SEOImages: User Story 1463880, Part 9

docs/csharp/programming-guide/classes-and-structs/inheritance.md

@@ -24,8 +24,7 @@ Inheritance, together with encapsulation and polymorphism, is one of the three p
 
  The following illustration shows a class `WorkItem` that represents an item of work in some business process. Like all classes, it derives from <xref:System.Object?displayProperty=nameWithType> and inherits all its methods. `WorkItem` adds five members of its own. These include a constructor, because constructors are not inherited. Class `ChangeRequest` inherits from `WorkItem` and represents a particular kind of work item. `ChangeRequest` adds two more members to the members that it inherits from `WorkItem` and from <xref:System.Object>. It must add its own constructor, and it also adds `originalItemID`. Property `originalItemID` enables the `ChangeRequest` instance to be associated with the original `WorkItem` to which the change request applies.  
 
- ![Class Inheritance](../../../csharp/programming-guide/classes-and-structs/media/class_inheritance.png "Class_Inheritance")  
-Class inheritance  
+ ![Diagram that shows class inheritance](./media/inheritance/class-inheritance-diagram.png)  
 
  The following example shows how the class relationships demonstrated in the previous illustration are expressed in C#. The example also shows how `WorkItem` overrides the virtual method <xref:System.Object.ToString%2A?displayProperty=nameWithType>, and how the `ChangeRequest` class inherits the `WorkItem` implementation of the method.  
 

docs/csharp/programming-guide/concepts/async/index.md

@@ -98,9 +98,9 @@ The following characteristics summarize what makes the previous example an async
  For more information about asynchrony in previous versions of the .NET Framework, see [TPL and Traditional .NET Framework Asynchronous Programming](../../../../standard/parallel-programming/tpl-and-traditional-async-programming.md).  
 
 ## <a name="BKMK_WhatHappensUnderstandinganAsyncMethod"></a> What happens in an async method  
- The most important thing to understand in asynchronous programming is how the control flow moves from method to method. The following diagram leads you through the process.  
+ The most important thing to understand in asynchronous programming is how the control flow moves from method to method. The following diagram leads you through the process:  
 
- ![Trace an async program](../../../../csharp/programming-guide/concepts/async/media/navigationtrace.png "NavigationTrace")  
+ ![Diagram that shows tracing an async program.](./media/index/navigation-trace-async-program.png)  
 
  The numbers in the diagram correspond to the following steps.  
 

docs/csharp/programming-guide/concepts/linq/sorting-data.md

@@ -6,9 +6,9 @@ ms.assetid: d93fa055-2f19-46d2-9898-e2aed628f1c9
 # Sorting Data (C#)
 A sorting operation orders the elements of a sequence based on one or more attributes. The first sort criterion performs a primary sort on the elements. By specifying a second sort criterion, you can sort the elements within each primary sort group.  
 
- The following illustration shows the results of an alphabetical sort operation on a sequence of characters.  
+ The following illustration shows the results of an alphabetical sort operation on a sequence of characters: 
 
- ![LINQ Sorting Operation](../../../../csharp/programming-guide/concepts/linq/media/linq_ordering.png "LINQ_Ordering")  
+ ![Graphic that shows an alphabetical sort operation.](./media/sorting-data/alphabetical-sort-operation.png)  
 
  The standard query operator methods that sort data are listed in the following section.  
 

docs/framework/docker/console.md

@@ -53,7 +53,7 @@ Windows containers are supported on [Windows 10 Anniversary Update](https://www.
 
 You need to have Docker for Windows, version 1.12 Beta 26 or higher to support Windows containers. By default, Docker enables Linux based containers; switch to Windows containers by right clicking the Docker icon in the system tray and select **Switch to Windows containers**. Docker will run the process to change and a restart may be required.
 
-![Windows-Containers](./media/console/SwitchContainer.png)
+![Screenshot of the Windows container menu option.](./media/console/windows-container-option.png)
 
 ## Building the application
 Typically console applications are distributed through an installer, FTP, or File Share deployment. When deploying to a container, the assets need to be compiled and staged to a location that can be used when the Docker image is created.

docs/framework/wcf/feature-details/transport-security-with-windows-authentication.md

@@ -11,7 +11,7 @@ The following scenario shows a Windows Communication Foundation (WCF) client and
 
  An intranet Web service displays human resources information. The client is a Windows Form application. The application is deployed in a domain with a Kerberos controller securing the domain.  
 
