Class TPhastModel

Description

Hierarchy

Fields

Methods

Properties

Unit

PhastModelUnit

Declaration

type TPhastModel = class(TCustomModel)

Description

TPhastModel is used to read model configuration data to and from a stream and to store TDataArrays and TScreenObjects.

TPhastModel allows model configuration data to be read from a stream by making the significant features of a model published properties. Because TModel is derived from TPersistent, this automatically provides it with methods to read and write its published properties. Most of the published properties of TPhastModel correspond directly to settings for the simulation models it supports such as PHAST and MODFLOW.

DataSetList and ObjectList are are descendants of TCollection. They store and read instances of TDataArray and TScreenObject respectively. However, when not reading data from a stream or writing it to a stream. TDataArrays and TScreenObjects are accessed via FDataArrayManager.DataSets and ScreenObjects respectively. The number TDataArrays or TScreenObjects can be determined using FDataArrayManager.DataSetCount and ScreenObjectCount.

Hierarchy

TComponent
TBaseModel
TCustomModel
TPhastModel

Overview

Fields

	`FObservationPurpose: TObservationPurpose;`
	`FCachedScreenObjectIndex: integer;`
	`FBitmaps: TCompressedBitmapCollection;`
	`FChemistryOptions: TChemistryOptions;`
	`FDiffusivity: double;`
	`FDiffusivitySet: boolean;`
	`FFileVersion: string;`
	`FFluidProperties: TFluidProperties;`
	`FFluxBoundaryChemistryGroup: TTimeListGroup;`
	`FFluxBoundaryFluxGroup: TTimeListGroup;`
	`FFreeSurface: boolean;`
	`FFrontBoundaryType: TDataArray;`
	`FFrontFluxBoundaryChemistry: TPhastTimeList;`
	`FFrontFluxBoundaryFlux: TPhastTimeList;`
	`FFrontLeakyAssociatedSolution: TPhastTimeList;`
	`FFrontLeakyHead: TPhastTimeList;`
	`FGridOptions: TGridOptions;`
	`FLeakyAssociatedSolutionGroup: TTimeListGroup;`
	`FLeakyHeadGroup: TTimeListGroup;`
	`FModelTimes: TRealList;`
	`FPrintFrequency: TPrintFrequencyCollection;`
	`FPrintInitial: TPrintInitial;`
	`FRiverAssociatedSolution: TPhastTimeList;`
	`FRiverAssociatedSolutionGroup: TTimeListGroup;`
	`FRiverHead: TPhastTimeList;`
	`FRiverHeadGroup: TTimeListGroup;`
	`FScreenObjectCollection: TScreenObjectCollection;`
	`FScreenObjectList: TList;`
	`FSideBoundaryType: TDataArray;`
	`FSideFluxBoundaryChemistry: TPhastTimeList;`
	`FSideFluxBoundaryFlux: TPhastTimeList;`
	`FSideLeakyAssociatedSolution: TPhastTimeList;`
	`FSideLeakyHead: TPhastTimeList;`
	`FSoluteTransport: boolean;`
	`FSolutionOptions: TSolutionOptions;`
	`FSomeSegmentsUpToDate: boolean;`
	`FSpecifiedHeadAssociatedSolution: TPhastTimeList;`
	`FSpecifiedHeadGroup: TTimeListGroup;`
	`FSpecifiedHeadHead: TPhastTimeList;`
	`FSpecifiedHeadSolutionGroup: TTimeListGroup;`
	`FSpecifiedSolution: TPhastTimeList;`
	`FSteadyFlowOptions: TSteadyFlowOptions;`
	`FTimes: TTimeCollection;`
	`FTitle: TStrings;`
	`FTop2DBoundaryType: TDataArray;`
	`FTopBoundaryType: TDataArray;`
	`FTopFluxBoundaryChemistry: TPhastTimeList;`
	`FTopFluxBoundaryFlux: TPhastTimeList;`
	`FTopLeakyAssociatedSolution: TPhastTimeList;`
	`FTopLeakyHead: TPhastTimeList;`
	`FUnits: TUnits;`
	`FUseWaterTable: boolean;`
	`FWellInjectionOrPumpingRate: TPhastTimeList;`
	`FWellPumpingRateGroup: TTimeListGroup;`
	`FWellSolution: TPhastTimeList;`
	`FWellSolutionGroup: TTimeListGroup;`
	`FLayerStructure: TLayerStructure;`
	`FGuiSettings: TGuiSettings;`
	`FModflowStressPeriods: TModflowStressPeriods;`
	`FModflowOutputControl: TModflowOutputControl;`
	`FModflowSteadyParameters: TModflowSteadyParameters;`
	`FModflowTransientParameters: TModflowTransientListParameters;`
	`FOnGetZoomBox: TGetZoomBoxEvent;`
	`FOnScreenObjectsChanged: TNotifyEvent;`
	`FOnGetCurrentScreenObject: TGetCurrentScreenObjectEvent;`
	`FOnConvertPoint: TConvertPointEvent;`
	`FOnScreenObjectSelected: TNotifyEvent;`
	`FOnCheckScreenObject: TCheckScreenObjectEvent;`
	`FOn3DViewChanged: TNotifyEvent;`
	`FOnRefreshScreenObjects: TNotifyEvent;`
	`FProgramLocations: TProgramLocations;`
	`FModflowFullStressPeriods: TModflowStressPeriods;`
	`FOnScreenObjectUnSelected: TNotifyEvent;`
	`FSelectedScreenObjectCount: Integer;`
	`FScreenObjectUpdateCount: Integer;`
	`FArchiveName: string;`
	`FSortedObjectList: TLookUpList;`
	`FGridColors: TColorParameters;`
	`FContourColors: TColorParameters;`
	`FModelMateProjectFileName: string;`
	`FModelMateProject: TProject;`
	`FFormulaManager: TFormulaManager;`
	`FHufParameters: THufModflowParameters;`
	`FColorLegend: TLegend;`
	`FContourLegend: TLegend;`
	`FDisplaySettings: TDisplaySettingsCollection;`
	`FChildModels: TChildModelCollection;`
	`FImportingModel: boolean;`
	`FSelectedModel: TCustomModel;`
	`FColumnMapping: TMappingArray;`
	`FRowMapping: TMappingArray;`
	`FLayerMapping: TMappingArray;`
	`FCombinedDisplayColumn: integer;`
	`FCombinedDisplayLayer: integer;`
	`FCombinedDisplayRow: integer;`
	`FSaveDataSetValues: TSaveDataSetValues;`
	`FChildGridUpdateCount: Integer;`
	`FDataSetUpdateCount: Integer;`
	`FSaveBfhBoundaryConditions: Boolean;`
	`FContourFont: TFont;`
	`FShowContourLabels: Boolean;`
	`FSfrStreamLinkPlot: TSfrStreamLinkPlot;`
	`FMt3dmsOutputControl: TMt3dmsOutputControl;`
	`FMt3dmsTimes: TMt3dmsTimeCollection;`
	`FImmobileComponents: TChemSpeciesCollection;`
	`FMobileComponents: TMobileChemSpeciesCollection;`
	`FSutraLayerStructure: TSutraLayerStructure;`
	`FSutraTimeOptions: TSutraTimeOptions;`
	`FColorSchemes: TUserDefinedColorSchemeCollection;`
	`FFishnetMeshGenerator: TFishnetMeshGenerator;`

