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With your vertices defined, you re ready to move on to the HLSL part of this recipe. Since a TextureCube is nothing more than a 2D texture, you can use the normal texture and sampler definition: Texture xCubeTexture; sampler CubeTextureSampler = sampler_state { texture = <xCubeTexture>; magfilter = LINEAR; minfilter = LINEAR; mipfilter=LINEAR; AddressU = clamp; AddressV = clamp; }; This texture will be sampled by the texCUBE intrinsic in the pixel shader in a moment, which takes two arguments. The first argument is the texture sampler it needs to sample the color from. The second argument specifies where to sample the texture. Instead of requiring the usual 2D texture coordinates, the texCUBE intrinsic takes the direction from the center of the cube to the 3D position on the cube where the color is needed. The texCUBE intrinsic then calculates the corresponding texture coordinates for you.

A delegate can be implicitly converted to the .NET BCL classes and interfaces shown in Figure 18-19. An array, ArrayS, with elements of type Ts, can be implicitly converted to The .NET BCL class and interfaces shown in Figure 18-19. Another array, ArrayT, with elements of type Tt, if all of the following are true: Both arrays have the same number of dimensions. The element types, Ts and Tt, are reference types not value types. There is an implicit conversion between types Ts and Tt.

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This has some advantages. Because your camera will always be in the center of the cube, this direction is nothing more than the 3D position of the pixel for which color is wanted! Also, because you re dealing with a direction, there s no need to scale this argument, because, for example, the (1,3,-2) direction is the same as the (10,30,-20) direction. So, for each vertex of the cube, the vertex shader needs to pass its 3D position to the pixel shader (next to the 2D screen position, which it should calculate in all cases): //------- Technique: Skybox -------struct SkyBoxVertexToPixel { float4 Position : POSITION; float3 Pos3D : TEXCOORD0; }; SkyBoxVertexToPixel SkyBoxVS( float4 inPos : POSITION) { SkyBoxVertexToPixel Output = (SkyBoxVertexToPixel)0; float4x4 preViewProjection = mul (xView, xProjection); float4x4 preWorldViewProjection = mul (xWorld, preViewProjection); Output.Position = mul(inPos, preWorldViewProjection); Output.Pos3D = inPos; return Output; } You can see that the vertex shader requires only the position of each vertex, which is provided by the vertices you defined in your XNA code. By multiplying this 3D position with the combination of the World, View, and Projection matrices, this position is mapped to its 2D screen position. The original position of the vertex is passed to the pixel shader in the Output.Pos3D member, because it is required by the texCUBE intrinsic.

Explicit reference conversions are reference conversions from a general type to a more specialized type. Explicit conversions include Conversions from an object to any reference type Conversions from a base class to a class derived from it The explicit reference conversions are illustrated by reversing each of the arrows in Figures 18-18 and 18-19. If this type of conversion were allowed without restriction, you could easily attempt to reference members of a class that are not actually in memory. The compiler, though, does allow these types of conversions. When encountered at run time, however, the system raises an exception. For example, the code in Figure 18-20 converts the reference of base class A to its derived class B, and assigns it to variable MyVar2. If MyVar2 were to attempt to access Field2, it would be attempting to access a field in the B part of the object, which is not in memory causing a memory fault. The runtime will catch this inappropriate cast and raise an InvalidCastException exception. Notice, however, that it does not cause a compile error.

Note Unlike in most cases when you need the original 3D position available in the pixel shader, this time

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