SketchManager Class
The commands in the SketchManager class are described below.
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Public Member Functions
void	BreakAtIntersection ()
	Breaks a sketch at an intersection.

void	Connect2Lines ()
	Connects two basic shapes.

void	Connect2LinesByPatternId (int pattern_id)
	Connects two basic shapes. This function is used when there are multiple patterns of connection. More...

void	CreateChamfer (double length, double angle, bool reverse)
	Creates chamfering for basic shapes. More...

void	CreateChamferByPatternId (double length, double angle, bool reverse, int pattern_id)
	Creates chamfering for basic shapes. This function is used when there are multiple creation patterns. More...

ConvertToRegionFillet *	CreateConvertToRegionFilletParameter ()
	Converts to the fillet feature. More...

void	CreateFillet (double radius)
	Creates fillets for basic shapes. More...

void	CreateFilletByPatternId (double radius, int pattern_id)
	Creates fillets for basic shapes. This function is used when there are multiple patterns of connection. More...

void	DefineConstraints (String array &allowedTypes)
	Creates constraints from geometries. More...

void	DeleteDuplication (double tolerance)
	Deletes multiple duplicated vertices to merge into one. More...

void	Divide (int division, bool reverse_ratio, String array &ratio_list)
	Divides basic shapes. More...

void	Execute (ParameterObject *param)
	Executes parameter.

void	JointLine ()
	Creates joints for basic shapes.

void	MergeLines ()
	Merges basic shapes.

void	MirrorCopy (double x, double y, double angle, bool keep_constraints)
	Creates mirror copies of a basic shape by defining an axis of symmetry. More...

void	Move (double x, double y, bool keep_constraints)
	Moves the sketch in a parallel direction by specifying a distance in displacement. More...

void	ParallelCopy (double x, double y, int instance, bool keep_constraints)
	Creates parallel copies of basic shape by specifying position of a copy destination. More...

void	ParallelLines (double distance, bool reverse)
	Specifies a distance, and then creates a parallel line from the selected line. More...

void	Rotate (double x, double y, double angle, bool keep_constraints)
	Moves the sketch in a rotational direction by specifying an angle in displacement. More...

void	RotateCopy (double x, double y, double angle, int instance, bool keep_constraints)
	Creates rotation copy of basic shape by defining center of rotation. More...

void	Scale (double xFactor, double yFactor, double xCenter, double yCenter, bool keep_constraints)
	Enlarges or shrinks basic shapes. More...

void	SketchTrim (double x, double y)
	Trims sketches. More...

void	TangentLine ()
	Creates a line connecting the selected vertex and circle (or arc).

void	VerticalLine ()
	Creates a vertical line connecting the selected vertex and line.

Detailed Description

SketchManager Class
The commands in the SketchManager class are described below.
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The SketchManager class includes the commands for the following operation.

Trimming a sketch
Breaking a sketch at intersection
Deleting duplicated nodes in a sketch
Displacement in sketch
Copying a basic shape
Connecting two basic shapes
Editing fillet for basic shape
Chamfering basic shapes
Joint for basic shapes
Creating parallels
Merge lines
Create constraints from geometry
Divide basic shapes

Member Function Documentation

void SketchManager::Connect2LinesByPatternId ( int pattern_id )

Connects two basic shapes. This function is used when there are multiple patterns of connection.

Parameters

pattern_id Connection pattern ID

void SketchManager::CreateChamfer	(	double	length,
		double	angle,
		bool	reverse
	)

Creates chamfering for basic shapes.

Parameters

length	Length
angle	Angle
reverse	True=on : Reverse False=off : Do not reverse

void SketchManager::CreateChamferByPatternId	(	double	length,
		double	angle,
		bool	reverse,
		int	pattern_id
	)

Creates chamfering for basic shapes. This function is used when there are multiple creation patterns.

Parameters

length	Length
angle	Angle
reverse	True=on : Reverse False=off : Do not reverse
pattern_id	Connection pattern ID

ConvertToRegionFillet * SketchManager::CreateConvertToRegionFilletParameter ( )

Converts to the fillet feature.

Returns: Object for convert to fillet feature

For more information about ConvertToRegionFillet, see " ConvertToRegionFillet ".

void SketchManager::CreateFillet ( double radius )

Creates fillets for basic shapes.

Parameters

radius Fillet radius

void SketchManager::CreateFilletByPatternId	(	double	radius,
		int	pattern_id
	)

Creates fillets for basic shapes. This function is used when there are multiple patterns of connection.