Methods

	`function GetExaggeration: double;`
	`function GetOwnsScreenObjects: boolean;`
	`function GetScreenObjectCollection: TScreenObjectCollection;`
	`function GetVersion: string;`
	`procedure InitializePhastBoundaries;`
	`procedure RecordTimeControl;`
	`procedure SetBitmaps(const Value: TCompressedBitmapCollection);`
	`procedure SetDiffusivity(const Value: double);`
	`procedure SetExaggeration(Value: double);`
	`procedure SetFlowOnly(const Value: boolean);`
	`procedure SetFrontHeight(Value : integer);`
	`procedure SetFrontX(const Value: double);`
	`procedure SetFrontY(const Value: double);`
	`procedure SetHeight(const Value: integer);`
	`procedure SetLeft(const Value: integer);`
	`procedure SetMagnificationFront(Value: double);`
	`procedure SetMagnificationSide(Value: double);`
	`procedure SetMagnificationTop(Value: double);`
	`procedure SetOwnsScreenObjects(const Value: boolean);`
	`procedure SetPrintFrequency(const Value: TPrintFrequencyCollection);`
	`procedure SetScreenObjectCollection( const Value: TScreenObjectCollection);`
	`procedure SetSideWidth(const Value: integer);`
	`procedure SetSideX(const Value: double);`
	`procedure SetSideY(const Value: double);`
	`procedure SetTimes(const Value: TTimeCollection);`
	`procedure SetTitle(const Value: TStrings);`
	`procedure SetTop(const Value: integer);`
	`procedure SetTopViewHeight(const Value: integer);`
	`procedure SetTopViewWidth(const Value: integer);`
	`procedure SetTopX(const Value: double);`
	`procedure SetTopY(const Value: double);`
	`procedure SetVersion(const Value: string);`
	`procedure SetWidth(const Value: integer);`
	`procedure SetWindowState(const Value: TWindowState);`
	`procedure SetUnits(const Value: TUnits);`
	`procedure UpdateDrainReturnObjects;`
	`procedure CreatePhastTimeLists;`
	`procedure CreatePhastTimeListGroups;`
	`procedure UpdateUseList(DataIndex: integer; NewUseList: TStringList; Item: TCustomModflowBoundaryItem);`
	`function DefaultArchiveName: string;`
	`function GetArchiveName: string;`
	`procedure SetArchiveName(const Value: string);`
	`procedure GetUnitID(var UnitID: Integer);`
	`procedure NotifyGridColorsChanged(Sender: TObject);`
	`procedure SetModelMateProjectFileName(const Value: string);`
	`procedure SetModelMateProject(const Value: TProject);`
	`procedure UpdateModelMateParameter(ParameterList: TStringList; ModelMuseParam: TModflowParameter; Project: TProject; Operation: TModelMateOperation);`
	`procedure UpdateModelMateFluxObservation(ObservationList: TStringList; ModelMuseFluxObsGroup: TFluxObservationGroup; Project: TProject; Operation: TModelMateOperation);`
	`procedure UpdateModelMateHeadObservation(ObservationList: TStringList; const OBSNAM: string; ModelMuseHeadObs: THobItem; Project: TProject; Operation: TModelMateOperation; Method: TMultiObsMethod);`
	`procedure HandleModelMateParameters(Operation: TModelMateOperation; ParameterList: TStringList; Project: TProject);`
	`procedure HandleModelMateObservations(Operation: TModelMateOperation; ObservationList: TStringList; Project: TProject);`
	`procedure EnsureModelMateObsGroup(Project: TProject; GroupName: string; PlotSymbol: integer);`
	`function PhastUsed(Sender: TObject): boolean;`
	`procedure CreateInitialDataSetsForPhastTimeLists;`
	`procedure SetDisplaySettings(const Value: TDisplaySettingsCollection);`
	`procedure SetChildModels(const Value: TChildModelCollection);`
	`function StoreChildModels: Boolean;`
	`function GetChildModels: TChildModelCollection;`
	`function MaxChildColumnsPerColumn(ColIndex: Integer): integer;`
	`function MaxChildRowsPerRow(RowIndex: Integer): integer;`
	`function MaxChildLayersPerLayer(LayerIndex: Integer): integer;`
	`function CombinedCount(ViewDirection: TViewDirection): integer;`
	`function DirectionCount(ViewDirection: TViewDirection): integer;`
	`function MaxChildDisPerParentDis(ViewDirection: TViewDirection; Position: integer): integer;`
	`procedure UpdateAMapping(var AMapping: TMappingArray; ViewDirection: TViewDirection);`
	`procedure SetCombinedDisplayColumn(const Value: integer);`
	`procedure SetCombinedDisplayLayer(const Value: integer);`
	`procedure SetCombinedDisplayRow(const Value: integer);`
	`procedure SetSomeSegmentsUpToDate(const Value: boolean); override;`
	`function GetSomeSegmentsUpToDate: boolean; override;`
	`function GetNeedToRecalculateFrontCellColors: boolean;`
	`function GetNeedToRecalculateSideCellColors: boolean;`
	`function GetNeedToRecalculateTopCellColors: boolean;`
	`procedure SetNeedToRecalculateFrontCellColors(const Value: boolean);`
	`procedure SetNeedToRecalculateSideCellColors(const Value: boolean);`
	`procedure SetNeedToRecalculateTopCellColors(const Value: boolean);`
	`function AquiferPropertiesUsed(Sender: TObject): boolean; override;`
	`function KyUsed(Sender: TObject): boolean; override;`
	`function KzUsed(Sender: TObject): boolean; override;`
	`function PorosityUsed(Sender: TObject): boolean; override;`
	`function SpecificStorageUsed(Sender: TObject): boolean; override;`
	`function ChemistryUsed(Sender: TObject): boolean; override;`
	`function InitialHeadUsed(Sender: TObject): boolean; override;`
	`function EquilibriumPhasesUsed(Sender: TObject): boolean; override;`
	`function SurfacesUsed(Sender: TObject): boolean; override;`
	`function ExchangeUsed(Sender: TObject): boolean; override;`
	`function GasPhaseUsed(Sender: TObject): boolean; override;`
	`function SolidSolutionUsed(Sender: TObject): boolean; override;`
	`function KineticsUsed(Sender: TObject): boolean; override;`
	`function ModflowUsed(Sender: TObject): boolean; override;`
	`function RouteUzfDischarge(Sender: TObject): boolean; override;`
	`function ModflowInitialHeadUsed(Sender: TObject): boolean; override;`
	`function ConfiningBedKzUsed(Sender: TObject): boolean; override;`
	`function VerticalAnisotropyUsed(Sender: TObject): boolean; override;`
	`function HorizontalAnisotropyUsed(Sender: TObject): boolean; override;`
	`function SpecificYieldUsed(Sender: TObject): boolean; override;`
	`function WetDryUsed(Sender: TObject): boolean; override;`
	`function ModpathUsed(Sender: TObject): boolean; override;`
	`function HufReferenceSurfaceNeeded(Sender: TObject): boolean; override;`
	`function BcfUsed(Sender: TObject): boolean; override;`
	`function ConfinedStorageCoefUsed(Sender: TObject): boolean; override;`
	`function ZoneBudgetSelected(Sender: TObject): boolean; override;`
	`function SwtSelected(Sender: TObject): boolean; override;`
	`function SwtOffsetsUsed(Sender: TObject): boolean; override;`
	`function SwtSpecifiedUsed(Sender: TObject): boolean; override;`
	`function WettingActive: boolean; override;`
	`procedure InternalExportModflowLgrFile(const FileName: string);`
	`function GetCombinedDisplayColumn: integer;`
	`function GetCombinedDisplayLayer: integer;`
	`function GetCombinedDisplayRow: integer;`
	`function UpwIsSelected: Boolean;`
	`function SsmIsSelected: Boolean;`
	`function GetSutraLayerStructure: TSutraLayerStructure;`
	`procedure SetSutraLayerStructure(const Value: TSutraLayerStructure);`
	`procedure RenameOldVerticalLeakance; override;`
	`procedure SetSutraTimeOptions(const Value: TSutraTimeOptions);`
	`procedure SetColorSchemes(const Value: TUserDefinedColorSchemeCollection);`
	`procedure SetFishnetMeshGenerator(const Value: TFishnetMeshGenerator);`
	`function GetSfrStreamLinkPlot: TSfrStreamLinkPlot; override;`
	`procedure SetSfrStreamLinkPlot(const Value: TSfrStreamLinkPlot); override;`
	`procedure SetFileName(const Value: string); override;`
	`function GetFormulaManager: TFormulaManager; override;`
	`function GetLayerStructure: TLayerStructure; override;`
	`procedure SetLayerStructure(const Value: TLayerStructure); override;`
	`function GetModflowStressPeriods: TModflowStressPeriods; override;`
	`function GetSoluteTransport: boolean; override;`
	`function GetFreeSurface: boolean; override;`
	`function GetUseWaterTable: boolean; override;`
	`function GetChemistryOptions: TChemistryOptions; override;`
	`procedure SetChemistryOptions(const Value: TChemistryOptions); override;`
	`function GetHufParameters: THufModflowParameters; override;`
	`function GetModflowFullStressPeriods: TModflowStressPeriods; override;`
	`function GetModflowOutputControl: TModflowOutputControl; override;`
	`function GetProgramLocations: TProgramLocations; override;`
	`function GetObservationPurpose: TObservationPurpose; override;`
	`procedure SetObservationPurpose(const Value: TObservationPurpose); override;`
	`procedure SetHufParameters(const Value: THufModflowParameters); override;`
	`procedure SetModflowStressPeriods(const Value: TModflowStressPeriods); override;`
	`procedure SetModflowOutputControl(const Value: TModflowOutputControl); override;`
	`procedure SetModflowTransientParameters( const Value: TModflowTransientListParameters); override;`
	`procedure SetProgramLocations(const Value: TProgramLocations); override;`
	`procedure SetUseWaterTable(const Value: boolean); override;`
	`procedure SetSoluteTransport(const Value: boolean); override;`
	`procedure SetFreeSurface(const Value: boolean); override;`
	`function GetModflowTransientParameters: TModflowTransientListParameters; override;`
	`function GetModelSelection: TModelSelection; override;`
	`function GetModflowSteadyParameters: TModflowSteadyParameters; override;`
	`procedure SetModflowSteadyParameters(const Value: TModflowSteadyParameters); override;`
	`function GetScreenObjectCount: integer; override;`
	`function GetScreenObjects(const Index: integer): TScreenObject; override;`
	`procedure ClearViewedItems; override;`
	`procedure SetUpToDate(const Value: boolean); override;`
	`procedure Loaded; override;`
	`procedure InternalClear; override;`
	`function GetSelectedModel: TCustomModel; override;`
	`procedure SetSelectedModel(const Value: TCustomModel); override;`
	`procedure SetFrontTimeList(const Value: TCustomTimeList); override;`
	`procedure SetSideTimeList(const Value: TCustomTimeList); override;`
