Class TCellAssignment

Unit

ScreenObjectUnit

Declaration

type TCellAssignment = class(TObject)

Description

Hierarchy

TObject
TCellAssignment

Overview

Fields

	`FAnnotation: string;`
	`FAssignmentMethod: TAssignmentMethod;`
	`FOwnedSegment: TCellElementSegment;`
	`FSegment: TCellElementSegment;`
	`FLayer: integer;`
	`FSection: integer;`
	`FRow: integer;`
	`FColumn: integer;`
	`FLgrEdge: Boolean;`
	`FScreenObject: TScreenObject;`
	`FSutraX: double;`
	`FSutraY: double;`
	`FSutraZ: Double;`

Methods

	`procedure Assign(Cell: TCellAssignment);`
	`function GetSection: integer;`
	`procedure Store(Stream: TStream);`
	`procedure Restore(Stream: TDecompressionStream; const EncloseAnnotation, IntersectAnnotation: string);`
	`constructor CreateFromStream(Stream: TDecompressionStream; const EncloseAnnotation, IntersectAnnotation: string);`
	`constructor CreateFromCell(Cell: TCellAssignment);`
	`Constructor Create(ALayer, ARow, ACol: integer; ASegment: TCellElementSegment; ASection: integer; const AnAnnotation: string; AnAssignmentMethod: TAssignmentMethod);`
	`Destructor Destroy; override;`

Properties

	`property AssignmentMethod: TAssignmentMethod read FAssignmentMethod;`
	`property Layer: integer read FLayer write FLayer;`
	`property Row: integer read FRow write FRow;`
	`property Column: integer read FColumn write FColumn;`
	`property Segment: TCellElementSegment read FSegment;`
	`property Section: integer read GetSection;`
	`property Annotation: string read FAnnotation;`
	`property LgrEdge: Boolean read FLgrEdge;`
	`property SutraX: double read FSutraX;`
	`property SutraY: double read FSutraY;`
	`property SutraZ: Double read FSutraZ;`

Description

Fields

	`FAnnotation: string;`

	`FAssignmentMethod: TAssignmentMethod;`

	`FOwnedSegment: TCellElementSegment;`

	`FSegment: TCellElementSegment;`

	`FLayer: integer;`

	`FSection: integer;`

	`FRow: integer;`

	`FColumn: integer;`

	`FLgrEdge: Boolean;`

	`FScreenObject: TScreenObject;`

	`FSutraX: double;`

	`FSutraY: double;`

	`FSutraZ: Double;`

Methods

	`procedure Assign(Cell: TCellAssignment);`

	`function GetSection: integer;`

	`procedure Store(Stream: TStream);`

	`procedure Restore(Stream: TDecompressionStream; const EncloseAnnotation, IntersectAnnotation: string);`

	`constructor CreateFromStream(Stream: TDecompressionStream; const EncloseAnnotation, IntersectAnnotation: string);`

	`constructor CreateFromCell(Cell: TCellAssignment);`

	`Constructor Create(ALayer, ARow, ACol: integer; ASegment: TCellElementSegment; ASection: integer; const AnAnnotation: string; AnAssignmentMethod: TAssignmentMethod);`

	`Destructor Destroy; override;`

Properties

	`property AssignmentMethod: TAssignmentMethod read FAssignmentMethod;`

	`property Layer: integer read FLayer write FLayer;`
`Layer` starts at zero.

	`property Row: integer read FRow write FRow;`
`Row` starts at zero.

	`property Column: integer read FColumn write FColumn;`
`Column` starts at zero.

	`property Segment: TCellElementSegment read FSegment;`

	`property Section: integer read GetSection;`

	`property Annotation: string read FAnnotation;`

	`property LgrEdge: Boolean read FLgrEdge;`

	`property SutraX: double read FSutraX;`
`SutraX` is used for the location of SUTRA observations when those locations are defined by the location of the object rather than the location of the node or element intersected by the object.

	`property SutraY: double read FSutraY;`
`SutraY` is used for the location of SUTRA observations when those locations are defined by the location of the object rather than the location of the node or element intersected by the object.

	`property SutraZ: Double read FSutraZ;`
`SutraZ` is used for the location of SUTRA observations when those locations are defined by the location of the object rather than the location of the node or element intersected by the object.

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