Represents a graphics path that can be filled or stroked. More...

Public Member Functions
GraphicsPath	MoveTo (Point p)
	Move the current point without tracing a segment from the previous point. More...

GraphicsPath	MoveTo (double x, double y)
	Move the current point without tracing a segment from the previous point. More...

GraphicsPath	LineTo (Point p)
	Move the current point and trace a segment from the previous point. More...

GraphicsPath	LineTo (double x, double y)
	Move the current point and trace a segment from the previous point. More...

GraphicsPath	Arc (Point center, double radius, double startAngle, double endAngle)
	Trace an arc segment from a circle with the specified center and radius , starting at startAngle and ending at endAngle . The current point is updated to the end point of the arc. More...

GraphicsPath	Arc (double centerX, double centerY, double radius, double startAngle, double endAngle)
	Trace an arc segment from a circle with the specified center and radius , starting at startAngle and ending at endAngle . The current point is updated to the end point of the arc. More...

GraphicsPath	EllipticalArc (double radiusX, double radiusY, double axisAngle, bool largeArc, bool sweepClockwise, Point endPoint)
	Trace an arc from an ellipse with the specified radii, rotated by axisAngle with respect to the x-axis, starting at the current point and ending at the endPoint . More...

GraphicsPath	CubicBezierTo (Point control1, Point control2, Point endPoint)
	Trace a cubic Bezier curve from the current point to a destination point, with two control points. The current point is updated to the end point of the Bezier curve. More...

GraphicsPath	CubicBezierTo (double control1X, double control1Y, double control2X, double control2Y, double endPointX, double endPointY)
	Trace a cubic Bezier curve from the current point to a destination point, with two control points. The current point is updated to the end point of the Bezier curve. More...

GraphicsPath	QuadraticBezierTo (Point control, Point endPoint)
	Trace a quadratic Bezier curve from the current point to a destination point, with a single control point. The current point is updated to the end point of the Bezier curve. More...

GraphicsPath	QuadraticBezierTo (double controlX, double controlY, double endPointX, double endPointY)
	Trace a quadratic Bezier curve from the current point to a destination point, with a single control point. The current point is updated to the end point of the Bezier curve. More...

GraphicsPath	Close ()
	Trace a segment from the current point to the start point of the figure and flag the figure as closed. More...

GraphicsPath	AddText (double originX, double originY, string text, Font font, TextBaselines textBaseline=TextBaselines.Top)
	Add the contour of a text string to the current path. More...

GraphicsPath	AddText (Point origin, string text, Font font, TextBaselines textBaseline=TextBaselines.Top)
	Add the contour of a text string to the current path. More...

GraphicsPath	AddTextOnPath (GraphicsPath path, string text, Font font, double reference=0, TextAnchors anchor=TextAnchors.Left, TextBaselines textBaseline=TextBaselines.Top)
	Add the contour of a text string flowing along a GraphicsPath to the current path. More...

GraphicsPath	AddTextUnderline (Point origin, string text, Font font, TextBaselines textBaseline=TextBaselines.Top)
	Add the contour of the underline of the specified text string to the current path. More...

GraphicsPath	AddSmoothSpline (params Point[] points)
	Adds a smooth spline composed of cubic bezier segments that pass through the specified points. More...

GraphicsPath	AddPath (GraphicsPath path)
	Adds another GraphicsPath to the current GraphicsPath. More...

double	MeasureLength ()
	Measures the length of the GraphicsPath. More...

Point	GetPointAtRelative (double position)
	Gets the point at the relative position specified on the GraphicsPath. More...

Point	GetPointAtAbsolute (double length)
	Gets the point at the absolute position specified on the GraphicsPath. More...

Point	GetTangentAtRelative (double position)
	Gets the tangent to the point at the relative position specified on the GraphicsPath. More...

Point	GetTangentAtAbsolute (double length)
	Gets the tangent to the point at the absolute position specified on the GraphicsPath. More...

Point	GetNormalAtAbsolute (double length)
	Gets the normal to the point at the absolute position specified on the GraphicsPath. More...

