SectionGraph class is used for section graph settings.
The class can be called from Study class.
. More...

Public Member Functions
void	AddSelected (Selection *selection)
	Adds the part that is selected using the Selection object to a calculation. More...

void	AddSet (Set *set, int group=0)
	Adds the Set object to a calculation. More...

void	Build ()
	Creates a section graph using information required for creating a section graph. The information must be specified in advance.

void	ClearParts ()
	Clears the setting parts.

String	GetAbscissa ()
	Returns the X-axis type as a string. More...

double	GetAngle ()
	Returns the angle of a section graph (arc). More...

double	GetArcOffset ()
	Returns the offset of an arc. More...

double	GetArcOffsetWithUnit (String &unitName)
	Returns the offset of an arc in the specified unit. More...

Point *	GetAxis ()
	Returns the axis direction of a section graph (arc). More...

String	GetBoundaryCoordinateName ()
	Returns the name of the coordinate system of a symmetry boundary applied to a section graph. More...

String	GetBoundaryCoordinateNameList ()
	Returns the list of coordinate systems of a symmetry boundary applied to a section graph. More...

DataSet *	GetCaseDataSet (int caseno)
	Returns DataSet object of specified case. More...

Point *	GetCenter ()
	Returns the center point of a section graph (arc). More...

String	GetComponent ()
	Returns the component name. More...

Variant	GetComponentNames ()
	Returns the component name list. More...

double	GetConvergenceTolerance ()
	Returns convergence tolerance. More...

DataSet *	GetDataSet ()
	Returns a DataSet object. More...

Point *	GetEnd ()
	Returns end point of a section graph (line). More...

Point *	GetLineOffset ()
	Returns the offset of a line. More...

Point *	GetLineOffsetWithUnit (String &unitName)
	Returns the offset of a line in the specified unit. More...

int	GetMaximumCopies ()
	Returns maximum number of copies. More...

String	GetName ()
	Returns the graph name as a string. More...

int	GetNumCopies ()
	Returns number of copies. More...

double	GetPhase ()
	Returns the phase. More...

String	GetPhaseType ()
	Returns the display format. More...

double	GetRadius ()
	Returns the radius of a section graph (arc). More...

int	GetReferenceStep ()
	Returns reference step. More...

String	GetResultComponent ()
	Returns the component of a result type as a string. More...

Variant	GetResultComponentNames ()
	Returns the list of component names of a result type. More...

String	GetResultCoordinateName ()
	Returns the name of the coordinate system that is applied to the section graph. More...

String	GetResultCoordinateNameList ()
	Returns the list of coordinate systems that is applied to the section graph. More...

String	GetResultType ()
	Returns the name of the result type as a string. More...

Variant	GetResultTypeNames ()
	Returns the list of result types. More...

String	GetResultUnit ()
	Returns the unit of result type as a string. More...

Selection *	GetSelection ()
	Returns the part included in a calculation as Selection object. More...

bool	GetSeparateLines ()
	Returns True if materials are divided with lines between each material. More...

Set *	GetSet (int index, int group=0)
	Returns sets included in a calculation with a specified index. More...

Point *	GetStart ()
	Returns the start point of a section graph (line/arc). More...

Variant	GetSymmetries ()
	Returns the values of the symmetry boundary as a point sequence. More...

int	GetSymmetryXY ()
	Returns the value of the symmetry boundary on the XY-plane as a real number. More...

int	GetSymmetryYZ ()
	Returns the value of the symmetry boundary on the YZ-plane as a real number. More...

int	GetSymmetryZX ()
	Returns the value of the symmetry boundary on the ZX-plane as a real number. More...

double	GetTemperature ()
	Returns temperature. More...

int	GetTruncationType ()
	Returns truncation type. More...

String	GetUnit ()
	Returns the name of a unit as a string. More...

