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The next step is to figure out which part of the cave we want to copy. The code uses a Rectangle object for this. You can think of the rectangle as a camera s viewfinder on the cave bitmap. The center of the rectangle is the bullet s x and y position. var rectangle:Rectangle = new Rectangle ( _bulletModels[i].xPos - 40, _bulletModels[i].yPos - 40, 80, 80 ); This is hard to visualize, so Figure 6-5 will help you see what it s doing. The code creates an 80by-80 rectangle whose top-left corner is 40 pixels above and to the left of the bullet. Its dimensions match the blank snapshotBitmapData that we created in the previous step.

Note The completed application block and sample application shown in this chapter can be downloaded

Then there would be no Amazon variable In that case, the server would not be able to execute a query and therefore would ignore the Amazoncom search request If the client does have an Amazoncom access identifier, it could be made persistent on the client side by using client-side cookies Or the controller could implement client authorization and store the Amazoncom access identifier when the client authenticates himself Either way, the Amazoncom access identifier has to come from somewhere, and when planning local clients, the problem of defining and adding extra necessary information will occur..

Figure 6-5. The Rectangle object acts like a camera s viewfinder to help capture the section of the bitmap we want to copy. This works well in this example because the cave bitmap happens to exactly match the dimensions of the stage. If you wanted to use a bitmap that was bigger or smaller than the stage, you would need to offset the bullet s position with the difference between the bitmap s and stage s

from the Source Code/Download section of the Apress website (http://www.apress.com).

dimensions (The Escape! case study in 7 has a working example of just such a situation) For another type of game, you could use any x or y position, such as the position of the mouse, to help you plot this rectangle Next, we need to create a Point object that will define the top-left corner for the new snapshot bitmap You can leave this at 0,0, unless you want to offset the image in the snapshot for some reason var point:Point = new Point(0, 0); We re now finally ready to create the snapshot This is done using the BitmapData s copyPixels method copyPixels copies the section from the cave bitmap onto the snapshot Using copyPixels is like baking a cake You take Rectangle and Point objects that you ve just created and mix them together with the BitmapData object that you want to copy.

Using an HTTP Client Library to Execute a Query An HTTP request is not complicated to create, but there are some things that need to be accounted for. For example, when making a request by using the query Newest Applications, the query has to be URL-encoded to Newest+Applications. If you do not URL-encode the query string, problems will occur because the server will most likely be unable to process the request. Therefore, when making HTTP requests, use a client library that manages URL encodings, HTTP cookies, and anything associated with the technical details of using the HTTP protocol. The examples in this book use Java and the library HttpClient, which is an Apache Jakarta Commons library (http://Jakarta.apache.org). Following is the Java source code used to prepare the request: HttpClient client = new HttpClient(); HttpMethod method = new GetMethod( _endpoint); String timeStamp = Signature.generateTimestamp(); String signature; String operation = "WebSearch"; try { signature = Signature.generateSignature(operation, timeStamp, _secretAccessKey); } catch (SignatureException e) { return; }

The result is copied into the snapshot snapshotBitmapDatacopyPixels(_caveBitmapData, rectangle, point); Hot out of the oven with this new BitmapData, we can make the final Bitmap: var snapshot:Bitmap = new Bitmap(snapshotBitmapData); That s the actual bitmap image of the destroyed area of the environment that you can see on the stage And the rest is history! Isn t AS30 amazing Just a few lines of code can produce a complex and spectacular result Note that to be perfectly accurate, the snapshot should be circular, so that it precisely matches the round hole cut into the bitmap You can do this by creating a circle shape and using the snapshot s BitmapData as the circle s bitmap fill color Replace this line of code: var snapshot:Bitmap = new Bitmap(snapshotBitmapData); with these lines: var snapshot:Shape = new Shape(); snapshotgraphicsbeginBitmapFill(snapshotBitmapData, null, true); snapshotgraphicsdrawCircle(radius, radius, radius); snapshotgraphics.

Summary

endFill(); This uses beginBitmapFill, which is the same technique used in 2 to create the image of Phobos It s essentially a bitmap mask effect You can see the result in Figure 6-6 It s just like taking a bite out of a cookie You can use any shape that you like, no matter how complex..