Point	GetNormalAtRelative (double position)
	Gets the normal to the point at the relative position specified on the GraphicsPath. More...

GraphicsPath	Linearise (double resolution)
	Linearises a GraphicsPath, replacing curve segments with series of line segments that approximate them. More...

GraphicsPath	Discretise (double resolution)
	Discretises a GraphicsPath, replacing curve segments with series of line segments that approximate them and ensuring that all line segments are shorter than the specified resolution . More...

GraphicsPath	Flatten (double flatness)
	Flattens a GraphicsPath, replacing curve segments with series of line segments that approximate them, ensuring the specified maximum deviation from the original path. More...

IEnumerable< List< Point > >	GetPoints ()
	Gets a collection of the end points of all the segments in the GraphicsPath, divided by figure. More...

IEnumerable< GraphicsPath >	GetFigures ()
	Gets a collection of all the figures in the GraphicsPath, returned as individual GraphicsPaths. More...

IEnumerable< List< Point > >	GetLinearisationPointsNormals (double resolution)
	Gets a collection of the tangents at the end point of the segments in which the GraphicsPath would be linearised, divided by figure. More...

IEnumerable< GraphicsPath >	Triangulate (double resolution, bool clockwise)
	Divides a GraphicsPath into triangles. More...

GraphicsPath	Transform (Func< Point, Point > transformationFunction)
	Transforms all of the Points in the GraphicsPath with an arbitrary transformation function. More...

Rectangle	GetBounds ()
	Compute the rectangular bounds of the path. More...

GraphicsPath	Reverse ()
	Reverses the GraphicsPath. More...

GraphicsPath	GetStroke (double lineWidth=1, LineCaps lineCap=LineCaps.Butt, LineJoins lineJoin=LineJoins.Miter)
	Returns a GraphicsPath representing the stroke of the current GraphicsPath. More...

bool	ContainsPoint (Point point, FillRule fillRule)
	Determines whether the specified point falls within the current GraphicsPath. More...

Properties
List< Segment >	Segments = new List<Segment>() `[get, set]`
	The segments that make up the path. More...

Detailed Description

Represents a graphics path that can be filled or stroked.

Definition at line 28 of file GraphicsPath.cs.

Member Function Documentation

◆ AddPath()

GraphicsPath VectSharp.GraphicsPath.AddPath ( GraphicsPath path )

Adds another GraphicsPath to the current GraphicsPath.

Parameters

path	The existing GraphicsPath that should be added to the current GraphicsPath.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 1210 of file GraphicsPath.cs.

◆ AddSmoothSpline()

GraphicsPath VectSharp.GraphicsPath.AddSmoothSpline ( params Point[] points )

Adds a smooth spline composed of cubic bezier segments that pass through the specified points.

Parameters

points The points through which the spline should pass.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 1178 of file GraphicsPath.cs.

◆ AddText() [1/2]

GraphicsPath VectSharp.GraphicsPath.AddText	(	double	originX,
		double	originY,
		string	text,
		Font	font,
		TextBaselines	textBaseline = `TextBaselines.Top`
	)

Add the contour of a text string to the current path.

Parameters

originX	The horizontal coordinate of the text origin.
originY	The vertical coordinate of the text origin. See textBaseline .
text	The string to draw.
font	The font with which to draw the text.
textBaseline	The text baseline (determines what originY represents).

///

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 358 of file GraphicsPath.cs.

◆ AddText() [2/2]

GraphicsPath VectSharp.GraphicsPath.AddText	(	Point	origin,
		string	text,
		Font	font,
		TextBaselines	textBaseline = `TextBaselines.Top`
	)

Add the contour of a text string to the current path.

Parameters

origin	The text origin. See textBaseline .
text	The string to draw.
font	The font with which to draw the text.
textBaseline	The text baseline (determines what the vertical component of origin represents).

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 371 of file GraphicsPath.cs.

