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Finally, one last requirements tidbit: Users will sacrifice features for ease-of-use, but don't expect them not to complain about it later If you want to be the "good guy," underpromise and overdeliver

Color[] colors = {ColorGreen, ColorBlue, ColorRed, ColorYellow}; rgBrushSurroundColors = colors; If you add this code to the application, you will see a totally different output As Figure 939 shows, the new ellipse has four different boundary colors

[11]

Unlike the Cartesian coordinate system, the default GDI+ coordinate system starts with the origin in the upper left corner The default x-axis points to the right, and the y-axis points down As Figure 23 shows, the upper left corner starts with pointsx = 0 and y = 0 Points to the left of x = 0 are negative values in thex-direction, and points above y = 0 are negative values in they-direction

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Because the default GDI+ coordinate system starts with (x = 0, y = 0) in the upper left corner of the screen, by default you can see only the points that have positive x and y values Objects with either or y values will not be visible on the screen However, you can apply x transformations to move objects with negative values into the visible area GDI+ provides three types of coordinate systems: world coordinates, page coordinates, and device coordinates 1 The coordinate system used in an application is called world coordinates Suppose that your application draws a line from point A (0, 0) to point B (120, 80), as shown in Figure 24 If you don't apply any transformation, the line will be displayed at the right location Now suppose you want to draw a line from point A ( 40, 50) to point B ( 10, 20) The line drawn using these two points will not be displayed on the screen because the GDI+ coordinate system starts at point (0, 0) However, you can transform the coordinates such that ( 40, 50) is the starting point at the top left corner of the surface

Figure 24 Drawing a line from point (0, 0) to point (120, 80)

At the end of this session, you should have not only the user stories, but a bunch of big pieces of paper with a lot of other notes written on them Save these notes, and hang them on the partition walls of your cubicle where you can continually refer to them Six months down the road, when someone storms in and asks you, "Why doesn't our system do X " you can point to a note and say, "Show me X on our list of requirements" Aside from merely providing a means of justifying your

This document was created by an unregistered ChmMagic, please go to http://wwwbisentercom to register it Thanks

I downloaded the Hedgehog archive and extracted it to a folder It appeared as an Excel file named hedgehogxlt , where the xlt extension is a Microsoft Excel template At this point I had four choices

The new coordinate system is called page coordinates The process of converting world coordinates to page coordinates is called the world transformation You can also control the actual size of graphics objects For example, if you want to draw a line in inches instead of pixels, you can simply draw a line from point A (1, 1) to point B (1, 2), thereby creating a line that is 1 inch long The new coordinates are called device coordinates The process of converting page coordinates to device coordinates is called thepage transformation

[ Team LiB ]

This document was created by an unregistered ChmMagic, please go to http://wwwbisentercom to register it Thanks

actions, keeping these notes enables you to refer back to this original "document" throughout the development process, without fear that something was lost in transcription

[11]

[ Team LiB ]

In this section you'll learn how to write your first GDI+ application, step-by-step You will create a Windows application and draw a few simple objects, such as lines, rectangles, and ellipses, on a Windows Form Here are the steps we will cover: 1 2 3 4 5 6 7 Creating a Windows application Adding references to the GDI+ library Obtaining the graphics surface Setting the graphics surface properties (optional) Drawing or filling graphics shapes Releasing objects Building and running the application

1 Open Visual Studio NET, select File | New | Project, and then choose Visual C# Projects under Project Types and Windows Application under Templates, as shown in Figure 25

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