	`procedure SetTopTimeList(const Value: TCustomTimeList); override;`
	`function GetDisplayName: string; override;`
	`function GetSaveBfhBoundaryConditions: boolean; override;`
	`procedure SetSaveBfhBoundaryConditions(const Value: boolean); override;`
	`procedure InitializeGages; override;`
	`procedure InitializeSfrWriter(EvaluationType: TEvaluationType); override;`
	`procedure FreeSfrWriter; override;`
	`procedure SetContourFont(const Value: TFont) ; override;`
	`procedure SetShowContourLabels(const Value: boolean); override;`
	`function GetContourFont: TFont; override;`
	`function GetShowContourLabels: boolean; override;`
	`procedure SetMt3dmsOutputControl(const Value: TMt3dmsOutputControl); override;`
	`function GetMt3dmsOutputControl: TMt3dmsOutputControl; override;`
	`function GetMt3dmsTimes: TMt3dmsTimeCollection; override;`
	`procedure SetMt3dmsTimes(const Value: TMt3dmsTimeCollection); override;`
	`function GetImmobileComponents: TChemSpeciesCollection; override;`
	`function GetMobileComponents: TMobileChemSpeciesCollection; override;`
	`procedure SetImmobileComponents(const Value: TChemSpeciesCollection); override;`
	`procedure SetMobileComponents(const Value: TMobileChemSpeciesCollection); override;`
	`procedure SetModelSelection(const Value: TModelSelection); override;`
	`procedure GenerateFishNetMesh(var ErrorMessage: string); override;`
	`function LakBathymetryUsed: Boolean;`
	`function TobIsSelected: Boolean;`
	`procedure DrawHeadObservations(const BitMap: TBitmap32; const ZoomBox: TQRbwZoomBox2); override;`
	`procedure UpdateMapping;`
	`function InitialWaterTableUsed(Sender: TObject): boolean; override;`
	`function ReservoirLayerUsed(Sender: TObject): boolean; override;`
	`function ReservoirPackageUsed(Sender: TObject): boolean; override;`
	`function LakePackageUsed(Sender: TObject): boolean; override;`
	`function UzfPackageUsed(Sender: TObject): boolean; override;`
	`function UzfUnsatVertKUsed(Sender: TObject): boolean; override;`
	`function UzfInitialInfiltrationUsed(Sender: TObject): boolean; override;`
	`function UzfResidualWaterContentUsed(Sender: TObject): boolean; override;`
	`procedure InvalidateMapping;`
	`procedure UpdateChildGrids;`
	`procedure UpdateDataSetConnections;`
	`function AddDataSet(const DataSet: TDataArray): Integer; override;`
	`function IsChildModelEdgeColRow(Col, Row, Layer: integer; out CModel: TBaseModel): boolean;`
	`function IsChildModelEdgeCell(Col, Row, Layer: integer; out CModel: TBaseModel): boolean;`
	`procedure AllowChildGridUpdates;`
	`procedure DisallowChildGridUpdates;`
	`procedure Assign(Source: TPersistent); override;`
	`procedure FixOldModel;`
	`procedure UpdateDisplayUseList(NewUseList: TStringList; ParamType: TParameterType; DataIndex: integer; const DisplayName: string); override;`
	`procedure InvalidateModflowBoundaries;`
	`function ModelLayerDataArrayUsed(Sender: TObject): boolean;`
	`function Mt3dMsInitialConcUsed(Sender: TObject): boolean;`
	`function ModDispDataArrayUsed(Sender: TObject): boolean;`
	`function Mt3dMsSorbImmobInitialConcUsed(Sender: TObject): boolean;`
	`function SubsidenceDataArrayUsed(Sender: TObject): boolean;`
	`procedure GetLayerGroupDataSets(LayerGroupsDataSets: TList);`
	`procedure LocateNearestLakeOrStream(TestScreenObject: TScreenObject; var NearestLake, NearestStream: TScreenObject; Tolerance: double = 0);`
	`procedure BeginScreenObjectUpdate;`
	`procedure EndScreenObjectUpdate;`
	`procedure ScreenObjectUnSelected;`
	`procedure ScreenObjectSelected;`
	`function IsCurrentScreenObject(ScreenObject: TScreenObject): boolean;`
	`function AddScreenObject(const AScreenObject: TScreenObject): integer; virtual;`
	`procedure ClearScreenObjects;`
	`constructor Create(AnOwner: TComponent); override;`
	`destructor Destroy; override;`
	`procedure DrawScreenObjects3D;`
	`procedure ExtractScreenObject(const AScreenObject: TScreenObject);`
	`procedure IncreaseScreenObjectCapacity(const Delta: integer);`
	`function IndexOfScreenObject(const AScreenObject: TScreenObject): integer;`
	`procedure InitializeTimes;`
	`procedure InsertScreenObject(const Index: integer; const AScreenObject: TScreenObject);`
	`procedure InvalidateSegments;`
	`function NumberOfLargestScreenObjectsStartingWith( const Root: string): integer;`
	`procedure RemoveScreenObject(const AScreenObject: TScreenObject);`
	`procedure RestoreColoredDataSets;`
	`function ScreenObjectClass: TScreenObjectClass;`
	`function GetTimeListByName(const AName: string): TCustomTimeList;`
	`procedure UpdateDataSets;`
	`procedure UpdateFrontTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`
	`procedure UpdateScreenObjects;`
	`procedure UpdateSideTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`
	`procedure UpdateThreeDTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`
	`procedure UpdateTimeLists;`
	`procedure UpdateTopTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`
	`function ZoomBox(VD: TViewDirection): TQrbwZoomBox2;`
	`procedure ScreenObjectsChanged(Sender: TObject);`
	`procedure RefreshScreenObjects(Sender: TObject);`
	`function GetCurrentScreenObject(VD: TViewDirection): TScreenObject;`
	`procedure Notify3DViewChanged;`
	`function ResetSelectedScreenObjects: boolean;`
	`function ConvertPoint(VD: TViewDirection; const RealPoint: TPoint2D): TPoint;`
	`procedure InvalidateMfSfrData(Sender: TObject);`
	`procedure InvalidateMfSfrSegmentReachAndIcalc(Sender: TObject);`
	`procedure InvalidateMfSfrReachLength(Sender: TObject);`
	`procedure InvalidateMfSfrIprior(Sender: TObject);`
	`procedure InvalidateMfSfrFlow(Sender: TObject);`
	`procedure InvalidateMfSfrRunoff(Sender: TObject);`
	`procedure InvalidateMfSfrPrecipitation(Sender: TObject);`
	`procedure InvalidateMfSfrEvapotranspiration(Sender: TObject);`
	`procedure InvalidateMfSfrChannelRoughness(Sender: TObject);`
	`procedure InvalidateMfSfrBankRoughness(Sender: TObject);`
	`procedure InvalidateMfSfrDepthCoefficient(Sender: TObject);`
	`procedure InvalidateMfSfrDepthExponent(Sender: TObject);`
	`procedure InvalidateMfSfrWidthCoefficient(Sender: TObject);`
	`procedure InvalidateMfSfrWidthExponent(Sender: TObject);`
	`procedure InvalidateMfSfrUpstreamDepth(Sender: TObject);`
	`procedure InvalidateMfSfrDownstreamDepth(Sender: TObject);`
	`procedure CreateArchive(const FileName: string; const ArchiveCommand: string = '');`
	`function DefaultHigherElevationFormula(ViewDirection: TViewDirection; EvalAt: TEvaluatedAt): string;`
	`function DefaultLowerElevationFormula(ViewDirection: TViewDirection; EvalAt: TEvaluatedAt): string;`
	`function DefaultElevationFormula(ViewDirection: TViewDirection; EvalAt: TEvaluatedAt): string;`
	`function ParameterDataSetUsed(Sender: TObject): boolean;`
	`function GetScreenObjectByName(AName: string): TScreenObject; override;`
	`procedure CopyScreenObjectsToClipboard;`
	`procedure PasteObjectsFromClipboard(List: TList);`
	`procedure UpdateModelMateProject;`
	`procedure ImportFromModelMateProject(Project: TProject);`
	`procedure RegisterGlobalVariables(Parser: TRbwParser);`
	`procedure ClearScreenObjectCollection;`
	`function FileVersionEqualOrEarlier(TestVersion: string): boolean;`
	`function CombinedColumnCount: integer;`
	`function CombinedRowCount: integer;`
	`function CombinedLayerCount: integer;`
	`procedure UpdateDataSetDimensions;`
	`function LgrUsed: boolean;`
	`function BcfIsSelected: Boolean;`
	`function ChdIsSelected: Boolean;`
	`function ChobIsSelected: Boolean;`
	`function De4IsSelected: Boolean;`
	`function DrnIsSelected: Boolean;`
	`function DrobIsSelected: Boolean;`
	`function DrtIsSelected: Boolean;`
	`function EtsIsSelected: Boolean;`
	`function EvtIsSelected: Boolean;`
	`function GbobIsSelected: Boolean;`
	`function GhbIsSelected: Boolean;`
	`function GmgIsSelected: Boolean;`
	`function HfbIsSelected: Boolean;`
	`function HobIsSelected: Boolean;`
	`function HufIsSelected: Boolean;`
	`function HydmodIsSelected: Boolean;`
	`function LakIsSelected: Boolean;`
	`function LpfIsSelected: Boolean;`
	`function Mnw2IsSelected: Boolean;`
	`function MODPATHIsSelected: Boolean;`
	`procedure ModpathHeadWarning;`
	`function Mt3dmsIsSelected: Boolean;`
	`function Mt3dmsSsmIsSelected: Boolean;`
	`function Mt3dmsTobIsSelected: Boolean;`
	`function PcgIsSelected: Boolean;`
	`function RchIsSelected: Boolean;`
	`function ResIsSelected: Boolean;`
	`function RivIsSelected: Boolean;`
	`function RvobIsSelected: Boolean;`
	`function SfrIsSelected: Boolean;`
	`function SipIsSelected: Boolean;`
	`function SubIsSelected: Boolean;`
	`function SwtIsSelected: Boolean;`
	`function UzfIsSelected: Boolean;`
	`function WelIsSelected: Boolean;`
	`function ZoneBudgetIsSelected: Boolean;`
	`function PackageIsSelected(APackage: TObject): Boolean;`
	`procedure ExportModflowLgrModel(const FileName: string; RunModel, ExportModpath, ExportZoneBudget, ShowWarning: boolean);`
	`procedure AdjustDataArray(ADataArray: TDataArray); override;`
	`function RchTimeVaryingLayers: boolean;`
	`function EvtTimeVaryingLayers: boolean;`
	`function EtsTimeVaryingLayers: boolean;`
	`procedure BeginGridChange; override;`
	`procedure EndGridChange; override;`
	`procedure BeginDataSetUpdate;`
	`procedure EndDataSetUpdate;`
	`procedure UpdateCombinedDisplayColumn;`
	`procedure UpdateCombinedDisplayRow;`
	`procedure UpdateCombinedDisplayLayer;`
	`function DispersionSelected: boolean;`
	`function AnyDispersionMultiDiffusion: boolean;`
	`function AllDispersionMultiDiffusion: boolean;`
	`function AnyMt3dSorbImmobConc: boolean;`
	`function AnyMt3dSorbParameter: boolean;`
	`function AnyMt3dReactions: Boolean;`
	`procedure UpdateMt3dmsChemDataSets; override;`
	`function Mt3dMsFirstSorbParamUsed(Sender: TObject): boolean;`
	`function Mt3dMsSecondSorbParamUsed(Sender: TObject): boolean;`
	`function Mt3dmsReactionRateDisolvedUsed(Sender: TObject): boolean;`
	`function Mt3dmsReactionRateSorbedUsed(Sender: TObject): boolean;`
	`function CombinedLayerSimulated(ALayer: Integer): boolean;`

