Class PdfPath

Namespace

UglyToad.PdfPig.Graphics

Assembly

UglyToad.PdfPig.dll

A path is made up of one or more disconnected subpaths, each comprising a sequence of connected segments. The topology of the path is unrestricted: it may be concave or convex, may contain multiple subpaths representing disjoint areas, and may intersect itself in arbitrary ways.

A path shall be composed of straight and curved line segments, which may connect to one another or may be disconnected.

public class PdfPath : List<PdfSubpath>, IList<PdfSubpath>, ICollection<PdfSubpath>, IList, ICollection, IReadOnlyList<PdfSubpath>, IReadOnlyCollection<PdfSubpath>, IEnumerable<PdfSubpath>, IEnumerable

Inheritance

object

List<PdfSubpath>

PdfPath

Implements

IList<PdfSubpath>

ICollection<PdfSubpath>

IList

ICollection

IReadOnlyList<PdfSubpath>

IReadOnlyCollection<PdfSubpath>

IEnumerable<PdfSubpath>

IEnumerable

Inherited Members

List<PdfSubpath>.Add(PdfSubpath)

List<PdfSubpath>.AddRange(IEnumerable<PdfSubpath>)

List<PdfSubpath>.AsReadOnly()

List<PdfSubpath>.BinarySearch(int, int, PdfSubpath, IComparer<PdfSubpath>)

List<PdfSubpath>.BinarySearch(PdfSubpath)

List<PdfSubpath>.BinarySearch(PdfSubpath, IComparer<PdfSubpath>)

List<PdfSubpath>.Clear()

List<PdfSubpath>.Contains(PdfSubpath)

List<PdfSubpath>.ConvertAll<TOutput>(Converter<PdfSubpath, TOutput>)

List<PdfSubpath>.CopyTo(PdfSubpath[])

List<PdfSubpath>.CopyTo(int, PdfSubpath[], int, int)

List<PdfSubpath>.CopyTo(PdfSubpath[], int)

List<PdfSubpath>.EnsureCapacity(int)

List<PdfSubpath>.Exists(Predicate<PdfSubpath>)

List<PdfSubpath>.Find(Predicate<PdfSubpath>)

List<PdfSubpath>.FindAll(Predicate<PdfSubpath>)

List<PdfSubpath>.FindIndex(Predicate<PdfSubpath>)

List<PdfSubpath>.FindIndex(int, Predicate<PdfSubpath>)

List<PdfSubpath>.FindIndex(int, int, Predicate<PdfSubpath>)

List<PdfSubpath>.FindLast(Predicate<PdfSubpath>)

List<PdfSubpath>.FindLastIndex(Predicate<PdfSubpath>)

List<PdfSubpath>.FindLastIndex(int, Predicate<PdfSubpath>)

List<PdfSubpath>.FindLastIndex(int, int, Predicate<PdfSubpath>)

List<PdfSubpath>.ForEach(Action<PdfSubpath>)

List<PdfSubpath>.GetEnumerator()

List<PdfSubpath>.GetRange(int, int)

List<PdfSubpath>.Slice(int, int)

List<PdfSubpath>.IndexOf(PdfSubpath)

List<PdfSubpath>.IndexOf(PdfSubpath, int)

List<PdfSubpath>.IndexOf(PdfSubpath, int, int)

List<PdfSubpath>.Insert(int, PdfSubpath)

List<PdfSubpath>.InsertRange(int, IEnumerable<PdfSubpath>)

List<PdfSubpath>.LastIndexOf(PdfSubpath)

List<PdfSubpath>.LastIndexOf(PdfSubpath, int)

List<PdfSubpath>.LastIndexOf(PdfSubpath, int, int)

List<PdfSubpath>.Remove(PdfSubpath)

List<PdfSubpath>.RemoveAll(Predicate<PdfSubpath>)

List<PdfSubpath>.RemoveAt(int)

List<PdfSubpath>.RemoveRange(int, int)

List<PdfSubpath>.Reverse()

List<PdfSubpath>.Reverse(int, int)

List<PdfSubpath>.Sort()

List<PdfSubpath>.Sort(IComparer<PdfSubpath>)

List<PdfSubpath>.Sort(int, int, IComparer<PdfSubpath>)

List<PdfSubpath>.Sort(Comparison<PdfSubpath>)

List<PdfSubpath>.ToArray()

List<PdfSubpath>.TrimExcess()

List<PdfSubpath>.TrueForAll(Predicate<PdfSubpath>)

List<PdfSubpath>.Capacity

List<PdfSubpath>.Count

List<PdfSubpath>.this[int]

object.GetType()

object.MemberwiseClone()

object.ToString()

object.Equals(object)

object.Equals(object, object)

object.ReferenceEquals(object, object)

object.GetHashCode()

Extension Methods

GeometryExtensions.Contains(PdfPath, PdfPoint, bool)

GeometryExtensions.Contains(PdfPath, PdfRectangle, bool)

GeometryExtensions.Contains(PdfPath, PdfSubpath, bool)

GeometryExtensions.Contains(PdfPath, PdfPath, bool)

GeometryExtensions.GetArea(PdfPath)

Constructors

PdfPath()

public PdfPath()

Properties

FillColor

The fill color.

public IColor FillColor { get; }

Property Value

IColor

FillingRule

Rules for determining which points lie inside/outside the path.

public FillingRule FillingRule { get; }

Property Value

FillingRule

IsClipping

Returns true if this is a clipping path.

public bool IsClipping { get; }

Property Value

bool

IsFilled

Returns true if the path is filled.

public bool IsFilled { get; }

Property Value

bool

IsStroked

Returns true if the path is stroked.

public bool IsStroked { get; }

Property Value

bool

LineCapStyle

The cap style to be used for stroked lines.

public LineCapStyle LineCapStyle { get; }

Property Value

LineCapStyle

LineDashPattern

The pattern to be used for stroked lines.

public LineDashPattern? LineDashPattern { get; }

Property Value

LineDashPattern?

LineJoinStyle

The join style to be used for stroked lines.

public LineJoinStyle LineJoinStyle { get; }

Property Value

LineJoinStyle

LineWidth

Thickness in user space units of path to be stroked.

public decimal LineWidth { get; }

Property Value

decimal

StrokeColor

The stroke color.

public IColor StrokeColor { get; }

Property Value

IColor

Methods

GetBoundingRectangle()

Gets a PdfRectangle which entirely contains the geometry of the defined path.

public PdfRectangle? GetBoundingRectangle()

Returns

PdfRectangle?

For paths which don't define any geometry this returns null.

SetClipping(FillingRule)

Set the clipping mode for this path and IsClipping to true.

IsFilled and IsStroked flags will be set to false.

public void SetClipping(FillingRule fillingRule)

Parameters

fillingRule FillingRule

SetFilled(FillingRule)

Set the filling rule for this path and IsFilled to true.

public void SetFilled(FillingRule fillingRule)

Parameters

fillingRule FillingRule

SetStroked()

Set IsStroked to true.

public void SetStroked()