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In the MainPage.xaml.cs file, you implement the code to perform the three steps. In the MouseLeftButtonDown event, the sender is passed in as well as an event argument object of type MouseButtonEventArgs. The MouseButtonEventArgs object provides access to a copy of the stylus or mouse points generated as the mouse or stylus is moved across the screen via the e.StylusDevice.GetStylusPoints method. The first step is to have the InkPresenter attempt to capture the mouse by calling CaptureMouse. That lets you respond to the MouseMove event and capture the generated stylus or mouse points as the mouse or stylus is moved across the screen: private void InkEssentials_MouseLeftButtonDown(object sender, MouseButtonEventArgs e) { InkEssentials.CaptureMouse(); _currentStroke = new System.Windows.Ink.Stroke(); //Change color of the stroke and stroke outline _currentStroke.DrawingAttributes.Color = Colors.Orange; _currentStroke.DrawingAttributes.OutlineColor = Colors.Black; _currentStroke.StylusPoints.Add( e.StylusDevice.GetStylusPoints(InkEssentials)); InkEssentials.Strokes.Add(_currentStroke); } In the MouseLeftButtonDown event, you copy the collected mouse or stylus points and add them to the current Stroke so that the Stroke can be drawn at the same points where the mouse or stylus moves, creating the effect of inking. As the mouse moves, you collect additional points in the MouseMove event: private void InkEssentials_MouseMove(object sender, MouseEventArgs e) { if (null != _currentStroke) { _currentStroke.StylusPoints.Add( e.StylusDevice.GetStylusPoints(InkEssentials)); } } private void InkEssentials_MouseLeftButtonUp(object sender, MouseButtonEventArgs e)

{ _currentStroke = null; InkEssentials.ReleaseMouseCapture(); } When the user has finished inking or writing on the screen, they release the left mouse button, causing the MouseLeftButtonUp event to fire. When this event fires, you set the currentStroke variable to null because you have finished with that stroke. Because you are finished, you call ReleaseMouseCapture to stop collecting mouse or stylus point locations. When you run the application, you can ink on the browser surface, as shown in Figure 3-57.

process. Crystal defines explicit changes to the methodology depending upon the size of the project team. In XP, it s implicit that the methodology is intended for small teams or subteams of 2 to 12 developers.

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Notice the orange ink with the black outline. The default is black ink, but when you create the stroke, you modify the DrawingAttributes in this code: _currentStroke.DrawingAttributes.Color = Colors.Orange; _currentStroke.DrawingAttributes.OutlineColor = Colors.Black; Next, add another InkPresenter with an Image object behind it to provide a background. Write similar code to handle the MouseLeftButtonDown, MouseMove, and MouseLeftButtonUp events. Listings 311 and 3-12 show the code, and Figure 3-58 shows the output.

<UserControl x:Class= Ch03_DesigningUX.Recipe3_12.MainPage xmlns= http://schemas.microsoft.com/winfx/2006/xaml/presentation xmlns:x= http://schemas.microsoft.com/winfx/2006/xaml xmlns:d= http://schemas.microsoft.com/expression/blend/2008 xmlns:mc= http://schemas.openxmlformats.org/markup-compatibility/2006 d:DesignHeight= 800 d:DesignWidth= 600

JPG, or JPEG (for Joint Photographic Experts Group), is the most common file format in digital photography. It supports a color depth of 24 bits (3 color channels of 8 bits each). Almost every digital camera is able to write images using this format and it is widely supported in different viewing programs. It produces small file sizes using lossy compression. Every time you save an image in this format, the quality degrades because a lossy compression is made. Lossy compression removes details of the image so that it can be represented with less information. It uses complex mathematical analysis to remove the least noticeable bits of information of the image so that the human eye can t tell the difference. Note that you can view a JPG image as many times as you want without altering its quality; the quality degrades only when it is saved. Also, the loss in quality in most of the cases is very small and almost unnoticeable by the human eye if saved in a high-quality setting. However, saving a JPG file several times may lead to a considerable loss in image quality. It is therefore recommended that digital images are saved in a lossless format while post processing them, and only saving to JPG as the last step when no further modifications are going to be done. This format also supports a feature called progressive JPEG. This feature allows you to save the image intelligently so that the information is ordered in a specific way so that different resolutions of the image are being presented to the user until the complete image is received. This is useful for large images being transferred to computers via a slow connection.

mc:Ignorable= d > <Grid x:Name= LayoutRoot Background= White > <Grid.RowDefinitions> <RowDefinition Height= 0.502* /> <RowDefinition Height= 0.498* /> </Grid.RowDefinitions> <Grid.ColumnDefinitions> <ColumnDefinition Width= 0.5* /> <ColumnDefinition Width= 0.5* /> </Grid.ColumnDefinitions> <Border Margin= 4,4,4,4 CornerRadius= 10,10,10,10 Padding= 0,0,0,0 > <Border.Background> <LinearGradientBrush EndPoint= 0.5,1 StartPoint= 0.5,0 > <GradientStop Color= #FF767373 Offset= 0.004 /> <GradientStop Color= #FF1A1818 Offset= 1 /> <GradientStop Color= #FF888686 Offset= 0.473 /> </LinearGradientBrush> </Border.Background> <InkPresenter x:Name= InkEssentials Background= Transparent MouseLeftButtonDown= InkEssentials_MouseLeftButtonDown MouseMove= InkEssentials_MouseMove Height= Auto Width= Auto MouseLeftButtonUp= InkEssentials_MouseLeftButtonUp /> </Border> <Image Margin= 4,4,4,4 Grid.Column= 1 x:Name= Picture Source= /img/VerticalLandscape.jpg /> <InkPresenter Margin= 4,4,4,4 Grid.Column= 1 x:Name= InkPicture MouseLeftButtonDown= InkPicture_MouseLeftButtonDown MouseMove= InkPicture_MouseMove Background= Transparent MouseLeftButtonUp= InkPicture_MouseLeftButtonUp /> </Grid> </UserControl>

using System.IO.IsolatedStorage; using System.Windows.Controls; using System.Windows.Input; using System.Windows.Media; namespace Ch03_DesigningUX.Recipe3_12 { public partial class MainPage : UserControl { private System.Windows.Ink.Stroke _currentStroke; private System.Windows.Ink.Stroke _currentImageStroke; private IsolatedStorageSettings settings =

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