String	GetUserComponentType ()
	Returns the user component name as a character string. More...

virtual bool	IsValid ()
	Returns True if an object is valid. More...

int	NumParts ()
	Returns number of the setting parts. More...

int	NumSets (int group=0)
	Returns number of the setting sets. More...

void	SetAbscissa (String &name)
	Specifies an X-axis type. More...

void	SetAirRegionFlag (bool use)
	Specifies the flag to create a section graph for the arbitrary region. More...

void	SetAirRegionSectionGraph (Variant &numPoints)
	Specifies an argument to create a section graph for the arbitrary region. More...

void	SetAllSteps ()
	Specifies all steps.

void	SetArc (Point origin, Point axis, Point *start, double angle)
	Specifies an arc from the center point, axis, start point, and angle. More...

void	SetArcByRadius (Point origin, Point axis, double radius, double angle)
	Specifies an arc from the center point, axis, radius, and angle. More...

void	SetArcByRadiusWithUnit (Point origin, Point axis, double radius, double angle, String &unitName)
	Specifies an arc from the center point, axis, radius, and angle with unit specification. More...

void	SetArcExpression (Variant &originX, Variant &originY, Variant &originZ, Variant &axisX, Variant &axisY, Variant &axisZ, Variant &startX, Variant &startY, Variant &startZ, Variant &angle, Variant &radius=Variant())
	Specifies center point, axis, start point, and angle of an arc graph. More...

void	SetArcOffset (Variant &offset)
	Specifies an offset of the arc. More...

void	SetArcOffsetWithUnit (Variant &offset, String &unitName)
	Specifies an offset of the arc by specifying units. More...

void	SetArcWithUnit (Point origin, Point axis, Point *start, double angle, String &unitName)
	Specifies an arc from center point, axis, start point, and angle. More...

void	SetBoundaryCoordinate (Variant &name)
	Applies a coordinate system of the symmetric boundary to the section graph by specifying a name or index. More...

void	SetComponent (String &name)
	Specifies the component. More...

void	SetConvergenceTolerance (Variant &tolerance)
	Specifies convergence tolerance. More...

void	SetHistoryAllSteps ()
	Specifies the reference range of history functions to all steps.

void	SetHistorySteps (String array &steps)
	Specifies the steps that is in the reference range of history functions. More...

void	SetHistoryStepsByString (String &str)
	Specifies multiple steps to be referenced by the history function using a string. More...

void	SetLine (Point start, Point end)
	Specifies a line connecting two points. More...

void	SetLineExpression (Variant &startX, Variant &startY, Variant &startZ, Variant &endX, Variant &endY, Variant &endZ)
	Specifies the start and end points of a straight line section graph. More...

void	SetLineOffset (Point *offset)
	Specifies the offset of a line. More...

void	SetLineOffsetWithUnit (Point *offset, String &unitName)
	Specifies the offset of a line in unit specification. More...

void	SetLineWithUnit (Point start, Point end, String &unitName)
	Specifies a line connecting two points in unit specification. More...

void	SetMaximumCopies (Variant &maximumCopies)
	Specifies maximum number of copies. More...

void	SetName (String &title)
	Specifies the name of the graph. More...

void	SetNumCopies (Variant &numCopies)
	Specifies number of copies. More...

void	SetPhase (double value)
	Specifies the phase. More...

void	SetPhaseType (Variant &value)
	Specifies the display format. More...

void	SetReferenceStep (Variant &step)
	Specifies reference step. More...

void	SetResultComponent (String &name)
	Specifies the component of a result type. More...

void	SetResultCoordinate (Variant &name)
	Applies a coordinate system to a section graph by specifying the name or index. More...

void	SetResultType (String &typeName, String &sourceTitle=String())
	Specifies result type. More...

void	SetResultUnit (String &name)
	Specifies a unit used for the result type. More...

void	SetSeparateLines (bool use)
	Specifies whether or not to output a graph with lines between each material. More...

void	SetSteps (String array &steps)
	Specifies steps. More...

void	SetStepsByInterval (Variant &interval)
	Specifies steps in constant intervals. More...

void	SetStepsByString (String &str)
	Specifies multiple steps using a string. More...

void	SetSymmetry (int xy, int yz, int zx)
	Specifies boundaries for the XY-plane, YZ-plane, and ZX-plane. More...

void	SetSymmetryXY (int xy)
	Specifies how the XY-plane is handled. More...

void	SetSymmetryYZ (int yz)
	Specifies how the YZ-plane is handled. More...

void	SetSymmetryZX (int zx)
	Specifies a boundary on the ZX-plane. More...

void	SetTargetAllParts (bool all)
	Specifies flags for all parts. More...

void	SetTemperature (Variant &value)
	Specifies temperature. More...

void	SetTruncationType (Variant &type)
	Specifies truncation type. More...

void	SetUserComponentType (String &name)
	Specifies the user component if the user component ("User") is selected as the result type. More...

bool	TargetAllParts ()
	Returns the flags for all parts. More...

