; virtual;`
	`procedure EndGridChange; virtual;`
	`procedure DrawHeadObservations(const BitMap: TBitmap32; const ZoomBox: TQrbwZoomBox2); virtual;`
	`procedure InvalidateMfHobHeads(Sender: TObject);`
	`procedure UpdateMt3dmsChemDataSets; virtual; abstract;`
	`procedure GenerateSutraMesh(var ErrorMessage: string);`
	`procedure OnTopSutraMeshChanged(Sender: TObject);`
	`procedure DiscretizationChanged;`
	`function TwoDElementCenter(const Column, Row: integer): TPoint2D;`
	`function TwoDElementCorner(const Column, Row: integer): TPoint2D;`
	`procedure InvalidateSutraSpecPressure(Sender: TObject);`
	`procedure InvalidateSutraSpecPressureU(Sender: TObject);`
	`procedure InvalidateSutraFluidFlux(Sender: TObject);`
	`procedure InvalidateSutraFluidFluxU(Sender: TObject);`
	`procedure InvalidateSutraSpecifiedU(Sender: TObject);`
	`procedure InvalidateSutraUFlux(Sender: TObject);`
	`procedure UpdateSutraTimeListNames;`

Properties

	`property Gages: TStringList read FGages;`
	`property ModflowLocation: string read GetModflowLocation write SetModflowLocation;`
	`property ModPathLocation: string read GetModPathLocation;`
	`property FormulaManager: TFormulaManager read GetFormulaManager;`
	`property Clearing: Boolean read FClearing;`
	`property DataArrayManager: TDataArrayManager read FDataArrayManager;`
	`property Grid: TCustomModelGrid read FGrid;`
	`property rpFrontFormulaCompiler: TRbwParser read FrpFrontFormulaCompiler;`
	`property rpFrontFormulaCompilerNodes: TRbwParser read FrpFrontFormulaCompilerNodes;`
	`property rpSideFormulaCompiler: TRbwParser read FrpSideFormulaCompiler;`
	`property rpSideFormulaCompilerNodes: TRbwParser read FrpSideFormulaCompilerNodes;`
	`property rpThreeDFormulaCompiler: TRbwParser read FrpThreeDFormulaCompiler;`
	`property rpThreeDFormulaCompilerNodes: TRbwParser read FrpThreeDFormulaCompilerNodes;`
	`property rpTopFormulaCompiler: TRbwParser read FrpTopFormulaCompiler;`
	`property rpTopFormulaCompilerNodes: TRbwParser read FrpTopFormulaCompilerNodes;`
	`property Parsers[Index:integer]: TRbwParser read GetParsers;`
	`property ThreeDGridObserver: TObserver read GetThreeDGridObserver;`
	`property TopGridObserver: TObserver read FTopGridObserver;`
	`property HufKxNotifier: TObserver read FHufKxNotifier;`
	`property HufKyNotifier: TObserver read FHufKyNotifier;`
	`property HufKzNotifier: TObserver read FHufKzNotifier;`
	`property HufSsNotifier: TObserver read FHufSsNotifier;`
	`property HufSyNotifier: TObserver read FHufSyNotifier;`
	`property EdgeDisplay: TCustomModflowGridEdgeDisplay read FEdgeDisplay write SetEdgeDisplay;`
	`property ScreenObjects[constIndex:integer]: TScreenObject read GetScreenObjects;`
	`property ScreenObjectCount: integer read GetScreenObjectCount;`
	`property TransientMultiplierArrays: TList read FTransientMultiplierArrays;`
	`property TransientZoneArrays: TList read FTransientZoneArrays;`
	`property ModflowFullStressPeriods: TModflowStressPeriods read GetModflowFullStressPeriods;`
	`property TimeLists[Index:integer]: TCustomTimeList read GetTimeLists;`
	`property TimeListCount: integer read GetTimeListCount;`
	`property MfHobHeads: THobDisplayTimeList read FMfHobHeads;`
	`property UnitNumbers: TUnitNumbers read FUnitNumbers write SetUnitNumbers stored False;`
	`property HfbDisplayer: THfbDisplayer read FHfbDisplayer;`
	`property ProgramLocations: TProgramLocations read GetProgramLocations write SetProgramLocations;`
	`property FrontTimeList: TCustomTimeList read FFrontTimeList write SetFrontTimeList;`
	`property SideTimeList: TCustomTimeList read FSideTimeList write SetSideTimeList;`
	`property TopTimeList: TCustomTimeList read FTopTimeList write SetTopTimeList;`
	`property TopDisplayTime: double read FTopDisplayTime;`
	`property FrontDisplayTime: double read FFrontDisplayTime;`
	`property SideDisplayTime: double read FSideDisplayTime;`
	`property ThreeDDisplayTime: double read FThreeDDisplayTime;`
	`property ThreeDTimeList: TCustomTimeList read FThreeDTimeList write FThreeDTimeList;`
	`property ModflowSteadyParameters: TModflowSteadyParameters read GetModflowSteadyParameters write SetModflowSteadyParameters;`
	`property LayerStructure: TLayerStructure read GetLayerStructure write SetLayerStructure;`
	`property ModflowStressPeriods: TModflowStressPeriods read GetModflowStressPeriods write SetModflowStressPeriods;`
	`property SoluteTransport: boolean read GetSoluteTransport write SetSoluteTransport;`
	`property UseWaterTable: boolean read GetUseWaterTable write SetUseWaterTable;`
	`property FreeSurface: boolean read GetFreeSurface write SetFreeSurface;`
	`property ChemistryOptions: TChemistryOptions read GetChemistryOptions write SetChemistryOptions;`
	`property HufParameters: THufModflowParameters read GetHufParameters write SetHufParameters;`
	`property ObservationPurpose: TObservationPurpose read GetObservationPurpose write SetObservationPurpose;`
	`property ModflowTransientParameters: TModflowTransientListParameters read GetModflowTransientParameters write SetModflowTransientParameters;`
	`property ModflowOutputControl: TModflowOutputControl read GetModflowOutputControl write SetModflowOutputControl;`
	`property Mt3dmsOutputControl: TMt3dmsOutputControl read GetMt3dmsOutputControl write SetMt3dmsOutputControl;`
	`property Mt3dmsTimes: TMt3dmsTimeCollection read GetMt3dmsTimes write SetMt3dmsTimes;`
	`property DataSetList: TDataSetCollection read GetDataSetCollection write FDataSetCollection;`
	`property SelectedModel: TCustomModel read GetSelectedModel write SetSelectedModel;`
	`property OnModelSelectionChange: TNotifyEvent read FOnModelSelectionChange write FOnModelSelectionChange;`
	`property SelectedColumn: integer read GetSelectedColumn write SetSelectedColumn;`
	`property SelectedRow: integer read GetSelectedRow write SetSelectedRow;`
	`property SelectedLayer: integer read GetSelectedLayer write SetSelectedLayer;`
	`property DisplayColumn: integer read GetDisplayColumn write SetDisplayColumn;`
	`property DisplayRow: integer read GetDisplayRow write SetDisplayRow;`
	`property DisplayLayer: integer read GetDisplayLayer write SetDisplayLayer;`