Properties

	`property ImportingModel: boolean read FImportingModel write FImportingModel;`
	`property SelectedScreenObjectCount: Integer read FSelectedScreenObjectCount;`
	`property OnScreenObjectSelected: TNotifyEvent read FOnScreenObjectSelected write FOnScreenObjectSelected;`
	`property OnScreenObjectUnSelected: TNotifyEvent read FOnScreenObjectUnSelected write FOnScreenObjectUnSelected;`
	`property OnCheckScreenObject: TCheckScreenObjectEvent read FOnCheckScreenObject write FOnCheckScreenObject;`
	`property GridColorParameters: TColorParameters read FGridColors;`
	`property ContourColorParameters: TColorParameters read FContourColors;`
	`property FileVersion: string read FFileVersion;`
	`property FluxBoundaryChemistryGroup: TTimeListGroup read FFluxBoundaryChemistryGroup;`
	`property FluxBoundaryFluxGroup: TTimeListGroup read FFluxBoundaryFluxGroup;`
	`property FrontBoundaryType: TDataArray read FFrontBoundaryType;`
	`property FrontFluxBoundaryChemistry: TPhastTimeList read FFrontFluxBoundaryChemistry;`
	`property FrontFluxBoundaryFlux: TPhastTimeList read FFrontFluxBoundaryFlux;`
	`property FrontLeakyAssociatedSolution: TPhastTimeList read FFrontLeakyAssociatedSolution;`
	`property FrontLeakyHead: TPhastTimeList read FFrontLeakyHead;`
	`property LeakyAssociatedSolutionGroup: TTimeListGroup read FLeakyAssociatedSolutionGroup;`
	`property LeakyHeadGroup: TTimeListGroup read FLeakyHeadGroup;`
	`property ModelTimes: TRealList read FModelTimes;`
	`property OwnsScreenObjects: boolean read GetOwnsScreenObjects write SetOwnsScreenObjects;`
	`property RiverAssociatedSolution: TPhastTimeList read FRiverAssociatedSolution;`
	`property RiverAssociatedSolutionGroup: TTimeListGroup read FRiverAssociatedSolutionGroup;`
	`property RiverHead: TPhastTimeList read FRiverHead;`
	`property RiverHeadGroup: TTimeListGroup read FRiverHeadGroup;`
	`property SideBoundaryType: TDataArray read FSideBoundaryType;`
	`property SideFluxBoundaryChemistry: TPhastTimeList read FSideFluxBoundaryChemistry;`
	`property SideFluxBoundaryFlux: TPhastTimeList read FSideFluxBoundaryFlux;`
	`property SideLeakyAssociatedSolution: TPhastTimeList read FSideLeakyAssociatedSolution;`
	`property SideLeakyHead: TPhastTimeList read FSideLeakyHead;`
	`property SpecifiedHeadAssociatedSolution: TPhastTimeList read FSpecifiedHeadAssociatedSolution;`
	`property SpecifiedHeadGroup: TTimeListGroup read FSpecifiedHeadGroup;`
	`property SpecifiedHeadHead: TPhastTimeList read FSpecifiedHeadHead;`
	`property SpecifiedHeadSolutionGroup: TTimeListGroup read FSpecifiedHeadSolutionGroup;`
	`property SpecifiedSolution: TPhastTimeList read FSpecifiedSolution;`
	`property Top2DBoundaryType: TDataArray read FTop2DBoundaryType;`
	`property TopBoundaryType: TDataArray read FTopBoundaryType;`
	`property TopFluxBoundaryChemistry: TPhastTimeList read FTopFluxBoundaryChemistry;`
	`property TopFluxBoundaryFlux: TPhastTimeList read FTopFluxBoundaryFlux;`
	`property TopLeakyAssociatedSolution: TPhastTimeList read FTopLeakyAssociatedSolution;`
	`property TopLeakyHead: TPhastTimeList read FTopLeakyHead;`
	`property WellInjectionOrPumpingRate: TPhastTimeList read FWellInjectionOrPumpingRate;`
	`property WellPumpingRateGroup: TTimeListGroup read FWellPumpingRateGroup;`
	`property WellSolution: TPhastTimeList read FWellSolution;`
	`property WellSolutionGroup: TTimeListGroup read FWellSolutionGroup;`
	`property OnGetZoomBox: TGetZoomBoxEvent read FOnGetZoomBox write FOnGetZoomBox;`
	`property OnScreenObjectsChanged: TNotifyEvent read FOnScreenObjectsChanged write FOnScreenObjectsChanged;`
	`property OnRefreshScreenObjects: TNotifyEvent read FOnRefreshScreenObjects write FOnRefreshScreenObjects;`
	`property OnGetCurrentScreenObject : TGetCurrentScreenObjectEvent read FOnGetCurrentScreenObject write FOnGetCurrentScreenObject;`
	`property On3DViewChanged: TNotifyEvent read FOn3DViewChanged write FOn3DViewChanged;`
	`property OnConvertPoint: TConvertPointEvent read FOnConvertPoint write FOnConvertPoint;`
	`property ArchiveName: string read GetArchiveName write SetArchiveName;`
	`property ModelMateProject: TProject read FModelMateProject write SetModelMateProject;`
	`property FormulaManager: TFormulaManager read GetFormulaManager;`
	`property ColorLegend: TLegend read FColorLegend;`
	`property ContourLegend: TLegend read FContourLegend;`
	`property NeedToRecalculateTopCellColors: boolean read GetNeedToRecalculateTopCellColors write SetNeedToRecalculateTopCellColors;`
	`property NeedToRecalculateFrontCellColors: boolean read GetNeedToRecalculateFrontCellColors write SetNeedToRecalculateFrontCellColors;`
	`property NeedToRecalculateSideCellColors: boolean read GetNeedToRecalculateSideCellColors write SetNeedToRecalculateSideCellColors;`
	`property DataSetUpdateCount: integer read FDataSetUpdateCount;`
	`property FlowOnly: boolean write SetFlowOnly stored False;`
	`property FluidProperties: TFluidProperties read FFluidProperties write FFluidProperties stored False;`
	`property FrontHeight: integer write SetFrontHeight stored False;`
	`property FrontX: double write SetFrontX stored False;`
	`property FrontY: double write SetFrontY stored False;`
	`property Height: integer write SetHeight stored False;`
	`property Left: integer write SetLeft stored False;`
	`property MagnificationFront: double write SetMagnificationFront stored False;`
	`property MagnificationSide: double write SetMagnificationSide stored False;`
	`property MagnificationTop: double write SetMagnificationTop stored False;`
	`property SideWidth: integer write SetSideWidth stored False;`
	`property SideX: double write SetSideX stored False;`
	`property SideY: double write SetSideY stored False;`
	`property Top: integer write SetTop stored False;`
	`property TopViewHeight: integer write SetTopViewHeight stored False;`
	`property TopViewWidth: integer write SetTopViewWidth stored False;`
	`property TopX: double write SetTopX stored False;`
	`property TopY: double write SetTopY stored False;`
	`property Width: integer write SetWidth stored False;`
	`property WindowState: TWindowState write SetWindowState stored False;`
	`property Diffusivity: double read FDiffusivity write SetDiffusivity;`
	`property GridOptions: TGridOptions read FGridOptions write FGridOptions;`
	`property PrintFrequency: TPrintFrequencyCollection read FPrintFrequency write SetPrintFrequency;`
	`property PrintInitial: TPrintInitial read FPrintInitial write FPrintInitial;`
	`property SolutionOptions: TSolutionOptions read FSolutionOptions write FSolutionOptions;`
	`property SteadyFlowOptions: TSteadyFlowOptions read FSteadyFlowOptions write FSteadyFlowOptions;`
	`property Times: TTimeCollection read FTimes write SetTimes;`
	`property Title: TStrings read FTitle write SetTitle stored True;`
	`property Units: TUnits read FUnits write SetUnits;`
	`property Bitmaps: TCompressedBitmapCollection read FBitmaps write SetBitmaps;`
	`property Exaggeration: double read GetExaggeration write SetExaggeration;`
	`property ObjectList: TScreenObjectCollection read GetScreenObjectCollection write SetScreenObjectCollection;`
	`property Version: string read GetVersion write SetVersion;`
	`property GuiSettings: TGuiSettings read FGuiSettings write FGuiSettings;`
	`property ModelMateProjectFileName: string read FModelMateProjectFileName write SetModelMateProjectFileName;`
	`property DisplaySettings: TDisplaySettingsCollection read FDisplaySettings write SetDisplaySettings;`
	`property ChildModels: TChildModelCollection read GetChildModels write SetChildModels stored StoreChildModels;`
	`property SaveDataSetValues: TSaveDataSetValues read FSaveDataSetValues write FSaveDataSetValues default sdsvAlways;`
	`property ModflowSteadyParameters;`
	`property ModelSelection;`
	`property LayerStructure;`
	`property ModflowStressPeriods;`
	`property SoluteTransport;`
	`property UseWaterTable;`
	`property FreeSurface;`
	`property ChemistryOptions;`
	`property HufParameters;`
	`property ObservationPurpose;`
	`property ModflowTransientParameters;`
	`property ModflowOutputControl;`
	`property Mt3dmsOutputControl;`
	`property Mt3dmsTimes;`
	`property DataSetList;`
	`property CombinedDisplayColumn: integer read GetCombinedDisplayColumn write SetCombinedDisplayColumn;`
	`property CombinedDisplayRow: integer read GetCombinedDisplayRow write SetCombinedDisplayRow;`
	`property CombinedDisplayLayer: integer read GetCombinedDisplayLayer write SetCombinedDisplayLayer;`
	`property SaveBfhBoundaryConditions;`
	`property ContourFont;`
	`property ShowContourLabels;`
	`property SfrStreamLinkPlot;`
	`property SutraLayerStructure: TSutraLayerStructure read GetSutraLayerStructure write SetSutraLayerStructure stored False ;`
	`property SutraTimeOptions: TSutraTimeOptions read FSutraTimeOptions write SetSutraTimeOptions stored False ;`
	`property ColorSchemes: TUserDefinedColorSchemeCollection read FColorSchemes write SetColorSchemes;`
	`property FishnetMeshGenerator: TFishnetMeshGenerator read FFishnetMeshGenerator write SetFishnetMeshGenerator stored False ;`

Description

Fields

	`FObservationPurpose: TObservationPurpose;`

	`FCachedScreenObjectIndex: integer;`

	`FBitmaps: TCompressedBitmapCollection;`
See Bitmaps.

	`FChemistryOptions: TChemistryOptions;`
See ChemistryOptions.

	`FDiffusivity: double;`
See Diffusivity.

	`FDiffusivitySet: boolean;`
Values of zero are never stored for real-number properties in Delphi. `FDiffusivitySet` is used to get around this limitation so that if a value of zero for Diffusivity is specified by the user, it can be recovered correctly when reading the file.

	`FFileVersion: string;`
See FileVersion.

	`FFluidProperties: TFluidProperties;`
See FluidProperties.

	`FFluxBoundaryChemistryGroup: TTimeListGroup;`
See FluxBoundaryChemistryGroup.

	`FFluxBoundaryFluxGroup: TTimeListGroup;`
See FluxBoundaryChemistryGroup.

	`FFreeSurface: boolean;`
See FreeSurface.

	`FFrontBoundaryType: TDataArray;`
See FrontBoundaryType.

	`FFrontFluxBoundaryChemistry: TPhastTimeList;`
See FrontFluxBoundaryChemistry.

	`FFrontFluxBoundaryFlux: TPhastTimeList;`
See FrontFluxBoundaryFlux.

	`FFrontLeakyAssociatedSolution: TPhastTimeList;`
See FrontLeakyAssociatedSolution.

	`FFrontLeakyHead: TPhastTimeList;`
See FrontLeakyHead.

	`FGridOptions: TGridOptions;`
See GridOptions.

	`FLeakyAssociatedSolutionGroup: TTimeListGroup;`
See LeakyAssociatedSolutionGroup.

	`FLeakyHeadGroup: TTimeListGroup;`
See LeakyHeadGroup.

	`FModelTimes: TRealList;`
See ModelTimes.

	`FPrintFrequency: TPrintFrequencyCollection;`
See PrintFrequency.

	`FPrintInitial: TPrintInitial;`
See PrintInitial.

	`FRiverAssociatedSolution: TPhastTimeList;`
See RiverAssociatedSolution.

	`FRiverAssociatedSolutionGroup: TTimeListGroup;`
See RiverAssociatedSolutionGroup.

	`FRiverHead: TPhastTimeList;`
See RiverHead.

	`FRiverHeadGroup: TTimeListGroup;`
See RiverHeadGroup.

	`FScreenObjectCollection: TScreenObjectCollection;`
`FScreenObjectCollection` is used to store or read TScreenObjects. However, most handling of read TScreenObjects in the program is via FScreenObjectList rather than `FScreenObjectCollection`. See FScreenObjectList.

	`FScreenObjectList: TList;`
`FScreenObjectList` holds the TScreenObjects in the model. Nearly all access to TScreenObjects is through `FScreenObjectList`. However, see FScreenObjectCollection. `FScreenObjectList` is actually as TObjectList.

	`FSideBoundaryType: TDataArray;`
See SideBoundaryType.

	`FSideFluxBoundaryChemistry: TPhastTimeList;`
See SideFluxBoundaryChemistry.

	`FSideFluxBoundaryFlux: TPhastTimeList;`
See SideFluxBoundaryFlux.

	`FSideLeakyAssociatedSolution: TPhastTimeList;`
See SideLeakyAssociatedSolution.

	`FSideLeakyHead: TPhastTimeList;`
See SideLeakyHead.

	`FSoluteTransport: boolean;`
See SoluteTransport.

	`FSolutionOptions: TSolutionOptions;`
See SolutionOptions.

	`FSomeSegmentsUpToDate: boolean;`
See SomeSegmentsUpToDate.

	`FSpecifiedHeadAssociatedSolution: TPhastTimeList;`
See SpecifiedHeadAssociatedSolution.

	`FSpecifiedHeadGroup: TTimeListGroup;`
See SpecifiedHeadGroup.

	`FSpecifiedHeadHead: TPhastTimeList;`
See SpecifiedHeadHead.

	`FSpecifiedHeadSolutionGroup: TTimeListGroup;`
See SpecifiedHeadSolutionGroup.

	`FSpecifiedSolution: TPhastTimeList;`
See SpecifiedSolution.

	`FSteadyFlowOptions: TSteadyFlowOptions;`
See SteadyFlowOptions.

	`FTimes: TTimeCollection;`
See Times.

	`FTitle: TStrings;`
See Title.

	`FTop2DBoundaryType: TDataArray;`
See Top2DBoundaryType.

	`FTopBoundaryType: TDataArray;`
See TopBoundaryType.

	`FTopFluxBoundaryChemistry: TPhastTimeList;`
See TopFluxBoundaryChemistry.

	`FTopFluxBoundaryFlux: TPhastTimeList;`
See TopFluxBoundaryFlux.

	`FTopLeakyAssociatedSolution: TPhastTimeList;`
See TopLeakyAssociatedSolution.

	`FTopLeakyHead: TPhastTimeList;`
See TopLeakyHead.

	`FUnits: TUnits;`
See Units.

	`FUseWaterTable: boolean;`
See UseWaterTable.

	`FWellInjectionOrPumpingRate: TPhastTimeList;`
See WellInjectionOrPumpingRate.

	`FWellPumpingRateGroup: TTimeListGroup;`
See WellPumpingRateGroup.

	`FWellSolution: TPhastTimeList;`
See WellSolution.

	`FWellSolutionGroup: TTimeListGroup;`
See WellSolutionGroup.

	`FLayerStructure: TLayerStructure;`

	`FGuiSettings: TGuiSettings;`

	`FModflowStressPeriods: TModflowStressPeriods;`

	`FModflowOutputControl: TModflowOutputControl;`

	`FModflowSteadyParameters: TModflowSteadyParameters;`

	`FModflowTransientParameters: TModflowTransientListParameters;`

	`FOnGetZoomBox: TGetZoomBoxEvent;`

	`FOnScreenObjectsChanged: TNotifyEvent;`

	`FOnGetCurrentScreenObject: TGetCurrentScreenObjectEvent;`

	`FOnConvertPoint: TConvertPointEvent;`

	`FOnScreenObjectSelected: TNotifyEvent;`

	`FOnCheckScreenObject: TCheckScreenObjectEvent;`

	`FOn3DViewChanged: TNotifyEvent;`

	`FOnRefreshScreenObjects: TNotifyEvent;`

	`FProgramLocations: TProgramLocations;`

	`FModflowFullStressPeriods: TModflowStressPeriods;`

	`FOnScreenObjectUnSelected: TNotifyEvent;`

	`FSelectedScreenObjectCount: Integer;`
See SelectedScreenObjectCount.