Detailed Description

SectionGraph class is used for section graph settings.
The class can be called from Study class.
.

Example of calling the class object:

app.GetModel(0).GetStudy(0).GetSectionGraph(0)

Member Function Documentation

void SectionGraph::AddSelected ( Selection * selection )

Adds the part that is selected using the Selection object to a calculation.

Parameters

selection Selection object (selected parts)

void SectionGraph::AddSet	(	Set *	set,
		int	group = `0`
	)

Adds the Set object to a calculation.

Parameters

set	Set object

For more information about Sets, see Set , SetList .

String SectionGraph::GetAbscissa ( )

Returns the X-axis type as a string.

Returns: X-axis type

double SectionGraph::GetAngle ( )

Returns the angle of a section graph (arc).

Returns: Angle of a section line (arc)

double SectionGraph::GetArcOffset ( )

Returns the offset of an arc.

Returns: Offset distance

double SectionGraph::GetArcOffsetWithUnit ( String & unitName )

Returns the offset of an arc in the specified unit.

Parameters

unitName Unit

Returns: Offset distance

Point * SectionGraph::GetAxis ( )

Returns the axis direction of a section graph (arc).

Returns: Axis direction of a section line (arc)

String SectionGraph::GetBoundaryCoordinateName ( )

Returns the name of the coordinate system of a symmetry boundary applied to a section graph.

Returns: Name of the coordinate system

String SectionGraph::GetBoundaryCoordinateNameList ( )

Returns the list of coordinate systems of a symmetry boundary applied to a section graph.

Returns: List of names for coordinate systems

DataSet * SectionGraph::GetCaseDataSet ( int caseno )

Returns DataSet object of specified case.

Parameters

caseno Case number

Returns: DataSet object

The "caseno" parameter is the one-based number.

Point * SectionGraph::GetCenter ( )

Returns the center point of a section graph (arc).

Returns: Center of a section line (arc)

String SectionGraph::GetComponent ( )

Returns the component name.

Returns: Component name

Variant SectionGraph::GetComponentNames ( )

Returns the component name list.

Returns: Component name list

double SectionGraph::GetConvergenceTolerance ( )

Returns convergence tolerance.

Returns: Convergence tolerance

DataSet * SectionGraph::GetDataSet ( )

Returns a DataSet object.

Returns: DataSet object

Point * SectionGraph::GetEnd ( )

Returns end point of a section graph (line).

Returns: End point of a section line (line)

Point * SectionGraph::GetLineOffset ( )

Returns the offset of a line.

Returns: Offset distance

Point * SectionGraph::GetLineOffsetWithUnit ( String & unitName )

Returns the offset of a line in the specified unit.

Parameters

unitName Unit

Returns: Offset distance

int SectionGraph::GetMaximumCopies ( )

Returns maximum number of copies.

Returns: Maximum number of copies

String SectionGraph::GetName ( )

Returns the graph name as a string.

Returns: Graph name

int SectionGraph::GetNumCopies ( )

Returns number of copies.

Returns: Number of copies

double SectionGraph::GetPhase ( )

Returns the phase.

Some of the output items of magnetic field frequency analysis, structural eigenmode analysis, structural frequency analysis, and electric field frequency analysis can be obtained.

Returns: Phase

String SectionGraph::GetPhaseType ( )

Returns the display format.

Some of the output items of magnetic field frequency analysis, structural eigenmode analysis, structural frequency analysis, and electric field frequency analysis can be obtained.

Returns: Phase type

"RealImag" = Displays real part and imaginary part

"AmplitudePhase" = Displays amplitude and phase

"FixedPhase" = Specified phase

double SectionGraph::GetRadius ( )

Returns the radius of a section graph (arc).

Returns: Radius of a section line (arc)

int SectionGraph::GetReferenceStep ( )

Returns reference step.

Returns: Reference Step ID

This command is used when the demagnetization ratio (Compared to reference step) is selected as the result type.

String SectionGraph::GetResultComponent ( )

Returns the component of a result type as a string.

Returns: Component of a result type

Variant SectionGraph::GetResultComponentNames ( )

Returns the list of component names of a result type.

Returns: Component name list of result type

String SectionGraph::GetResultCoordinateName ( )

Returns the name of the coordinate system that is applied to the section graph.