	`property SomeSegmentsUpToDate: boolean read GetSomeSegmentsUpToDate write SetSomeSegmentsUpToDate;`
	`property NameFileWriter: TObject read FNameFileWriter write SetNameFileWriter;`
	`property SaveBfhBoundaryConditions: boolean read GetSaveBfhBoundaryConditions write SetSaveBfhBoundaryConditions default True;`
	`property ContourFont: TFont read GetContourFont write SetContourFont;`
	`property ShowContourLabels: boolean read GetShowContourLabels write SetShowContourLabels default True;`
	`property ThreeDDataSet: TDataArray read GetThreeDDataSet write SetThreeDDataSet;`
	`property TopDataSet: TDataArray read GetTopDataSet write SetTopDataSet;`
	`property FrontDataSet: TDataArray read GetFrontDataSet write SetFrontDataSet;`
	`property SideDataSet: TDataArray read GetSideDataSet write SetSideDataSet;`
	`property Mesh: TSutraMesh3D read GetMesh;`
	`property SfrStreamLinkPlot: TSfrStreamLinkPlot read GetSfrStreamLinkPlot write SetSfrStreamLinkPlot;`
	`property SP_Epsilon: double read F_SP_Epsilon;`
	`property PhastGrid: TPhastGrid read FPhastGrid write SetPhastGrid;`
	`property AlternateFlowPackage: boolean read FAlternateFlowPackage write SetAlternateFlowPackage;`
	`property AlternateSolver: boolean read FAlternateSolver write SetAlternateSolver;`
	`property BatchFileAdditionsAfterModel: TStrings read FBatchFileAdditionsAfterModel write SetBatchFileAdditionsAfterModel;`
	`property BatchFileAdditionsBeforeModel: TStrings read FBatchFileAdditionsBeforeModel write SetBatchFileAdditionsBeforeModel;`
	`property ModflowGrid: TModflowGrid read FModflowGrid write SetModflowGrid;`
	`property ModflowNameFileLines: TStrings read FModflowNameFileLines write SetModflowNameFileLines;`
	`property ModflowPackages: TModflowPackages read FModflowPackages write SetModflowPackages;`
	`property HeadFluxObservations: TFluxObservationGroups read FHeadFluxObservations write SetHeadFluxObservations stored StoreHeadFluxObservations;`
	`property DrainObservations: TFluxObservationGroups read FDrainObservations write SetDrainObservations stored StoreDrainObservations;`
	`property GhbObservations: TFluxObservationGroups read FGhbObservations write SetGhbObservations stored StoreGhbObservations;`
	`property RiverObservations: TFluxObservationGroups read FRiverObservations write SetRiverObservations stored StoreRiverObservations;`
	`property Mt3dmsHeadMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsHeadMassFluxObservations write SetMt3dmsHeadMassFluxObservations stored StoreHeadMassFluxObservations;`
	`property Mt3dmsWellMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsWellMassFluxObservations write SetMt3dmsWellMassFluxObservations stored StoreWellMassFluxObservations;`
	`property Mt3dmsDrnMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsDrnMassFluxObservations write SetMt3dmsDrnMassFluxObservations stored StoreDrnMassFluxObservations;`
	`property Mt3dmsRivMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsRivMassFluxObservations write SetMt3dmsRivMassFluxObservations stored StoreRivMassFluxObservations;`
	`property Mt3dmsGhbMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsGhbMassFluxObservations write SetMt3dmsGhbMassFluxObservations stored StoreGhbMassFluxObservations;`
	`property Mt3dmsRchMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsRchMassFluxObservations write SetMt3dmsRchMassFluxObservations stored StoreRchMassFluxObservations;`
	`property Mt3dmsEvtMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsEvtMassFluxObservations write SetMt3dmsEvtMassFluxObservations stored StoreEvtMassFluxObservations;`
	`property Mt3dmsMassLoadingMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsMassLoadingMassFluxObservations write SetMt3dmsMassLoadingMassFluxObservations stored StoreMassLoadingMassFluxObservations;`
	`property Mt3dmsResMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsResMassFluxObservations write SetMt3dmsResMassFluxObservations stored StoreResMassFluxObservations;`
	`property Mt3dmsLakMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsLakMassFluxObservations write SetMt3dmsLakMassFluxObservations stored StoreLakMassFluxObservations;`
	`property Mt3dmsDrtMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsDrtMassFluxObservations write SetMt3dmsDrtMassFluxObservations stored StoreDrtMassFluxObservations;`
	`property Mt3dmsEtsMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsEtsMassFluxObservations write SetMt3dmsEtsMassFluxObservations stored StoreEtsMassFluxObservations;`
	`property HydrogeologicUnits: THydrogeologicUnits read FHydrogeologicUnits write SetHydrogeologicUnits stored StoreHydrogeologicUnits;`
	`property FilesToArchive: TStrings read FFilesToArchive write SetFilesToArchive;`
	`property ModelInputFiles: TStrings read FModelInputFiles write SetModelInputFiles;`
	`property ModelFileName: string read FFileName write SetFileName;`
	`property ModflowOptions: TModflowOptions read FModflowOptions write SetModflowOptions;`
	`property ModflowWettingOptions: TWettingOptions read FModflowWettingOptions write SetModflowWettingOptions;`
	`property GlobalVariables: TGlobalVariables read FGlobalVariables write SetGlobalVariables;`
	`property HeadObsResults: THeadObsCollection read GetHeadObsResults write SetHeadObsResults stored StoreHeadObsResults;`
	`property MobileComponents: TMobileChemSpeciesCollection read GetMobileComponents write SetMobileComponents;`
	`property ImmobileComponents: TChemSpeciesCollection read GetImmobileComponents write SetImmobileComponents;`
	`property PathLines: TPathLineReader read GetPathLine write SetPathLine stored StorePathLine;`
	`property PathLine: TPathLineReader read GetPathLine write SetPathLine stored False;`
	`property TimeSeries: TTimeSeriesReader read GetTimeSeries write SetTimeSeries stored StoreTimeSeries;`
	`property EndPoints: TEndPointReader read GetEndPoints Write SetEndPoints stored StoreEndPoints;`
	`property SutraMesh: TSutraMesh3D read GetSutraMesh write SetSutraMesh stored False ;`
	`property SutraOptions: TSutraOptions read FSutraOptions write SetSutraOptions stored False ;`
	`property SutraOutputControl: TSutraOutputControl read FSutraOutputControl write SetSutraOutputControl stored False ;`

