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The screen shots sadly don t do justice to the effect project in operation; it is much better in motion than in still images, but this gives an idea of the patterns that this tiny piece of code is able to generate. All that the loop is doing is drawing 20 shapes instead of one, each of which is slightly smaller than the last and rotated to a different angle. The scale and rotate operations are cumulative, meaning that, although the first (largest) square is rotated by the angle specified in _angle, the second square is rotated by double this angle, the third by three times the angle, and so on.

Since Ogre uses an abstract MovableObject model for its scene content, it cannot possibly enumerate the types of objects in your scene (beyond movable object and world geometry ) This is where you come in In Listing 5-6, the first thing we do is set up an application-specific mask to identify our light object types This has meaning only to the application; Ogre s part in this is solely to carry around that mask information and provide it on demand (and we demand it when the objects listed in the query result come out the other side of the query execution) The ASSERT in the code is used simply to show how to match the object returned with the query mask; it could just as easily have been an if statement.

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One of the useful features we explored when using sprites is the ability to tint the sprite into a different color The same facility is available when rendering objects using vertices, too The effect object has a property named DiffuseColor, which allows the tint color to be set This property defaults to white, which leaves the colors of our objects unchanged, but can be modified to any color that we desire The color is applied to our vertex colors just as it was for sprites: it takes the red, green, and blue values of each vertex color and represents them as a value between 0 and 1 Each of them is then multiplied by the corresponding color element within DiffuseColor, and the resulting values used for the final vertex color Setting DiffuseColor to black will therefore result in all vertex colors becoming black, too.

Note The output of the sproc must match the fields available in the object you are mapping to if you want

Setting DiffuseColor to red will remove all green and blue color information from the vertices, resulting in just the red color elements surviving Unlike the color properties we have seen so far, however, DiffuseColor is implemented as a Vector3 structure rather than as a Color Each of the three elements within the Vector3 relates to one of the color elements in a color: the x element stores the amount of red, the y element stores the amount of green, and the z element stores the amount of blue All three of these measure color using a float value in the range of 0 to 1, rather than an integer from 0 to 255 To make our lives easier, the XNA developers have taken into account the need to translate color values between the Color structure and the Vector3 structure and have provided built-in functions to accomplish this.

Raycasting Most queries return objects that exist within a volume (or, in the case of the intersection query, all objects that are intersecting at that time) The RaySceneQuery is kind of a hybrid of the two: it returns all objects that intersect with an arbitrary ray in space (A ray is defined mathematically as an origin and a direction, as the ray has no other end ; it carries on to infinity).

To convert a Color into a Vector3, simply call its ToVector3 method The resulting vector values will match those of the color A simple example of this can be seen in Listing 6 11 Listing 6 11 Converting a Color structure into a Vector3 Vector3 myColorVector; myColorVector = ColorPeachPuffToVector3(); To convert a Vector3 into a Color, create a new Color and pass the Vector3 as a parameter to its constructor This will produce a color whose values match that of the vector A simple example of this is shown in Listing 6 12 Listing 6 12 Converting a Vector3 structure into a Color Vector3 myColorVector = new Vector3(10f, 08f, 0.

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