- ![Transport security with Windows authentication](../../../../docs/framework/wcf/feature-details/media/securedbywindows.gif "SecuredByWindows")  
+ ![Transport security with Windows authentication](./media/transport-security-with-windows-authentication/secured-windows-authentication.gif)  
 
 |Characteristic|Description|  
 |--------------------|-----------------|  

docs/framework/windows-workflow-foundation/configuring-tracking-for-a-workflow.md

@@ -178,9 +178,9 @@ To view tracking records, follow these steps.
 
 6. Right-click the **Analytic** node and select **Refresh.** Tracking records should be visible in the center pane.
 
-The following image shows tracking events in the event viewer.
+The following image shows tracking events in the event viewer:
 
-![Event Viewer showing tracking records](./media/trackingeventviewer.PNG "TrackingEventViewer")
+![Screenshot of the Event Viewer showing tracking records.](./media/configuring-tracking-for-a-workflow/tracking-event-viewer.png)
 
 ### Registering an application-specific provider ID
 

docs/framework/winforms/advanced/how-to-create-a-private-font-collection.md

@@ -31,9 +31,9 @@ The <xref:System.Drawing.Text.PrivateFontCollection> class inherits from the <xr
 
  If a given family/style combination is available, a <xref:System.Drawing.Font> object is constructed using that family and style. The first argument passed to the <xref:System.Drawing.Font.%23ctor%2A> constructor is the font family name (not a <xref:System.Drawing.FontFamily> object as is the case for other variations of the <xref:System.Drawing.Font.%23ctor%2A> constructor). After the <xref:System.Drawing.Font> object is constructed, it is passed to the <xref:System.Drawing.Graphics.DrawString%2A> method of the <xref:System.Drawing.Graphics> class to display the family name along with the name of the style.  
 
- The output of the following code is similar to the output shown in the following illustration.  
+ The output of the following code is similar to the output shown in the following illustration:  
 
- ![Fonts Text](./media/csfontstext7.png "csfontstext7")  
+ ![Screenshot that shows text in various fonts.](./media/how-to-create-a-private-font-collection/various-fonts-text-output.png)  
 
  Arial.tff (which was added to the private font collection in the following code example) is the font file for the Arial regular style. Note, however, that the program output shows several available styles other than regular for the Arial font family. That is because [!INCLUDE[ndptecgdiplus](../../../../includes/ndptecgdiplus-md.md)] can simulate the bold, italic, and bold italic styles from the regular style. [!INCLUDE[ndptecgdiplus](../../../../includes/ndptecgdiplus-md.md)] can also produce underlines and strikeouts from the regular style.  
 

docs/framework/winforms/advanced/how-to-create-vertical-text.md

@@ -17,9 +17,9 @@ You can use a <xref:System.Drawing.StringFormat> object to specify that text be
 ## Example  
  The following example assigns the value <xref:System.Drawing.StringFormatFlags.DirectionVertical> to the <xref:System.Drawing.StringFormat.FormatFlags%2A> property of a <xref:System.Drawing.StringFormat> object. That <xref:System.Drawing.StringFormat> object is passed to the <xref:System.Drawing.Graphics.DrawString%2A> method of the <xref:System.Drawing.Graphics> class. The value <xref:System.Drawing.StringFormatFlags.DirectionVertical> is a member of the <xref:System.Drawing.StringFormatFlags> enumeration.  
 
- The following illustration shows the vertical text.  
+ The following illustration shows the vertical text: 
 
- ![Fonts Text](./media/csfontstext5.png "csfontstext5")  
+ ![Graphic that shows vertical font text.](./media/how-to-create-vertical-text/vertical-font-text-graphic.png)  
 
  [!code-csharp[System.Drawing.FontsAndText#31](~/samples/snippets/csharp/VS_Snippets_Winforms/System.Drawing.FontsAndText/CS/Class1.cs#31)]
  [!code-vb[System.Drawing.FontsAndText#31](~/samples/snippets/visualbasic/VS_Snippets_Winforms/System.Drawing.FontsAndText/VB/Class1.vb#31)]  

docs/framework/winforms/advanced/how-to-draw-a-single-bezier-spline.md

@@ -17,7 +17,7 @@ A Bézier spline is defined by four points: a start point, two control points, a
 
  The following illustration shows the resulting Bézier spline along with its start point, control points, and endpoint. The illustration also shows the spline's convex hull, which is a polygon formed by connecting the four points with straight lines.  
 