Description

Fields

	`FOnModelSelectionChange: TNotifyEvent;`

	`FPhastGrid: TPhastGrid;`
See PhastGrid.

	`FModelSelection: TModelSelection;`

	`FClearing: Boolean;`

	`FDataArrayManager: TDataArrayManager;`

	`FAlternateFlowPackage: boolean;`

	`FAlternateSolver: boolean;`

	`FBatchFileAdditionsAfterModel: TStrings;`

	`FBatchFileAdditionsBeforeModel: TStrings;`

	`FModflowGrid: TModflowGrid;`

	`FModflowNameFileLines: TStrings;`

	`FModflowPackages: TModflowPackages;`

	`FDrainObservations: TFluxObservationGroups;`

	`FGhbObservations: TFluxObservationGroups;`

	`FHeadFluxObservations: TFluxObservationGroups;`

	`FRiverObservations: TFluxObservationGroups;`

	`FHydrogeologicUnits: THydrogeologicUnits;`

	`FFilesToArchive: TStrings;`

	`FModelInputFiles: TStrings;`

	`FFileName: string;`

	`FModflowWettingOptions: TWettingOptions;`

	`FrpFrontFormulaCompiler: TRbwParser;`

	`FrpFrontFormulaCompilerNodes: TRbwParser;`

	`FrpSideFormulaCompiler: TRbwParser;`

	`FrpSideFormulaCompilerNodes: TRbwParser;`

	`FrpThreeDFormulaCompiler: TRbwParser;`

	`FrpThreeDFormulaCompilerNodes: TRbwParser;`

	`FrpTopFormulaCompiler: TRbwParser;`

	`FrpTopFormulaCompilerNodes: TRbwParser;`

	`FParsers: TList;`

	`FGlobalVariables: TGlobalVariables;`

	`FThreeDGridObserver: TObserver;`

	`FTopGridObserver: TObserver;`

	`FEdgeDisplay: TCustomModflowGridEdgeDisplay;`

	`FHufKxNotifier: TObserver;`

	`FHufKyNotifier: TObserver;`

	`FHufKzNotifier: TObserver;`

	`FHufSsNotifier: TObserver;`

	`FHufSyNotifier: TObserver;`

	`FGrid: TCustomModelGrid;`

	`FModflowOptions: TModflowOptions;`

	`FNameFileWriter: TObject;`

	`FHeadObsResults: THeadObsCollection;`

	`FMt3dmsHeadMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsMassLoadingMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsGhbMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsRivMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsWellMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsResMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsRchMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsDrtMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsEtsMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsEvtMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsDrnMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FMt3dmsLakMassFluxObservations: TMt3dmsFluxObservationGroups;`

	`FSutraMesh: TSutraMesh3D;`

	`FSutraOptions: TSutraOptions;`

	`FSutraOutputControl: TSutraOutputControl;`

	`var LakWriter: TObject;`

	`SfrWriter: TObject;`

	`FTransientMultiplierArrays: TList;`

	`FCachedMultiplierArrayIndex: Integer;`

	`FTransientZoneArrays: TList;`

	`FCachedZoneArrayIndex: integer;`

	`FUpdatingFullStressPeriods: Boolean;`

	`FDataSetCollection: TDataSetCollection;`
See DataSetList.

	`FFrontTimeList: TCustomTimeList;`
See FrontTimeList.

	`FSideTimeList: TCustomTimeList;`
See SideTimeList.

	`FTopTimeList: TCustomTimeList;`
See TopTimeList.

	`FTopDisplayTime: double;`
See TopDisplayTime.

	`FFrontDisplayTime: double;`
See FrontDisplayTime.

	`FSideDisplayTime: double;`
See SideDisplayTime.

	`FThreeDDisplayTime: double;`
See ThreeDDisplayTime.

	`FThreeDTimeList: TCustomTimeList;`
See ThreeDTimeList.

	`FPValFile: TStringList;`

	`FTemplate: TStringList;`

	`FGageUnitNumber: integer;`

	`FGages: TStringList;`

	`FPathLine: TPathLineReader;`

	`FTimeSeries: TTimeSeriesReader;`

	`FEndPoints: TEndPointReader;`

	`F_SP_Epsilon: double;`

	`FHfbWriter: TObject;`

	`FMfHobHeads: THobDisplayTimeList;`

	`FUnitNumbers: TUnitNumbers;`

	`FHfbDisplayer: THfbDisplayer;`

	`FTimeLists: TList;`
`FTimeLists` holds the TCustomTimeLists in the model. See TimeLists.

Methods

	`function GetSomeSegmentsUpToDate: boolean; virtual; abstract;`

	`procedure SetSomeSegmentsUpToDate(const Value: boolean); virtual; abstract;`

	`procedure SetPhastGrid(const Value: TPhastGrid);`
See PhastGrid.

	`procedure UpdateDischargeRouting(Sender: TObject);`

	`function AquiferPropertiesUsed(Sender: TObject): boolean; virtual;`

	`function KyUsed(Sender: TObject): boolean; virtual;`

	`function KzUsed(Sender: TObject): boolean; virtual;`

	`function PorosityUsed(Sender: TObject): boolean; virtual;`

	`function SpecificStorageUsed(Sender: TObject): boolean; virtual;`

	`function ChemistryUsed(Sender: TObject): boolean; virtual;`
`ChemistryUsed` returns true if the model uses solute transport. `ChemistryUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function InitialHeadUsed(Sender: TObject): boolean; virtual;`
`InitialHeadUsed` returns true if the model uses initial heads. `InitialHeadUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function EquilibriumPhasesUsed(Sender: TObject): boolean; virtual;`
`EquilibriumPhasesUsed` returns true if the model uses equilibrium phases. `EquilibriumPhasesUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function SurfacesUsed(Sender: TObject): boolean; virtual;`
`SurfacesUsed` returns true if the model uses surface reactions. `SurfacesUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function ExchangeUsed(Sender: TObject): boolean; virtual;`
`ExchangeUsed` returns true if the model uses exchange reactions. `ExchangeUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function GasPhaseUsed(Sender: TObject): boolean; virtual;`
`GasPhaseUsed` returns true if the model uses gas phases. `GasPhaseUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function SolidSolutionUsed(Sender: TObject): boolean; virtual;`
`SolidSolutionUsed` returns true if the model uses solid solutions. `SolidSolutionUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function KineticsUsed(Sender: TObject): boolean; virtual;`
`KineticsUsed` returns true if the model uses kinetics. `KineticsUsed` is used an event handler for TDataArray.OnDataSetUsed

	`function ModflowUsed(Sender: TObject): boolean; virtual;`

	`function RouteUzfDischarge(Sender: TObject): boolean; virtual;`

	`function ModflowInitialHeadUsed(Sender: TObject): boolean; virtual;`

	`function ConfiningBedKzUsed(Sender: TObject): boolean; virtual;`

	`function VerticalAnisotropyUsed(Sender: TObject): boolean; virtual;`

	`function HorizontalAnisotropyUsed(Sender: TObject): boolean; virtual;`

	`function SpecificYieldUsed(Sender: TObject): boolean; virtual;`

	`function WetDryUsed(Sender: TObject): boolean; virtual;`

	`function ModpathUsed(Sender: TObject): boolean; virtual;`

	`function HufReferenceSurfaceNeeded(Sender: TObject): boolean; virtual;`

	`function BcfUsed(Sender: TObject): boolean; virtual;`

	`function ConfinedStorageCoefUsed(Sender: TObject): boolean; virtual;`

	`function OptionalDataSet(Sender: TObject): boolean;`

	`function HufSelected(Sender: TObject): boolean;`

	`function HufStorageUsed(Sender: TObject): boolean;`

	`function ZoneBudgetSelected(Sender: TObject): boolean; virtual;`

	`function SwtSelected(Sender: TObject): boolean; virtual;`

	`function SwtOffsetsUsed(Sender: TObject): boolean; virtual;`

	`function SwtSpecifiedUsed(Sender: TObject): boolean; virtual;`

	`function SutraUsed(Sender: TObject): boolean;`

	`function Sutra3DModel(Sender: TObject): boolean;`

	`function SutraConcentrationUsed(Sender: TObject): boolean;`

	`function SutraTemperatureUsed(Sender: TObject): boolean;`

	`function ModflowOrPhastUsed(Sender: TObject): boolean; virtual;`

	`function IndenticalTransientArray(DataArray: TDataArray; DataArrays: TList; var CachedIndex: integer): TDataArray;`

	`function GetTimeLists(Index: integer): TCustomTimeList;`
See TimeLists.

	`function GetTimeListCount: integer;`
See TimeListCount.