	`FScreenObjectUpdateCount: Integer;`

	`FArchiveName: string;`

	`FSortedObjectList: TLookUpList;`

	`FGridColors: TColorParameters;`

	`FContourColors: TColorParameters;`

	`FModelMateProjectFileName: string;`

	`FModelMateProject: TProject;`

	`FFormulaManager: TFormulaManager;`

	`FHufParameters: THufModflowParameters;`

	`FColorLegend: TLegend;`

	`FContourLegend: TLegend;`

	`FDisplaySettings: TDisplaySettingsCollection;`

	`FChildModels: TChildModelCollection;`

	`FImportingModel: boolean;`

	`FSelectedModel: TCustomModel;`

	`FColumnMapping: TMappingArray;`

	`FRowMapping: TMappingArray;`

	`FLayerMapping: TMappingArray;`

	`FCombinedDisplayColumn: integer;`

	`FCombinedDisplayLayer: integer;`

	`FCombinedDisplayRow: integer;`

	`FSaveDataSetValues: TSaveDataSetValues;`

	`FChildGridUpdateCount: Integer;`

	`FDataSetUpdateCount: Integer;`

	`FSaveBfhBoundaryConditions: Boolean;`

	`FContourFont: TFont;`

	`FShowContourLabels: Boolean;`

	`FSfrStreamLinkPlot: TSfrStreamLinkPlot;`

	`FMt3dmsOutputControl: TMt3dmsOutputControl;`

	`FMt3dmsTimes: TMt3dmsTimeCollection;`

	`FImmobileComponents: TChemSpeciesCollection;`

	`FMobileComponents: TMobileChemSpeciesCollection;`

	`FSutraLayerStructure: TSutraLayerStructure;`

	`FSutraTimeOptions: TSutraTimeOptions;`

	`FColorSchemes: TUserDefinedColorSchemeCollection;`

	`FFishnetMeshGenerator: TFishnetMeshGenerator;`

Methods

	`function GetExaggeration: double;`
FSutraOutputControl: TSutraOutputControl; See Exaggeration.

	`function GetOwnsScreenObjects: boolean;`
See OwnsScreenObjects.

	`function GetScreenObjectCollection: TScreenObjectCollection;`
See ObjectList.

	`function GetVersion: string;`
See Version.

	`procedure InitializePhastBoundaries;`
`InitializePhastBoundaries` initializes all the TPhastTimeLists in TimeLists.

	`procedure RecordTimeControl;`
`RecordTimeControl` adds all the TTimeItem.EndingTimes in Times to ModelTimes. `RecordTimeControl` is only used in PHAST models;

	`procedure SetBitmaps(const Value: TCompressedBitmapCollection);`
See Bitmaps.

	`procedure SetDiffusivity(const Value: double);`
See Diffusivity.

	`procedure SetExaggeration(Value: double);`
See Exaggeration.

	`procedure SetFlowOnly(const Value: boolean);`
See FlowOnly.

	`procedure SetFrontHeight(Value : integer);`
See FrontHeight.

	`procedure SetFrontX(const Value: double);`
See FrontX.

	`procedure SetFrontY(const Value: double);`
See FrontY.

	`procedure SetHeight(const Value: integer);`
See Height.

	`procedure SetLeft(const Value: integer);`
See Left.

	`procedure SetMagnificationFront(Value: double);`
See MagnificationFront.

	`procedure SetMagnificationSide(Value: double);`
See MagnificationSide.

	`procedure SetMagnificationTop(Value: double);`
See MagnificationTop.

	`procedure SetOwnsScreenObjects(const Value: boolean);`
See OwnsScreenObjects.

	`procedure SetPrintFrequency(const Value: TPrintFrequencyCollection);`
See PrintFrequency.

	`procedure SetScreenObjectCollection( const Value: TScreenObjectCollection);`
See ObjectList.

	`procedure SetSideWidth(const Value: integer);`
See MagnificationTop.

	`procedure SetSideX(const Value: double);`
See SideX.

	`procedure SetSideY(const Value: double);`
See SideY.

	`procedure SetTimes(const Value: TTimeCollection);`
See Times.

	`procedure SetTitle(const Value: TStrings);`
See Title.

	`procedure SetTop(const Value: integer);`
See Top.

	`procedure SetTopViewHeight(const Value: integer);`
See TopViewHeight.

	`procedure SetTopViewWidth(const Value: integer);`
See TopViewWidth.

	`procedure SetTopX(const Value: double);`
See TopX.

	`procedure SetTopY(const Value: double);`
See TopY.

	`procedure SetVersion(const Value: string);`
See Version.

	`procedure SetWidth(const Value: integer);`
See Width.

	`procedure SetWindowState(const Value: TWindowState);`
See WindowState.

	`procedure SetUnits(const Value: TUnits);`
See Units;

	`procedure UpdateDrainReturnObjects;`

	`procedure CreatePhastTimeLists;`

	`procedure CreatePhastTimeListGroups;`

	`procedure UpdateUseList(DataIndex: integer; NewUseList: TStringList; Item: TCustomModflowBoundaryItem);`

	`function DefaultArchiveName: string;`

	`function GetArchiveName: string;`

	`procedure SetArchiveName(const Value: string);`

	`procedure GetUnitID(var UnitID: Integer);`

	`procedure NotifyGridColorsChanged(Sender: TObject);`

	`procedure SetModelMateProjectFileName(const Value: string);`

	`procedure SetModelMateProject(const Value: TProject);`

	`procedure UpdateModelMateParameter(ParameterList: TStringList; ModelMuseParam: TModflowParameter; Project: TProject; Operation: TModelMateOperation);`

	`procedure UpdateModelMateFluxObservation(ObservationList: TStringList; ModelMuseFluxObsGroup: TFluxObservationGroup; Project: TProject; Operation: TModelMateOperation);`

	`procedure UpdateModelMateHeadObservation(ObservationList: TStringList; const OBSNAM: string; ModelMuseHeadObs: THobItem; Project: TProject; Operation: TModelMateOperation; Method: TMultiObsMethod);`

	`procedure HandleModelMateParameters(Operation: TModelMateOperation; ParameterList: TStringList; Project: TProject);`

	`procedure HandleModelMateObservations(Operation: TModelMateOperation; ObservationList: TStringList; Project: TProject);`

	`procedure EnsureModelMateObsGroup(Project: TProject; GroupName: string; PlotSymbol: integer);`

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

	`procedure CreateInitialDataSetsForPhastTimeLists;`

	`procedure SetDisplaySettings(const Value: TDisplaySettingsCollection);`

	`procedure SetChildModels(const Value: TChildModelCollection);`

	`function StoreChildModels: Boolean;`

	`function GetChildModels: TChildModelCollection;`

	`function MaxChildColumnsPerColumn(ColIndex: Integer): integer;`

	`function MaxChildRowsPerRow(RowIndex: Integer): integer;`

	`function MaxChildLayersPerLayer(LayerIndex: Integer): integer;`

	`function CombinedCount(ViewDirection: TViewDirection): integer;`

	`function DirectionCount(ViewDirection: TViewDirection): integer;`

	`function MaxChildDisPerParentDis(ViewDirection: TViewDirection; Position: integer): integer;`

	`procedure UpdateAMapping(var AMapping: TMappingArray; ViewDirection: TViewDirection);`

	`procedure SetCombinedDisplayColumn(const Value: integer);`

	`procedure SetCombinedDisplayLayer(const Value: integer);`

	`procedure SetCombinedDisplayRow(const Value: integer);`

	`procedure SetSomeSegmentsUpToDate(const Value: boolean); override;`

	`function GetSomeSegmentsUpToDate: boolean; override;`

	`function GetNeedToRecalculateFrontCellColors: boolean;`

	`function GetNeedToRecalculateSideCellColors: boolean;`

	`function GetNeedToRecalculateTopCellColors: boolean;`

	`procedure SetNeedToRecalculateFrontCellColors(const Value: boolean);`

	`procedure SetNeedToRecalculateSideCellColors(const Value: boolean);`

	`procedure SetNeedToRecalculateTopCellColors(const Value: boolean);`

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

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

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

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

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

	`function ChemistryUsed(Sender: TObject): boolean; override;`

	`function InitialHeadUsed(Sender: TObject): boolean; override;`

	`function EquilibriumPhasesUsed(Sender: TObject): boolean; override;`

	`function SurfacesUsed(Sender: TObject): boolean; override;`

	`function ExchangeUsed(Sender: TObject): boolean; override;`

	`function GasPhaseUsed(Sender: TObject): boolean; override;`

	`function SolidSolutionUsed(Sender: TObject): boolean; override;`

	`function KineticsUsed(Sender: TObject): boolean; override;`

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

	`function WettingActive: boolean; override;`

	`procedure InternalExportModflowLgrFile(const FileName: string);`

	`function GetCombinedDisplayColumn: integer;`

	`function GetCombinedDisplayLayer: integer;`

	`function GetCombinedDisplayRow: integer;`

	`function UpwIsSelected: Boolean;`

	`function SsmIsSelected: Boolean;`

	`function GetSutraLayerStructure: TSutraLayerStructure;`

	`procedure SetSutraLayerStructure(const Value: TSutraLayerStructure);`

	`procedure RenameOldVerticalLeakance; override;`

	`procedure SetSutraTimeOptions(const Value: TSutraTimeOptions);`

	`procedure SetColorSchemes(const Value: TUserDefinedColorSchemeCollection);`

	`procedure SetFishnetMeshGenerator(const Value: TFishnetMeshGenerator);`

	`function GetSfrStreamLinkPlot: TSfrStreamLinkPlot; override;`
procedure SetSutraOutputControl(const Value: TSutraOutputControl);

	`procedure SetSfrStreamLinkPlot(const Value: TSfrStreamLinkPlot); override;`

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

	`function GetFormulaManager: TFormulaManager; override;`

	`function GetLayerStructure: TLayerStructure; override;`

	`procedure SetLayerStructure(const Value: TLayerStructure); override;`

	`function GetModflowStressPeriods: TModflowStressPeriods; override;`

	`function GetSoluteTransport: boolean; override;`

	`function GetFreeSurface: boolean; override;`

	`function GetUseWaterTable: boolean; override;`

	`function GetChemistryOptions: TChemistryOptions; override;`

	`procedure SetChemistryOptions(const Value: TChemistryOptions); override;`

	`function GetHufParameters: THufModflowParameters; override;`

	`function GetModflowFullStressPeriods: TModflowStressPeriods; override;`

	`function GetModflowOutputControl: TModflowOutputControl; override;`

	`function GetProgramLocations: TProgramLocations; override;`

	`function GetObservationPurpose: TObservationPurpose; override;`

	`procedure SetObservationPurpose(const Value: TObservationPurpose); override;`

	`procedure SetHufParameters(const Value: THufModflowParameters); override;`

	`procedure SetModflowStressPeriods(const Value: TModflowStressPeriods); override;`
procedure SetModflowOptions(const Value: TModflowOptions);override;

	`procedure SetModflowOutputControl(const Value: TModflowOutputControl); override;`

	`procedure SetModflowTransientParameters( const Value: TModflowTransientListParameters); override;`

	`procedure SetProgramLocations(const Value: TProgramLocations); override;`

	`procedure SetUseWaterTable(const Value: boolean); override;`
See UseWaterTable.

	`procedure SetSoluteTransport(const Value: boolean); override;`
See SoluteTransport.

	`procedure SetFreeSurface(const Value: boolean); override;`
See FreeSurface.

	`function GetModflowTransientParameters: TModflowTransientListParameters; override;`

	`function GetModelSelection: TModelSelection; override;`

	`function GetModflowSteadyParameters: TModflowSteadyParameters; override;`

	`procedure SetModflowSteadyParameters(const Value: TModflowSteadyParameters); override;`

	`function GetScreenObjectCount: integer; override;`
procedure SetModelSelection(const Value: TModelSelection);override; See ScreenObjectCount.