Returns: Name of the coordinate system

String SectionGraph::GetResultCoordinateNameList ( )

Returns the list of coordinate systems that is applied to the section graph.

Returns: List of coordinate systems

String SectionGraph::GetResultType ( )

Returns the name of the result type as a string.

Returns: Result type name

Variant SectionGraph::GetResultTypeNames ( )

Returns the list of result types.

Returns: List of result types

String SectionGraph::GetResultUnit ( )

Returns the unit of result type as a string.

Returns: Unit of result type

Selection * SectionGraph::GetSelection ( )

Returns the part included in a calculation as Selection object.

Returns: Selection object

bool SectionGraph::GetSeparateLines ( )

Returns True if materials are divided with lines between each material.

Returns: On and off flag for dividing lines between each material

Set * SectionGraph::GetSet	(	int	index,
		int	group = `0`
	)

Returns sets included in a calculation with a specified index.

Parameters

index set index

For more information about Sets, see Set and SetList .

Point * SectionGraph::GetStart ( )

Returns the start point of a section graph (line/arc).

Returns: Start point of a section line

Variant SectionGraph::GetSymmetries ( )

Returns the values of the symmetry boundary as a point sequence.

Returns: Values of the symmetry boundary (XY, YZ, ZX)

This command is not available for structural analysis.

int SectionGraph::GetSymmetryXY ( )

Returns the value of the symmetry boundary on the XY-plane as a real number.

Returns: Value of the symmetry boundary on the XY-plane

This command is not available for structural analysis.

int SectionGraph::GetSymmetryYZ ( )

Returns the value of the symmetry boundary on the YZ-plane as a real number.

Returns: Values of the symmetry boundary on the YZ-plane

This command is not available for structural analysis.

int SectionGraph::GetSymmetryZX ( )

Returns the value of the symmetry boundary on the ZX-plane as a real number.

Returns: Value of the symmetry boundary on the ZX-plane

This command is not available for structural analysis.

double SectionGraph::GetTemperature ( )

Returns temperature.

Returns: Temperature

This command is used when the demagnetization ratio (Compared to undemagnetized state, temperature dependent) is selected as the result type.

int SectionGraph::GetTruncationType ( )

Returns truncation type.

Returns: 0 : Auto

1 : Fix

String SectionGraph::GetUnit ( )

Returns the name of a unit as a string.

Returns: Unit name

String SectionGraph::GetUserComponentType ( )

Returns the user component name as a character string.

Returns: Name of the user component

bool SectionGraph::IsValid ( )

virtual

Returns True if an object is valid.

Returns: Whether or not the SectionGraph objects in the list are valid

int SectionGraph::NumParts ( )

Returns number of the setting parts.

Returns: Number of parts

int SectionGraph::NumSets ( int group = 0 )

Returns number of the setting sets.

Returns: Number of sets

void SectionGraph::SetAbscissa ( String & name )

Specifies an X-axis type.

Parameters

name	X-axis type

void SectionGraph::SetAirRegionFlag ( bool use )

Specifies the flag to create a section graph for the arbitrary region.

Parameters

use	True=1 : Section Line/Arc for Arbitrary Region False=0 : Section Line/Arc

This command is not available for structural analysis.

void SectionGraph::SetAirRegionSectionGraph ( Variant & numPoints )

Specifies an argument to create a section graph for the arbitrary region.

Parameters

numPoints Interval

This command is not available for structural analysis.

void SectionGraph::SetArc	(	Point *	origin,
		Point *	axis,
		Point *	start,
		double	angle
	)

Specifies an arc from the center point, axis, start point, and angle.

Parameters

origin	Point object (center point)
axis	Point object (axis)
start	Point object (start point)
angle	Angle

void SectionGraph::SetArcByRadius	(	Point *	origin,
		Point *	axis,
		double	radius,
		double	angle
	)

Specifies an arc from the center point, axis, radius, and angle.

Parameters

origin	Point object (center point)
axis	Point object (axis)
radius	Radius
angle	Angle

void SectionGraph::SetArcByRadiusWithUnit	(	Point *	origin,
		Point *	axis,
		double	radius,
		double	angle,
		String &	unitName
	)

Specifies an arc from the center point, axis, radius, and angle with unit specification.