	`procedure ClearAllTimeLists;`

	`procedure InitializeHobDisplay(Sender: TObject);`

	`function ModflowHobPackageUsed(Sender: TObject): boolean;`

	`procedure GetMfHobHeadsUseList(Sender: TObject; NewUseList: TStringList);`

	`procedure CreateModflowDisplayTimeLists;`

	`procedure SetUnitNumbers(const Value: TUnitNumbers);`

	`procedure UpdateHfb(Sender: TObject);`

	`function GetDataSetCollection: TDataSetCollection;`
See DataSetList.

	`procedure FinalizePvalAndTemplate(FileName: string);`

	`procedure FinalizeDischargeRouting(Sender: TObject);`

	`procedure GetParameterUsedAndParameterFormulaForLPF( out ParameterUsed: Boolean; out ParameterFormula: string; ParameterType: TParameterType);`

	`procedure UpdateLpfDataArrayParameterUsed(const DataArrayName: string; ParameterType: TParameterType);`

	`function PrepareModflowFullStressPeriods(ShowWarning: boolean): Boolean;`

	`function CountStepsInExport: Integer;`

	`procedure GetDefaultOutputFileExtension(var Extension: string);`

	`function CheckMt3dTimes(ShowWarning: Boolean): boolean;`

	`procedure SetAlternateFlowPackage(const Value: boolean);`

	`procedure SetAlternateSolver(const Value: boolean);`

	`procedure SetBatchFileAdditionsAfterModel(const Value: TStrings);`

	`procedure SetBatchFileAdditionsBeforeModel(const Value: TStrings);`

	`procedure SetModflowGrid(const Value: TModflowGrid);`

	`procedure SetModflowNameFileLines(const Value: TStrings);`

	`procedure SetModflowPackages(const Value: TModflowPackages);`

	`procedure SetHeadFluxObservations(const Value: TFluxObservationGroups);`

	`procedure SetRiverObservations(const Value: TFluxObservationGroups);`

	`procedure SetDrainObservations(const Value: TFluxObservationGroups);`

	`procedure SetGhbObservations(const Value: TFluxObservationGroups);`

	`procedure SetHydrogeologicUnits(const Value: THydrogeologicUnits);`

	`procedure SetFilesToArchive(const Value: TStrings);`

	`procedure SetModelInputFiles(const Value: TStrings);`

	`procedure SetModflowWettingOptions(const Value: TWettingOptions);`

	`procedure ClearParsers;`

	`function GetParsers(Index: integer): TRbwParser;`

	`procedure SetGlobalVariables(const Value: TGlobalVariables);`

	`procedure SetEdgeDisplay(const Value: TCustomModflowGridEdgeDisplay);`

	`procedure AllObserversStopTalking;`

	`procedure FreeHufNotifiers;`

	`procedure FreeGridNotifiers;`

	`function GetModflowFullStressPeriods: TModflowStressPeriods; virtual; abstract;`

	`function StoreDrainObservations: Boolean;`

	`function StoreGhbObservations: Boolean;`

	`function StoreHeadFluxObservations: Boolean;`

	`function StoreRiverObservations: Boolean;`

	`function StoreHydrogeologicUnits: Boolean; virtual;`

	`function GetDisplayColumn: integer;`

	`function GetDisplayLayer: integer;`

	`function GetDisplayRow: integer;`

	`function GetSelectedColumn: integer;`

	`function GetSelectedLayer: integer;`

	`function GetSelectedRow: integer;`

	`procedure SetDisplayColumn(const Value: integer);`

	`procedure SetDisplayLayer(const Value: integer);`

	`procedure SetDisplayRow(const Value: integer);`

	`procedure SetSelectedColumn(const Value: integer);`

	`procedure SetSelectedLayer(const Value: integer);`

	`procedure SetSelectedRow(const Value: integer);`

	`function WettingActive: boolean; virtual;`

	`procedure SetNameFileWriter(const Value: TObject);`

	`function GetThreeDGridObserver: TObserver;`

	`function GetSaveBfhBoundaryConditions: boolean; virtual; abstract;`

	`procedure SetSaveBfhBoundaryConditions(const Value: boolean); virtual; abstract;`

	`function GetModflowLocation: string;`

	`procedure SetModflowLocation(const Value: string);`

	`procedure SetHeadObsResults(const Value: THeadObsCollection);`

	`procedure CreateHeadObsResults;`

	`function GetHeadObsResults: THeadObsCollection;`

	`procedure InternalExportModflowModel(const FileName: string; ExportAllLgr: boolean);`

	`procedure ExportLakePackage(const FileName: string);`

	`procedure ExportSfrPackage(const FileName: string);`

	`procedure EvaluateSfrPackage;`

	`procedure ExportUzfPackage(const FileName: string);`

	`function Mt3dMSUsed(Sender: TObject): boolean;`

	`function Mt3dMSBulkDensityUsed(Sender: TObject): boolean;`

	`function Mt3dMSImmobPorosityUsed(Sender: TObject): boolean;`

	`procedure SetMt3dmsOutputControl(const Value: TMt3dmsOutputControl); virtual; abstract;`

	`function GetMt3dmsOutputControl: TMt3dmsOutputControl; virtual; abstract;`

	`function GetMt3dmsTimes: TMt3dmsTimeCollection; virtual; abstract;`

	`procedure SetMt3dmsTimes(const Value: TMt3dmsTimeCollection); virtual; abstract;`

	`function LongitudinalDispersionUsed(Sender: TObject): boolean;`

	`procedure UpdateMt3dmsActive(Sender: TObject);`

	`function CountStepsInMt3dExport: Integer;`

	`procedure SetMt3dmsHeadMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`function StoreHeadMassFluxObservations: Boolean;`

	`procedure SetMt3dmsDrnMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsDrtMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsEtsMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsEvtMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsGhbMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsLakMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsMassLoadingMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsRchMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsResMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsRivMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`procedure SetMt3dmsWellMassFluxObservations( const Value: TMt3dmsFluxObservationGroups);`

