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Gets the first child node contained by this node. Gets or sets an index into the tree s image list of the default image to display for this node. Gets the position of this node within the Nodes collection of the containing TreeView or TreeNode. Gets whether this node is currently being edited. Gets whether the children of this node are currently displayed. Gets whether this node is currently selected. Gets whether this node is currently visible in the containing tree view. Gets the first subsequent child, sibling, or other node visible in the containing tree view control. Gets or sets the Font used to display the label text for this node. Gets the collection of TreeNode objects assigned to this node. Gets the TreeNode object containing this node, if any. Gets the previous tree node in the Nodes collection containing this node. Gets or sets an index into the tree s image list of the image to display by this node when the node is selected. Gets or sets an object to associate with this tree node. Gets or sets the text displayed in the label for this node. Initiates an edit of this node s label. Ensures that no children of this node are currently displayed. Expands all tree nodes contained by this node. Toggles the tree node between the expanded or collapsed state, based on the IsExpanded setting.

Notes: 1 BD is neither PAL nor NTSC The values are placed in the NTSC rows for convenience 2 Wide aspect ratios (178 and 235) for VHS, LD, and VCD assume a letterboxed picture For comparison, letterboxed 166 aspect ratio resolution is about 7 percent higher than 178 Letterbox is also assumed for DVD and BD at a 235 aspect ratio DVD s native aspect ratio is 133; it uses anamorphic mode for 178 BD s native aspect ratio is 178 3 The very rare 178 anamorphic LD has the same pixel count as 133 LD Anamorphic LD letterboxed to 235 has almost the same pixel count as 178 LD (567 363) The almost non-existent 178 anamorphic VHS has the same pixel count as 133 VHS Anamorphic VHS letterboxed to 235 has almost the same pixel count as 178 VHS (333 363) No commercial 235 anamorphic format exists and no corresponding stretch mode exists on widescreen TVs 4 TVL is lines of horizontal resolution per picture height For analog formats, the customary value is used; for digital formats, the value is derived from the actual horizontal pixel count adjusted for the aspect ratio DVD s horizontal resolution is lower for 178 because the pixels are wider Pixels for VHS and LD are approximations based on TVL and scan lines Blu-ray Disc Demystified 5 Resolutions refer to the medium, not the display If a BD or DVD player performs automatic letterboxing on a 185 movie (stored in 178), the displayed vertical resolution on a standard 133 TV is the same as from a letterboxed LD (360 lines)

Late binding means that an object is bound to its function call only at run time, not before Late binding is achieved in C++ by using virtual functions and derived types The advantage to late binding is that it allows greater flexibility It can be used to support a common interface while allowing various objects that use that interface to define their own implementations Further, it can be used to help you create class libraries, which can be reused and extended Whether your program uses early or late binding depends on what your program is designed to do (Actually, most large programs use a combination of both) Late binding is one of C++ s most powerful additions to the C language However, the price you pay for this power is that your program will run slightly slower Therefore, it is best to use late binding only when it adds to the structure and manageability of your program Keep in mind that the loss of performance is small, so when the situation calls for late binding, you should most definitely use it

In our tree view for the MyAlbumExplorer application, we would like to represent each album as a node in the tree, with each album containing a node for each photograph in that album. Since albums can appear in any directory, we might also wish to indicate where a set of albums is located. We will do this by generating a tree structure similar to the one shown in figure 15.6. This tree was generated in Visual Studio to illustrate the hierarchy we will employ. The ListView control in this figure is totally unrelated to the contents of our tree. This is not what we ultimately want, but it is okay for now.

24

Figure 15.6 In the TreeView, note how the selected album employs a different icon than the unselected one

his chapter presents an overview of the C++ I/O class library It also discusses how to overload the << and >> operators so that you can input or output objects of classes that you design C++ s I/O system is very large and it isn t possible to cover every class, function, or feature here, but this chapter introduces you to those that are most important and commonly used

B-11

Lowest level Table 1-1

As an introduction to tree nodes, let s create the structure shown in figure 15.6 in Visual Studio .NET. The following table details the steps required.

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