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Figure 10-8 Index clustered data So, let s look at how we might go about creating a clustered object Creating a cluster of tables in the object is straightforward The definition of the storage of the object (PCTFREE, PCTUSED, INITIAL, and so on) is associated with the CLUSTER, not the tables This makes sense since there will be many tables in the cluster, and they will be on the same block Having different PCTFREEs would not make sense Therefore, a CREATE CLUSTER statement looks a lot like a CREATE TABLE statement with a small number of columns (just the cluster key columns): ops$tkyte@ORA11GR2> create cluster emp_dept_cluster 2 ( deptno number(2) ) 3 size 1024 4 / Cluster created Here, we have created an index cluster (the other type being a hash cluster, which we ll look at in the next section Index Clustered Tables Wrap-up ).

F file system 228 FilteredInputStream 169 finalization 26 27, 414 Flash Memory 319 Flat files 318 floating point 26, 268 floating-point numbers 101, 149, 172 focus 248 Font 90 getFont 91 footprint 3, 11 13, 57, 200, 429, 434, 440 Form 79, 90 events 107 formats fixed-position 311 name-value 310 FormDemo 81 Foundation Profile 32 G game actions 111 112 game applications 76, 87, 110, 133 Gaming Profile 34 garbage collection 421 CVM 426 Gauge 79 80, 107 GCF 171 172, 174, 276 Generic Connection Framework 50, 167 168, 263, 366 GET 335 getBytes 150 getEncoding 372 getFlashID() 220 getGraphics 194 getLength 372 getType 372 GMT 324 Graffiti 219, 232 233, 244, 292, 303 help 233 Graphics 87, 89 90, 100, 194, 225, 242, 246 clearScreen 225 copy modes 230 copyOffScreenRegion 230 copyRegion 230 drawBitmap 228 229 drawBorder 227 drawImage 89 drawLine 226 drawRectangle 226 drawString 88 I N D EX

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private void UpdateBezier() { bezTime += 0.01f; if (bezTime > 1.0f) return; Vector3 newCamPos = Bezier(bezStartPosition, bezMidPosition, bezEndPosition, bezTime); Vector3 newCamTarget = Vector3.Lerp(bezStartTarget, bezEndTarget, bezTime); float updownRot; float leftrightRot; AnglesFromDirection(newCamTarget - newCamPos, out updownRot, out leftrightRot); fpsCam.UpDownRot = updownRot; fpsCam.LeftRightRot = leftrightRot; fpsCam.Position = newCamPos; } This method starts by incrementing the progress counter slightly. If the value is larger than 1, you know the fly-by has finished and the method returns. Otherwise, the next lines, which contain the remainder of this recipe, are executed. First, the next position of your camera is obtained from the Bezier curve by passing the bezTime variable, which indicates how far you are in the fly-by action. Next, you find the current target by interpolating between the startTarget and finalTarget positions. You can find more information on linear interpolation in recipe 5-9. If you want to use this together with your first-person camera code, you will need to calculate the resulting updownRot and leftrightRot values, which is done by calling the AnglesFromDirection method. This method takes in three arguments: the direction the camera will be facing (if you subtract the camera position from the target position, you obtain the viewing direction) and the two angles you want to know. By passing them as an out argument, the method will change the values, and the values will be stored into the variables of this method. Finally, you update your camera with the new position and rotation.

import org.jboss.ejb3.examples.ch19.timer.api.CreditCardTransaction; import org.jboss.ejb3.examples.ch19.timer.api.CreditCardTransactionProcessing LocalBusiness; /** * Implementation of a Service capable of storing pending * {@link CreditCardTransaction}s for later processing. * These may either be processed via a business call to * {@link CreditCardTransactionProcessingLocalBusiness#process()} * or via any number of configured timers using the EJB Timer Service. * At deployment, a default timer will be set to run * every hour on the hour (as configured by the {@link Schedule} * annotation atop {@link CreditCardTransactionProcessingBean#processViaTimeout (Timer)}. * The {@link CreditCardTransactionProcessingBean#scheduleProcessing(Schedule Expression)} * method shows programmatic creation of timers given a supplied * {@link ScheduleExpression}. * * @author <a href="mailto:andrew.rubinger@jboss.org">ALR</a> * @version $Revision: $ */ @Singleton @Local(CreditCardTransactionProcessingLocalBusiness.class) @ConcurrencyManagement(ConcurrencyManagementType.CONTAINER) public class CreditCardTransactionProcessingBean implements CreditCardTransaction ProcessingLocalBusiness { //--------------------------------------------------------------------------|| // Class Members -----------------------------------------------------------|| //--------------------------------------------------------------------------|| /** * Logger */ private static final Logger log = Logger.getLogger(CreditCardTransaction ProcessingBean.class.getName()); /** * Wildcard denoting "all" in timer expressions */ private static final String EVERY = "*";

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