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Figure 13 5 The graphics generated by the Sprites example project The Clipped sprite images row contains three separate Sprite controls, all of which use the same underlying graphic file (SmileyFacespng) The control size has been set to 100 x 100 pixels, which exactly matches the height and width of the individual smiley graphics within the file By setting the ImageOffsetX property to the values 0, 100, and 200, respectively, each of the three smileys can be displayed The Resized sprite images row shows three additional sprites that demonstrate the different graphic sizing options offered by the sprite The ball is shown on the left at its actual size, with the sprite s ImageWidth and ImageHeight properties set to 0 In the middle, the sprite has had its ImageWidth set to 120 and its ImageHeight left at zero.

properties file (blue, green, white, or black). */ { Background back = new Background(); back.setApplicationBounds( bounds ); int bgColour = lifeProps.getBGColour(); if (bgColour == LifeProperties.BLUE) back.setColor(0.17f, 0.65f, 0.92f); // sky blue color else if (bgColour == LifeProperties.GREEN) back.setColor(0.5f, 1.0f, 0.5f); // grass color else if (bgColour == LifeProperties.WHITE) back.setColor(1.0f, 1.0f, 0.8f); // off-white // else black by default sceneBG.addChild( back ); } // end of addBackground() The code is complicated by the need to check with the LifeProperties object to determine the currently specified color, as represented by the constants LifeProperties.BLUE, LifeProperties.GREEN, LifeProperties.WHITE, and LifeProperties.BLACK. addBackground() maps these to RGB values.

You can call ApacheBench from the command line, in a fashion similar to calling Super Smack. Listing 6-12 shows an example of calling ApacheBench to benchmark a simple script and its output. The resultset shows the performance of the finduser1.php script from Listing 6-10. Listing 6-12. Running ApacheBench and the Output Results for finduser1.php # ab -n 100 -c 10 http://127.0.0.1/finduser1.php Document Path: /finduser1.php Document Length: 84 bytes Concurrency Level: Time taken for tests: Complete requests: Failed requests: Write errors: Total transferred: HTML transferred: Requests per second: Time per request: Time per request: Transfer rate: 10 1.797687 seconds 1000 0 0 277000 bytes 84000 bytes 556.27 [#/sec] (mean) 17.977 [ms] (mean) 1.798 [ms] (mean, across all concurrent requests) 150.19 [Kbytes/sec] received

This causes it to scale uniformly until the specified width is reached The sprite on the right has nonzero values set for both its ImageWidth and ImageHeight, resulting in a nonuniform stretch The Transformed sprites row shows some transformations being performed within the sprite On the left, the TranslateX property has been used to move the sprite away from its normal position (its actual Left value is the same as that for the first clipped sprite image) The second sprite has had its Rotation property set, while the third has customized values for ScaleX and ScaleY Note that none of these effects has been obtained by transforming the sprite; they are all obtained by setting the sprite s properties The final row contains a series of sprites created at runtime using code similar to that in Listing 13 14.

The work required to create the scene graph for the grid is left to a CellsGrid object. addGrid() creates the object and a TimeBehavior instance for triggering grid changes: // time delay (in ms) to regulate update speed private static final int TIME_DELAY = 50;

Connection Times (ms) min mean[+/-sd] median Connect: 0 0 0.3 0 Processing: 1 15 62.2 6 Waiting: 1 11 43.7 5 Total: 1 15 62.3 6

Clearly it would be tedious to create these sprites within the page designer, but it is very little effort to write the code to generate them dynamically Each of the generated sprites is still a Sprite control instance, however, just like those created at design time..

private void addGrid() /* Create the cells grid and a time behavior to update it at TIME_DELAY intervals. */ { CellsGrid cellsGrid = new CellsGrid(lifeProps); sceneBG.addChild( cellsGrid.getBaseTG() ); TimeBehavior tb = new TimeBehavior(TIME_DELAY, cellsGrid); tb.setSchedulingBounds(bounds); sceneBG.addChild(tb); } // end of addGrid() The LifeProperties object, lifeProps, is passed to the CellsGrid object since the properties include the rotation speed for the grid and the birth and die ranges, which CellsGrid handles.