	`function GetScreenObjects(const Index: integer): TScreenObject; override;`
See ScreenObjects.

	`procedure ClearViewedItems; override;`
`ClearViewedItems` causes the grid to not be colored by any TDataArray.

	`procedure SetUpToDate(const Value: boolean); override;`

	`procedure Loaded; override;`
`Loaded` is used to fix up the model after `Loaded` is loaded from a file.

	`procedure InternalClear; override;`
`InternalClear` restores the model to its initial state. It gets rid of all TDataArrays and TScreenObjects. It initializes Diffusivity and SolutionOptions.

	`function GetSelectedModel: TCustomModel; override;`

	`procedure SetSelectedModel(const Value: TCustomModel); override;`

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

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

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

	`function GetDisplayName: string; override;`

	`function GetSaveBfhBoundaryConditions: boolean; override;`

	`procedure SetSaveBfhBoundaryConditions(const Value: boolean); override;`

	`procedure InitializeGages; override;`

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

	`procedure FreeSfrWriter; override;`

	`procedure SetContourFont(const Value: TFont) ; override;`

	`procedure SetShowContourLabels(const Value: boolean); override;`

	`function GetContourFont: TFont; override;`

	`function GetShowContourLabels: boolean; override;`

	`procedure SetMt3dmsOutputControl(const Value: TMt3dmsOutputControl); override;`

	`function GetMt3dmsOutputControl: TMt3dmsOutputControl; override;`

	`function GetMt3dmsTimes: TMt3dmsTimeCollection; override;`

	`procedure SetMt3dmsTimes(const Value: TMt3dmsTimeCollection); override;`

	`function GetImmobileComponents: TChemSpeciesCollection; override;`

	`function GetMobileComponents: TMobileChemSpeciesCollection; override;`

	`procedure SetImmobileComponents(const Value: TChemSpeciesCollection); override;`

	`procedure SetMobileComponents(const Value: TMobileChemSpeciesCollection); override;`

	`procedure SetModelSelection(const Value: TModelSelection); override;`

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

	`function LakBathymetryUsed: Boolean;`

	`function TobIsSelected: Boolean;`

	`procedure DrawHeadObservations(const BitMap: TBitmap32; const ZoomBox: TQRbwZoomBox2); override;`
procedure RenameDataArray(DataArray: TDataArray; const NewName: string);

	`procedure UpdateMapping;`
procedure DrawSfrStreamLinkages(const BitMap: TBitmap32; const ZoomBox: TQRbwZoomBox2); Update relationships of parent grid with child grids.

	`function InitialWaterTableUsed(Sender: TObject): boolean; override;`

	`function ReservoirLayerUsed(Sender: TObject): boolean; override;`

	`function ReservoirPackageUsed(Sender: TObject): boolean; override;`

	`function LakePackageUsed(Sender: TObject): boolean; override;`

	`function UzfPackageUsed(Sender: TObject): boolean; override;`

	`function UzfUnsatVertKUsed(Sender: TObject): boolean; override;`

	`function UzfInitialInfiltrationUsed(Sender: TObject): boolean; override;`

	`function UzfResidualWaterContentUsed(Sender: TObject): boolean; override;`

	`procedure InvalidateMapping;`

	`procedure UpdateChildGrids;`

	`procedure UpdateDataSetConnections;`

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

	`function IsChildModelEdgeColRow(Col, Row, Layer: integer; out CModel: TBaseModel): boolean;`

	`function IsChildModelEdgeCell(Col, Row, Layer: integer; out CModel: TBaseModel): boolean;`

	`procedure AllowChildGridUpdates;`

	`procedure DisallowChildGridUpdates;`

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

	`procedure FixOldModel;`
`FixOldModel` updates and invalidates data sets that may have been calculated incorrectly in previous versions of ModelMuse.

	`procedure UpdateDisplayUseList(NewUseList: TStringList; ParamType: TParameterType; DataIndex: integer; const DisplayName: string); override;`
`UpdateDisplayUseList` is used when determining what data sets or global variables are used when evaluating the formula for a MODFLOW boundary condition. The names of all the TDataArrays and global variables are added to NewUseList.

	`procedure InvalidateModflowBoundaries;`
`InvalidateModflowBoundaries` invalidates all the TModflowBoundaryDisplayTimeLists.

	`function ModelLayerDataArrayUsed(Sender: TObject): boolean;`
`ModelLayerDataArrayUsed` is the event handler for TDataArray.OnDataSetUsed in MODFLOW models for TDataArrays that define the top of the model and the bottom of TLayerGroups.

	`function Mt3dMsInitialConcUsed(Sender: TObject): boolean;`

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

	`function Mt3dMsSorbImmobInitialConcUsed(Sender: TObject): boolean;`

	`function SubsidenceDataArrayUsed(Sender: TObject): boolean;`
`SubsidenceDataArrayUsed` is the event handler for TDataArray.OnDataSetUsed in MODFLOW models for TDataArrays related to the SUB and SWT packages.

	`procedure GetLayerGroupDataSets(LayerGroupsDataSets: TList);`
`GetLayerGroupDataSets` fills LayerGroupsDataSets with the TDataArrays used by LayerStructure.

	`procedure LocateNearestLakeOrStream(TestScreenObject: TScreenObject; var NearestLake, NearestStream: TScreenObject; Tolerance: double = 0);`
`LocateNearestLakeOrStream` finds the TScreenObject that is closest to the last point in TestScreenObject.

	`procedure BeginScreenObjectUpdate;`
`BeginScreenObjectUpdate` increments FScreenObjectUpdateCount. While FScreenObjectUpdateCount is greater than zero the OnScreenObjectsChanged event is not called.

	`procedure EndScreenObjectUpdate;`
`EndScreenObjectUpdate` decrements FScreenObjectUpdateCount and calls ScreenObjectsChanged. While FScreenObjectUpdateCount is greater than zero the OnScreenObjectsChanged event is not called.

	`procedure ScreenObjectUnSelected;`
`ScreenObjectUnSelected` is called by TScreenObjects when they become unselected. `ScreenObjectUnSelected` decrements FSelectedScreenObjectCount and calls OnScreenObjectUnSelected.

	`procedure ScreenObjectSelected;`
`ScreenObjectSelected` increments FSelectedScreenObjectCount and then, if assigned, `ScreenObjectSelected` calls ScreenObjectSelected.

	`function IsCurrentScreenObject(ScreenObject: TScreenObject): boolean;`
If assigned, `IsCurrentScreenObject` calls OnCheckScreenObject.

	`function AddScreenObject(const AScreenObject: TScreenObject): integer; virtual;`
`AddScreenObject` adds AScreenObject to FScreenObjectList.

	`procedure ClearScreenObjects;`
`ClearScreenObjects` removes all TScreenObjects in FScreenObjectList. This will destroy them unless OwnsScreenObjects is set to False first.

	`constructor Create(AnOwner: TComponent); override;`
`Create` creates an instance of `TPhastModel`.

	`destructor Destroy; override;`
`Destroy` destroys the current instance of `TPhastModel`. Do not call `Destroy` directly. Call Free instead.

	`procedure DrawScreenObjects3D;`
`DrawScreenObjects3D` draws the 3D views of the TScreenObjects.

	`procedure ExtractScreenObject(const AScreenObject: TScreenObject);`
`ExtractScreenObject` removes AScreenObject from ScreenObjects without freeing it.

	`procedure IncreaseScreenObjectCapacity(const Delta: integer);`
`IncreaseScreenObjectCapacity` increases the number of TScreenObjects that can be held in ScreenObjects by the amount Delta. If Delta is less than or equal to zero, `IncreaseScreenObjectCapacity` does nothing.

	`function IndexOfScreenObject(const AScreenObject: TScreenObject): integer;`
`IndexOfScreenObject` returns the position of AScreenObject in ScreenObjects. If AScreenObject is not in / ScreenObjects, `IndexOfScreenObject` returns -1.

	`procedure InitializeTimes;`
`InitializeTimes` sets all the times in the model in ModelTimes. `InitializeTimes` calls InitializePhastBoundaries and RecordTimeControl to do this.

	`procedure InsertScreenObject(const Index: integer; const AScreenObject: TScreenObject);`
`InsertScreenObject` inserts AScreenObject into ScreenObjects at the position specified by Index.

	`procedure InvalidateSegments;`
Calling `InvalidateSegments` ensures that TScreenObject.Segments.UpToDate is `False` for every TScreenObject. `InvalidateSegments` only does something if SomeSegmentsUpToDate is `True`.

	`function NumberOfLargestScreenObjectsStartingWith( const Root: string): integer;`
`NumberOfLargestScreenObjectsStartingWith` checks all TScreenObject starting with Root followed by a number and returns the largest number so detected.

	`procedure RemoveScreenObject(const AScreenObject: TScreenObject);`
`RemoveScreenObject` removes AScreenObject from ScreenObjects. AScreenObject is freed unless OwnsScreenObjects is set to `False` first. At the time this was written `RemoveScreenObject` always freed AScreenObject.

	`procedure RestoreColoredDataSets;`
`RestoreColoredDataSets` restores coloring the grid by time-varying data sets. The data sets must already be up to date.

	`function ScreenObjectClass: TScreenObjectClass;`
`ScreenObjectClass` returns the class of TScreenObject that is normally used with `TPhastModel`. `ScreenObjectClass` returns TScreenObject.

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

	`procedure UpdateDataSets;`
`UpdateDataSets` is called after reading a `TPhastModel` to transfer the information about TDataArrays from DataSetList to FDataArrayManager.DataSets.

	`procedure UpdateFrontTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`

	`procedure UpdateScreenObjects;`
`UpdateScreenObjects` is called after reading a `TPhastModel` to transfer the information about TScreenObjects from ObjectList to ScreenObjects.

	`procedure UpdateSideTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`

	`procedure UpdateThreeDTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`

	`procedure UpdateTimeLists;`
`UpdateTimeLists` calls TPhastTimeList.Loaded for each TPhastTimeList in TimeLists.

	`procedure UpdateTopTimeDataSet(const TimeList: TCustomTimeList; const Time: double); override;`

	`function ZoomBox(VD: TViewDirection): TQrbwZoomBox2;`
If assigned, `ZoomBox` calls OnGetZoomBox. Otherwise, it returns nil.

	`procedure ScreenObjectsChanged(Sender: TObject);`
If assigned, `ScreenObjectsChanged` calls OnScreenObjectsChanged. Typically, OnScreenObjectsChanged is assigned to TfrmGoPhast.ScreenObjectsChanged.

	`procedure RefreshScreenObjects(Sender: TObject);`
`RefreshScreenObjects` calls OnRefreshScreenObjects if assigned. `RefreshScreenObjects` is called by TScreenObject.RefreshGui.

	`function GetCurrentScreenObject(VD: TViewDirection): TScreenObject;`
If assigned, `GetCurrentScreenObject` calls OnGetCurrentScreenObject.

	`procedure Notify3DViewChanged;`
If assigned, `Notify3DViewChanged` calls On3DViewChanged.

	`function ResetSelectedScreenObjects: boolean;`
`ResetSelectedScreenObjects` sets the Selected property of all TScreenObjects to false. `ResetSelectedScreenObjects` returns true if any of them were selected.

	`function ConvertPoint(VD: TViewDirection; const RealPoint: TPoint2D): TPoint;`
`ConvertPoint` calls OnConvertPoint.

