signature stringlengths 43 39.1k | implementation stringlengths 0 450k |
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public class CommerceSubscriptionEntryUtil { /** * Returns the commerce subscription entries before and after the current commerce subscription entry in the ordered set where uuid = & # 63 ; .
* @ param commerceSubscriptionEntryId the primary key of the current commerce subscription entry
* @ param uuid the uuid
* @ param orderByComparator the comparator to order the set by ( optionally < code > null < / code > )
* @ return the previous , current , and next commerce subscription entry
* @ throws NoSuchSubscriptionEntryException if a commerce subscription entry with the primary key could not be found */
public static CommerceSubscriptionEntry [ ] findByUuid_PrevAndNext ( long commerceSubscriptionEntryId , String uuid , OrderByComparator < CommerceSubscriptionEntry > orderByComparator ) throws com . liferay . commerce . exception . NoSuchSubscriptionEntryException { } } | return getPersistence ( ) . findByUuid_PrevAndNext ( commerceSubscriptionEntryId , uuid , orderByComparator ) ; |
public class SVG { /** * Change the height of the document by altering the " height " attribute
* of the root { @ code < svg > } element .
* @ param value A valid SVG ' length ' attribute , such as " 100px " or " 10cm " .
* @ throws SVGParseException if { @ code value } cannot be parsed successfully .
* @ throws IllegalArgumentException if there is no current SVG document loaded . */
@ SuppressWarnings ( { } } | "WeakerAccess" , "unused" } ) public void setDocumentHeight ( String value ) throws SVGParseException { if ( this . rootElement == null ) throw new IllegalArgumentException ( "SVG document is empty" ) ; this . rootElement . height = SVGParser . parseLength ( value ) ; |
public class JavaMailSender { /** * Set the recipients addresses on the mime message .
* @ param email
* the source email
* @ param mimeMsg
* the mime message to fill
* @ throws MessagingException
* when the email address is not valid
* @ throws AddressException
* when the email address is not valid
* @ throws UnsupportedEncodingException
* when the email address is not valid */
private void setRecipients ( Email email , MimeMessage mimeMsg ) throws MessagingException , AddressException , UnsupportedEncodingException { } } | for ( Recipient recipient : email . getRecipients ( ) ) { mimeMsg . addRecipient ( convert ( recipient . getType ( ) ) , toInternetAddress ( recipient . getAddress ( ) ) ) ; } |
public class CPAttachmentFileEntryPersistenceImpl { /** * Returns the first cp attachment file entry in the ordered set where classNameId = & # 63 ; and classPK = & # 63 ; and type = & # 63 ; and status & ne ; & # 63 ; .
* @ param classNameId the class name ID
* @ param classPK the class pk
* @ param type the type
* @ param status the status
* @ param orderByComparator the comparator to order the set by ( optionally < code > null < / code > )
* @ return the first matching cp attachment file entry , or < code > null < / code > if a matching cp attachment file entry could not be found */
@ Override public CPAttachmentFileEntry fetchByC_C_T_NotST_First ( long classNameId , long classPK , int type , int status , OrderByComparator < CPAttachmentFileEntry > orderByComparator ) { } } | List < CPAttachmentFileEntry > list = findByC_C_T_NotST ( classNameId , classPK , type , status , 0 , 1 , orderByComparator ) ; if ( ! list . isEmpty ( ) ) { return list . get ( 0 ) ; } return null ; |
public class FirewallRulesInner { /** * Gets all firewall rules in the specified redis cache .
* @ param resourceGroupName The name of the resource group .
* @ param cacheName The name of the Redis cache .
* @ throws IllegalArgumentException thrown if parameters fail the validation
* @ return the observable to the PagedList & lt ; RedisFirewallRuleInner & gt ; object */
public Observable < Page < RedisFirewallRuleInner > > listByRedisResourceAsync ( final String resourceGroupName , final String cacheName ) { } } | return listByRedisResourceWithServiceResponseAsync ( resourceGroupName , cacheName ) . map ( new Func1 < ServiceResponse < Page < RedisFirewallRuleInner > > , Page < RedisFirewallRuleInner > > ( ) { @ Override public Page < RedisFirewallRuleInner > call ( ServiceResponse < Page < RedisFirewallRuleInner > > response ) { return response . body ( ) ; } } ) ; |
public class ColorParser { /** * Parse the string and convert it to a { @ link java . awt . Color } . See class description for details on the
* supported color formats .
* @ param colorString the color string encoded . */
public static Color toColor ( final String colorString ) { } } | String trimmedString = colorString . trim ( ) ; Color color = null ; if ( trimmedString . startsWith ( "#" ) ) { final int shortHexCode = 4 ; if ( trimmedString . length ( ) == shortHexCode ) { StringBuilder builder = new StringBuilder ( "#" ) ; for ( int i = 1 ; i < trimmedString . length ( ) ; i ++ ) { builder . append ( trimmedString . charAt ( i ) ) ; builder . append ( trimmedString . charAt ( i ) ) ; } color = SLD . toColor ( builder . toString ( ) ) ; } else { color = SLD . toColor ( trimmedString ) ; } } if ( color == null ) { color = parseRgbColor ( trimmedString ) ; } if ( color == null ) { color = parseRgbaColor ( trimmedString ) ; } if ( color == null ) { color = parseHslColor ( trimmedString ) ; } if ( color == null ) { color = parseHslaColor ( trimmedString ) ; } if ( color == null ) { final Field [ ] fields = Color . class . getFields ( ) ; for ( Field field : fields ) { if ( field . getType ( ) == Color . class && Modifier . isFinal ( field . getModifiers ( ) ) && Modifier . isStatic ( field . getModifiers ( ) ) && field . getName ( ) . equalsIgnoreCase ( trimmedString ) ) { try { return ( Color ) field . get ( null ) ; } catch ( IllegalAccessException e ) { throw new Error ( e ) ; } } } color = Color . decode ( trimmedString ) ; } return color ; |
public class NodeTypeClient { /** * Retrieves a list of node types available to the specified project .
* < p > Sample code :
* < pre > < code >
* try ( NodeTypeClient nodeTypeClient = NodeTypeClient . create ( ) ) {
* ProjectZoneName zone = ProjectZoneName . of ( " [ PROJECT ] " , " [ ZONE ] " ) ;
* for ( NodeType element : nodeTypeClient . listNodeTypes ( zone . toString ( ) ) . iterateAll ( ) ) {
* / / doThingsWith ( element ) ;
* < / code > < / pre >
* @ param zone The name of the zone for this request .
* @ throws com . google . api . gax . rpc . ApiException if the remote call fails */
@ BetaApi public final ListNodeTypesPagedResponse listNodeTypes ( String zone ) { } } | ListNodeTypesHttpRequest request = ListNodeTypesHttpRequest . newBuilder ( ) . setZone ( zone ) . build ( ) ; return listNodeTypes ( request ) ; |
public class ST_3DLength { /** * Returns the 3D length of the given geometry .
* @ param geom Geometry
* @ return The 3D length of the given geometry */
public static double length3D ( Geometry geom ) { } } | double sum = 0 ; for ( int i = 0 ; i < geom . getNumGeometries ( ) ; i ++ ) { sum += length3D ( ( LineString ) geom . getGeometryN ( i ) ) ; } return sum ; |
public class PersistentSortedQueue { /** * Loads the segment persistent state from disk and initializes in - memory state such that read - only
* operations like { @ link # sizeEstimate ( ) } and { @ link # scan ( java . nio . ByteBuffer , long ) } will return
* reasonable results , but doesn ' t bother setting up the split queue or removing overlap between
* segments since those are only strictly required for full read / write operation . */
private void loadReadOnly ( ) { } } | checkState ( _segmentMap . isEmpty ( ) ) ; // Only supported for newly allocated queue objects
checkState ( _readOnly ) ; // Load the segment persistent state from disk .
for ( Map . Entry < UUID , String > entry : _dao . loadSegments ( _name ) . entrySet ( ) ) { UUID id = entry . getKey ( ) ; Segment seg = newSegmentFromSnapshot ( id , entry . getValue ( ) ) ; // Don ' t bother sorting segments , adjusting min or removing overlap . They ' re not necessary
// when loading a read - only persistent queue .