	`function StoreDrnMassFluxObservations: Boolean;`

	`function StoreDrtMassFluxObservations: Boolean;`

	`function StoreEtsMassFluxObservations: Boolean;`

	`function StoreEvtMassFluxObservations: Boolean;`

	`function StoreGhbMassFluxObservations: Boolean;`

	`function StoreLakMassFluxObservations: Boolean;`

	`function StoreMassLoadingMassFluxObservations: Boolean;`

	`function StoreRchMassFluxObservations: Boolean;`

	`function StoreResMassFluxObservations: Boolean;`

	`function StoreRivMassFluxObservations: Boolean;`

	`function StoreWellMassFluxObservations: boolean;`

	`procedure SetPathLine(const Value: TPathLineReader);`

	`function GetPathLine: TPathLineReader;`

	`function StorePathLine: boolean;`

	`function StoreTimeSeries: boolean;`

	`procedure SetTimeSeries(const Value: TTimeSeriesReader);`

	`function GetTimeSeries: TTimeSeriesReader;`

	`function StoreEndPoints: boolean;`

	`function GetEndPoints: TEndPointReader;`

	`procedure SetEndPoints(const Value: TEndPointReader);`

	`procedure SetSutraMesh(const Value: TSutraMesh3D);`

	`procedure RenameOldVerticalLeakance; virtual;`

	`function GetThreeDDataSet: TDataArray;`

	`procedure SetThreeDDataSet(const Value: TDataArray);`

	`function GetFrontDataSet: TDataArray;`

	`function GetSideDataSet: TDataArray;`

	`function GetTopDataSet: TDataArray;`

	`procedure SetFrontDataSet(const Value: TDataArray);`

	`procedure SetSideDataSet(const Value: TDataArray);`

	`procedure SetTopDataSet(const Value: TDataArray);`

	`function GetMesh: TSutraMesh3D;`

	`procedure SetSutraOptions(const Value: TSutraOptions);`

	`function ModpathBudgetNeeded(Sender: TObject): boolean;`

	`function ModpathRetardationNeeded(Sender: TObject): boolean;`

	`function GetModPathLocation: string;`

	`function ModpathZonesNeeded(Sender: TObject): boolean;`

	`procedure SetSutraOutputControl(const Value: TSutraOutputControl);`

	`function SutraThicknessUsed(Sender: TObject): boolean;`

	`function SutraUnsatRegionUsed(Sender: TObject): boolean;`

	`function GetSutraMesh: TSutraMesh3D;`

	`procedure InitializeSutraSpecPres(Sender: TObject);`

	`procedure InitializeSutraSpecifiedConcTemp(Sender: TObject);`

	`procedure InitializeSutraFluidFlux(Sender: TObject);`

	`procedure InitializeSutraMassEnergyFlux(Sender: TObject);`

	`procedure DiscretizationChangedEvent(Sender: TObject);`

	`function SutraHydraulicConductivityUsed(Sender: TObject): boolean;`

	`function SutraPermeabilityUsed(Sender: TObject): boolean;`

	`function SutraMiddlePermeabilityUsed(Sender: TObject): boolean;`

	`function SutraMiddleHydraulicConductivityUsed(Sender: TObject): boolean;`

	`procedure GenerateIrregularMesh(var ErrorMessage: string);`

	`procedure GenerateFishNetMesh(var ErrorMessage: string); virtual;`

	`function GetSfrStreamLinkPlot: TSfrStreamLinkPlot; virtual; abstract;`

	`procedure SetSfrStreamLinkPlot(const Value: TSfrStreamLinkPlot); virtual; abstract;`

	`procedure SetFileName(const Value: string); virtual;`

	`procedure SetFrontTimeList(const Value: TCustomTimeList); virtual;`

	`procedure SetSideTimeList(const Value: TCustomTimeList); virtual;`

	`procedure SetTopTimeList(const Value: TCustomTimeList); virtual;`

	`function GetFormulaManager: TFormulaManager; virtual; abstract;`

	`function GetSelectedModel: TCustomModel; virtual; abstract;`

	`procedure SetSelectedModel(const Value: TCustomModel); virtual; abstract;`

	`function GetScreenObjects(const Index: integer): TScreenObject; virtual; abstract;`

	`function GetScreenObjectCount: integer; virtual; abstract;`

	`function GetModflowSteadyParameters: TModflowSteadyParameters; virtual; abstract;`

	`procedure SetModflowSteadyParameters(const Value: TModflowSteadyParameters); virtual; abstract;`

	`procedure SetModelSelection(const Value: TModelSelection); override;`
function GetModelSelection: TModelSelection;virtual;abstract; Among other things, if OnModelSelectionChange is assigned, `SetModelSelection` calls TfrmGoPhast.ModelSelectionChange. `SetModelSelection` also changes the functions that are available. and sets TObservers for the Grid.

	`function GetLayerStructure: TLayerStructure; virtual; abstract;`
`GetLayerStructure` causes the grid to not be colored by any TDataArray.

	`procedure SetLayerStructure(const Value: TLayerStructure); virtual; abstract;`

	`procedure SetModflowOptions(const Value: TModflowOptions);`

	`function GetModflowStressPeriods: TModflowStressPeriods; virtual; abstract;`

	`procedure SetModflowStressPeriods(const Value: TModflowStressPeriods); virtual; abstract;`

	`procedure SetSoluteTransport(const Value: boolean); virtual; abstract;`

	`function GetSoluteTransport: boolean; virtual; abstract;`

	`procedure SetUseWaterTable(const Value: boolean); virtual; abstract;`

	`function GetUseWaterTable: boolean; virtual; abstract;`

	`function GetFreeSurface: boolean; virtual; abstract;`

	`procedure SetFreeSurface(const Value: boolean); virtual; abstract;`

	`procedure SetChemistryOptions(const Value: TChemistryOptions); virtual; abstract;`

	`function GetChemistryOptions: TChemistryOptions; virtual; abstract;`

	`procedure SetHufParameters(const Value: THufModflowParameters); virtual; abstract;`

	`function GetHufParameters: THufModflowParameters; virtual; abstract;`

	`function GetObservationPurpose: TObservationPurpose; virtual; abstract;`

	`procedure SetObservationPurpose(const Value: TObservationPurpose); virtual; abstract;`

	`function GetModflowTransientParameters: TModflowTransientListParameters; virtual; abstract;`

	`procedure SetModflowTransientParameters( const Value: TModflowTransientListParameters); virtual; abstract;`

	`function GetModflowOutputControl: TModflowOutputControl; virtual; abstract;`

	`procedure SetModflowOutputControl(const Value: TModflowOutputControl); virtual; abstract;`

	`function GetProgramLocations: TProgramLocations; virtual; abstract;`

	`procedure SetProgramLocations(const Value: TProgramLocations); virtual; abstract;`

	`procedure ClearViewedItems; virtual;`

	`procedure InternalClear; virtual;`

	`procedure InitializeGages; virtual;`

	`procedure InitializeSfrWriter(EvaluationType: TEvaluationType); virtual;`

	`procedure FreeSfrWriter; virtual;`

	`procedure SetContourFont(const Value: TFont) ; virtual; abstract;`

	`procedure SetShowContourLabels(const Value: boolean); virtual; abstract;`

	`function GetContourFont: TFont; virtual; abstract;`

	`function GetShowContourLabels: boolean; virtual; abstract;`

	`function GetImmobileComponents: TChemSpeciesCollection; virtual; abstract;`

	`function GetMobileComponents: TMobileChemSpeciesCollection; virtual; abstract;`

	`procedure SetImmobileComponents(const Value: TChemSpeciesCollection); virtual; abstract;`

	`procedure SetMobileComponents(const Value: TMobileChemSpeciesCollection); virtual; abstract;`

	`procedure DrawSfrStreamLinkages(const BitMap: TBitmap32; const ZoomBox: TQRbwZoomBox2);`

	`procedure RenameDataArray(DataArray: TDataArray; const NewName, NewDisplayName: string);`

	`procedure UpdateFormulas(OldNames, NewNames: TStringList);`
When a TDataArray or global variable is renamed, `UpdateFormulas` is called to update all the formulas with the new names.

	`procedure UpdateDataArrayDimensions(DataArray: TDataArray);`

	`function IndexOfMt3dmsSpeciesName(const AChemSpecies: string): integer;`

	`function StoreHeadObsResults: boolean;`

	`function TestModpathOK(Model: TCustomModel): Boolean;`

	`procedure ExportSeparateLgrModel(const FileName: string; RunModel, ExportModpath, ExportZoneBudget, ShowWarning: boolean);`

	`function DefaultModflowOutputFileName: string; virtual;`
`DefaultModflowOutputFileName` returns the name of the most likely output file from which model results will be imported. If heads were saved, the name of the file containing heads will be returned. If heads were not saved by drawdowns were saved, the name of the file containing drawdowns will be returned. After that, it is the file containing the cell-by-cell flows.