◆ AddTextOnPath()

GraphicsPath VectSharp.GraphicsPath.AddTextOnPath	(	GraphicsPath	path,
		string	text,
		Font	font,
		double	reference = `0`,
		TextAnchors	anchor = `TextAnchors.Left`,
		TextBaselines	textBaseline = `TextBaselines.Top`
	)

Add the contour of a text string flowing along a GraphicsPath to the current path.

Parameters

path	The GraphicsPath along which the text will flow.
text	The string to draw.
font	The font with which to draw the text.
reference	The (relative) starting point on the path starting from which the text should be drawn (0 is the start of the path, 1 is the end of the path).
anchor	The anchor in the text string that will correspond to the point specified by the reference .
textBaseline	The text baseline (determines which the position of the text in relation to the path .

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 476 of file GraphicsPath.cs.

◆ AddTextUnderline()

GraphicsPath VectSharp.GraphicsPath.AddTextUnderline	(	Point	origin,
		string	text,
		Font	font,
		TextBaselines	textBaseline = `TextBaselines.Top`
	)

Add the contour of the underline of the specified text string to the current path.

Parameters

origin	The text origin. See textBaseline .
text	The string whose underline will be drawn.
font	The font with which to draw the text.
textBaseline	The text baseline (determines what the vertical component of origin represents).

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 624 of file GraphicsPath.cs.

◆ Arc() [1/2]

GraphicsPath VectSharp.GraphicsPath.Arc	(	double	centerX,
		double	centerY,
		double	radius,
		double	startAngle,
		double	endAngle
	)

Trace an arc segment from a circle with the specified center and radius , starting at startAngle and ending at endAngle . The current point is updated to the end point of the arc.

Parameters

centerX	The horizontal coordinate of the center of the arc.
centerY	The vertical coordinate of the center of the arc.
radius	The radius of the arc.
startAngle	The start angle (in radians) of the arc.
endAngle	The end angle (in radians) of the arc.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 126 of file GraphicsPath.cs.

◆ Arc() [2/2]

GraphicsPath VectSharp.GraphicsPath.Arc	(	Point	center,
		double	radius,
		double	startAngle,
		double	endAngle
	)

Trace an arc segment from a circle with the specified center and radius , starting at startAngle and ending at endAngle . The current point is updated to the end point of the arc.

Parameters

center	The center of the arc.
radius	The radius of the arc.
startAngle	The start angle (in radians) of the arc.
endAngle	The end angle (in radians) of the arc.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 103 of file GraphicsPath.cs.

◆ Close()

GraphicsPath VectSharp.GraphicsPath.Close ( )

Trace a segment from the current point to the start point of the figure and flag the figure as closed.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 341 of file GraphicsPath.cs.

◆ ContainsPoint()

bool VectSharp.GraphicsPath.ContainsPoint	(	Point	point,
		FillRule	fillRule
	)

Determines whether the specified point falls within the current GraphicsPath.

Parameters

point	The Point being analysed.
fillRule	The rule to use to determine whether a point is inside or outside of a the GraphicsPath.

Returns: true if the point is inside the GraphicsPath, or false if it is outside. If the point lies exactly on the GraphicsPath (or very close to it), the result may be either true or false, depending on numerical approximations.

Definition at line 3599 of file GraphicsPath.cs.

◆ CubicBezierTo() [1/2]

GraphicsPath VectSharp.GraphicsPath.CubicBezierTo	(	double	control1X,
		double	control1Y,
		double	control2X,
		double	control2Y,
		double	endPointX,
		double	endPointY
	)

Trace a cubic Bezier curve from the current point to a destination point, with two control points. The current point is updated to the end point of the Bezier curve.

Parameters

control1X	The horizontal coordinate of the first control point.
control1Y	The vertical coordinate of the first control point.
control2X	The horizontal coordinate of the second control point.
control2Y	The vertical coordinate of the second control point.
endPointX	The horizontal coordinate of the destination point.
endPointY	The vertical coordinate of the destination point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 285 of file GraphicsPath.cs.

