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There are cases where using indices will have a negative impact on performance. As an example, imagine five triangles not sharing a single point. Without using indices, you would have to use 15 vertices. Using indices, you also have to define the same 15 vertices, because they re all unique! Even more, you have to define 15 indices, each pointing to its own vertex. So in this case, you re sending more bytes to your graphics card! As a rule, you can look at the (number of unique vertices) divided by the (number of triangles). If no vertices are shared among the triangles, this value will be 3. If lots of vertices can be shared, this value will be smaller. The lower this value, the more performance you gain using indices. In the example of Figure 5-7, this value is 9/8 = 1.125, indicating you can gain a lot of performance using indices.

Pre-increment Post-increment Pre-decrement Post-decrement ++x x++ --x x--

Because all the methods used in this recipe were listed in whole in the previous code, I won t list them again here.

Set up your dashboard so that it s most useful for you. To see how your dashboard appears, return to the View tab (Figure 3-11 gives an example of how it might look).

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5-4. Store Your Vertices and Indices in the Memory of Your Graphics Card Using a VertexBuffer and an IndexBuffer

In your dashboard (which you can reach by clicking your username link on the right part of the header strip), you will notice a few links in the top-right corner. Clicking Profile leads you to a panel that shows all the recent content you ve created/edited (see Figure 3-12).

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Each time you call the device.DrawUserPrimitives method, your vertices are transferred from system RAM to the graphics card. Usually, the majority of this data remains the same between consecutive frames, meaning the same data is transferred each frame again. Given the huge amount of fast RAM present on today s graphic cards, you can speed up your application by storing your vertices in that video RAM. Vertex data can be transferred much faster from video RAM to the GPU, because the data is sent between chips on the same card. The same holds for indices.

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By creating a VertexBuffer from your vertices array, you re copying the vertex data to video RAM. Once your vertices have been stored in video RAM, you should call the DrawPrimitives method (instead of the DrawUserPrimitives method), which feeds the vertices from fast video RAM to the GPU.

Figure 3 12. Your profile shows some information about you (if you entered any), and all the recent items you ve created/edited.

Note This approach brings the largest improvements when you (almost) never need to update the vertices.

For example, the following is a simple demonstration of the four different versions of the operators. In order to show the different results on the same input, the value of the operand x is reset to 5 before each assignment statement. int x = 5, y; y = x++; // result: y: 5, x: 6 Console.WriteLine("y: {0}, x: {1}", y, x); x = 5; y = ++x; // result: y: 6, x: 6 Console.WriteLine("y: {0}, x: {1}", y, x); x = 5; y = x--; // result: y: 5, x: 4 Console.WriteLine("y: {0}, x: {1}", y, x); x = 5; y = --x; // result: y: 4, x: 4 Console.WriteLine("y: {0}, x: {1}", y, x); This code produces the following output: y: y: y: y: 5, 6, 5, 4, x: x: x: x: 6 6 4 4

When dealing with so-called dynamic vertex data, meaning that it is updated frequently, you should use the DynamicVertexBuffer, as explained in the next recipe.

Clicking the Edit tab lets you enter some information about yourself, including a photo or other image, as shown in Figure 3-13.

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