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To keep things clean, you ll create the simplest vertex format possible, one that holds only positional data See recipe 5-14 in 5 for how to define your own vertex formats: public struct VertexPosition { public Vector3 Position; public VertexPosition(Vector3 position) { thisPosition = position; } public static readonly VertexElement[] VertexElements = { new VertexElement( 0, 0, VertexElementFormatVector3, VertexElementMethodDefault, VertexElementUsagePosition, 0 ) }; public static readonly int SizeInBytes = sizeof(float) * 3; } This struct defines a custom vertex format, capable of storing only one Vector3 that will hold the Position data When defining the vertices of the skybox, it is necessary to take the winding order of the triangles into account or some faces will be culled away To learn more about culling, see recipe 5-6 in 5.

When the camera is inside the skybox, none of the faces must be culled away, so all triangles must be wound in clockwise order, as seen by the camera inside the box To make things easier, I have given the eight corner points of the cube a name, relative to the camera in the center of the cube:.

Conversions from decimal to the floating point types always succeed. There might, however, be a loss of precision. Figure 18-16 shows the conversion conditions.

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In this chapter, you learned how security is handled at the Zope level, and we introduced some basic concepts such as users, permissions, and roles. You also learned how to manage Zope users using the acl_users tool, creating and changing roles as necessary. By now you should know that Zope has a very powerful and granular security architecture and that Plone inherits this solidity. Plone takes advantage of the Zope security architecture; but more important, it adds other concepts such as workflows applied to content. Finally, you learned how to edit existing workflows provided by default in Plone and how to create new workflows from scratch using just a browser. This way, you can add all the states you need for your objects with different permission settings for each state, where permissions may refer to viewing the whole object, viewing or modifying a particular field, reviewing it, and so on. This lets you build complex state-based workflows that let different users interact, with review steps and other cool things, all from right within your browser.

forwardBottomLeft = new Vector3(-1, -1, -1); forwardBottomRight = new Vector3(1, -1, -1); forwardUpperLeft = new Vector3(-1, 1, -1); forwardUpperRight = new Vector3(1, 1, -1); backBottomLeft = new Vector3(-1, -1, 1); backBottomRight = new Vector3(1, -1, 1); backUpperLeft = new Vector3(-1, 1, 1); backUpperRight = new Vector3(1, 1, 1);

As you well know by now, reference type objects comprise two parts in memory: the reference and the data. Part of the information held by the reference is the type of the data it is pointing at. A reference conversion takes a source reference and returns a reference pointing at the same place in the heap, but labels it as a different type. For example, the following code shows two reference variables, MyVar1 and MyVar2, that point to the same object in memory. The code is illustrated in Figure 18-17. To MyVar1, the object it references looks like an object of type B which it is. To MyVar2, the same object looks like an object of type A. Even though it is actually pointing at an object of type B, it cannot see the parts of B that extend A, and therefore cannot see Field2. The second WriteLine statement would, therefore, cause a compile error. Notice that the conversion does not change MyVar1. class A { public int Field1; }

Next, you ll actually define the triangles, using the Vector3s defined earlier. The cube has six faces, which are defined by two triangles each, so you ll need to define 6*2*3 = 36 vertices. After defining all vertices, you send them to the memory on the graphics card by putting them in a VertexBuffer, as described in recipe 5-4: VertexPosition[] vertices = new VertexPosition[36]; int i = 0; //face in front vertices[i++] = vertices[i++] = vertices[i++] = of the camera new VertexPosition(forwardBottomLeft); new VertexPosition(forwardUpperLeft); new VertexPosition(forwardUpperRight);

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