◆ CubicBezierTo() [2/2]

GraphicsPath VectSharp.GraphicsPath.CubicBezierTo	(	Point	control1,
		Point	control2,
		Point	endPoint
	)

Trace a cubic Bezier curve from the current point to a destination point, with two control points. The current point is updated to the end point of the Bezier curve.

Parameters

control1	The first control point.
control2	The second control point.
endPoint	The destination point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 261 of file GraphicsPath.cs.

◆ Discretise()

GraphicsPath VectSharp.GraphicsPath.Discretise ( double resolution )

Discretises a GraphicsPath, replacing curve segments with series of line segments that approximate them and ensuring that all line segments are shorter than the specified resolution .

Parameters

resolution The maximum length (in absolute units) of line segments in the resulting GraphicsPath.

Returns: A GraphicsPath composed only of linear segments that are shorter than resolution and approximate the current GraphicsPath.

Definition at line 1966 of file GraphicsPath.cs.

◆ EllipticalArc()

GraphicsPath VectSharp.GraphicsPath.EllipticalArc	(	double	radiusX,
		double	radiusY,
		double	axisAngle,
		bool	largeArc,
		bool	sweepClockwise,
		Point	endPoint
	)

Trace an arc from an ellipse with the specified radii, rotated by axisAngle with respect to the x-axis, starting at the current point and ending at the endPoint .

Parameters

radiusX	The horizontal radius of the ellipse.
radiusY	The vertical radius of the ellipse.
axisAngle	The angle of the horizontal axis of the ellipse with respect to the horizontal axis.
largeArc	Determines whether the large or the small arc is drawn.
sweepClockwise	Determines whether the clockwise or anticlockwise arc is drawn.
endPoint	The end point of the arc.

Returns

Definition at line 142 of file GraphicsPath.cs.

◆ Flatten()

GraphicsPath VectSharp.GraphicsPath.Flatten ( double flatness )

Flattens a GraphicsPath, replacing curve segments with series of line segments that approximate them, ensuring the specified maximum deviation from the original path.

Parameters

flatness The maximum deviation from the original path.

Returns: A GraphicsPath composed only of linear segments that approximates the current GraphicsPath.

Definition at line 1997 of file GraphicsPath.cs.

◆ GetBounds()

Rectangle VectSharp.GraphicsPath.GetBounds ( )

Compute the rectangular bounds of the path.

Returns: The smallest Rectangle that contains the path.

Definition at line 3037 of file GraphicsPath.cs.

◆ GetFigures()

IEnumerable< GraphicsPath > VectSharp.GraphicsPath.GetFigures ( )

Gets a collection of all the figures in the GraphicsPath, returned as individual GraphicsPaths.

Returns: A collection of all the figures in the GraphicsPath, returned as individual GraphicsPaths.

Definition at line 2093 of file GraphicsPath.cs.

◆ GetLinearisationPointsNormals()

IEnumerable< List< Point > > VectSharp.GraphicsPath.GetLinearisationPointsNormals ( double resolution )

Gets a collection of the tangents at the end point of the segments in which the GraphicsPath would be linearised, divided by figure.

Parameters

resolution The absolute length between successive samples in curve segments.

Returns: A collection of the tangents at the end point of the segments in which the GraphicsPath would be linearised, divided by figure.

Definition at line 2136 of file GraphicsPath.cs.

◆ GetNormalAtAbsolute()

Point VectSharp.GraphicsPath.GetNormalAtAbsolute ( double length )

Gets the normal to the point at the absolute position specified on the GraphicsPath.

Parameters

length The distance to the point from the start of the GraphicsPath.

Returns: The normal to the point at the specified position.

Definition at line 1888 of file GraphicsPath.cs.

◆ GetNormalAtRelative()

Point VectSharp.GraphicsPath.GetNormalAtRelative ( double position )

Gets the normal to the point at the relative position specified on the GraphicsPath.

Parameters

position The position on the GraphicsPath (0 is the start of the path, 1 is the end of the path).

Returns: The normal to the point at the specified position.

Definition at line 1899 of file GraphicsPath.cs.