	`procedure InvalidateMfSfrData(Sender: TObject);`

	`procedure InvalidateMfSfrSegmentReachAndIcalc(Sender: TObject);`

	`procedure InvalidateMfSfrReachLength(Sender: TObject);`

	`procedure InvalidateMfSfrIprior(Sender: TObject);`

	`procedure InvalidateMfSfrFlow(Sender: TObject);`

	`procedure InvalidateMfSfrRunoff(Sender: TObject);`

	`procedure InvalidateMfSfrPrecipitation(Sender: TObject);`

	`procedure InvalidateMfSfrEvapotranspiration(Sender: TObject);`

	`procedure InvalidateMfSfrChannelRoughness(Sender: TObject);`

	`procedure InvalidateMfSfrBankRoughness(Sender: TObject);`

	`procedure InvalidateMfSfrDepthCoefficient(Sender: TObject);`

	`procedure InvalidateMfSfrDepthExponent(Sender: TObject);`

	`procedure InvalidateMfSfrWidthCoefficient(Sender: TObject);`

	`procedure InvalidateMfSfrWidthExponent(Sender: TObject);`

	`procedure InvalidateMfSfrUpstreamDepth(Sender: TObject);`

	`procedure InvalidateMfSfrDownstreamDepth(Sender: TObject);`

	`procedure CreateArchive(const FileName: string; const ArchiveCommand: string = '');`

	`function DefaultHigherElevationFormula(ViewDirection: TViewDirection; EvalAt: TEvaluatedAt): string;`
procedure InvalidateMfHobHeads(Sender: TObject);

	`function DefaultLowerElevationFormula(ViewDirection: TViewDirection; EvalAt: TEvaluatedAt): string;`

	`function DefaultElevationFormula(ViewDirection: TViewDirection; EvalAt: TEvaluatedAt): string;`

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

	`function GetScreenObjectByName(AName: string): TScreenObject; override;`

	`procedure CopyScreenObjectsToClipboard;`

	`procedure PasteObjectsFromClipboard(List: TList);`

	`procedure UpdateModelMateProject;`

	`procedure ImportFromModelMateProject(Project: TProject);`

	`procedure RegisterGlobalVariables(Parser: TRbwParser);`

	`procedure ClearScreenObjectCollection;`

	`function FileVersionEqualOrEarlier(TestVersion: string): boolean;`

	`function CombinedColumnCount: integer;`

	`function CombinedRowCount: integer;`

	`function CombinedLayerCount: integer;`

	`procedure UpdateDataSetDimensions;`

	`function LgrUsed: boolean;`

	`function BcfIsSelected: Boolean;`

	`function ChdIsSelected: Boolean;`

	`function ChobIsSelected: Boolean;`

	`function De4IsSelected: Boolean;`

	`function DrnIsSelected: Boolean;`

	`function DrobIsSelected: Boolean;`

	`function DrtIsSelected: Boolean;`

	`function EtsIsSelected: Boolean;`

	`function EvtIsSelected: Boolean;`

	`function GbobIsSelected: Boolean;`

	`function GhbIsSelected: Boolean;`

	`function GmgIsSelected: Boolean;`

	`function HfbIsSelected: Boolean;`

	`function HobIsSelected: Boolean;`

	`function HufIsSelected: Boolean;`

	`function HydmodIsSelected: Boolean;`

	`function LakIsSelected: Boolean;`

	`function LpfIsSelected: Boolean;`

	`function Mnw2IsSelected: Boolean;`

	`function MODPATHIsSelected: Boolean;`

	`procedure ModpathHeadWarning;`

	`function Mt3dmsIsSelected: Boolean;`

	`function Mt3dmsSsmIsSelected: Boolean;`

	`function Mt3dmsTobIsSelected: Boolean;`

	`function PcgIsSelected: Boolean;`

	`function RchIsSelected: Boolean;`

	`function ResIsSelected: Boolean;`

	`function RivIsSelected: Boolean;`

	`function RvobIsSelected: Boolean;`

	`function SfrIsSelected: Boolean;`

	`function SipIsSelected: Boolean;`

	`function SubIsSelected: Boolean;`

	`function SwtIsSelected: Boolean;`

	`function UzfIsSelected: Boolean;`

	`function WelIsSelected: Boolean;`

	`function ZoneBudgetIsSelected: Boolean;`

	`function PackageIsSelected(APackage: TObject): Boolean;`

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

	`procedure AdjustDataArray(ADataArray: TDataArray); override;`

	`function RchTimeVaryingLayers: boolean;`

	`function EvtTimeVaryingLayers: boolean;`

	`function EtsTimeVaryingLayers: boolean;`

	`procedure BeginGridChange; override;`

	`procedure EndGridChange; override;`

	`procedure BeginDataSetUpdate;`

	`procedure EndDataSetUpdate;`

	`procedure UpdateCombinedDisplayColumn;`

	`procedure UpdateCombinedDisplayRow;`

	`procedure UpdateCombinedDisplayLayer;`

	`function DispersionSelected: boolean;`

	`function AnyDispersionMultiDiffusion: boolean;`

	`function AllDispersionMultiDiffusion: boolean;`

	`function AnyMt3dSorbImmobConc: boolean;`

	`function AnyMt3dSorbParameter: boolean;`

	`function AnyMt3dReactions: Boolean;`

	`procedure UpdateMt3dmsChemDataSets; override;`

	`function Mt3dMsFirstSorbParamUsed(Sender: TObject): boolean;`

	`function Mt3dMsSecondSorbParamUsed(Sender: TObject): boolean;`

	`function Mt3dmsReactionRateDisolvedUsed(Sender: TObject): boolean;`

	`function Mt3dmsReactionRateSorbedUsed(Sender: TObject): boolean;`

	`function CombinedLayerSimulated(ALayer: Integer): boolean;`

Properties

	`property ImportingModel: boolean read FImportingModel write FImportingModel;`

	`property SelectedScreenObjectCount: Integer read FSelectedScreenObjectCount;`
`SelectedScreenObjectCount` is the number of TScreenObjects that are selected.

	`property OnScreenObjectSelected: TNotifyEvent read FOnScreenObjectSelected write FOnScreenObjectSelected;`
See ScreenObjectSelectionChange.

	`property OnScreenObjectUnSelected: TNotifyEvent read FOnScreenObjectUnSelected write FOnScreenObjectUnSelected;`
`OnScreenObjectUnSelected` is called by ScreenObjectUnSelected. Then event handler for this is ScreenObjectSelectionChange

	`property OnCheckScreenObject: TCheckScreenObjectEvent read FOnCheckScreenObject write FOnCheckScreenObject;`
See CheckScreenObject.

	`property GridColorParameters: TColorParameters read FGridColors;`
`GridColorParameters` are the parameters used in setting the colors of the grid cells.

	`property ContourColorParameters: TColorParameters read FContourColors;`
`ContourColorParameters` are the parameters used in setting the colors of contours.

	`property FileVersion: string read FFileVersion;`
`FileVersion` indicates what version of GoPhast last saved the file that is currently open.

	`property FluxBoundaryChemistryGroup: TTimeListGroup read FFluxBoundaryChemistryGroup;`
`FluxBoundaryChemistryGroup` is the group of TPhastTimeLists that are related to the chemistry in specified flux boundaries.

	`property FluxBoundaryFluxGroup: TTimeListGroup read FFluxBoundaryFluxGroup;`
`FluxBoundaryFluxGroup` is the group of TPhastTimeLists that are related to the flux in specified flux boundaries.

	`property FrontBoundaryType: TDataArray read FFrontBoundaryType;`
`FrontBoundaryType` indicates what type of boundary condition (if any) is present on the front face of each grid cell.

	`property FrontFluxBoundaryChemistry: TPhastTimeList read FFrontFluxBoundaryChemistry;`
`FrontFluxBoundaryChemistry` is the TPhastTimeList that specifies the chemistry for specified flux boundaries on the front view of model cells.

	`property FrontFluxBoundaryFlux: TPhastTimeList read FFrontFluxBoundaryFlux;`
`FrontFluxBoundaryFlux` is the TPhastTimeList that specifies the flux for specified flux boundaries on the front view of model cells.

	`property FrontLeakyAssociatedSolution: TPhastTimeList read FFrontLeakyAssociatedSolution;`
`FrontLeakyAssociatedSolution` is the TPhastTimeList that specifies the associated solution for leaky boundaries on the front view of model cells.

	`property FrontLeakyHead: TPhastTimeList read FFrontLeakyHead;`
`FrontLeakyHead` is the TPhastTimeList that specifies the head for leaky boundaries on the front view of model cells.

	`property LeakyAssociatedSolutionGroup: TTimeListGroup read FLeakyAssociatedSolutionGroup;`
`LeakyAssociatedSolutionGroup` is the group of TPhastTimeLists that are related to the associated solution in leaky boundaries.

	`property LeakyHeadGroup: TTimeListGroup read FLeakyHeadGroup;`
`LeakyHeadGroup` is the group of TPhastTimeLists that are related to the head in leaky boundaries.

	`property ModelTimes: TRealList read FModelTimes;`
`ModelTimes` is used to store all the times used in the model. Its contents are set in InitializeTimes.

	`property OwnsScreenObjects: boolean read GetOwnsScreenObjects write SetOwnsScreenObjects;`
`OwnsScreenObjects` is used to get or set FScreenObjectList.OwnsObjects

	`property RiverAssociatedSolution: TPhastTimeList read FRiverAssociatedSolution;`
`RiverAssociatedSolution` is the TPhastTimeList that specifies the associated solution for river boundaries.

	`property RiverAssociatedSolutionGroup: TTimeListGroup read FRiverAssociatedSolutionGroup;`
`RiverAssociatedSolutionGroup` is the group of TPhastTimeLists that are related to the associated solution in river boundaries.

	`property RiverHead: TPhastTimeList read FRiverHead;`
`RiverHead` is the TPhastTimeList that specifies the head for river boundaries.

	`property RiverHeadGroup: TTimeListGroup read FRiverHeadGroup;`
`RiverHeadGroup` is the group of TPhastTimeLists that are related to the head in river boundaries.

	`property SideBoundaryType: TDataArray read FSideBoundaryType;`
`SideBoundaryType` indicates what type of boundary condition (if any) is present on the side face of each grid cell.

	`property SideFluxBoundaryChemistry: TPhastTimeList read FSideFluxBoundaryChemistry;`
`SideFluxBoundaryChemistry` is the TPhastTimeList that specifies the chemistry for specified flux boundaries on the side view of model cells.

	`property SideFluxBoundaryFlux: TPhastTimeList read FSideFluxBoundaryFlux;`
`SideFluxBoundaryFlux` is the TPhastTimeList that specifies the flux for specified flux boundaries on the side view of model cells.

	`property SideLeakyAssociatedSolution: TPhastTimeList read FSideLeakyAssociatedSolution;`
`SideLeakyAssociatedSolution` is the TPhastTimeList that specifies the associated solution for leaky boundaries on the front view of model cells.

	`property SideLeakyHead: TPhastTimeList read FSideLeakyHead;`
`SideLeakyHead` is the TPhastTimeList that specifies the head for leaky boundaries on the side view of model cells.

	`property SpecifiedHeadAssociatedSolution: TPhastTimeList read FSpecifiedHeadAssociatedSolution;`
`SpecifiedHeadAssociatedSolution` is the TPhastTimeList that specifies the associated solution for specified head boundaries.

	`property SpecifiedHeadGroup: TTimeListGroup read FSpecifiedHeadGroup;`
`SpecifiedHeadGroup` is the group of TPhastTimeLists that are related to the head in specified head boundaries.

	`property SpecifiedHeadHead: TPhastTimeList read FSpecifiedHeadHead;`
`SpecifiedHeadHead` is the TPhastTimeList that specifies the specified head for specified head boundaries.