Parameters

origin	Point object (center point)
axis	Point object (axis)
radius	Radius
angle	Angle
unitName	Unit

void SectionGraph::SetArcExpression	(	Variant &	originX,
		Variant &	originY,
		Variant &	originZ,
		Variant &	axisX,
		Variant &	axisY,
		Variant &	axisZ,
		Variant &	startX,
		Variant &	startY,
		Variant &	startZ,
		Variant &	angle,
		Variant &	radius = `Variant()`
	)

Specifies center point, axis, start point, and angle of an arc graph.

Parameters

originX	X-coordinate of origin
originY	Y-coordinate of origin
originZ	Z-coordinate of origin
axisX	X-coordinate of a point on central axis
axisY	Y-coordinate of a point on central axis
axisZ	Z-coordinate of a point on central axis
startX	X-coordinate of start point
startY	Y-coordinate of start point
startZ	Z-coordinate of start point
angle	Angle
radius	Radius

void SectionGraph::SetArcOffset ( Variant & offset )

Specifies an offset of the arc.

Parameters

offset Offset distance

void SectionGraph::SetArcOffsetWithUnit	(	Variant &	offset,
		String &	unitName
	)

Specifies an offset of the arc by specifying units.

Parameters

offset	Offset distance
unitName	Unit name

void SectionGraph::SetArcWithUnit	(	Point *	origin,
		Point *	axis,
		Point *	start,
		double	angle,
		String &	unitName
	)

Specifies an arc from center point, axis, start point, and angle.

Parameters

origin	Point object (center point)
axis	Point object (axis)
start	Point object (start point)
angle	Angle
unitName	Unit

void SectionGraph::SetBoundaryCoordinate ( Variant & name )

Applies a coordinate system of the symmetric boundary to the section graph by specifying a name or index.

Parameters

name	Name or index of the coordinate system

void SectionGraph::SetComponent ( String & name )

Specifies the component.

Parameters

name	Component name. "Radial" and "Z" and so on.

void SectionGraph::SetConvergenceTolerance ( Variant & tolerance )

Specifies convergence tolerance.

Parameters

tolerance Convergence tolerance

void SectionGraph::SetHistorySteps ( String array & steps )

Specifies the steps that is in the reference range of history functions.

Parameters

steps Step

void SectionGraph::SetHistoryStepsByString ( String & str )

Specifies multiple steps to be referenced by the history function using a string.

The steps can be specified either with a comma (1,2,3) or by range (e.g. 4-8).

Parameters

str Step

void SectionGraph::SetLine	(	Point *	start,
		Point *	end
	)

Specifies a line connecting two points.

Parameters

start	Point object (start point)
end	Point object (end point)

void SectionGraph::SetLineExpression	(	Variant &	startX,
		Variant &	startY,
		Variant &	startZ,
		Variant &	endX,
		Variant &	endY,
		Variant &	endZ
	)

Specifies the start and end points of a straight line section graph.

Parameters

startX	X-coordinate of start point
startY	Y-coordinate of start point
startZ	Z-coordinate of start point
endX	X-coordinate of end point
endY	Y-coordinate of end point
endZ	Z-coordinate of end point

void SectionGraph::SetLineOffset ( Point * offset )

Specifies the offset of a line.

Parameters

offset Point object (offset distance)

void SectionGraph::SetLineOffsetWithUnit	(	Point *	offset,
		String &	unitName
	)

Specifies the offset of a line in unit specification.

Parameters

offset	Point object (offset distance)
unitName	Unit

void SectionGraph::SetLineWithUnit	(	Point *	start,
		Point *	end,
		String &	unitName
	)

Specifies a line connecting two points in unit specification.

Parameters

start	Point object (start point)
end	Point object (end point)
unitName	Unit

void SectionGraph::SetMaximumCopies ( Variant & maximumCopies )

Specifies maximum number of copies.

Parameters

maximumCopies Maximum number of copies

void SectionGraph::SetName ( String & title )

Specifies the name of the graph.

Parameters

title Graph name

void SectionGraph::SetNumCopies ( Variant & numCopies )

Specifies number of copies.

Parameters

numCopies Number of copies

void SectionGraph::SetPhase ( double value )

Specifies the phase.

Some of the output items of magnetic field frequency analysis, structural eigenmode analysis, structural frequency analysis, and electric field frequency analysis can be obtained.

Parameters

value Phase

void SectionGraph::SetPhaseType ( Variant & value )

Specifies the display format.