◆ GetPointAtAbsolute()

Point VectSharp.GraphicsPath.GetPointAtAbsolute ( double length )

Gets the point at the absolute position specified on the GraphicsPath.

Parameters

length The distance to the point from the start of the GraphicsPath.

Returns: The point at the specified position.

Definition at line 1304 of file GraphicsPath.cs.

◆ GetPointAtRelative()

Point VectSharp.GraphicsPath.GetPointAtRelative ( double position )

Gets the point at the relative position specified on the GraphicsPath.

Parameters

position The position on the GraphicsPath (0 is the start of the path, 1 is the end of the path).

Returns: The point at the specified position.

Definition at line 1294 of file GraphicsPath.cs.

◆ GetPoints()

IEnumerable< List< Point > > VectSharp.GraphicsPath.GetPoints ( )

Gets a collection of the end points of all the segments in the GraphicsPath, divided by figure.

Returns: A collection of the end points of all the segments in the GraphicsPath, divided by figure.

Definition at line 2050 of file GraphicsPath.cs.

◆ GetStroke()

GraphicsPath VectSharp.GraphicsPath.GetStroke	(	double	lineWidth = `1`,
		LineCaps	lineCap = `LineCaps.Butt`,
		LineJoins	lineJoin = `LineJoins.Miter`
	)

Returns a GraphicsPath representing the stroke of the current GraphicsPath.

Parameters

lineWidth	The thickness of the stroke.
lineCap	The line cap used in the stroke.
lineJoin	The line join used in the stroke.

Returns: A GraphicsPath representing the stroke of the current GraphicsPath.

Definition at line 3445 of file GraphicsPath.cs.

◆ GetTangentAtAbsolute()

Point VectSharp.GraphicsPath.GetTangentAtAbsolute ( double length )

Gets the tangent to the point at the absolute position specified on the GraphicsPath.

Parameters

length The distance to the point from the start of the GraphicsPath.

Returns: The tangent to the point at the specified position.

Definition at line 1601 of file GraphicsPath.cs.

◆ GetTangentAtRelative()

Point VectSharp.GraphicsPath.GetTangentAtRelative ( double position )

Gets the tangent to the point at the relative position specified on the GraphicsPath.

Parameters

position The position on the GraphicsPath (0 is the start of the path, 1 is the end of the path).

Returns: The tangent to the point at the specified position.

Definition at line 1591 of file GraphicsPath.cs.

◆ Linearise()

GraphicsPath VectSharp.GraphicsPath.Linearise ( double resolution )

Linearises a GraphicsPath, replacing curve segments with series of line segments that approximate them.

Parameters

resolution The absolute length between successive samples in curve segments.

Returns: A GraphicsPath composed only of linear segments that approximates the current GraphicsPath.

Definition at line 1911 of file GraphicsPath.cs.

◆ LineTo() [1/2]

GraphicsPath VectSharp.GraphicsPath.LineTo	(	double	x,
		double	y
	)

Move the current point and trace a segment from the previous point.

Parameters

x	The horizontal coordinate of the new point.
y	The vertical coordinate of the new point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 88 of file GraphicsPath.cs.

◆ LineTo() [2/2]

GraphicsPath VectSharp.GraphicsPath.LineTo ( Point p )

Move the current point and trace a segment from the previous point.

Parameters

p	The new point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 66 of file GraphicsPath.cs.

◆ MeasureLength()

double VectSharp.GraphicsPath.MeasureLength ( )

Measures the length of the GraphicsPath.

Returns: The length of the GraphicsPath

Definition at line 1222 of file GraphicsPath.cs.

◆ MoveTo() [1/2]

GraphicsPath VectSharp.GraphicsPath.MoveTo	(	double	x,
		double	y
	)

Move the current point without tracing a segment from the previous point.

Parameters

x	The horizontal coordinate of the new point.
y	The vertical coordinate of the new point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 55 of file GraphicsPath.cs.

◆ MoveTo() [2/2]

GraphicsPath VectSharp.GraphicsPath.MoveTo ( Point p )

Move the current point without tracing a segment from the previous point.