Parameters

radius	Fillet radius
pattern_id	Connection pattern ID

void SketchManager::DefineConstraints ( String array & allowedTypes )

Creates constraints from geometries.

Parameters

allowedTypes

Types of constraints
"distance" : Distance
"angle" : Angle
"radius" : Radius/Diameter
"fixture" : Fixation
"horizontality" : Horizontality
"verticality" : Verticality
"parallelism" : Parallel
"perpendicularity" : Perpendicular
"concentricity" : Concentric circle
"tangency" : Tangent circle
"coincident" : Coincident

The following example displays how to transfer string array using commands.

Applying distance constraint and fixation constraint

Set app=designer
Set geomApp = app.CreateGeometryEditor()
ReDim refarray(2)
refarray(0) = "distance"
refarray(1) = "fixation"
Call geomApp.GetDocument().GetSketchManager().DefineConstraints(refarray)

The "DefineConstraints" command is run on all shapes that are being edited when the command to select geometries is not described before "DefineConstraints."

void SketchManager::DeleteDuplication ( double tolerance )

Deletes multiple duplicated vertices to merge into one.

Parameters

tolerance Tolerance

void SketchManager::Divide	(	int	division,
		bool	reverse_ratio,
		String array &	ratio_list
	)

Divides basic shapes.

Parameters

division	Number of divisions
reverse_ratio	True=on : Reverse direction of the division ratio False=off : Do not reverse direction of the division ratio
ratio_list	Division ratio list

void SketchManager::MirrorCopy	(	double	x,
		double	y,
		double	angle,
		bool	keep_constraints
	)

Creates mirror copies of a basic shape by defining an axis of symmetry.

Parameters

x	X-coordinate of center point of axis
y	Y-coordinate of center point of axis
angle	Axis direction angle (X-coordinate)
keep_constraints	True=1 : Keep constraints False=0 : Do not keep constraints

void SketchManager::Move	(	double	x,
		double	y,
		bool	keep_constraints
	)

Moves the sketch in a parallel direction by specifying a distance in displacement.

Parameters

x	Displacement in X-direction
y	Displacement in Y-direction
keep_constraints	True=1 : Keep constraints False=0 : Do not keep constraints

void SketchManager::ParallelCopy	(	double	x,
		double	y,
		int	instance,
		bool	keep_constraints
	)

Creates parallel copies of basic shape by specifying position of a copy destination.

Parameters

x	Displacement of X-direction per instance
y	Displacement of Y-direction per instance
instance	Number of instance
keep_constraints	True=1 : Keep constraints False=0 : Do not keep constraints

void SketchManager::ParallelLines	(	double	distance,
		bool	reverse
	)

Specifies a distance, and then creates a parallel line from the selected line.

Parameters

distance	Distance
reverse	True=1 : Reverses the position to create a parallel. False=0 : Do not reverse the position to create a parallel.

The right side is the true direction of the line based on the start and end point for the position to create a parallel.

void SketchManager::Rotate	(	double	x,
		double	y,
		double	angle,
		bool	keep_constraints
	)

Moves the sketch in a rotational direction by specifying an angle in displacement.

Parameters

x	Center of rotation in X coordinate
y	Center of rotation in Y coordinate
angle	Angle
keep_constraints	True=1 : Keep constraints False=0 : Do not keep constraints

void SketchManager::RotateCopy	(	double	x,
		double	y,
		double	angle,
		int	instance,
		bool	keep_constraints
	)

Creates rotation copy of basic shape by defining center of rotation.

Parameters

x	Rotation center of X-coordinate of rotation center
y	Rotation center of Y-coordinate of rotation center
angle	Angle
instance	Number of instance
keep_constraints	True=1 : Keep constraints False=0 : Do not keep constraints

void SketchManager::Scale	(	double	xFactor,
		double	yFactor,
		double	xCenter,
		double	yCenter,
		bool	keep_constraints
	)

Enlarges or shrinks basic shapes.

Parameters

xFactor	Factor of X-axis direction
yFactor	Factor of Y-axis direction
xCenter	X-coordinate of center point of the scale
yCenter	Y-coordinate of center point of the scale
keep_constraints	True=1 : Keep constraints False=0 : Do not keep constraints

void SketchManager::SketchTrim	(	double	x,
		double	y
	)

Trims sketches.

Parameters

x	Line (circle, arc, or spline) is trimmed on a point on X coordinate
y	Line (circle, arc, or spline) is trimmed on a point on Y coordinate

The value for X and Y coordinates are specified when the pointer is clicked on a position for a target in the work plane.

Public Member Functions

Detailed Description

Member Function Documentation