while ( _segmentMap . containsKey ( seg . getMin ( ) ) ) { seg . setMin ( successor ( seg . getMin ( ) ) ) ; } _segmentMap . put ( seg . getMin ( ) , seg ) ; } |
public class SofaConfigs { /** * 获取Boolean格式的Config
* @ param appName 应用名
* @ param key 配置项
* @ param defaultValue 默认值
* @ return 配置 */
public static boolean getBooleanValue ( String appName , String key , boolean defaultValue ) { } } | String ret = getStringValue0 ( appName , key ) ; return StringUtils . isEmpty ( ret ) ? defaultValue : CommonUtils . parseBoolean ( ret , defaultValue ) ; |
public class Vector3d { /** * / * ( non - Javadoc )
* @ see org . joml . Vector3dc # distance ( org . joml . Vector3dc ) */
public double distance ( Vector3dc v ) { } } | return distance ( v . x ( ) , v . y ( ) , v . z ( ) ) ; |
public class MessageDetail { /** * Set up the screen input fields . */
public void setupFields ( ) { } } | FieldInfo field = null ; field = new FieldInfo ( this , ID , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field . setDataClass ( Integer . class ) ; field . setHidden ( true ) ; field = new FieldInfo ( this , LAST_CHANGED , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field . setDataClass ( Date . class ) ; field . setHidden ( true ) ; field = new FieldInfo ( this , DELETED , 10 , null , new Boolean ( false ) ) ; field . setDataClass ( Boolean . class ) ; field . setHidden ( true ) ; field = new FieldInfo ( this , PROPERTIES , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field = new FieldInfo ( this , CONTACT_TYPE_ID , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field . setDataClass ( Integer . class ) ; field = new FieldInfo ( this , PERSON_ID , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field . setDataClass ( Integer . class ) ; field = new FieldInfo ( this , MESSAGE_TRANSPORT_ID , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field . setDataClass ( Integer . class ) ; field = new FieldInfo ( this , MESSAGE_PROCESS_INFO_ID , 60 , null , null ) ; field . setDataClass ( Integer . class ) ; // field = new FieldInfo ( this , DESTINATION _ SITE , 127 , null , null ) ;
// field = new FieldInfo ( this , DESTINATION _ PATH , 127 , null , null ) ;
// field = new FieldInfo ( this , RETURN _ SITE , 127 , null , null ) ;
// field = new FieldInfo ( this , RETURN _ PATH , 127 , null , null ) ;
// field = new FieldInfo ( this , XSLT _ DOCUMENT , 127 , null , null ) ;
// field = new FieldInfo ( this , DEFAULT _ MESSAGE _ VERSION _ ID , Constants . DEFAULT _ FIELD _ LENGTH , null , null ) ;
// field . setDataClass ( Integer . class ) ;
field = new FieldInfo ( this , DEFAULT_MESSAGE_TRANSPORT_ID , Constants . DEFAULT_FIELD_LENGTH , null , null ) ; field . setDataClass ( Integer . class ) ; // field = new FieldInfo ( this , INITIAL _ MANUAL _ TRANSPORT _ STATUS _ ID , Constants . DEFAULT _ FIELD _ LENGTH , null , null ) ;
// field . setDataClass ( Integer . class ) ; |
public class Ifc4PackageImpl { /** * < ! - - begin - user - doc - - >
* < ! - - end - user - doc - - >
* @ generated */
@ Override public EClass getIfcCompositeCurve ( ) { } } | if ( ifcCompositeCurveEClass == null ) { ifcCompositeCurveEClass = ( EClass ) EPackage . Registry . INSTANCE . getEPackage ( Ifc4Package . eNS_URI ) . getEClassifiers ( ) . get ( 111 ) ; } return ifcCompositeCurveEClass ; |
public class Sketch { /** * Gets the approximate upper error bound given the specified number of Standard Deviations .
* This will return getEstimate ( ) if isEmpty ( ) is true .
* @ param numStdDev
* < a href = " { @ docRoot } / resources / dictionary . html # numStdDev " > See Number of Standard Deviations < / a >
* @ return the upper bound . */
public double getUpperBound ( final int numStdDev ) { } } | return ( isEstimationMode ( ) ) ? upperBound ( getRetainedEntries ( true ) , getThetaLong ( ) , numStdDev , isEmpty ( ) ) : getRetainedEntries ( true ) ; |
public class Journaler { /** * Delegate to the JournalWorker . */
public boolean purgeRelationship ( Context context , String pid , String relationship , String object , boolean isLiteral , String datatype ) throws ServerException { } } | return worker . purgeRelationship ( context , pid , relationship , object , isLiteral , datatype ) ; |
public class KiteConnect { /** * Modify a mutualfunds sip .
* @ param frequency weekly , monthly , or quarterly .
* @ param status Pause or unpause an SIP ( active or paused ) .
* @ param amount Amount worth of units to purchase . It should be equal to or greated than minimum _ additional _ purchase _ amount and in multiple of purchase _ amount _ multiplier in the instrument master .
* @ param day If Frequency is monthly , the day of the month ( 1 , 5 , 10 , 15 , 20 , 25 ) to trigger the order on .
* @ param instalments Number of instalments to trigger . If set to - 1 , instalments are triggered at fixed intervals until the SIP is cancelled .
* @ param sipId is the id of the sip .
* @ return returns true , if modify sip is successful else exception is thrown .
* @ throws KiteException is thrown for all Kite trade related errors .
* @ throws IOException is thrown when there is connection related error . */
public boolean modifyMFSIP ( String frequency , int day , int instalments , double amount , String status , String sipId ) throws KiteException , IOException , JSONException { } } | Map < String , Object > params = new HashMap < String , Object > ( ) ; params . put ( "frequency" , frequency ) ; params . put ( "day" , day ) ; params . put ( "instalments" , instalments ) ; params . put ( "amount" , amount ) ; params . put ( "status" , status ) ; new KiteRequestHandler ( proxy ) . putRequest ( routes . get ( "mutualfunds.sips.modify" ) . replace ( ":sip_id" , sipId ) , params , apiKey , accessToken ) ; return true ; |
public class IconicsUtils { /** * finds the icons within a Editable , and tries to map the the available ( given via the fonts param ) icons on it
* Use this whenever possible , as this method does update the Editable , and does not have to create a new Spanned
* @ param editable
* @ param fonts
* @ return */
public static LinkedList < StyleContainer > findIconsFromEditable ( Editable editable , HashMap < String , ITypeface > fonts ) { } } | LinkedList < StyleContainer > styleContainers = new LinkedList < > ( ) ; LinkedList < StyleContainer > existingSpans = new LinkedList < > ( ) ; // remember the previous style spans
for ( ParcelableSpan span : editable . getSpans ( 0 , editable . length ( ) , ParcelableSpan . class ) ) { existingSpans . add ( new StyleContainer ( editable . getSpanStart ( span ) , editable . getSpanEnd ( span ) , span , editable . getSpanFlags ( span ) ) ) ; } for ( CharacterStyle span : editable . getSpans ( 0 , editable . length ( ) , CharacterStyle . class ) ) { existingSpans . add ( new StyleContainer ( editable . getSpanStart ( span ) , editable . getSpanEnd ( span ) , span , editable . getSpanFlags ( span ) ) ) ; } try { editable . clearSpans ( ) ; } catch ( Exception ex ) { // SpannableStringBuilder has an issue which causes this to crash
// https : / / github . com / mikepenz / Android - Iconics / issues / 155 # issue - 141629137
} int iconStart = - 1 ; for ( int i = 0 ; i < editable . length ( ) ; i ++ ) { Character c = editable . charAt ( i ) ; if ( c == ICON_START ) { iconStart = i ; } else if ( c == ICON_END ) { if ( iconStart > - 1 ) { StyleContainer styleContainer = placeFontIcon ( editable , iconStart , i , fonts ) ; if ( styleContainer != null ) { styleContainers . add ( styleContainer ) ; // adjust existing spans to new position
for ( StyleContainer existingStyleContainer : existingSpans ) { if ( existingStyleContainer . startIndex > i ) { existingStyleContainer . startIndex = existingStyleContainer . startIndex - ( i - iconStart ) ; existingStyleContainer . endIndex = existingStyleContainer . endIndex - ( i - iconStart ) ; } else if ( existingStyleContainer . endIndex > i ) { existingStyleContainer . endIndex = existingStyleContainer . endIndex - ( i - iconStart ) ; } } // remember how many chars were removed already so we can remove the correct characters
i = iconStart ; } } iconStart = - 1 ; } } // add the existing spans
styleContainers . addAll ( existingSpans ) ; return styleContainers ; |
public class Supervisor { /** * start supervisor */
public void run ( ) { } } | SupervisorManger supervisorManager ; try { Map < Object , Object > conf = Utils . readStormConfig ( ) ; StormConfig . validate_distributed_mode ( conf ) ; createPid ( conf ) ; supervisorManager = mkSupervisor ( conf , null ) ; JStormUtils . redirectOutput ( "/dev/null" ) ; initShutdownHook ( supervisorManager ) ; while ( ! supervisorManager . isFinishShutdown ( ) ) { try { Thread . sleep ( 1000 ) ; } catch ( InterruptedException ignored ) { } } } catch ( Throwable e ) { if ( e instanceof OutOfMemoryError ) { LOG . error ( "Halting due to out of memory error..." ) ; } LOG . error ( "Fail to run supervisor " , e ) ; System . exit ( 1 ) ; } finally { LOG . info ( "Shutdown supervisor!!!" ) ; } |
public class VCProjectParser { /** * Retrieve the base directory for the Visual C + + project . If this project is part of a Visual Studio solution , the
* base directory is the solution directory ; for standalone projects , the base directory is the project directory .
