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case, we don't want change the scale at all. 1 means multiply everything by 1, doing nothing. ScaleY="-1.1" -Stretches, shrinks, or flips content along the Y-axis. Here, we want to flip the content over. To do that, we would choose -1. But we also want our reflection to be a little taller than the original image, so we use -1.1. Read this as multiplying everything by -1.1 in the Y direction. CenterY="12.5" Controls where we want the flip to be centered. Because we know our image is 25 pixels high, we ve selected the exact middle. If we d chosen a different center, the image would still be flipped but would be moved up or down based on the center. Again, experiment with this to see what it does.

struct addr addr_info;

Maximum Data Rate for Each of the DOCSIS Versions Maximum Upstream Data Rate 512 Mbps (1024 Mbps in some systems) 1024 Mbps 3072 Mbps N*307 Mbps (N = 4 13) Maximum Downstream Maximum Downstream Data Rate (6 MHz systems) Data Rate (8 MHz systems) 388 Mbps 388 Mbps 388 Mbps M*388 Mbps (M = 4 100+) 556 Mbps 556 Mbps 556 Mbps M*556 Mbps (M = 4 80+)

This declares a variable of type addr called addr_info When you declare a structure, you are defining a compound variable type, not a variable Not until you declare a variable of that type does one actually exist When a structure variable is declared, the compiler automatically allocates sufficient memory to accommodate all of its members Figure 7-1 shows how addr_info appears in memory You may also declare one or more variables at the same time that you declare a structure For example,

What does this look like Something very much like figure 8.14. The last step for the reflection effect is to make the reflection look like it s disappearing toward the bottom. We can do this by making it fade toward transparent. But there s no particular element that we can make fade (we re already using a brush with our visual content). Figure 8.14 Our upside-down text is now Instead, we can use something called an opacity the right way up! mask. This property specifies how an element (such as our rectangle) sets its visibility. You provide a brush to use for the mask. Where the brush is solid, the element is solid; where the brush is transparent, the element is transparent. If we use a solid brush with a partially transparent color, the entire element will be partially transparent. If we use a gradient brush (as we intend to do) the transparency of the element will vary with the gradient.

struct addr { char name[30]; char street[40]; char city[20]; char state[3]; char zip[11]; int customer_num; } addr_info, binfo, cinfo;

declares a structure type called addr and declares variables addr_info, binfo, and cinfo of that type It is important to understand that each structure variable that you create contains its own copies of the variables that make up the structure For example, the zip field of binfo is separate and distinct from the zip field in cinfo In fact, the only relationship that binfo and cinfo have with each other is that they are both instances of the same type of structure There is no other linkage between the two

Note: In the DOCSIS 30 specification, the multiplication factors N and M are equipment dependent, with the minimum for each being four and the maximums limited by the spectrum allocations

Figure 7-1

<Rectangle.OpacityMask> <LinearGradientBrush StartPoint="0,0" EndPoint="0,1"> <GradientStop Offset="0" Color="Black"></GradientStop> <GradientStop Offset="0.2" Color="#7F000000"></GradientStop> <GradientStop Offset="1" Color="Transparent"></GradientStop> </LinearGradientBrush> </Rectangle.OpacityMask>

struct { char name[30]; char street[40]; char city[20]; char state[3]; char zip[11]; int customer_num; } addr_info;

and full backward and forward compatibility As important enabling technologies for worldwide deployment of residential and commercial broadband data services, they have been standardized both in the US and internationally

declares one variable named addr_info as defined by the structure preceding it The general form of a structure declaration is struct tag { type member-name; type member-name; type member-name; } structure-variables; The tag is the type name of the structure not a variable name The structure-variables are a comma-separated list of variable names Remember, either tag or structure-variables is optional, but not both

This chapter covers: