Class TfrmHUF_Layers

Description

Hierarchy

Fields

Methods

Properties

Unit

frmHUF_LayersUnit

Declaration

type TfrmHUF_Layers = class(TfrmCustomGoPhast)

Description

no description available, TfrmCustomGoPhast description follows

TfrmCustomGoPhast is the ancestor of all TForms in GoPhast.

TfrmCustomGoPhast handles setting the color and font. TfrmCustomGoPhast also tries to keep from appearing at a location where it can't be seen. )

Hierarchy

TForm
TfrmCustomGoPhast
TfrmHUF_Layers

Overview

Fields

	`Panel3: TPanel;`
	`GridPanel1: TGridPanel;`
	`sbAddUnit: TSpeedButton;`
	`sbInsertUnit: TSpeedButton;`
	`sbDeleteUnit: TSpeedButton;`
	`tvHufLayers: TTreeView;`
	`Splitter1: TSplitter;`
	`pcMain: TPageControl;`
	`Properties: TTabSheet;`
	`lblHydrogeologicUnitName: TLabel;`
	`edHydrogeologicUnitName: TEdit;`
	`lblHorizontalAnisotropy: TLabel;`
	`rdeHorizontalAnisotropy: TRbwDataEntry;`
	`lblVK_Method: TLabel;`
	`comboVK_Method: TJvImageComboBox;`
	`lblVerticalAnisotropy: TLabel;`
	`rdeVerticalAnisotropy: TRbwDataEntry;`
	`tabParameters: TTabSheet;`
	`tabPrint: TTabSheet;`
	`rdgParameters: TRbwDataGrid4;`
	`clbItemsToPrint: TCheckListBox;`
	`comboPrintFormat: TJvImageComboBox;`
	`lblPrintFormat: TLabel;`
	`Panel4: TPanel;`
	`btnHelp: TBitBtn;`
	`btnOK: TBitBtn;`
	`btnCancel: TBitBtn;`
	`FSelectedUnits: TList;`
	`FSelectedTreeNodes: TList;`
	`FHydrogeologicUnits: THydrogeologicUnits;`
	`FSelectingUnits: Boolean;`

Methods

	`procedure FormCreate(Sender: TObject); override;`
	`procedure rdgParametersSelectCell(Sender: TObject; ACol, ARow: Integer; var CanSelect: Boolean);`
	`procedure btnOKClick(Sender: TObject);`
	`procedure FormDestroy(Sender: TObject); override;`
	`procedure rdeHorizontalAnisotropyChange(Sender: TObject);`
	`procedure edHydrogeologicUnitNameChange(Sender: TObject);`
	`procedure rdeVerticalAnisotropyChange(Sender: TObject);`
	`procedure sbAddUnitClick(Sender: TObject);`
	`procedure sbInsertUnitClick(Sender: TObject);`
	`procedure tvHufLayersChange(Sender: TObject; Node: TTreeNode);`
	`procedure sbDeleteUnitClick(Sender: TObject);`
	`procedure comboVK_MethodChange(Sender: TObject);`
	`procedure rdgParametersStateChange(Sender: TObject; ACol, ARow: Integer; const Value: TCheckBoxState);`
	`procedure comboPrintFormatChange(Sender: TObject);`
	`procedure clbItemsToPrintClickCheck(Sender: TObject);`
	`procedure edHydrogeologicUnitNameExit(Sender: TObject);`
	`procedure pcMainChange(Sender: TObject);`
	`procedure GetData;`
	`procedure SetData;`
	`procedure UpdateSelectedUnits;`
	`procedure AssignHorizontalAnisotropy;`
	`procedure AssignVerticalAnisotropy(HufUnit: THydrogeologicUnit);`
	`procedure AssignVK_Method(HufUnit: THydrogeologicUnit);`
	`procedure AssignParameters(HufUnit: THydrogeologicUnit);`
	`function GenerateNewName: string;`
	`procedure AssignUseMultiplier(ParamName: string; ParamIndex: Integer; HufUnitsThatUseParameter: TList; FirstUsedParameter: THufUsedParameter);`
	`procedure AssignUseZone(ParamName: string; ParamIndex: Integer; HufUnitsThatUseParameter: TList; FirstUsedParameter: THufUsedParameter);`
	`procedure AssignPrintFormat(HufUnit: THydrogeologicUnit);`
	`procedure AssignPrint(HufUnit: THydrogeologicUnit);`
	`function CheckHuf: boolean;`

