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Within the Emission area you will find options controlling the affecting the distribution of particles, including the number of particles that should appear, the time (in frames) within which they are to appear, and how long the individual particles will last. Amount: This is the number of particles that will be produced during the predefined generation time (from frames defined at Start and End values). The amount of particles is definite, and will appear more or less crowded depending on the length of generation time. Start and End: These values define the generation time for which the particles are made. Particles can live beyond this time because they have a separate lifetime setting allowing them to continue beyond the End value, but they are only actually born during the frames between these settings. As stated previously, the number of particles given by the Amount value will spawn over this time. Lifetime: From the frame that a particle is spawned, this is the number of frames it is allocated to exist. Random: This value allows for some variation of the lifetime in order to prevent the particles from looking too uniform.

The important points you need to understand from this exercise follow: The search parameter commands were saved to webconfig, so you can change the behavior of the Amazon Balloons pages without modifying any C# code To enable accessing ECS, you added a web reference to its WDSL file Visual Studio was kind enough to do the rest for you, giving you direct access to the classes exposed by Amazon To make your life even easier, you wrote a reference to the AmazonEcs namespace at the beginning of your file The heart of the AmazonAccess class is composed of the two GetAmazon.. methods, which offer identical functionality to the presentation tier, but using different access technologies: one uses SOAP; the other uses REST To understand these two methods, we suggest starting with the REST one.

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We ll start with the parts that you already know the layout and paint methods. In this case, we want a size that s a bit bigger than our text, because we re going to draw a background for the button that extends beyond the text by a few pixels. We also want to leave one pixel of blank space around the outside of the button, so the two buttons appear well spaced when they re next to each other on the screen. Figure 5-8 illustrates the horizontal sizing of the button relative to the text; the vertical layout is similar.

After composing the REST URL, the request is submitted to Amazon, and the results are saved to an XML document (which will look something like what you saw in Figures 22-1 and 22-2) // Load the Amazon response XmlDocument responseXmlDoc = new XmlDocument(); responseXmlDocLoad(amazonRequest); The logic that follows is extremely simple On the retrieved XML document we make an XPath query to filter the Item nodes, because these contain the data we re interested in By analyzing the response hierarchy, you will know what nodes to ask for to get your data We also catch and ignore the eventual exceptions that can happen in case one of the nodes we re trying to query doesn t exist Although the logic is simple enough, its implementation details can look a bit confusing if you re not used to parsing and working with XML documents.

The main setting in the Velocity area we are interested in is the Normal option. This controls the speed at which particles shoot out from the emitter. It is called Normal because it is dependent on the normal direction of the mesh faces. Each face of a mesh is a surface that has two sides one side being the inside and the other being the outside. These terms represent which side of the face is on the inside or the outside of the model the face is a part of. Most often, the Velocity Normal value is a positive number, and particles will flow out from the surface of the emitter, with bigger values resulting in them shooting out faster and potentially covering a bigger distance as they leave. Where negative numbers are used, the particles typically pour inward to the model. If the Normal direction of a face surface is reversed, then this will also change the direction of particles emitted from the surface.

So, for the layout method, we just add 8 pixels (4 on each side) to the font advance for our button s text, and add 8 to the font height to get the field s size. Create a new class called CustomButtonField; the initial code should look like the following:

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