Some of the output items of magnetic field frequency analysis, structural eigenmode analysis, structural frequency analysis, and electric field frequency analysis can be obtained.

Parameters

value

Phase type
"RealImag" or "0" = Displays real part and imaginary part
"AmplitudePhase" or "1" = Displays amplitude and phase
"FixedPhase" or "2" = Specified phase

void SectionGraph::SetReferenceStep ( Variant & step )

Specifies reference step.

Parameters

step	Reference Step ID

This command is used to display the demagnetization ratio (Compared to reference step) for a magnetic field analysis.

void SectionGraph::SetResultComponent ( String & name )

Specifies the component of a result type.

Parameters

name	Component name of a result type

void SectionGraph::SetResultCoordinate ( Variant & name )

Applies a coordinate system to a section graph by specifying the name or index.

Parameters

name	Name or index of the coordinate system

void SectionGraph::SetResultType	(	String &	typeName,
		String &	sourceTitle = `String()`
	)

Specifies result type.

Parameters

typeName	Result type name. "MagneticFlux Density" and "Magnetization" and so on. For user components, enter "User".
sourceTitle	Title of result calculation processing (such as FFT) when referring to the calclation tool.

The argument "sourceTitle" can be omitted.
For more information about the condition type name that can be specified as the argument "typeName", see Properties and Flags for Calculating Results .

void SectionGraph::SetResultUnit ( String & name )

Specifies a unit used for the result type.

This command is used to specify the unit of "temperature distribution" for a result type of thermal analysis or thermal stress analysis.

Parameters

name Unit name

Enter Fahrenheit or Celsius according to the unit you want to use.

void SectionGraph::SetSeparateLines ( bool use )

Specifies whether or not to output a graph with lines between each material.

Parameters

use	True=1 : Divides line with a material False=0 : Do not divide line with a material

void SectionGraph::SetSteps ( String array & steps )

Specifies steps.

Parameters

steps Step

void SectionGraph::SetStepsByInterval ( Variant & interval )

Specifies steps in constant intervals.

Parameters

interval Interval

void SectionGraph::SetStepsByString ( String & str )

Specifies multiple steps using a string.

The step can be specified either with comma (1,2,3) or by range (e.g. 4-8).

Parameters

str Step

void SectionGraph::SetSymmetry	(	int	xy,
		int	yz,
		int	zx
	)

Specifies boundaries for the XY-plane, YZ-plane, and ZX-plane.

Parameters

xy	Symmetry boundary : 1 None : 0 Natural boundary : -1
yz	Symmetry boundary : 1 None : 0 Natural boundary : -1
zx	Symmetry boundary : 1 None : 0 Natural boundary : -1

This command is not available for structural analysis.

void SectionGraph::SetSymmetryXY ( int xy )

Specifies how the XY-plane is handled.

Parameters

xy	Symmetry boundary : 1 None : 0 Natural boundary : -1

This command is not available for structural analysis.

void SectionGraph::SetSymmetryYZ ( int yz )

Specifies how the YZ-plane is handled.

Parameters

yz	Symmetry boundary : 1 None : 0 Natural boundary : -1

This command is not available for structural analysis.

void SectionGraph::SetSymmetryZX ( int zx )

Specifies a boundary on the ZX-plane.

Parameters

zx	Symmetry boundary : 1 None : 0 Natural boundary : -1

This command is not available for structural analysis.

void SectionGraph::SetTargetAllParts ( bool all )

Specifies flags for all parts.

Parameters

all	"0" = Release flag for all parts "1" = Set flag for all parts

void SectionGraph::SetTemperature ( Variant & value )

Specifies temperature.

Parameters

value Temperature

This command is used to display the demagnetization ratio (Compared to undemagnetized state, temperature dependent) for a magnetic field analysis.

void SectionGraph::SetTruncationType ( Variant & type )

Specifies truncation type.

Parameters

type	"auto" or "0" = Set auto truncation "fixed" or "1" = Set fixed truncation

void SectionGraph::SetUserComponentType ( String & name )

Specifies the user component if the user component ("User") is selected as the result type.

Parameters

name	Name of the user component

bool SectionGraph::TargetAllParts ( )

Returns the flags for all parts.

Returns: flag
"0" = Release flag for all parts

"1" = Set flag for all parts

Public Member Functions

Detailed Description

Member Function Documentation