Description

Fields

	`Panel3: TPanel;`

	`GridPanel1: TGridPanel;`

	`sbAddUnit: TSpeedButton;`

	`sbInsertUnit: TSpeedButton;`

	`sbDeleteUnit: TSpeedButton;`

	`tvHufLayers: TTreeView;`

	`Splitter1: TSplitter;`

	`pcMain: TPageControl;`

	`Properties: TTabSheet;`

	`lblHydrogeologicUnitName: TLabel;`

	`edHydrogeologicUnitName: TEdit;`

	`lblHorizontalAnisotropy: TLabel;`

	`rdeHorizontalAnisotropy: TRbwDataEntry;`

	`lblVK_Method: TLabel;`

	`comboVK_Method: TJvImageComboBox;`

	`lblVerticalAnisotropy: TLabel;`

	`rdeVerticalAnisotropy: TRbwDataEntry;`

	`tabParameters: TTabSheet;`

	`tabPrint: TTabSheet;`

	`rdgParameters: TRbwDataGrid4;`

	`clbItemsToPrint: TCheckListBox;`

	`comboPrintFormat: TJvImageComboBox;`

	`lblPrintFormat: TLabel;`

	`Panel4: TPanel;`

	`btnHelp: TBitBtn;`

	`btnOK: TBitBtn;`

	`btnCancel: TBitBtn;`

	`FSelectedUnits: TList;`

	`FSelectedTreeNodes: TList;`

	`FHydrogeologicUnits: THydrogeologicUnits;`

	`FSelectingUnits: Boolean;`

Methods

	`procedure FormCreate(Sender: TObject); override;`

	`procedure rdgParametersSelectCell(Sender: TObject; ACol, ARow: Integer; var CanSelect: Boolean);`

	`procedure btnOKClick(Sender: TObject);`

	`procedure FormDestroy(Sender: TObject); override;`

	`procedure rdeHorizontalAnisotropyChange(Sender: TObject);`

	`procedure edHydrogeologicUnitNameChange(Sender: TObject);`

	`procedure rdeVerticalAnisotropyChange(Sender: TObject);`

	`procedure sbAddUnitClick(Sender: TObject);`

	`procedure sbInsertUnitClick(Sender: TObject);`

	`procedure tvHufLayersChange(Sender: TObject; Node: TTreeNode);`

	`procedure sbDeleteUnitClick(Sender: TObject);`

	`procedure comboVK_MethodChange(Sender: TObject);`

	`procedure rdgParametersStateChange(Sender: TObject; ACol, ARow: Integer; const Value: TCheckBoxState);`

	`procedure comboPrintFormatChange(Sender: TObject);`

	`procedure clbItemsToPrintClickCheck(Sender: TObject);`

	`procedure edHydrogeologicUnitNameExit(Sender: TObject);`

	`procedure pcMainChange(Sender: TObject);`

	`procedure GetData;`

	`procedure SetData;`

	`procedure UpdateSelectedUnits;`

	`procedure AssignHorizontalAnisotropy;`

	`procedure AssignVerticalAnisotropy(HufUnit: THydrogeologicUnit);`

	`procedure AssignVK_Method(HufUnit: THydrogeologicUnit);`

	`procedure AssignParameters(HufUnit: THydrogeologicUnit);`

	`function GenerateNewName: string;`

	`procedure AssignUseMultiplier(ParamName: string; ParamIndex: Integer; HufUnitsThatUseParameter: TList; FirstUsedParameter: THufUsedParameter);`

	`procedure AssignUseZone(ParamName: string; ParamIndex: Integer; HufUnitsThatUseParameter: TList; FirstUsedParameter: THufUsedParameter);`

	`procedure AssignPrintFormat(HufUnit: THydrogeologicUnit);`

	`procedure AssignPrint(HufUnit: THydrogeologicUnit);`

	`function CheckHuf: boolean;`

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