- ![Bezier Spline](./media/bezierspline1.png "BezierSpline1")  
+ ![Illustration of a Bezier Spline.](./media/how-to-draw-a-single-bezier-spline/bezier-spline-illustration.png)  
 
  [!code-csharp[System.Drawing.ConstructingDrawingCurves#31](~/samples/snippets/csharp/VS_Snippets_Winforms/System.Drawing.ConstructingDrawingCurves/CS/Class1.cs#31)]
  [!code-vb[System.Drawing.ConstructingDrawingCurves#31](~/samples/snippets/visualbasic/VS_Snippets_Winforms/System.Drawing.ConstructingDrawingCurves/VB/Class1.vb#31)]  

docs/framework/winforms/advanced/using-nested-graphics-containers.md

@@ -19,19 +19,19 @@ ms.assetid: a0d9f178-43a4-4323-bb5a-d3e3f77ae6c1
  [!code-csharp[System.Drawing.MiscLegacyTopics#61](~/samples/snippets/csharp/VS_Snippets_Winforms/System.Drawing.MiscLegacyTopics/CS/Class1.cs#61)]
  [!code-vb[System.Drawing.MiscLegacyTopics#61](~/samples/snippets/visualbasic/VS_Snippets_Winforms/System.Drawing.MiscLegacyTopics/VB/Class1.vb#61)]  
 
- In the preceding code, the rectangle drawn from inside the container is transformed first by the world transformation of the container (rotation) and then by the world transformation of the <xref:System.Drawing.Graphics> object (translation). The rectangle drawn from outside the container is transformed only by the world transformation of the <xref:System.Drawing.Graphics> object (translation). The following illustration shows the two rectangles.  
+ In the preceding code, the rectangle drawn from inside the container is transformed first by the world transformation of the container (rotation) and then by the world transformation of the <xref:System.Drawing.Graphics> object (translation). The rectangle drawn from outside the container is transformed only by the world transformation of the <xref:System.Drawing.Graphics> object (translation). The following illustration shows the two rectangles: 
 
- ![Nested Containers](./media/csnestedcontainers1.png "csnestedcontainers1")  
+ ![Illustration that shows nested containers.](./media/using-nested-graphics-containers/nested-containers-illustration.png)  
 
 ## Clipping in Nested Containers  
  The following example demonstrates how nested containers handle clipping regions. The code creates a <xref:System.Drawing.Graphics> object and a container within that <xref:System.Drawing.Graphics> object. The clipping region of the <xref:System.Drawing.Graphics> object is a rectangle, and the clipping region of the container is an ellipse. The code makes two calls to the <xref:System.Drawing.Graphics.DrawLine%2A> method. The first call to <xref:System.Drawing.Graphics.DrawLine%2A> is inside the container, and the second call to <xref:System.Drawing.Graphics.DrawLine%2A> is outside the container (after the call to <xref:System.Drawing.Graphics.EndContainer%2A>). The first line is clipped by the intersection of the two clipping regions. The second line is clipped only by the rectangular clipping region of the <xref:System.Drawing.Graphics> object.  
 
