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The camera s orientation is recorded in viewAngle and is used to calculate the x- and z-axis step, which moves the camera forward: // camera related constants private final static double LOOK_AT_DIST = 100.0; private final static double Z_POS = 9.0; // camera movement private double xCamPos, yCamPos, zCamPos; private double xLookAt, yLookAt, zLookAt; private double xStep, zStep; private double viewAngle;

The sampler state data can be read from the SamplerStates property of the GraphicsDevice object. This actually returns a collection of SamplerState objects, but the object at index 0 is the one that XNA will use for rendering. However, the properties of this object are all read-only once the object has been attached to a GraphicsDevice (which it has by the time we can query it), and attempting to set one will result in an exception being thrown. To change the sampler state properties, we must instead create a new SamplerState object, set its properties, and then set it into the SamplerStates collection. Listing 6 23 shows how this is achieved. Listing 6 23. Providing a new SamplerState object for XNA // Create a new SamplerState object SamplerState samplerstate = new SamplerState(); // Set its properties as required... // (set properties here) // Give the object to XNA GraphicsDevice.SamplerStates[0] = samplerstate; The SamplerState class also provides a series of static properties that return preinitialized SamplerState objects in various configurations. If one of them matches your needs, you can set it directly into the SamplerState collection without having to instantiate and configure it yourself. The available preconfigured sampler states are AnisotropicClamp, AnisotropicWrap, LinearClamp, LinearWrap, PointClamp, PointWrap. The purpose of each of these will become clear once you have read through the following sections. It is important to remember not to create new SamplerState objects during each Update or Draw because this will quickly cause garbage collection problems as we discussed earlier. If you need to use multiple sampler states within your drawing code, create them all once during initialization and just reuse these existing objects when drawing.

Based on our E-R diagram, we know that in order to get all the column data in the request product s name, SKU, price, and weight at the time of the order we ll need to query a number of different tables, if the only thing we can use to filter the data is the order date (CustomerOrderordered_on) and John Doe s name (Customerfirst_name and Customerlast_name) The sets of data we ll need to deal with involve the Customer, CustomerOrder, CustomerOrderItem, and Product tables We want to know where these sets of data intersect, thus we ll need to use inner joins.

Z_POS;

The first SamplerState properties that we might want to set are the texture address mode properties. Back in Figure 6 19 we saw a texture with a coordinate range that causes the texture to be repeated across the object when the texture coordinates exceed the range of 0 to 1. This is known as Wrap mode, and it is the default behavior of XNA. There are two other modes available, however: Clamp and Mirror. The Clamp mode tells XNA to observe texture coordinates only in the range 0 to 1. Any texture coordinate that falls outside of that range will be clamped back into the range (in other words, all values greater than 1 will be treated as if they were 1, and values less than 0 will be treated as if they were 0). The primary effect is that the texture will not wrap within the rendered object. The secondary effect is that any texture coordinate that does fall outside of the 0 to 1 range will stretch out the pixel at that texture boundary for the whole of the clamped area. In other words, setting a horizontal texture coordinate range of 0 to 2 with clamping would display the texture as normal in the left half of the

Specifically, we ll need to find the intersection of the following sets of data: Product (to know the name and SKU of the product); alias: p CustomerOrderItem (to relate the order and to get the weight and price); alias: coi CustomerOrder (to relate the customer and filter based on the order date); alias: co Customer (to filter for John Doe); alias: c Although this is a fairly simple example, breaking down English-language1 requests into a list of the sets of data needed or used by the request can be an extremely helpful practice It encourages you to think in terms of the sets of data being operated on, and serves as an exercise in breaking down complex requests into smaller, simpler pieces As you work on more.