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By using curried functions, you can build up the arguments to your functions at runtime, so you do not have to resort to list processing to build a runtime-defined list of arguments. Curried functions also enable you to refactor your code more effectively. Because you can easily redefine how function arguments appear to any given function, you can restructure your code accordingly.

Notice how MyCursor is initialized with a MatrixCursor in the beginning (see Listing 13-18). On requery, MyCursor will call back the provider to return a MatrixCursor. Then the new MatrixCursor will replace the old one by using the set method. We could have done this by overriding the requery of the MatrixCursor, but that class does not provide a way to clear the data and start all over again. So this is a reasonable workaround. (Note that MyCursor extends BetterCursorWrapper; we ll discuss the latter in the next subsection.) Listing 13-18. MyCursor Source Code public class MyCursor extends BetterCursorWrapper { private ContentProvider mcp = null; public MyCursor(MatrixCursor mc, ContentProvider inCp) { super(mc); mcp = inCp; } public boolean requery() { MatrixCursor mc = MyContactsProvider.loadNewData(mcp); this.setInternalCursor(mc); return super.requery(); } } Now you ll look at the BetterCursorWrapper class to get an idea of how to wrap a cursor.

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Listing 10 2. Creating NIO Float Buffers jva.nio.ByteBuffer vbb = java.nio.ByteBuffer.allocateDirect(3 * 3 * 4); vbb.order(ByteOrder.nativeOrder()); java.nio.FloatBuffer mFVertexBuffer = vbb.asFloatBuffer();

In Listing 10 2, the byte buffer is a buffer of memory ordered into bytes. Each point has three floats because of the three axes, and each float is 4 bytes. So together you get 3 * 4 bytes for each point. Plus, a triangle has three points. So you need 3 * 3 * 4 bytes to hold all three float points of a triangle. Once you have the points gathered into a native buffer, you can call glVertexPointer as shown in Listing 10 3.

You will be working with the nonpolymorphic version of the distance type created in the last chapter. You will start with conversions between the different variants and then go on to create a four-function distance calculator. # type distance = Meter of int | Foot of int | Mile of int;; type distance = Meter of int | Foot of int | Mile of int

Listing 10 3. glVertexPointer API Definition glVertexPointer( // Are we using (x,y) or (x,y,z) in each point 3, // each value is a float value in the buffer GL10.GL_FLOAT, // Between two points there is no space 0, // pointer to the start of the buffer mFVertexBuffer);

The BetterCursorWrapper class (see Listing 13-19) is very similar to the CursorWrapper class in the Android database framework. But we need two additional things that CursorWrapper lacks. First, it doesn t have a set method to replace the internal cursor from the requery method. Second, CursorWrapper is not a CrossProcessCursor. Live folders need a CrossProcessCursor as opposed to a plain cursor because live folders work across process boundaries.

In this listing, let s talk about the arguments of glVertexPointer method. The first argument tells OpenGL ES how many dimensions there are in a point or a vertex. In this case, we specified 3 for x, y, and z. You could also specify 2 for just x and y. In that case, z would be zero. Note that this first argument is not the number of points in the buffer, but the number of dimensions used. So if you pass 20 points to draw a number of triangles, you will not pass 20 as the first argument; you would pass 2 or 3, depending on the number of dimensions used. The second argument indicates that the coordinates need to be interpreted as floats. The third argument, called a stride, points to the number of bytes separating each point. In this case, it is zero because one point immediately follows the other. Sometimes you can add color attributes as part of the buffer after each point. If you want to do that, you d use a stride to skip those as part of the vertex specification. The last argument is the pointer to the buffer containing the points. Now you know how to set up the array of points to be drawn, let s see how to draw this array of points using the glDrawElements method.

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