Path

Methods

AddEventListener, CaptureMouse, Equals, FindName (DependencyObject), GetHost, GetParent, GetValue, ReleaseMouseCapture, RemoveEventListener, SetValue

Properties

Canvas.Left, Canvas.Top, Canvas.ZIndex, Clip, Cursor, Data, Effect (Silverlight 3), Fill (Shape), Grid.Column (Silverlight 2), Grid.ColumnSpan (Silverlight 2), Grid.Row (Silverlight 2), Grid.RowSpan (Silverlight 2), Height (UIElement), HorizontalAlignment (Silverlight 2), Margin (Silverlight 2), MaxHeight (Silverlight 2), MaxWidth (Silverlight 2), MinHeight (Silverlight 2), MinWidth (Silverlight 2), Name (DependencyObject), Opacity (UIElement), OpacityMask, Projection (Silverlight 3), RenderTransform, RenderTransformOrigin, Resources, Stretch (Shape), Stroke (Shape), StrokeDashArray, StrokeDashCap, StrokeDashOffset, StrokeEndLineCap, StrokeLineJoin, StrokeMiterLimit, StrokeStartLineCap, StrokeThickness, Style (Silverlight 2), Tag, Triggers, VerticalAlignment (Silverlight 2), Visibility, Width (UIElement)

Events

Loaded, MouseEnter, MouseLeave, MouseLeftButtonDown, MouseLeftButtonUp, MouseMove, MouseWheel (Silverlight 3)

Managed Equivalent

Path

Remarks

Fundamentally, a Path is a Shape object. However, a Path can be used to create much more complex two-dimensional graphics than other Shape objects. The Path object can draw closed or open shapes, lines, and curves. For a description of the shapes that the Path element supports, see the Data property

A Path supports two parallel techniques for declaring its contents: as an object model using discrete geometries declared in markup or code, or as a mini-language declared in markup. The geometry object model can use the GeometryGroup object as data to specify a composite of multiple geometries.

The mini-language is analogous to a pathing language output used in some graphics tools. For more information about using the mini-language definition format for Path in markup, see Path Markup Syntax.

Note:

For best performance, avoid explicitly setting the Width and Height of a Path. Setting the Width and Height will result in additional stretching, which has a performance cost. Instead, rely on the explicitly set coordinates of the Path and its contained data to control its shape and position. In effect, the Path will have a natural height and width, although those values are not reported to the object model. For more information, see the Stretch (Shape) property.

For more information on basic concepts, see Geometries. Note that the Geometries topic is written primarily for users of the managed API, and may not have code examples or specific information that address the JavaScript API scenarios.

Example

The following example uses a Path object to draw an ellipse.

<Canvas  
  xmlns="https://schemas.microsoft.com/winfx/2006/xaml/presentation" 
  xmlns:x="https://schemas.microsoft.com/winfx/2006/xaml"> 
  
  <Path Fill="Gold" Stroke="Black" StrokeThickness="1">
    <Path.Data>
      <EllipseGeometry Center="50,50" RadiusX="50" RadiusY="50" />
    </Path.Data>
  </Path> 
</Canvas>

See Also

Reference