	`property SpecifiedHeadSolutionGroup: TTimeListGroup read FSpecifiedHeadSolutionGroup;`
`SpecifiedHeadSolutionGroup` is the group of TPhastTimeLists that are related to the solution in specified head boundaries.

	`property SpecifiedSolution: TPhastTimeList read FSpecifiedSolution;`
`SpecifiedSolution` is the TPhastTimeList that specifies the specified solution for specified head boundaries.

	`property Top2DBoundaryType: TDataArray read FTop2DBoundaryType;`
`Top2DBoundaryType` indicates what type of 2D boundary condition (if any) is present on the top face of each grid cell.

	`property TopBoundaryType: TDataArray read FTopBoundaryType;`
`TopBoundaryType` indicates what type of boundary condition (if any) is present on the top face of each grid cell.

	`property TopFluxBoundaryChemistry: TPhastTimeList read FTopFluxBoundaryChemistry;`
`TopFluxBoundaryChemistry` is the TPhastTimeList that specifies the chemistry for specified flux boundaries on the top view of model cells.

	`property TopFluxBoundaryFlux: TPhastTimeList read FTopFluxBoundaryFlux;`
`TopFluxBoundaryFlux` is the TPhastTimeList that specifies the flux for specified flux boundaries on the top view of model cells.

	`property TopLeakyAssociatedSolution: TPhastTimeList read FTopLeakyAssociatedSolution;`
`TopLeakyAssociatedSolution` is the TPhastTimeList that specifies the associated solution for leaky boundaries on the top view of model cells.

	`property TopLeakyHead: TPhastTimeList read FTopLeakyHead;`
`TopLeakyHead` is the TPhastTimeList that specifies the head for leaky boundaries on the top view of model cells.

	`property WellInjectionOrPumpingRate: TPhastTimeList read FWellInjectionOrPumpingRate;`
`WellInjectionOrPumpingRate` is the TPhastTimeList that specifies the injection or pumping rate for well boundaries. Positive means flow out of the porous medium.

	`property WellPumpingRateGroup: TTimeListGroup read FWellPumpingRateGroup;`
`WellPumpingRateGroup` is the group of TPhastTimeLists that are related to the injection or pumping rate in well boundaries.

	`property WellSolution: TPhastTimeList read FWellSolution;`
`WellSolution` is the TPhastTimeList that specifies the solution for well boundaries. Positive means flow out of the porous medium.

	`property WellSolutionGroup: TTimeListGroup read FWellSolutionGroup;`
`WellSolutionGroup` is the group of TPhastTimeLists that are related to the solution in well boundaries.

	`property OnGetZoomBox: TGetZoomBoxEvent read FOnGetZoomBox write FOnGetZoomBox;`
See GetZoomBox.

	`property OnScreenObjectsChanged: TNotifyEvent read FOnScreenObjectsChanged write FOnScreenObjectsChanged;`
See TfrmGoPhast.ScreenObjectsChanged.

	`property OnRefreshScreenObjects: TNotifyEvent read FOnRefreshScreenObjects write FOnRefreshScreenObjects;`
The event handler for this event is TfrmGoPhast.UpdateDisplay. `OnRefreshScreenObjects` is called in RefreshScreenObjects.

	`property OnGetCurrentScreenObject : TGetCurrentScreenObjectEvent read FOnGetCurrentScreenObject write FOnGetCurrentScreenObject;`
see GetCurrentScreenObject.

	`property On3DViewChanged: TNotifyEvent read FOn3DViewChanged write FOn3DViewChanged;`
See Invalidate3DView.

	`property OnConvertPoint: TConvertPointEvent read FOnConvertPoint write FOnConvertPoint;`
see ConvertPoint.

	`property ArchiveName: string read GetArchiveName write SetArchiveName;`

	`property ModelMateProject: TProject read FModelMateProject write SetModelMateProject;`

	`property FormulaManager: TFormulaManager read GetFormulaManager;`

	`property ColorLegend: TLegend read FColorLegend;`

	`property ContourLegend: TLegend read FContourLegend;`

	`property NeedToRecalculateTopCellColors: boolean read GetNeedToRecalculateTopCellColors write SetNeedToRecalculateTopCellColors;`

	`property NeedToRecalculateFrontCellColors: boolean read GetNeedToRecalculateFrontCellColors write SetNeedToRecalculateFrontCellColors;`

	`property NeedToRecalculateSideCellColors: boolean read GetNeedToRecalculateSideCellColors write SetNeedToRecalculateSideCellColors;`

	`property DataSetUpdateCount: integer read FDataSetUpdateCount;`

	`property FlowOnly: boolean write SetFlowOnly stored False;`
The following properties are obsolete. `FlowOnly` stores FlowOnly option in PHAST.

	`property FluidProperties: TFluidProperties read FFluidProperties write FFluidProperties stored False;`
`FluidProperties` is only for backwards compatibility. It is not used.

	`property FrontHeight: integer write SetFrontHeight stored False;`
`FrontHeight` stores the height in pixels of the front view of the model.

	`property FrontX: double write SetFrontX stored False;`
read GetFrontHeight `FrontX` stores the reference X-coordinate for the front view of the model.

	`property FrontY: double write SetFrontY stored False;`
`FrontY` stores the reference Y-coordinate for the front view of the model.

	`property Height: integer write SetHeight stored False;`
`Height` is the height of the main form in pixels.

	`property Left: integer write SetLeft stored False;`
`Left` is the X-coordinate of the main form in pixels.

	`property MagnificationFront: double write SetMagnificationFront stored False;`
`MagnificationFront` is the magnification of the front view of the model.

	`property MagnificationSide: double write SetMagnificationSide stored False;`
read GetMagnificationFront `MagnificationSide` is the magnification of the side view of the model.

	`property MagnificationTop: double write SetMagnificationTop stored False;`
read GetMagnificationSide `MagnificationTop` is the magnification of the top view of the model.

	`property SideWidth: integer write SetSideWidth stored False;`
read GetMagnificationTop `SideWidth` is the width in pixels of the side view of the model.

	`property SideX: double write SetSideX stored False;`
read GetSideWidth `SideX` stores the reference X-coordinate for the side view of the model.

	`property SideY: double write SetSideY stored False;`
`SideY` stores the reference Y-coordinate for the front view of the model.

	`property Top: integer write SetTop stored False;`
`Top` is the Y-coordinate of the main form in pixels.

	`property TopViewHeight: integer write SetTopViewHeight stored False;`
`TopViewHeight` is the height of the top view of the model in pixels

	`property TopViewWidth: integer write SetTopViewWidth stored False;`
read GetTopViewHeight `TopViewWidth` is the width of the top view of the model in pixels

	`property TopX: double write SetTopX stored False;`
read GetTopViewWidth `TopX` stores the reference X-coordinate for the top view of the model.

	`property TopY: double write SetTopY stored False;`
`TopY` stores the reference Y-coordinate for the top view of the model.

	`property Width: integer write SetWidth stored False;`
`Width` is the width of the main form in GoPhast in pixels.

	`property WindowState: TWindowState write SetWindowState stored False;`
`WindowState` stores whether the model is maximized, minimized, or normal.

	`property Diffusivity: double read FDiffusivity write SetDiffusivity;`
read GetWindowState The following properties are used only in PHAST models. `Diffusivity` is the diffusivity in PHAST.

	`property GridOptions: TGridOptions read FGridOptions write FGridOptions;`
`GridOptions` is used to store options related to the grid in PHAST.

	`property PrintFrequency: TPrintFrequencyCollection read FPrintFrequency write SetPrintFrequency;`
`PrintFrequency` represents the TPrintFrequencyItems in PHAST.

	`property PrintInitial: TPrintInitial read FPrintInitial write FPrintInitial;`
`PrintInitial` stores options related to the PRINT_INITIAL data block in PHAST.

	`property SolutionOptions: TSolutionOptions read FSolutionOptions write FSolutionOptions;`
`SolutionOptions` specifies options related to the solution method in PHAST.

	`property SteadyFlowOptions: TSteadyFlowOptions read FSteadyFlowOptions write FSteadyFlowOptions;`
`SteadyFlowOptions` is used to store options related to the STEADY_FLOW data block in PHAST.

	`property Times: TTimeCollection read FTimes write SetTimes;`
`Times` represents a collection of stress periods in PHAST.

	`property Title: TStrings read FTitle write SetTitle stored True;`
`Title` represents the title associated with the PHAST model.

	`property Units: TUnits read FUnits write SetUnits;`
`Units` stores the default units in PHAST.

	`property Bitmaps: TCompressedBitmapCollection read FBitmaps write SetBitmaps;`
`Bitmaps` represents a series of bitmaps that can be displayed on the top, front, or side view of the model. `Bitmaps` is used in both PHAST and MODFLOW models.

	`property Exaggeration: double read GetExaggeration write SetExaggeration;`
`Exaggeration` is the vertical exaggeration of the front, side, and 3D views of the model in GoPhast. `Exaggeration` is used in both PHAST and MODFLOW models.

	`property ObjectList: TScreenObjectCollection read GetScreenObjectCollection write SetScreenObjectCollection;`
`ObjectList` is used to read or write TScreenObjects to or from files. `ObjectList` is used in both PHAST and MODFLOW models.

	`property Version: string read GetVersion write SetVersion;`
`Version` is the version of GoPhast that last saved the model that is being edited. `Version` is used in both PHAST and MODFLOW models.

	`property GuiSettings: TGuiSettings read FGuiSettings write FGuiSettings;`
`GuiSettings` specifies the size and appearance of various portions of the ModelMuse main window. `GuiSettings` is used in both PHAST and MODFLOW models.

	`property ModelMateProjectFileName: string read FModelMateProjectFileName write SetModelMateProjectFileName;`
`ModelMateProjectFileName` is the ModelMate file associated with this model.

	`property DisplaySettings: TDisplaySettingsCollection read FDisplaySettings write SetDisplaySettings;`
see TDisplaySettingsCollection. `DisplaySettings` is used in both PHAST and MODFLOW models.

	`property ChildModels: TChildModelCollection read GetChildModels write SetChildModels stored StoreChildModels;`

	`property SaveDataSetValues: TSaveDataSetValues read FSaveDataSetValues write FSaveDataSetValues default sdsvAlways;`

	`property ModflowSteadyParameters;`

	`property ModelSelection;`

	`property LayerStructure;`

	`property ModflowStressPeriods;`

	`property SoluteTransport;`

	`property UseWaterTable;`

	`property FreeSurface;`

	`property ChemistryOptions;`

	`property HufParameters;`

	`property ObservationPurpose;`

	`property ModflowTransientParameters;`

	`property ModflowOutputControl;`

	`property Mt3dmsOutputControl;`

	`property Mt3dmsTimes;`

	`property DataSetList;`

	`property CombinedDisplayColumn: integer read GetCombinedDisplayColumn write SetCombinedDisplayColumn;`

	`property CombinedDisplayRow: integer read GetCombinedDisplayRow write SetCombinedDisplayRow;`

	`property CombinedDisplayLayer: integer read GetCombinedDisplayLayer write SetCombinedDisplayLayer;`

	`property SaveBfhBoundaryConditions;`

	`property ContourFont;`

	`property ShowContourLabels;`

	`property SfrStreamLinkPlot;`

	`property SutraLayerStructure: TSutraLayerStructure read GetSutraLayerStructure write SetSutraLayerStructure stored False ;`

	`property SutraTimeOptions: TSutraTimeOptions read FSutraTimeOptions write SetSutraTimeOptions stored False ;`

	`property ColorSchemes: TUserDefinedColorSchemeCollection read FColorSchemes write SetColorSchemes;`
User defined color schemes for coloring the grid or mesh or for contour lines.

	`property FishnetMeshGenerator: TFishnetMeshGenerator read FFishnetMeshGenerator write SetFishnetMeshGenerator stored False ;`

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