	`procedure ModelObserversStopTalkingTo(Observer: TObserver);`

	`procedure UpdateActive(Sender: TObject);`

	`procedure UpdateWetDry(Sender: TObject);`

	`procedure UpdateLakeId(Sender: TObject);`

	`procedure FinalizeActive(Sender: TObject);`

	`procedure FinalizeWetDry(Sender: TObject);`

	`procedure FinalizeLakeId(Sender: TObject);`

	`procedure UpdateModPathZone(Sender: TObject);`

	`procedure UpdateOnPostInitialize;`
`UpdateOnPostInitialize` updates TDataArray.OnPostInitialize for several TDataArrays.

	`function HufDataArrayUsed(Sender: TObject): boolean;`
MODFLOW can not use a file name containing a space character. `HufDataArrayUsed` replaces the space character in a file name with an underscore. `HufDataArrayUsed` is the event handler for TDataArray.OnDataSetUsed for TDataArrays related to the HUF package.

	`procedure UpdateFrontTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
`UpdateFrontTimeDataSet` assigns frmGoPhast.Grid.FrontDataSet to be the TDataArray in TimeList at Time.

	`procedure UpdateSideTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
`UpdateSideTimeDataSet` assigns frmGoPhast.Grid.SideDataSet to be the TDataArray in TimeList at Time.

	`procedure UpdateTopTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
`UpdateTopTimeDataSet` assigns frmGoPhast.Grid.TopDataSet to be the TDataArray in TimeList at Time.

	`procedure UpdateThreeDTimeDataSet(const TimeList: TCustomTimeList; const Time: double); virtual;`
`UpdateThreeDTimeDataSet` assigns frmGoPhast.Grid.ThreeDDataSet to be the TDataArray in TimeList at Time.

	`function GetTimeListByName(const AName: string): TCustomTimeList;`

	`function AddDataSet(const DataSet: TDataArray): Integer; virtual;`

	`function LayerGroupUsed(LayerGroup: TLayerGroup): boolean; virtual;`

	`function LayerFractions(LayerGroup: TCustomLayerGroup): TDoubleDynArray; virtual;`
When a layer group represents more than one layer, `LayerFractions` gives the relative positions of the dividing lines between layers. The values is `LayerFractions` should decrease monotonically. For example, if a layer group is divided into 4 uniform layers, `LayerFractions` should return [0.75, 0.5, 0.25].

	`function LayerCount: integer; virtual;`

	`procedure UpdateDisplayUseList(NewUseList: TStringList; ParamType: TParameterType; DataIndex: integer; const DisplayName: string); virtual; abstract;`

	`procedure Assign(Source: TPersistent); override;`

	`procedure OnActiveDataSetChanged(Sender: TObject);`

	`procedure Clear;`

	`constructor Create(AnOwner: TComponent); override;`

	`destructor Destroy; override;`

	`procedure AddModelInputFile(const FileName: string);`

	`procedure AddFileToArchive(const FileName: string);`

	`function GetCompiler(const Orientation: TDataSetOrientation; const EvaluatedAt: TEvaluatedAt): TRbwParser;`
`GetCompiler` returns the TRbwParser that should be used for a particular TDataSetOrientation and TEvaluatedAt.

	`function ParserCount: integer;`

	`procedure ClearExpressionsAndVariables;`

	`procedure FillCompilerList(CompilerList: TList);`

	`procedure RefreshGlobalVariables(CompilerList: TList);`

	`procedure CreateGlobalVariables;`

procedure CreateVariables(const DataSet: TDataArray);

CreateVariables creates a TCustomVariable to represent DataSet in each TRbwParser that should have one.

Properties

	`property Gages: TStringList read FGages;`

	`property ModflowLocation: string read GetModflowLocation write SetModflowLocation;`

	`property ModPathLocation: string read GetModPathLocation;`

	`property FormulaManager: TFormulaManager read GetFormulaManager;`

	`property Clearing: Boolean read FClearing;`

	`property DataArrayManager: TDataArrayManager read FDataArrayManager;`

	`property Grid: TCustomModelGrid read FGrid;`

	`property rpFrontFormulaCompiler: TRbwParser read FrpFrontFormulaCompiler;`
`rpFrontFormulaCompiler` is the TRbwParser for formulas for data sets on the front view of the model evaluated at elements.

	`property rpFrontFormulaCompilerNodes: TRbwParser read FrpFrontFormulaCompilerNodes;`
`rpFrontFormulaCompilerNodes` is the TRbwParser for formulas for data sets on the front view of the model evaluated at nodes.

	`property rpSideFormulaCompiler: TRbwParser read FrpSideFormulaCompiler;`
`rpSideFormulaCompiler` is the TRbwParser for formulas for data sets on the side view of the model evaluated at elements.

	`property rpSideFormulaCompilerNodes: TRbwParser read FrpSideFormulaCompilerNodes;`
`rpSideFormulaCompilerNodes` is the TRbwParser for formulas for data sets on the side view of the model evaluated at nodes.

	`property rpThreeDFormulaCompiler: TRbwParser read FrpThreeDFormulaCompiler;`
`rpThreeDFormulaCompiler` is the TRbwParser for formulas for 3D data sets view of the model evaluated at elements.

	`property rpThreeDFormulaCompilerNodes: TRbwParser read FrpThreeDFormulaCompilerNodes;`
`rpThreeDFormulaCompilerNodes` is the TRbwParser for formulas for 3D data sets view of the model evaluated at nodes.

	`property rpTopFormulaCompiler: TRbwParser read FrpTopFormulaCompiler;`
`rpTopFormulaCompiler` is the TRbwParser for formulas for data sets on the top view of the model evaluated at elements.

	`property rpTopFormulaCompilerNodes: TRbwParser read FrpTopFormulaCompilerNodes;`
`rpTopFormulaCompilerNodes` is the TRbwParser for formulas for data sets on the top view of the model evaluated at nodes.

	`property Parsers[Index:integer]: TRbwParser read GetParsers;`

	`property ThreeDGridObserver: TObserver read GetThreeDGridObserver;`

	`property TopGridObserver: TObserver read FTopGridObserver;`

	`property HufKxNotifier: TObserver read FHufKxNotifier;`

	`property HufKyNotifier: TObserver read FHufKyNotifier;`

	`property HufKzNotifier: TObserver read FHufKzNotifier;`

	`property HufSsNotifier: TObserver read FHufSsNotifier;`

	`property HufSyNotifier: TObserver read FHufSyNotifier;`

	`property EdgeDisplay: TCustomModflowGridEdgeDisplay read FEdgeDisplay write SetEdgeDisplay;`
If `EdgeDisplay` is the currently active TCustomModflowGridEdgeDisplay.

	`property ScreenObjects[constIndex:integer]: TScreenObject read GetScreenObjects;`
`ScreenObjects` provides access to the TScreenObjects in the model. However, the TScreenObjects are saved are read from files via ObjectList.

	`property ScreenObjectCount: integer read GetScreenObjectCount;`
`ScreenObjectCount` returns the number of TScreenObjects in ScreenObjects.

	`property TransientMultiplierArrays: TList read FTransientMultiplierArrays;`

	`property TransientZoneArrays: TList read FTransientZoneArrays;`

	`property ModflowFullStressPeriods: TModflowStressPeriods read GetModflowFullStressPeriods;`

	`property TimeLists[Index:integer]: TCustomTimeList read GetTimeLists;`
`TimeLists` provides access to all the TCustomTimeLists in the model.

	`property TimeListCount: integer read GetTimeListCount;`
`TimeListCount` is the number of TCustomTimeLists in TimeLists.