Parameters

p	The new point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 41 of file GraphicsPath.cs.

◆ QuadraticBezierTo() [1/2]

GraphicsPath VectSharp.GraphicsPath.QuadraticBezierTo	(	double	controlX,
		double	controlY,
		double	endPointX,
		double	endPointY
	)

Trace a quadratic Bezier curve from the current point to a destination point, with a single control point. The current point is updated to the end point of the Bezier curve.

Parameters

controlX	The horizontal coordinate of the control point.
controlY	The vertical coordinate of the control point.
endPointX	The horizontal coordinate of the destination point.
endPointY	The vertical coordinate of the destination point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 331 of file GraphicsPath.cs.

◆ QuadraticBezierTo() [2/2]

GraphicsPath VectSharp.GraphicsPath.QuadraticBezierTo	(	Point	control,
		Point	endPoint
	)

Trace a quadratic Bezier curve from the current point to a destination point, with a single control point. The current point is updated to the end point of the Bezier curve.

Parameters

control	The control point.
endPoint	The destination point.

Returns: The GraphicsPath, to allow for chained calls.

Definition at line 298 of file GraphicsPath.cs.

◆ Reverse()

GraphicsPath VectSharp.GraphicsPath.Reverse ( )

Reverses the GraphicsPath.

Returns: The reversed GraphicsPath.

Definition at line 3335 of file GraphicsPath.cs.

◆ Transform()

GraphicsPath VectSharp.GraphicsPath.Transform ( Func< Point, Point > transformationFunction )

Transforms all of the Points in the GraphicsPath with an arbitrary transformation function.

Parameters

transformationFunction An arbitrary transformation function.

Returns: A new GraphicsPath in which all points have been replaced using the transformationFunction .

Definition at line 3018 of file GraphicsPath.cs.

◆ Triangulate()

IEnumerable< GraphicsPath > VectSharp.GraphicsPath.Triangulate	(	double	resolution,
		bool	clockwise
	)

Divides a GraphicsPath into triangles.

Parameters

resolution	The resolution that will be used to linearise curve segments in the GraphicsPath.
clockwise	If this is `true`, the triangles will have their vertices in a clockwise order, otherwise they will be in anticlockwise order.

Returns: A collection of distinct GraphicsPaths, each representing one triangle.

Definition at line 2230 of file GraphicsPath.cs.

Property Documentation

◆ Segments

List<Segment> VectSharp.GraphicsPath.Segments = new List<Segment>()

getset

The segments that make up the path.

Definition at line 33 of file GraphicsPath.cs.

The documentation for this class was generated from the following file:

VectSharp/GraphicsPath.cs

Public Member Functions

Properties

Detailed Description

Member Function Documentation

◆ AddPath()

◆ AddSmoothSpline()

◆ AddText() [1/2]

◆ AddText() [2/2]

◆ AddTextOnPath()

◆ AddTextUnderline()

◆ Arc() [1/2]

◆ Arc() [2/2]

◆ Close()

◆ ContainsPoint()

◆ CubicBezierTo() [1/2]

◆ CubicBezierTo() [2/2]

◆ Discretise()

◆ EllipticalArc()

◆ Flatten()

◆ GetBounds()

◆ GetFigures()

◆ GetLinearisationPointsNormals()

◆ GetNormalAtAbsolute()

◆ GetNormalAtRelative()

◆ GetPointAtAbsolute()

◆ GetPointAtRelative()

◆ GetPoints()

◆ GetStroke()

◆ GetTangentAtAbsolute()

◆ GetTangentAtRelative()

◆ Linearise()

◆ LineTo() [1/2]

◆ LineTo() [2/2]

◆ MeasureLength()

◆ MoveTo() [1/2]

◆ MoveTo() [2/2]

◆ QuadraticBezierTo() [1/2]

◆ QuadraticBezierTo() [2/2]

◆ Reverse()

◆ Transform()

◆ Triangulate()

Property Documentation

◆ Segments