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An enumeration, or enum, is a programmer-defined type, like a class or a struct. Like structs, enums are value types, and therefore store their data directly, rather than separately, with a reference and data. Enums have only one type of member: named constants. For example, the following code shows the declaration of a new enum type called TrafficLight, which contains three members. Notice that the list of member declarations is a comma-separated list; there are no semicolons in an enum declaration. Keyword Enum name enum TrafficLight { Green, Comma separated--no semicolons Yellow, Comma separated--no semicolons Red } The following code shows the declaration of three variables of the enum type TrafficLight, which was just defined in the preceding code. Notice that you can assign member literals to variables, or you can copy the value from another variable of the same type. class Program { static void Main() { Type Variable Member TrafficLight t1 = TrafficLight.Red; TrafficLight t2 = TrafficLight.Green; TrafficLight t3 = t2; Console.WriteLine(t1); Console.WriteLine(t2); Console.WriteLine(t3); } } This code produces the following output. Notice that the member names are printed as strings. Red Green Green

When you use the normal generated in the previous section to add lighting to your ocean, it will be shaded just nicely. However, your waves will be looking a bit dull, because they don t have the fine detail of real water. To add this fine detail, you ll bump map the normal vector in each pixel of your ocean water. Before you can do any bump mapping in your pixel shader, you need to pass it the correct Tangent-to-World matrix. As explained in recipe 5-16, the rows of this matrix are the normal, binormal, and tangent vectors. Now that you already know the normal vector, go on and define the tangent and binormal vectors as well: float3 Binormal = float3(1, deviations.x, 0); float3 Tangent = float3(0, deviations.y, 1); The three vectors should be perpendicular to each other. Because you have deviated the normal from the (0,1,0) vector, you should also deviate the binormal from the (1,0,0) vector and the tangent from the (0,0,1) vector, by pulling them up or down. Once you know the three base vectors of your tangent space, it s easy to define the Tangent-to-World matrix, as explained in recipe 5-16: float3x3 tangentToObject; tangentToObject[0] = normalize(Binormal); tangentToObject[1] = normalize(Tangent); tangentToObject[2] = normalize(Normal); float3x3 tangentToWorld = mul(tangentToObject, xWorld); Output.TTW = tangentToWorld; Output.TexCoord = inTexCoord+xTime/50.0f*float2(-1,0); return Output; You pass the Tangent-to-World matrix to the pixel shader, as well as the texture coordinate that is required to sample at the right position from the bump map.

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You can add and remove classes by checking/unchecking their check boxes and using the Remove selected items and Add Permitted styles buttons. However, be careful and notice that in the Permitted styles section, you are adding/removing classes that are allowed, not filtered, which is the opposite of how the Tags and Attributes tabs work.

In each pixel, you will deviate the normal to add the illusion of small ripples on the water. If you used one bump map for your whole ocean, you would easily see the pattern of your bump map in the final result. Therefore, in each pixel you will sample the bump map at three different coordinates and average the result. Remember that a color is always defined within the [0,1] region, so you subtract 0.5 from each color to bring them to the [ 0.5,0.5] region. Bringing them to the [ 1,1] region (the range of XYZ coordinates for a normal) will be done in the next step. float3 bumpColor1 = tex2D(BumpMapSampler, xTexStretch*PSIn.TexCoord)-0.5f; float3 bumpColor2 = tex2D(BumpMapSampler, xTexStretch*1.8*PSIn.TexCoord.yx)-0.5f; float3 bumpColor3 = tex2D(BumpMapSampler, xTexStretch*3.1*PSIn.TexCoord)-0.5f; float3 normalT = bumpColor1 + bumpColor2 + bumpColor3; The three texture coordinates are different, because they are multiplied by a different factor. The XY coordinates of the second texture coordinate have even been changed. In the end, all three deviations are summed together. This direction should be normalized, but before doing so, you have the opportunity to scale the bump mapping effect. In a bump map, the blue color component corresponds to the default normal direction, while the red and green components indicate the amount of deviation into the binormal or tangent direction. So if you increase/decrease the red and blue colors, you increase/decrease the deviation and thus the bump-mapping effect! normalT.rg *= xBumpStrength; normalT = normalize(normalT); float3 normalW = mul(normalT, PSIn.TTW); The obtained direction is normalized and transformed into world space. You end up with the normal defined in world space, allowing you to compare it to other directions defined in world space.

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