	`property MfHobHeads: THobDisplayTimeList read FMfHobHeads;`

	`property UnitNumbers: TUnitNumbers read FUnitNumbers write SetUnitNumbers stored False;`

	`property HfbDisplayer: THfbDisplayer read FHfbDisplayer;`

	`property ProgramLocations: TProgramLocations read GetProgramLocations write SetProgramLocations;`

	`property FrontTimeList: TCustomTimeList read FFrontTimeList write SetFrontTimeList;`
`FrontTimeList` is the TCustomTimeList for the transient data set used to color the front view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `FrontTimeList` has no meaning. See FrontDisplayTime and TCustomModelGrid.FrontDataSet.

	`property SideTimeList: TCustomTimeList read FSideTimeList write SetSideTimeList;`
`SideTimeList` is the TPhastTimeList for the transient data set used to color the side view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `SideTimeList` has no meaning. See SideDisplayTime and TCustomModelGrid.SideDataSet.

	`property TopTimeList: TCustomTimeList read FTopTimeList write SetTopTimeList;`
`TopTimeList` is the TCustomTimeList for the transient data set used to color the top view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `TopTimeList` has no meaning. See TopDisplayTime and TCustomModelGrid.TopDataSet.

	`property TopDisplayTime: double read FTopDisplayTime;`
`TopDisplayTime` is the time for the transient data set used to color the top view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `TopDisplayTime` has no meaning. See TopTimeList and TCustomModelGrid.TopDataSet.

	`property FrontDisplayTime: double read FFrontDisplayTime;`
`FrontDisplayTime` is the time for the transient data set used to color the front view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `FrontDisplayTime` has no meaning. See FrontTimeList and TCustomModelGrid.FrontDataSet.

	`property SideDisplayTime: double read FSideDisplayTime;`
`SideDisplayTime` is the time for the transient data set used to color the side view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `SideDisplayTime` has no meaning. See SideTimeList and TCustomModelGrid.SideDataSet.

	`property ThreeDDisplayTime: double read FThreeDDisplayTime;`
`ThreeDDisplayTime` is the time for the transient data set used to color the 3D view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `ThreeDDisplayTime` has no meaning. See ThreeDTimeList and TCustomModelGrid.ThreeDDataSet.

	`property ThreeDTimeList: TCustomTimeList read FThreeDTimeList write FThreeDTimeList;`
`ThreeDTimeList` is the TCustomTimeList for the transient data set used to color the 3D view of the grid. If the data set used to color the grid is not transient, or the grid is not colored, `ThreeDTimeList` has no meaning. See ThreeDDisplayTime and TCustomModelGrid.ThreeDDataSet.

	`property ModflowSteadyParameters: TModflowSteadyParameters read GetModflowSteadyParameters write SetModflowSteadyParameters;`

	`property LayerStructure: TLayerStructure read GetLayerStructure write SetLayerStructure;`

	`property ModflowStressPeriods: TModflowStressPeriods read GetModflowStressPeriods write SetModflowStressPeriods;`

	`property SoluteTransport: boolean read GetSoluteTransport write SetSoluteTransport;`
`SoluteTransport` stores SoluteTransport option in PHAST.

	`property UseWaterTable: boolean read GetUseWaterTable write SetUseWaterTable;`
`UseWaterTable` stores whether PHAST is using the water table to set the initial condition.

	`property FreeSurface: boolean read GetFreeSurface write SetFreeSurface;`
`FreeSurface` stores FreeSurface option in PHAST.

	`property ChemistryOptions: TChemistryOptions read GetChemistryOptions write SetChemistryOptions;`
`ChemistryOptions` stores options related to chemistry in PHAST.

	`property HufParameters: THufModflowParameters read GetHufParameters write SetHufParameters;`

	`property ObservationPurpose: TObservationPurpose read GetObservationPurpose write SetObservationPurpose;`

	`property ModflowTransientParameters: TModflowTransientListParameters read GetModflowTransientParameters write SetModflowTransientParameters;`

	`property ModflowOutputControl: TModflowOutputControl read GetModflowOutputControl write SetModflowOutputControl;`

	`property Mt3dmsOutputControl: TMt3dmsOutputControl read GetMt3dmsOutputControl write SetMt3dmsOutputControl;`

	`property Mt3dmsTimes: TMt3dmsTimeCollection read GetMt3dmsTimes write SetMt3dmsTimes;`

	`property DataSetList: TDataSetCollection read GetDataSetCollection write FDataSetCollection;`
`DataSetList` stores the TDataArrays in GoPhast.

	`property SelectedModel: TCustomModel read GetSelectedModel write SetSelectedModel;`

	`property OnModelSelectionChange: TNotifyEvent read FOnModelSelectionChange write FOnModelSelectionChange;`
name is called in SetModelSelection. The event handler for this event is ModelSelectionChange.

	`property SelectedColumn: integer read GetSelectedColumn write SetSelectedColumn;`

	`property SelectedRow: integer read GetSelectedRow write SetSelectedRow;`

	`property SelectedLayer: integer read GetSelectedLayer write SetSelectedLayer;`

	`property DisplayColumn: integer read GetDisplayColumn write SetDisplayColumn;`

	`property DisplayRow: integer read GetDisplayRow write SetDisplayRow;`

	`property DisplayLayer: integer read GetDisplayLayer write SetDisplayLayer;`

	`property SomeSegmentsUpToDate: boolean read GetSomeSegmentsUpToDate write SetSomeSegmentsUpToDate;`
If `SomeSegmentsUpToDate` is `True`, there is at least one TScreenObject in which TScreenObject.Segments.UpToDate is `True` `SomeSegmentsUpToDate` is used in InvalidateSegments.

	`property NameFileWriter: TObject read FNameFileWriter write SetNameFileWriter;`

	`property SaveBfhBoundaryConditions: boolean read GetSaveBfhBoundaryConditions write SetSaveBfhBoundaryConditions default True;`

	`property ContourFont: TFont read GetContourFont write SetContourFont;`

	`property ShowContourLabels: boolean read GetShowContourLabels write SetShowContourLabels default True;`

	`property ThreeDDataSet: TDataArray read GetThreeDDataSet write SetThreeDDataSet;`

	`property TopDataSet: TDataArray read GetTopDataSet write SetTopDataSet;`

	`property FrontDataSet: TDataArray read GetFrontDataSet write SetFrontDataSet;`

	`property SideDataSet: TDataArray read GetSideDataSet write SetSideDataSet;`

	`property Mesh: TSutraMesh3D read GetMesh;`

	`property SfrStreamLinkPlot: TSfrStreamLinkPlot read GetSfrStreamLinkPlot write SetSfrStreamLinkPlot;`

	`property SP_Epsilon: double read F_SP_Epsilon;`

	`property PhastGrid: TPhastGrid read FPhastGrid write SetPhastGrid;`
`PhastGrid` defines the grid used with PHAST.