  [!code-csharp[System.Drawing.MiscLegacyTopics#62](~/samples/snippets/csharp/VS_Snippets_Winforms/System.Drawing.MiscLegacyTopics/CS/Class1.cs#62)]
  [!code-vb[System.Drawing.MiscLegacyTopics#62](~/samples/snippets/visualbasic/VS_Snippets_Winforms/System.Drawing.MiscLegacyTopics/VB/Class1.vb#62)]  
 
- The following illustration shows the two clipped lines.  
+ The following illustration shows the two clipped lines:
 
- ![Nested Container](./media/nestedcontainers2.png "nestedcontainers2")  
+ ![Illustration that shows a nested container with clipped lines.](./media/using-nested-graphics-containers/nested-container-clipped-lines.png)  
 
  As the two preceding examples show, transformations and clipping regions are cumulative in nested containers. If you set the world transformations of the container and the <xref:System.Drawing.Graphics> object, both transformations will apply to items drawn from inside the container. The transformation of the container will be applied first, and the transformation of the <xref:System.Drawing.Graphics> object will be applied second. If you set the clipping regions of the container and the <xref:System.Drawing.Graphics> object, items drawn from inside the container will be clipped by the intersection of the two clipping regions.  
 
@@ -48,7 +48,7 @@ ms.assetid: a0d9f178-43a4-4323-bb5a-d3e3f77ae6c1
 
  The following illustration shows the three strings. The strings drawn from the inner container and from the <xref:System.Drawing.Graphics> object are smoothed by antialiasing. The string drawn from the outer container is not smoothed by antialiasing because the <xref:System.Drawing.Graphics.TextRenderingHint%2A> property is set to <xref:System.Drawing.Text.TextRenderingHint.SingleBitPerPixel>.  
 
- ![Nested Containers](./media/nestedcontainers3.png "nestedcontainers3")  
+ ![Illustration that shows the strings drawn from nested containers.](./media/using-nested-graphics-containers/nested-containers-three-strings.png)  
 
 ## See also
 - <xref:System.Drawing.Graphics>

docs/framework/wpf/app-development/structured-navigation-overview.md

@@ -31,9 +31,9 @@ Content that can be hosted by an [!INCLUDE[TLA#tla_xbap](../../../../includes/tl
 
 -   When the calling page returns to the called page, the called page is removed from navigation history to isolate one instance of a called page from another.  
 
- These behaviors are illustrated by the following figure.  
+ These behaviors are illustrated by the following figure:  
 
- ![Flow between calling page and called page](./media/structurednavigationoverviewfigure1.png "StructuredNavigationOverviewFigure1")  
+ ![Screenshot shows the flow between calling page and called page.](./media/structured-navigation-overview/flow-between-calling-page-called-page.png)  
 
  You can implement these behaviors by using a <xref:System.Windows.Navigation.PageFunction%601> as the called page.  
 

docs/visual-basic/language-reference/statements/goto-statement.md

@@ -48,8 +48,7 @@ GoTo line
 
  The following illustration shows one `Try` construction nested within another. Various branches among the blocks of the two constructions are indicated as valid or invalid.  
 
- ![Graphic diagram of branching in Try constructions](../../../visual-basic/language-reference/statements/media/trybranching.gif "TryBranching")  
-Valid and invalid branches in Try constructions  
+ ![Graphic diagram of branching in Try constructions](./media/goto-statement/try-construction-branching.gif)  
 
 ## Example  
  The following example uses the `GoTo` statement to branch to line labels in a procedure.  

docs/visual-basic/programming-guide/concepts/async/index.md

@@ -98,7 +98,7 @@ Dim urlContents As String = Await client.GetStringAsync()
 ## <a name="BKMK_WhatHappensUnderstandinganAsyncMethod"></a> What Happens in an Async Method  
  The most important thing to understand in asynchronous programming is how the control flow moves from method to method. The following diagram leads you through the process.  
 
- ![Trace an async program](../../../../csharp/programming-guide/concepts/async/media/navigationtrace.png "NavigationTrace")  
+ ![Diagram that shows tracing an async program.](./media/index/navigation-trace-async-program.png)  
 
  The numbers in the diagram correspond to the following steps.  
 

docs/visual-basic/programming-guide/concepts/linq/sorting-data.md

@@ -8,7 +8,7 @@ A sorting operation orders the elements of a sequence based on one or more attri
 
  The following illustration shows the results of an alphabetical sort operation on a sequence of characters.  
 
- ![LINQ Sorting Operation](../../../../csharp/programming-guide/concepts/linq/media/linq_ordering.png "LINQ_Ordering")  
+ ![Graphic that shows an alphabetical sort operation.](./media/sorting-data/alphabetical-sort-operation.png)  
 
  The standard query operator methods that sort data are listed in the following section.