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With all the creating and splitting functionality implemented, you re ready to render your quadtree. You need to make sure you render only the quads that are in sight of the camera. In your main application, you want to call only the Draw method of the root node of your quadtree to render all nodes that are in sight of the camera. The root node should check whether it is in sight of the camera. If it isn t, it should do nothing. If it is, it should pass on the Draw call to each of its four child nodes. Each of the child nodes should do the same: detect whether they are in sight, and if they are, pass the call on to their child nodes until the smallest nodes are reached. If these are in sight, they should actually render a grid from their vertices: public void Draw(Matrix worldMatrix, Matrix viewMatrix, Matrix projectionMatrix, BoundingFrustum cameraFrustum) { BoundingBox transformedBBox = XNAUtils.TransformBoundingBox(nodeBoundingBox, worldMatrix); ContainmentType cameraNodeContainment = cameraFrustum.Contains(transformedBBox); if (cameraNodeContainment != ContainmentType.Disjoint) { if (isEndNode) { DrawCurrentNode(worldMatrix, viewMatrix, projectionMatrix); } else { nodeUL.Draw(worldMatrix, viewMatrix, projectionMatrix, cameraFrustum); nodeUR.Draw(worldMatrix, viewMatrix, projectionMatrix, cameraFrustum); nodeLL.Draw(worldMatrix, viewMatrix, projectionMatrix, cameraFrustum); nodeLR.Draw(worldMatrix, viewMatrix, projectionMatrix, cameraFrustum); } } } Notice that this method expects the camera s frustum to be passed by the calling method, because it is used to check whether it intersects with the bounding box of the current quad, which would indicate the node is in sight of the camera. If this call reaches one of the end nodes that is in sight of the camera, the DrawCurrentNode method is called, which should render the specific quad. This code is taken straight from recipe 5-8: private void DrawCurrentNode(Matrix worldMatrix, Matrix viewMatrix, Matrix projectionMatrix) { basicEffect.World = worldMatrix; basicEffect.View = viewMatrix; basicEffect.Projection = projectionMatrix; basicEffect.Texture = grassTexture;

basicEffect.VertexColorEnabled = false; basicEffect.TextureEnabled = true; basicEffect.EnableDefaultLighting(); basicEffect.DirectionalLight0.Direction = new Vector3(1, -1, 1); basicEffect.DirectionalLight0.Enabled = true; basicEffect.AmbientLightColor = new Vector3(0.3f, 0.3f, 0.3f); basicEffect.DirectionalLight1.Enabled = false; basicEffect.DirectionalLight2.Enabled = false; basicEffect.SpecularColor = new Vector3(0, 0, 0); basicEffect.Begin(); foreach (EffectPass pass in basicEffect.CurrentTechnique.Passes) { pass.Begin(); device.Vertices[0].SetSource(nodeVertexBuffer, 0, VertexPositionNormalTexture.SizeInBytes); device.Indices = nodeIndexBuffer; device.VertexDeclaration = new VertexDeclaration(device, VertexPositionNormalTexture.VertexElements); device.DrawIndexedPrimitives(PrimitiveType.TriangleStrip, 0, 0, width * height, 0, (width * 2 * (height - 1) - 2)); pass.End(); } basicEffect.End(); NodesRendered++; //XNAUtils.DrawBoundingBox(nodeBoundingBox, device, basicEffect, worldMatrix, viewMatrix, projectionMatrix); } Each time this code is executed, the NodeRendered variable is incremented. Because it is a static variable, it is shared amongst all nodes of the quadtree, so at the end of the drawing process, it will contain the total number of nodes actually rendered. You can uncomment the last line, which will render the outlines of the BoundingBox objects of all nodes that are being rendered.

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In this chapter, we have introduced the concepts that lie behind the PAS and showed you the flexibility you can thus create. You have learned the following: How to search for users with the PAS How to create a new user with the PAS How to change the password for a user with the PAS How to change role mapping How to create a new source for users and configure the different lug- ns according to p i your needs

So far, the parameters you ve seen with attribute constructors have been like the parameters for regular class constructors. As with regular constructors, the actual parameters of attribute constructors must be placed in the correct order, matching the formal parameters in the class declaration. These are called positional parameters, because the compiler knows which actual parameter goes with which formal parameter by its position in the parameter list. But attribute constructors can also have another type of actual parameter, called a named parameter. A named parameter consists of the name of a field or property, followed by an equals sign, followed by an initializing value. A named parameter sets the value of an attribute s field or property. Named parameters are actual parameters. There is nothing different in the declaration of the formal parameters of the constructor. The only difference is in the list of actual parameters that is supplied when the attribute is applied. The following code shows the application of an attribute using a positional parameter and two named parameters. Positional parameter Equals sign Equals sign [MyAttribute("An excellent class", Reviewer="Amy McArthur", Ver="0.7.15.33")] Named parameter Named parameter

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