	`property AlternateFlowPackage: boolean read FAlternateFlowPackage write SetAlternateFlowPackage;`

	`property AlternateSolver: boolean read FAlternateSolver write SetAlternateSolver;`

	`property BatchFileAdditionsAfterModel: TStrings read FBatchFileAdditionsAfterModel write SetBatchFileAdditionsAfterModel;`

	`property BatchFileAdditionsBeforeModel: TStrings read FBatchFileAdditionsBeforeModel write SetBatchFileAdditionsBeforeModel;`

	`property ModflowGrid: TModflowGrid read FModflowGrid write SetModflowGrid;`

	`property ModflowNameFileLines: TStrings read FModflowNameFileLines write SetModflowNameFileLines;`

	`property ModflowPackages: TModflowPackages read FModflowPackages write SetModflowPackages;`

	`property HeadFluxObservations: TFluxObservationGroups read FHeadFluxObservations write SetHeadFluxObservations stored StoreHeadFluxObservations;`

	`property DrainObservations: TFluxObservationGroups read FDrainObservations write SetDrainObservations stored StoreDrainObservations;`

	`property GhbObservations: TFluxObservationGroups read FGhbObservations write SetGhbObservations stored StoreGhbObservations;`

	`property RiverObservations: TFluxObservationGroups read FRiverObservations write SetRiverObservations stored StoreRiverObservations;`

	`property Mt3dmsHeadMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsHeadMassFluxObservations write SetMt3dmsHeadMassFluxObservations stored StoreHeadMassFluxObservations;`

	`property Mt3dmsWellMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsWellMassFluxObservations write SetMt3dmsWellMassFluxObservations stored StoreWellMassFluxObservations;`

	`property Mt3dmsDrnMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsDrnMassFluxObservations write SetMt3dmsDrnMassFluxObservations stored StoreDrnMassFluxObservations;`

	`property Mt3dmsRivMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsRivMassFluxObservations write SetMt3dmsRivMassFluxObservations stored StoreRivMassFluxObservations;`

	`property Mt3dmsGhbMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsGhbMassFluxObservations write SetMt3dmsGhbMassFluxObservations stored StoreGhbMassFluxObservations;`

	`property Mt3dmsRchMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsRchMassFluxObservations write SetMt3dmsRchMassFluxObservations stored StoreRchMassFluxObservations;`

	`property Mt3dmsEvtMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsEvtMassFluxObservations write SetMt3dmsEvtMassFluxObservations stored StoreEvtMassFluxObservations;`

	`property Mt3dmsMassLoadingMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsMassLoadingMassFluxObservations write SetMt3dmsMassLoadingMassFluxObservations stored StoreMassLoadingMassFluxObservations;`

	`property Mt3dmsResMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsResMassFluxObservations write SetMt3dmsResMassFluxObservations stored StoreResMassFluxObservations;`

	`property Mt3dmsLakMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsLakMassFluxObservations write SetMt3dmsLakMassFluxObservations stored StoreLakMassFluxObservations;`

	`property Mt3dmsDrtMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsDrtMassFluxObservations write SetMt3dmsDrtMassFluxObservations stored StoreDrtMassFluxObservations;`

	`property Mt3dmsEtsMassFluxObservations: TMt3dmsFluxObservationGroups read FMt3dmsEtsMassFluxObservations write SetMt3dmsEtsMassFluxObservations stored StoreEtsMassFluxObservations;`

	`property HydrogeologicUnits: THydrogeologicUnits read FHydrogeologicUnits write SetHydrogeologicUnits stored StoreHydrogeologicUnits;`

	`property FilesToArchive: TStrings read FFilesToArchive write SetFilesToArchive;`

	`property ModelInputFiles: TStrings read FModelInputFiles write SetModelInputFiles;`

	`property ModelFileName: string read FFileName write SetFileName;`
`ModelFileName` is the name of the ModelMuse file that has been opened or saved.

	`property ModflowOptions: TModflowOptions read FModflowOptions write SetModflowOptions;`

	`property ModflowWettingOptions: TWettingOptions read FModflowWettingOptions write SetModflowWettingOptions;`

	`property GlobalVariables: TGlobalVariables read FGlobalVariables write SetGlobalVariables;`

	`property HeadObsResults: THeadObsCollection read GetHeadObsResults write SetHeadObsResults stored StoreHeadObsResults;`

	`property MobileComponents: TMobileChemSpeciesCollection read GetMobileComponents write SetMobileComponents;`

	`property ImmobileComponents: TChemSpeciesCollection read GetImmobileComponents write SetImmobileComponents;`

	`property PathLines: TPathLineReader read GetPathLine write SetPathLine stored StorePathLine;`
`PathLines` stores MODPATH pathline data. `PathLines` is used only in MODFLOW models.

	`property PathLine: TPathLineReader read GetPathLine write SetPathLine stored False;`
`PathLine` is retained for backwards compatibility. See PathLines.

	`property TimeSeries: TTimeSeriesReader read GetTimeSeries write SetTimeSeries stored StoreTimeSeries;`
`TimeSeries` stores MODPATH times series data. `TimeSeries` is used only in MODFLOW models.

	`property EndPoints: TEndPointReader read GetEndPoints Write SetEndPoints stored StoreEndPoints;`
`EndPoints` stores MODPATH endpoint data. `EndPoints` is used only in MODFLOW models.

	`property SutraMesh: TSutraMesh3D read GetSutraMesh write SetSutraMesh stored False ;`

	`property SutraOptions: TSutraOptions read FSutraOptions write SetSutraOptions stored False ;`

	`property SutraOutputControl: TSutraOutputControl read FSutraOutputControl write SetSutraOutputControl stored False ;`

Generated by PasDoc 0.12.1 on 2013-05-13 15:41:57

Class TCustomModel

Unit

Declaration

Description

Hierarchy

Overview

Fields

Methods

Properties

Description

Fields

Methods

See also

See also

Properties

	`function InitialWaterTableUsed(Sender: TObject): boolean; virtual;`
`InitialWaterTableUsed` returns true if the model uses the water table to set the initial condition. `InitialWaterTableUsed` is used an event handler for TDataArray.OnDataSetUsed. `InitialWaterTableUsed` is also used in WriteHeadIC which is found in the implementation section of WritePhastUnit.

	`procedure ExportModflowModel(const FileName: string; RunModel, ExportModpath, NewBudgetFileForModpath, ExportZoneBudget, ShowWarning: boolean);`
`ExportModflowModel` exports the input files for MODFLOW and optionally runs MODFLOW.

	`procedure DischargeRoutingUpdate;`
`DischargeRoutingUpdate` sets the event handlers for the discharge routing array in the UZF package.

	`procedure UpdateDataArrayParameterUsed;`
`UpdateDataArrayParameterUsed` updates TDataArray.ParameterUsed and TDataArray.ParameterFormula for the TDataArrays related to the LPF parameters.

	`procedure InvalidateScreenObjects;`
`InvalidateScreenObjects` calls TScreenObject.Invalidate for every TScreenObject in ScreenObjects.

	`function IsLayerSimulated(const LayerID: integer): boolean; virtual;`
`IsLayerSimulated` returns true if a layer in the MODFLOW grid is simulated LayerID is zero-based.

	`Function ModflowLayerToDataSetLayer(ModflowLayer: integer): integer; virtual;`
`ModflowLayerToDataSetLayer` converts a MODFLOW model layer (starting at 1) to the appropriate index in a 3D data array;

	`procedure AdjustCellPosition(AValueCell: TValueCell); overload; virtual;`
`AdjustCellPosition` is used to move a boundary to a new position when the current position is invalid. This version of `AdjustCellPosition` does nothing but in TChildModel.AdjustCellPosition, it is used to move boundary cells away from the edge of the model.

	`procedure AdjustDataArray(ADataArray: TDataArray); virtual; abstract;`
`AdjustDataArray` is used in local grid refinement to adjust the values of recharge (RCH, UZF package) and max ET (in EVT, ETS, and UZF) packages. at the interface between the grids.

	`function ModelResultsRequired(Sender: TObject): boolean;`
`ModelResultsRequired` is the event handler for TDataArray.OnDataSetUsed for TDataArrays that have model results.