* @ return the base directory for the Visual C + + project */
private File getBaseDirectory ( ) { } } | File referenceFile = ( solutionFile != null ? solutionFile : getInputFile ( ) ) ; return referenceFile . getParentFile ( ) . getAbsoluteFile ( ) ; |
public class NesterovsUpdater { /** * Get the nesterov update
* @ param gradient the gradient to get the update for
* @ param iteration
* @ return */
@ Override public void applyUpdater ( INDArray gradient , int iteration , int epoch ) { } } | if ( v == null ) throw new IllegalStateException ( "Updater has not been initialized with view state" ) ; double momentum = config . currentMomentum ( iteration , epoch ) ; double learningRate = config . getLearningRate ( iteration , epoch ) ; // reference https : / / cs231n . github . io / neural - networks - 3 / # sgd 2nd equation
// DL4J default is negative step function thus we flipped the signs :
// x + = mu * v _ prev + ( - 1 - mu ) * v
// i . e . , we do params - = updatedGradient , not params + = updatedGradient
// v = mu * v - lr * gradient
INDArray vPrev = v . dup ( gradientReshapeOrder ) ; v . muli ( momentum ) . subi ( gradient . dup ( gradientReshapeOrder ) . muli ( learningRate ) ) ; // Modify state array in - place
/* Next line is equivalent to :
INDArray ret = vPrev . muli ( momentum ) . addi ( v . mul ( - momentum - 1 ) ) ;
gradient . assign ( ret ) ; */
Nd4j . getExecutioner ( ) . exec ( new OldAddOp ( vPrev . muli ( momentum ) , v . mul ( - momentum - 1 ) , gradient ) ) ; |
public class IntArray { /** * Adds an int to the array .
* @ param anInt */
public void add ( int anInt ) { } } | if ( tc . isEntryEnabled ( ) ) SibTr . entry ( tc , "add" ) ; if ( tc . isDebugEnabled ( ) ) SibTr . debug ( tc , "Params: int" , anInt ) ; // Have we filled up the current array ?
if ( currentCursor == arraySize ) { // Stash it in the Vector
allArrays . add ( current ) ; // Create a new one
current = new int [ arraySize ] ; // Set the cursor at the beginning
currentCursor = 0 ; } // Now add the element at the correct position
current [ currentCursor ] = anInt ; // Move the cursor along
currentCursor ++ ; // Increment the size
elements ++ ; if ( tc . isEntryEnabled ( ) ) SibTr . exit ( tc , "add" ) ; |
public class WeldStartup { /** * needs to be resolved once extension beans are deployed */
private void installFastProcessAnnotatedTypeResolver ( ServiceRegistry services ) { } } | ClassFileServices classFileServices = services . get ( ClassFileServices . class ) ; if ( classFileServices != null ) { final GlobalObserverNotifierService observers = services . get ( GlobalObserverNotifierService . class ) ; try { final FastProcessAnnotatedTypeResolver resolver = new FastProcessAnnotatedTypeResolver ( observers . getAllObserverMethods ( ) ) ; services . add ( FastProcessAnnotatedTypeResolver . class , resolver ) ; } catch ( UnsupportedObserverMethodException e ) { BootstrapLogger . LOG . notUsingFastResolver ( e . getObserver ( ) ) ; return ; } } |
public class Ifc4Switch { /** * Calls < code > caseXXX < / code > for each class of the model until one returns a non null result ; it yields that result .
* < ! - - begin - user - doc - - > < ! - -
* end - user - doc - - >
* @ return the first non - null result returned by a < code > caseXXX < / code > call .
* @ generated */
@ Override protected T doSwitch ( int classifierID , EObject theEObject ) { } } | T t = doSwitch2 ( classifierID , theEObject ) ; if ( t != null ) { return t ; } switch ( classifierID ) { case Ifc4Package . IFC_LAG_TIME : { IfcLagTime ifcLagTime = ( IfcLagTime ) theEObject ; T result = caseIfcLagTime ( ifcLagTime ) ; if ( result == null ) result = caseIfcSchedulingTime ( ifcLagTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LAMP : { IfcLamp ifcLamp = ( IfcLamp ) theEObject ; T result = caseIfcLamp ( ifcLamp ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcLamp ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcLamp ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcLamp ) ; if ( result == null ) result = caseIfcElement ( ifcLamp ) ; if ( result == null ) result = caseIfcProduct ( ifcLamp ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcLamp ) ; if ( result == null ) result = caseIfcObject ( ifcLamp ) ; if ( result == null ) result = caseIfcProductSelect ( ifcLamp ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcLamp ) ; if ( result == null ) result = caseIfcRoot ( ifcLamp ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcLamp ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LAMP_TYPE : { IfcLampType ifcLampType = ( IfcLampType ) theEObject ; T result = caseIfcLampType ( ifcLampType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcLampType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcLampType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcLampType ) ; if ( result == null ) result = caseIfcElementType ( ifcLampType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcLampType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcLampType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcLampType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcLampType ) ; if ( result == null ) result = caseIfcRoot ( ifcLampType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcLampType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIBRARY_INFORMATION : { IfcLibraryInformation ifcLibraryInformation = ( IfcLibraryInformation ) theEObject ; T result = caseIfcLibraryInformation ( ifcLibraryInformation ) ; if ( result == null ) result = caseIfcExternalInformation ( ifcLibraryInformation ) ; if ( result == null ) result = caseIfcLibrarySelect ( ifcLibraryInformation ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcLibraryInformation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIBRARY_REFERENCE : { IfcLibraryReference ifcLibraryReference = ( IfcLibraryReference ) theEObject ; T result = caseIfcLibraryReference ( ifcLibraryReference ) ; if ( result == null ) result = caseIfcExternalReference ( ifcLibraryReference ) ; if ( result == null ) result = caseIfcLibrarySelect ( ifcLibraryReference ) ; if ( result == null ) result = caseIfcLightDistributionDataSourceSelect ( ifcLibraryReference ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcLibraryReference ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcLibraryReference ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_DISTRIBUTION_DATA : { IfcLightDistributionData ifcLightDistributionData = ( IfcLightDistributionData ) theEObject ; T result = caseIfcLightDistributionData ( ifcLightDistributionData ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_FIXTURE : { IfcLightFixture ifcLightFixture = ( IfcLightFixture ) theEObject ; T result = caseIfcLightFixture ( ifcLightFixture ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcLightFixture ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcLightFixture ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcLightFixture ) ; if ( result == null ) result = caseIfcElement ( ifcLightFixture ) ; if ( result == null ) result = caseIfcProduct ( ifcLightFixture ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcLightFixture ) ; if ( result == null ) result = caseIfcObject ( ifcLightFixture ) ; if ( result == null ) result = caseIfcProductSelect ( ifcLightFixture ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcLightFixture ) ; if ( result == null ) result = caseIfcRoot ( ifcLightFixture ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcLightFixture ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_FIXTURE_TYPE : { IfcLightFixtureType ifcLightFixtureType = ( IfcLightFixtureType ) theEObject ; T result = caseIfcLightFixtureType ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcElementType ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcRoot ( ifcLightFixtureType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcLightFixtureType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_INTENSITY_DISTRIBUTION : { IfcLightIntensityDistribution ifcLightIntensityDistribution = ( IfcLightIntensityDistribution ) theEObject ; T result = caseIfcLightIntensityDistribution ( ifcLightIntensityDistribution ) ; if ( result == null ) result = caseIfcLightDistributionDataSourceSelect ( ifcLightIntensityDistribution ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_SOURCE : { IfcLightSource ifcLightSource = ( IfcLightSource ) theEObject ; T result = caseIfcLightSource ( ifcLightSource ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLightSource ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLightSource ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLightSource ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_SOURCE_AMBIENT : { IfcLightSourceAmbient ifcLightSourceAmbient = ( IfcLightSourceAmbient ) theEObject ; T result = caseIfcLightSourceAmbient ( ifcLightSourceAmbient ) ; if ( result == null ) result = caseIfcLightSource ( ifcLightSourceAmbient ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLightSourceAmbient ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLightSourceAmbient ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLightSourceAmbient ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_SOURCE_DIRECTIONAL : { IfcLightSourceDirectional ifcLightSourceDirectional = ( IfcLightSourceDirectional ) theEObject ; T result = caseIfcLightSourceDirectional ( ifcLightSourceDirectional ) ; if ( result == null ) result = caseIfcLightSource ( ifcLightSourceDirectional ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLightSourceDirectional ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLightSourceDirectional ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLightSourceDirectional ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_SOURCE_GONIOMETRIC : { IfcLightSourceGoniometric ifcLightSourceGoniometric = ( IfcLightSourceGoniometric ) theEObject ; T result = caseIfcLightSourceGoniometric ( ifcLightSourceGoniometric ) ; if ( result == null ) result = caseIfcLightSource ( ifcLightSourceGoniometric ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLightSourceGoniometric ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLightSourceGoniometric ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLightSourceGoniometric ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_SOURCE_POSITIONAL : { IfcLightSourcePositional ifcLightSourcePositional = ( IfcLightSourcePositional ) theEObject ; T result = caseIfcLightSourcePositional ( ifcLightSourcePositional ) ; if ( result == null ) result = caseIfcLightSource ( ifcLightSourcePositional ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLightSourcePositional ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLightSourcePositional ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLightSourcePositional ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_SOURCE_SPOT : { IfcLightSourceSpot ifcLightSourceSpot = ( IfcLightSourceSpot ) theEObject ; T result = caseIfcLightSourceSpot ( ifcLightSourceSpot ) ; if ( result == null ) result = caseIfcLightSourcePositional ( ifcLightSourceSpot ) ; if ( result == null ) result = caseIfcLightSource ( ifcLightSourceSpot ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLightSourceSpot ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLightSourceSpot ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLightSourceSpot ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LINE : { IfcLine ifcLine = ( IfcLine ) theEObject ; T result = caseIfcLine ( ifcLine ) ; if ( result == null ) result = caseIfcCurve ( ifcLine ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcLine ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcLine ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLine ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLine ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LOCAL_PLACEMENT : { IfcLocalPlacement ifcLocalPlacement = ( IfcLocalPlacement ) theEObject ; T result = caseIfcLocalPlacement ( ifcLocalPlacement ) ; if ( result == null ) result = caseIfcObjectPlacement ( ifcLocalPlacement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LOOP : { IfcLoop ifcLoop = ( IfcLoop ) theEObject ; T result = caseIfcLoop ( ifcLoop ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcLoop ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcLoop ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcLoop ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MANIFOLD_SOLID_BREP : { IfcManifoldSolidBrep ifcManifoldSolidBrep = ( IfcManifoldSolidBrep ) theEObject ; T result = caseIfcManifoldSolidBrep ( ifcManifoldSolidBrep ) ; if ( result == null ) result = caseIfcSolidModel ( ifcManifoldSolidBrep ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcManifoldSolidBrep ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcManifoldSolidBrep ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcManifoldSolidBrep ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcManifoldSolidBrep ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcManifoldSolidBrep ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MAP_CONVERSION : { IfcMapConversion ifcMapConversion = ( IfcMapConversion ) theEObject ; T result = caseIfcMapConversion ( ifcMapConversion ) ; if ( result == null ) result = caseIfcCoordinateOperation ( ifcMapConversion ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MAPPED_ITEM : { IfcMappedItem ifcMappedItem = ( IfcMappedItem ) theEObject ; T result = caseIfcMappedItem ( ifcMappedItem ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcMappedItem ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcMappedItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL : { IfcMaterial ifcMaterial = ( IfcMaterial ) theEObject ; T result = caseIfcMaterial ( ifcMaterial ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterial ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterial ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterial ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterial ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_CLASSIFICATION_RELATIONSHIP : { IfcMaterialClassificationRelationship ifcMaterialClassificationRelationship = ( IfcMaterialClassificationRelationship ) theEObject ; T result = caseIfcMaterialClassificationRelationship ( ifcMaterialClassificationRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_CONSTITUENT : { IfcMaterialConstituent ifcMaterialConstituent = ( IfcMaterialConstituent ) theEObject ; T result = caseIfcMaterialConstituent ( ifcMaterialConstituent ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialConstituent ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialConstituent ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialConstituent ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialConstituent ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_CONSTITUENT_SET : { IfcMaterialConstituentSet ifcMaterialConstituentSet = ( IfcMaterialConstituentSet ) theEObject ; T result = caseIfcMaterialConstituentSet ( ifcMaterialConstituentSet ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialConstituentSet ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialConstituentSet ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialConstituentSet ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialConstituentSet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_DEFINITION : { IfcMaterialDefinition ifcMaterialDefinition = ( IfcMaterialDefinition ) theEObject ; T result = caseIfcMaterialDefinition ( ifcMaterialDefinition ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialDefinition ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialDefinition ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialDefinition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_DEFINITION_REPRESENTATION : { IfcMaterialDefinitionRepresentation ifcMaterialDefinitionRepresentation = ( IfcMaterialDefinitionRepresentation ) theEObject ; T result = caseIfcMaterialDefinitionRepresentation ( ifcMaterialDefinitionRepresentation ) ; if ( result == null ) result = caseIfcProductRepresentation ( ifcMaterialDefinitionRepresentation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_LAYER : { IfcMaterialLayer ifcMaterialLayer = ( IfcMaterialLayer ) theEObject ; T result = caseIfcMaterialLayer ( ifcMaterialLayer ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialLayer ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialLayer ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialLayer ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialLayer ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_LAYER_SET : { IfcMaterialLayerSet ifcMaterialLayerSet = ( IfcMaterialLayerSet ) theEObject ; T result = caseIfcMaterialLayerSet ( ifcMaterialLayerSet ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialLayerSet ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialLayerSet ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialLayerSet ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialLayerSet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_LAYER_SET_USAGE : { IfcMaterialLayerSetUsage ifcMaterialLayerSetUsage = ( IfcMaterialLayerSetUsage ) theEObject ; T result = caseIfcMaterialLayerSetUsage ( ifcMaterialLayerSetUsage ) ; if ( result == null ) result = caseIfcMaterialUsageDefinition ( ifcMaterialLayerSetUsage ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialLayerSetUsage ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_LAYER_WITH_OFFSETS : { IfcMaterialLayerWithOffsets ifcMaterialLayerWithOffsets = ( IfcMaterialLayerWithOffsets ) theEObject ; T result = caseIfcMaterialLayerWithOffsets ( ifcMaterialLayerWithOffsets ) ; if ( result == null ) result = caseIfcMaterialLayer ( ifcMaterialLayerWithOffsets ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialLayerWithOffsets ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialLayerWithOffsets ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialLayerWithOffsets ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialLayerWithOffsets ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_LIST : { IfcMaterialList ifcMaterialList = ( IfcMaterialList ) theEObject ; T result = caseIfcMaterialList ( ifcMaterialList ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialList ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_PROFILE : { IfcMaterialProfile ifcMaterialProfile = ( IfcMaterialProfile ) theEObject ; T result = caseIfcMaterialProfile ( ifcMaterialProfile ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialProfile ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialProfile ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialProfile ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialProfile ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_PROFILE_SET : { IfcMaterialProfileSet ifcMaterialProfileSet = ( IfcMaterialProfileSet ) theEObject ; T result = caseIfcMaterialProfileSet ( ifcMaterialProfileSet ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialProfileSet ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialProfileSet ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialProfileSet ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialProfileSet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_PROFILE_SET_USAGE : { IfcMaterialProfileSetUsage ifcMaterialProfileSetUsage = ( IfcMaterialProfileSetUsage ) theEObject ; T result = caseIfcMaterialProfileSetUsage ( ifcMaterialProfileSetUsage ) ; if ( result == null ) result = caseIfcMaterialUsageDefinition ( ifcMaterialProfileSetUsage ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialProfileSetUsage ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_PROFILE_SET_USAGE_TAPERING : { IfcMaterialProfileSetUsageTapering ifcMaterialProfileSetUsageTapering = ( IfcMaterialProfileSetUsageTapering ) theEObject ; T result = caseIfcMaterialProfileSetUsageTapering ( ifcMaterialProfileSetUsageTapering ) ; if ( result == null ) result = caseIfcMaterialProfileSetUsage ( ifcMaterialProfileSetUsageTapering ) ; if ( result == null ) result = caseIfcMaterialUsageDefinition ( ifcMaterialProfileSetUsageTapering ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialProfileSetUsageTapering ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_PROFILE_WITH_OFFSETS : { IfcMaterialProfileWithOffsets ifcMaterialProfileWithOffsets = ( IfcMaterialProfileWithOffsets ) theEObject ; T result = caseIfcMaterialProfileWithOffsets ( ifcMaterialProfileWithOffsets ) ; if ( result == null ) result = caseIfcMaterialProfile ( ifcMaterialProfileWithOffsets ) ; if ( result == null ) result = caseIfcMaterialDefinition ( ifcMaterialProfileWithOffsets ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialProfileWithOffsets ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcMaterialProfileWithOffsets ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialProfileWithOffsets ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_PROPERTIES : { IfcMaterialProperties ifcMaterialProperties = ( IfcMaterialProperties ) theEObject ; T result = caseIfcMaterialProperties ( ifcMaterialProperties ) ; if ( result == null ) result = caseIfcExtendedProperties ( ifcMaterialProperties ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcMaterialProperties ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMaterialProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_RELATIONSHIP : { IfcMaterialRelationship ifcMaterialRelationship = ( IfcMaterialRelationship ) theEObject ; T result = caseIfcMaterialRelationship ( ifcMaterialRelationship ) ; if ( result == null ) result = caseIfcResourceLevelRelationship ( ifcMaterialRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_USAGE_DEFINITION : { IfcMaterialUsageDefinition ifcMaterialUsageDefinition = ( IfcMaterialUsageDefinition ) theEObject ; T result = caseIfcMaterialUsageDefinition ( ifcMaterialUsageDefinition ) ; if ( result == null ) result = caseIfcMaterialSelect ( ifcMaterialUsageDefinition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEASURE_WITH_UNIT : { IfcMeasureWithUnit ifcMeasureWithUnit = ( IfcMeasureWithUnit ) theEObject ; T result = caseIfcMeasureWithUnit ( ifcMeasureWithUnit ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMeasureWithUnit ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMeasureWithUnit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MECHANICAL_FASTENER : { IfcMechanicalFastener ifcMechanicalFastener = ( IfcMechanicalFastener ) theEObject ; T result = caseIfcMechanicalFastener ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcElementComponent ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcElement ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcProduct ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcObject ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcRoot ( ifcMechanicalFastener ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMechanicalFastener ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MECHANICAL_FASTENER_TYPE : { IfcMechanicalFastenerType ifcMechanicalFastenerType = ( IfcMechanicalFastenerType ) theEObject ; T result = caseIfcMechanicalFastenerType ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcElementType ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcRoot ( ifcMechanicalFastenerType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMechanicalFastenerType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEDICAL_DEVICE : { IfcMedicalDevice ifcMedicalDevice = ( IfcMedicalDevice ) theEObject ; T result = caseIfcMedicalDevice ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcElement ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcProduct ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcObject ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcRoot ( ifcMedicalDevice ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMedicalDevice ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEDICAL_DEVICE_TYPE : { IfcMedicalDeviceType ifcMedicalDeviceType = ( IfcMedicalDeviceType ) theEObject ; T result = caseIfcMedicalDeviceType ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcElementType ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcRoot ( ifcMedicalDeviceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMedicalDeviceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEMBER : { IfcMember ifcMember = ( IfcMember ) theEObject ; T result = caseIfcMember ( ifcMember ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcMember ) ; if ( result == null ) result = caseIfcElement ( ifcMember ) ; if ( result == null ) result = caseIfcProduct ( ifcMember ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcMember ) ; if ( result == null ) result = caseIfcObject ( ifcMember ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMember ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMember ) ; if ( result == null ) result = caseIfcRoot ( ifcMember ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMember ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEMBER_STANDARD_CASE : { IfcMemberStandardCase ifcMemberStandardCase = ( IfcMemberStandardCase ) theEObject ; T result = caseIfcMemberStandardCase ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcMember ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcElement ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcProduct ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcObject ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcRoot ( ifcMemberStandardCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMemberStandardCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEMBER_TYPE : { IfcMemberType ifcMemberType = ( IfcMemberType ) theEObject ; T result = caseIfcMemberType ( ifcMemberType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcMemberType ) ; if ( result == null ) result = caseIfcElementType ( ifcMemberType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcMemberType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcMemberType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMemberType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMemberType ) ; if ( result == null ) result = caseIfcRoot ( ifcMemberType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMemberType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_METRIC : { IfcMetric ifcMetric = ( IfcMetric ) theEObject ; T result = caseIfcMetric ( ifcMetric ) ; if ( result == null ) result = caseIfcConstraint ( ifcMetric ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMetric ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MIRRORED_PROFILE_DEF : { IfcMirroredProfileDef ifcMirroredProfileDef = ( IfcMirroredProfileDef ) theEObject ; T result = caseIfcMirroredProfileDef ( ifcMirroredProfileDef ) ; if ( result == null ) result = caseIfcDerivedProfileDef ( ifcMirroredProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcMirroredProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcMirroredProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MONETARY_UNIT : { IfcMonetaryUnit ifcMonetaryUnit = ( IfcMonetaryUnit ) theEObject ; T result = caseIfcMonetaryUnit ( ifcMonetaryUnit ) ; if ( result == null ) result = caseIfcUnit ( ifcMonetaryUnit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MOTOR_CONNECTION : { IfcMotorConnection ifcMotorConnection = ( IfcMotorConnection ) theEObject ; T result = caseIfcMotorConnection ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcEnergyConversionDevice ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcElement ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcProduct ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcObject ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcRoot ( ifcMotorConnection ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMotorConnection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MOTOR_CONNECTION_TYPE : { IfcMotorConnectionType ifcMotorConnectionType = ( IfcMotorConnectionType ) theEObject ; T result = caseIfcMotorConnectionType ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcEnergyConversionDeviceType ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcElementType ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcRoot ( ifcMotorConnectionType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcMotorConnectionType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_NAMED_UNIT : { IfcNamedUnit ifcNamedUnit = ( IfcNamedUnit ) theEObject ; T result = caseIfcNamedUnit ( ifcNamedUnit ) ; if ( result == null ) result = caseIfcUnit ( ifcNamedUnit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OBJECT : { IfcObject ifcObject = ( IfcObject ) theEObject ; T result = caseIfcObject ( ifcObject ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcObject ) ; if ( result == null ) result = caseIfcRoot ( ifcObject ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcObject ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OBJECT_DEFINITION : { IfcObjectDefinition ifcObjectDefinition = ( IfcObjectDefinition ) theEObject ; T result = caseIfcObjectDefinition ( ifcObjectDefinition ) ; if ( result == null ) result = caseIfcRoot ( ifcObjectDefinition ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcObjectDefinition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OBJECT_PLACEMENT : { IfcObjectPlacement ifcObjectPlacement = ( IfcObjectPlacement ) theEObject ; T result = caseIfcObjectPlacement ( ifcObjectPlacement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OBJECTIVE : { IfcObjective ifcObjective = ( IfcObjective ) theEObject ; T result = caseIfcObjective ( ifcObjective ) ; if ( result == null ) result = caseIfcConstraint ( ifcObjective ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcObjective ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OCCUPANT : { IfcOccupant ifcOccupant = ( IfcOccupant ) theEObject ; T result = caseIfcOccupant ( ifcOccupant ) ; if ( result == null ) result = caseIfcActor ( ifcOccupant ) ; if ( result == null ) result = caseIfcObject ( ifcOccupant ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcOccupant ) ; if ( result == null ) result = caseIfcRoot ( ifcOccupant ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcOccupant ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OFFSET_CURVE2_D : { IfcOffsetCurve2D ifcOffsetCurve2D = ( IfcOffsetCurve2D ) theEObject ; T result = caseIfcOffsetCurve2D ( ifcOffsetCurve2D ) ; if ( result == null ) result = caseIfcCurve ( ifcOffsetCurve2D ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcOffsetCurve2D ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcOffsetCurve2D ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcOffsetCurve2D ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcOffsetCurve2D ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OFFSET_CURVE3_D : { IfcOffsetCurve3D ifcOffsetCurve3D = ( IfcOffsetCurve3D ) theEObject ; T result = caseIfcOffsetCurve3D ( ifcOffsetCurve3D ) ; if ( result == null ) result = caseIfcCurve ( ifcOffsetCurve3D ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcOffsetCurve3D ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcOffsetCurve3D ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcOffsetCurve3D ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcOffsetCurve3D ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OPEN_SHELL : { IfcOpenShell ifcOpenShell = ( IfcOpenShell ) theEObject ; T result = caseIfcOpenShell ( ifcOpenShell ) ; if ( result == null ) result = caseIfcConnectedFaceSet ( ifcOpenShell ) ; if ( result == null ) result = caseIfcShell ( ifcOpenShell ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcOpenShell ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcOpenShell ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcOpenShell ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OPENING_ELEMENT : { IfcOpeningElement ifcOpeningElement = ( IfcOpeningElement ) theEObject ; T result = caseIfcOpeningElement ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcFeatureElementSubtraction ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcFeatureElement ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcElement ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcProduct ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcObject ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcRoot ( ifcOpeningElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcOpeningElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OPENING_STANDARD_CASE : { IfcOpeningStandardCase ifcOpeningStandardCase = ( IfcOpeningStandardCase ) theEObject ; T result = caseIfcOpeningStandardCase ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcOpeningElement ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcFeatureElementSubtraction ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcFeatureElement ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcElement ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcProduct ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcObject ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcRoot ( ifcOpeningStandardCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcOpeningStandardCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ORGANIZATION : { IfcOrganization ifcOrganization = ( IfcOrganization ) theEObject ; T result = caseIfcOrganization ( ifcOrganization ) ; if ( result == null ) result = caseIfcActorSelect ( ifcOrganization ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcOrganization ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcOrganization ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ORGANIZATION_RELATIONSHIP : { IfcOrganizationRelationship ifcOrganizationRelationship = ( IfcOrganizationRelationship ) theEObject ; T result = caseIfcOrganizationRelationship ( ifcOrganizationRelationship ) ; if ( result == null ) result = caseIfcResourceLevelRelationship ( ifcOrganizationRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ORIENTED_EDGE : { IfcOrientedEdge ifcOrientedEdge = ( IfcOrientedEdge ) theEObject ; T result = caseIfcOrientedEdge ( ifcOrientedEdge ) ; if ( result == null ) result = caseIfcEdge ( ifcOrientedEdge ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcOrientedEdge ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcOrientedEdge ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcOrientedEdge ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OUTER_BOUNDARY_CURVE : { IfcOuterBoundaryCurve ifcOuterBoundaryCurve = ( IfcOuterBoundaryCurve ) theEObject ; T result = caseIfcOuterBoundaryCurve ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcBoundaryCurve ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcCompositeCurveOnSurface ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcCompositeCurve ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcCurveOnSurface ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcBoundedCurve ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcCurve ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcCurveOrEdgeCurve ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcOuterBoundaryCurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OUTLET : { IfcOutlet ifcOutlet = ( IfcOutlet ) theEObject ; T result = caseIfcOutlet ( ifcOutlet ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcOutlet ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcOutlet ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcOutlet ) ; if ( result == null ) result = caseIfcElement ( ifcOutlet ) ; if ( result == null ) result = caseIfcProduct ( ifcOutlet ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcOutlet ) ; if ( result == null ) result = caseIfcObject ( ifcOutlet ) ; if ( result == null ) result = caseIfcProductSelect ( ifcOutlet ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcOutlet ) ; if ( result == null ) result = caseIfcRoot ( ifcOutlet ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcOutlet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OUTLET_TYPE : { IfcOutletType ifcOutletType = ( IfcOutletType ) theEObject ; T result = caseIfcOutletType ( ifcOutletType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcOutletType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcOutletType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcOutletType ) ; if ( result == null ) result = caseIfcElementType ( ifcOutletType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcOutletType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcOutletType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcOutletType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcOutletType ) ; if ( result == null ) result = caseIfcRoot ( ifcOutletType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcOutletType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OWNER_HISTORY : { IfcOwnerHistory ifcOwnerHistory = ( IfcOwnerHistory ) theEObject ; T result = caseIfcOwnerHistory ( ifcOwnerHistory ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PARAMETERIZED_PROFILE_DEF : { IfcParameterizedProfileDef ifcParameterizedProfileDef = ( IfcParameterizedProfileDef ) theEObject ; T result = caseIfcParameterizedProfileDef ( ifcParameterizedProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcParameterizedProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcParameterizedProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PATH : { IfcPath ifcPath = ( IfcPath ) theEObject ; T result = caseIfcPath ( ifcPath ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcPath ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPath ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPath ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PCURVE : { IfcPcurve ifcPcurve = ( IfcPcurve ) theEObject ; T result = caseIfcPcurve ( ifcPcurve ) ; if ( result == null ) result = caseIfcCurve ( ifcPcurve ) ; if ( result == null ) result = caseIfcCurveOnSurface ( ifcPcurve ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPcurve ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcPcurve ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPcurve ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPcurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PERFORMANCE_HISTORY : { IfcPerformanceHistory ifcPerformanceHistory = ( IfcPerformanceHistory ) theEObject ; T result = caseIfcPerformanceHistory ( ifcPerformanceHistory ) ; if ( result == null ) result = caseIfcControl ( ifcPerformanceHistory ) ; if ( result == null ) result = caseIfcObject ( ifcPerformanceHistory ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPerformanceHistory ) ; if ( result == null ) result = caseIfcRoot ( ifcPerformanceHistory ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPerformanceHistory ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PERMEABLE_COVERING_PROPERTIES : { IfcPermeableCoveringProperties ifcPermeableCoveringProperties = ( IfcPermeableCoveringProperties ) theEObject ; T result = caseIfcPermeableCoveringProperties ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = caseIfcPreDefinedPropertySet ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = caseIfcRoot ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPermeableCoveringProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PERMIT : { IfcPermit ifcPermit = ( IfcPermit ) theEObject ; T result = caseIfcPermit ( ifcPermit ) ; if ( result == null ) result = caseIfcControl ( ifcPermit ) ; if ( result == null ) result = caseIfcObject ( ifcPermit ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPermit ) ; if ( result == null ) result = caseIfcRoot ( ifcPermit ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPermit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PERSON : { IfcPerson ifcPerson = ( IfcPerson ) theEObject ; T result = caseIfcPerson ( ifcPerson ) ; if ( result == null ) result = caseIfcActorSelect ( ifcPerson ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcPerson ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPerson ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PERSON_AND_ORGANIZATION : { IfcPersonAndOrganization ifcPersonAndOrganization = ( IfcPersonAndOrganization ) theEObject ; T result = caseIfcPersonAndOrganization ( ifcPersonAndOrganization ) ; if ( result == null ) result = caseIfcActorSelect ( ifcPersonAndOrganization ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcPersonAndOrganization ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPersonAndOrganization ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PHYSICAL_COMPLEX_QUANTITY : { IfcPhysicalComplexQuantity ifcPhysicalComplexQuantity = ( IfcPhysicalComplexQuantity ) theEObject ; T result = caseIfcPhysicalComplexQuantity ( ifcPhysicalComplexQuantity ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcPhysicalComplexQuantity ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPhysicalComplexQuantity ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PHYSICAL_QUANTITY : { IfcPhysicalQuantity ifcPhysicalQuantity = ( IfcPhysicalQuantity ) theEObject ; T result = caseIfcPhysicalQuantity ( ifcPhysicalQuantity ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPhysicalQuantity ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PHYSICAL_SIMPLE_QUANTITY : { IfcPhysicalSimpleQuantity ifcPhysicalSimpleQuantity = ( IfcPhysicalSimpleQuantity ) theEObject ; T result = caseIfcPhysicalSimpleQuantity ( ifcPhysicalSimpleQuantity ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcPhysicalSimpleQuantity ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPhysicalSimpleQuantity ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PILE : { IfcPile ifcPile = ( IfcPile ) theEObject ; T result = caseIfcPile ( ifcPile ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcPile ) ; if ( result == null ) result = caseIfcElement ( ifcPile ) ; if ( result == null ) result = caseIfcProduct ( ifcPile ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcPile ) ; if ( result == null ) result = caseIfcObject ( ifcPile ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPile ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPile ) ; if ( result == null ) result = caseIfcRoot ( ifcPile ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPile ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PILE_TYPE : { IfcPileType ifcPileType = ( IfcPileType ) theEObject ; T result = caseIfcPileType ( ifcPileType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcPileType ) ; if ( result == null ) result = caseIfcElementType ( ifcPileType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcPileType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcPileType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPileType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPileType ) ; if ( result == null ) result = caseIfcRoot ( ifcPileType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPileType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PIPE_FITTING : { IfcPipeFitting ifcPipeFitting = ( IfcPipeFitting ) theEObject ; T result = caseIfcPipeFitting ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcFlowFitting ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcElement ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcProduct ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcObject ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcRoot ( ifcPipeFitting ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPipeFitting ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PIPE_FITTING_TYPE : { IfcPipeFittingType ifcPipeFittingType = ( IfcPipeFittingType ) theEObject ; T result = caseIfcPipeFittingType ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcFlowFittingType ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcElementType ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcRoot ( ifcPipeFittingType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPipeFittingType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PIPE_SEGMENT : { IfcPipeSegment ifcPipeSegment = ( IfcPipeSegment ) theEObject ; T result = caseIfcPipeSegment ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcFlowSegment ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcElement ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcProduct ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcObject ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcRoot ( ifcPipeSegment ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPipeSegment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PIPE_SEGMENT_TYPE : { IfcPipeSegmentType ifcPipeSegmentType = ( IfcPipeSegmentType ) theEObject ; T result = caseIfcPipeSegmentType ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcFlowSegmentType ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcElementType ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcRoot ( ifcPipeSegmentType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPipeSegmentType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PIXEL_TEXTURE : { IfcPixelTexture ifcPixelTexture = ( IfcPixelTexture ) theEObject ; T result = caseIfcPixelTexture ( ifcPixelTexture ) ; if ( result == null ) result = caseIfcSurfaceTexture ( ifcPixelTexture ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcPixelTexture ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLACEMENT : { IfcPlacement ifcPlacement = ( IfcPlacement ) theEObject ; T result = caseIfcPlacement ( ifcPlacement ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPlacement ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPlacement ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPlacement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLANAR_BOX : { IfcPlanarBox ifcPlanarBox = ( IfcPlanarBox ) theEObject ; T result = caseIfcPlanarBox ( ifcPlanarBox ) ; if ( result == null ) result = caseIfcPlanarExtent ( ifcPlanarBox ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPlanarBox ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPlanarBox ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPlanarBox ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLANAR_EXTENT : { IfcPlanarExtent ifcPlanarExtent = ( IfcPlanarExtent ) theEObject ; T result = caseIfcPlanarExtent ( ifcPlanarExtent ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPlanarExtent ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPlanarExtent ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPlanarExtent ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLANE : { IfcPlane ifcPlane = ( IfcPlane ) theEObject ; T result = caseIfcPlane ( ifcPlane ) ; if ( result == null ) result = caseIfcElementarySurface ( ifcPlane ) ; if ( result == null ) result = caseIfcSurface ( ifcPlane ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPlane ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcPlane ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcPlane ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPlane ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPlane ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLATE : { IfcPlate ifcPlate = ( IfcPlate ) theEObject ; T result = caseIfcPlate ( ifcPlate ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcPlate ) ; if ( result == null ) result = caseIfcElement ( ifcPlate ) ; if ( result == null ) result = caseIfcProduct ( ifcPlate ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcPlate ) ; if ( result == null ) result = caseIfcObject ( ifcPlate ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPlate ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPlate ) ; if ( result == null ) result = caseIfcRoot ( ifcPlate ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPlate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLATE_STANDARD_CASE : { IfcPlateStandardCase ifcPlateStandardCase = ( IfcPlateStandardCase ) theEObject ; T result = caseIfcPlateStandardCase ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcPlate ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcElement ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcProduct ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcObject ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcRoot ( ifcPlateStandardCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPlateStandardCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLATE_TYPE : { IfcPlateType ifcPlateType = ( IfcPlateType ) theEObject ; T result = caseIfcPlateType ( ifcPlateType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcPlateType ) ; if ( result == null ) result = caseIfcElementType ( ifcPlateType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcPlateType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcPlateType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPlateType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPlateType ) ; if ( result == null ) result = caseIfcRoot ( ifcPlateType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPlateType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POINT : { IfcPoint ifcPoint = ( IfcPoint ) theEObject ; T result = caseIfcPoint ( ifcPoint ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPoint ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcPoint ) ; if ( result == null ) result = caseIfcPointOrVertexPoint ( ifcPoint ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPoint ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPoint ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POINT_ON_CURVE : { IfcPointOnCurve ifcPointOnCurve = ( IfcPointOnCurve ) theEObject ; T result = caseIfcPointOnCurve ( ifcPointOnCurve ) ; if ( result == null ) result = caseIfcPoint ( ifcPointOnCurve ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPointOnCurve ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcPointOnCurve ) ; if ( result == null ) result = caseIfcPointOrVertexPoint ( ifcPointOnCurve ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPointOnCurve ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPointOnCurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POINT_ON_SURFACE : { IfcPointOnSurface ifcPointOnSurface = ( IfcPointOnSurface ) theEObject ; T result = caseIfcPointOnSurface ( ifcPointOnSurface ) ; if ( result == null ) result = caseIfcPoint ( ifcPointOnSurface ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPointOnSurface ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcPointOnSurface ) ; if ( result == null ) result = caseIfcPointOrVertexPoint ( ifcPointOnSurface ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPointOnSurface ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPointOnSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POLY_LOOP : { IfcPolyLoop ifcPolyLoop = ( IfcPolyLoop ) theEObject ; T result = caseIfcPolyLoop ( ifcPolyLoop ) ; if ( result == null ) result = caseIfcLoop ( ifcPolyLoop ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcPolyLoop ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPolyLoop ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPolyLoop ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POLYGONAL_BOUNDED_HALF_SPACE : { IfcPolygonalBoundedHalfSpace ifcPolygonalBoundedHalfSpace = ( IfcPolygonalBoundedHalfSpace ) theEObject ; T result = caseIfcPolygonalBoundedHalfSpace ( ifcPolygonalBoundedHalfSpace ) ; if ( result == null ) result = caseIfcHalfSpaceSolid ( ifcPolygonalBoundedHalfSpace ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPolygonalBoundedHalfSpace ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcPolygonalBoundedHalfSpace ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPolygonalBoundedHalfSpace ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPolygonalBoundedHalfSpace ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POLYGONAL_FACE_SET : { IfcPolygonalFaceSet ifcPolygonalFaceSet = ( IfcPolygonalFaceSet ) theEObject ; T result = caseIfcPolygonalFaceSet ( ifcPolygonalFaceSet ) ; if ( result == null ) result = caseIfcTessellatedFaceSet ( ifcPolygonalFaceSet ) ; if ( result == null ) result = caseIfcTessellatedItem ( ifcPolygonalFaceSet ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcPolygonalFaceSet ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPolygonalFaceSet ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPolygonalFaceSet ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPolygonalFaceSet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POLYLINE : { IfcPolyline ifcPolyline = ( IfcPolyline ) theEObject ; T result = caseIfcPolyline ( ifcPolyline ) ; if ( result == null ) result = caseIfcBoundedCurve ( ifcPolyline ) ; if ( result == null ) result = caseIfcCurve ( ifcPolyline ) ; if ( result == null ) result = caseIfcCurveOrEdgeCurve ( ifcPolyline ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcPolyline ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcPolyline ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcPolyline ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcPolyline ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PORT : { IfcPort ifcPort = ( IfcPort ) theEObject ; T result = caseIfcPort ( ifcPort ) ; if ( result == null ) result = caseIfcProduct ( ifcPort ) ; if ( result == null ) result = caseIfcObject ( ifcPort ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPort ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPort ) ; if ( result == null ) result = caseIfcRoot ( ifcPort ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPort ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POSTAL_ADDRESS : { IfcPostalAddress ifcPostalAddress = ( IfcPostalAddress ) theEObject ; T result = caseIfcPostalAddress ( ifcPostalAddress ) ; if ( result == null ) result = caseIfcAddress ( ifcPostalAddress ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcPostalAddress ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRE_DEFINED_COLOUR : { IfcPreDefinedColour ifcPreDefinedColour = ( IfcPreDefinedColour ) theEObject ; T result = caseIfcPreDefinedColour ( ifcPreDefinedColour ) ; if ( result == null ) result = caseIfcPreDefinedItem ( ifcPreDefinedColour ) ; if ( result == null ) result = caseIfcColour ( ifcPreDefinedColour ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcPreDefinedColour ) ; if ( result == null ) result = caseIfcFillStyleSelect ( ifcPreDefinedColour ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRE_DEFINED_CURVE_FONT : { IfcPreDefinedCurveFont ifcPreDefinedCurveFont = ( IfcPreDefinedCurveFont ) theEObject ; T result = caseIfcPreDefinedCurveFont ( ifcPreDefinedCurveFont ) ; if ( result == null ) result = caseIfcPreDefinedItem ( ifcPreDefinedCurveFont ) ; if ( result == null ) result = caseIfcCurveStyleFontSelect ( ifcPreDefinedCurveFont ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcPreDefinedCurveFont ) ; if ( result == null ) result = caseIfcCurveFontOrScaledCurveFontSelect ( ifcPreDefinedCurveFont ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRE_DEFINED_ITEM : { IfcPreDefinedItem ifcPreDefinedItem = ( IfcPreDefinedItem ) theEObject ; T result = caseIfcPreDefinedItem ( ifcPreDefinedItem ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcPreDefinedItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRE_DEFINED_PROPERTIES : { IfcPreDefinedProperties ifcPreDefinedProperties = ( IfcPreDefinedProperties ) theEObject ; T result = caseIfcPreDefinedProperties ( ifcPreDefinedProperties ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPreDefinedProperties ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPreDefinedProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRE_DEFINED_PROPERTY_SET : { IfcPreDefinedPropertySet ifcPreDefinedPropertySet = ( IfcPreDefinedPropertySet ) theEObject ; T result = caseIfcPreDefinedPropertySet ( ifcPreDefinedPropertySet ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcPreDefinedPropertySet ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPreDefinedPropertySet ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcPreDefinedPropertySet ) ; if ( result == null ) result = caseIfcRoot ( ifcPreDefinedPropertySet ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPreDefinedPropertySet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRE_DEFINED_TEXT_FONT : { IfcPreDefinedTextFont ifcPreDefinedTextFont = ( IfcPreDefinedTextFont ) theEObject ; T result = caseIfcPreDefinedTextFont ( ifcPreDefinedTextFont ) ; if ( result == null ) result = caseIfcPreDefinedItem ( ifcPreDefinedTextFont ) ; if ( result == null ) result = caseIfcTextFontSelect ( ifcPreDefinedTextFont ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcPreDefinedTextFont ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTATION_ITEM : { IfcPresentationItem ifcPresentationItem = ( IfcPresentationItem ) theEObject ; T result = caseIfcPresentationItem ( ifcPresentationItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTATION_LAYER_ASSIGNMENT : { IfcPresentationLayerAssignment ifcPresentationLayerAssignment = ( IfcPresentationLayerAssignment ) theEObject ; T result = caseIfcPresentationLayerAssignment ( ifcPresentationLayerAssignment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTATION_LAYER_WITH_STYLE : { IfcPresentationLayerWithStyle ifcPresentationLayerWithStyle = ( IfcPresentationLayerWithStyle ) theEObject ; T result = caseIfcPresentationLayerWithStyle ( ifcPresentationLayerWithStyle ) ; if ( result == null ) result = caseIfcPresentationLayerAssignment ( ifcPresentationLayerWithStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTATION_STYLE : { IfcPresentationStyle ifcPresentationStyle = ( IfcPresentationStyle ) theEObject ; T result = caseIfcPresentationStyle ( ifcPresentationStyle ) ; if ( result == null ) result = caseIfcStyleAssignmentSelect ( ifcPresentationStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTATION_STYLE_ASSIGNMENT : { IfcPresentationStyleAssignment ifcPresentationStyleAssignment = ( IfcPresentationStyleAssignment ) theEObject ; T result = caseIfcPresentationStyleAssignment ( ifcPresentationStyleAssignment ) ; if ( result == null ) result = caseIfcStyleAssignmentSelect ( ifcPresentationStyleAssignment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROCEDURE : { IfcProcedure ifcProcedure = ( IfcProcedure ) theEObject ; T result = caseIfcProcedure ( ifcProcedure ) ; if ( result == null ) result = caseIfcProcess ( ifcProcedure ) ; if ( result == null ) result = caseIfcObject ( ifcProcedure ) ; if ( result == null ) result = caseIfcProcessSelect ( ifcProcedure ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProcedure ) ; if ( result == null ) result = caseIfcRoot ( ifcProcedure ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProcedure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROCEDURE_TYPE : { IfcProcedureType ifcProcedureType = ( IfcProcedureType ) theEObject ; T result = caseIfcProcedureType ( ifcProcedureType ) ; if ( result == null ) result = caseIfcTypeProcess ( ifcProcedureType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcProcedureType ) ; if ( result == null ) result = caseIfcProcessSelect ( ifcProcedureType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProcedureType ) ; if ( result == null ) result = caseIfcRoot ( ifcProcedureType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProcedureType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROCESS : { IfcProcess ifcProcess = ( IfcProcess ) theEObject ; T result = caseIfcProcess ( ifcProcess ) ; if ( result == null ) result = caseIfcObject ( ifcProcess ) ; if ( result == null ) result = caseIfcProcessSelect ( ifcProcess ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProcess ) ; if ( result == null ) result = caseIfcRoot ( ifcProcess ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProcess ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRODUCT : { IfcProduct ifcProduct = ( IfcProduct ) theEObject ; T result = caseIfcProduct ( ifcProduct ) ; if ( result == null ) result = caseIfcObject ( ifcProduct ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProduct ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProduct ) ; if ( result == null ) result = caseIfcRoot ( ifcProduct ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProduct ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRODUCT_DEFINITION_SHAPE : { IfcProductDefinitionShape ifcProductDefinitionShape = ( IfcProductDefinitionShape ) theEObject ; T result = caseIfcProductDefinitionShape ( ifcProductDefinitionShape ) ; if ( result == null ) result = caseIfcProductRepresentation ( ifcProductDefinitionShape ) ; if ( result == null ) result = caseIfcProductRepresentationSelect ( ifcProductDefinitionShape ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRODUCT_REPRESENTATION : { IfcProductRepresentation ifcProductRepresentation = ( IfcProductRepresentation ) theEObject ; T result = caseIfcProductRepresentation ( ifcProductRepresentation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROFILE_DEF : { IfcProfileDef ifcProfileDef = ( IfcProfileDef ) theEObject ; T result = caseIfcProfileDef ( ifcProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROFILE_PROPERTIES : { IfcProfileProperties ifcProfileProperties = ( IfcProfileProperties ) theEObject ; T result = caseIfcProfileProperties ( ifcProfileProperties ) ; if ( result == null ) result = caseIfcExtendedProperties ( ifcProfileProperties ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcProfileProperties ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcProfileProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROJECT : { IfcProject ifcProject = ( IfcProject ) theEObject ; T result = caseIfcProject ( ifcProject ) ; if ( result == null ) result = caseIfcContext ( ifcProject ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProject ) ; if ( result == null ) result = caseIfcRoot ( ifcProject ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProject ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROJECT_LIBRARY : { IfcProjectLibrary ifcProjectLibrary = ( IfcProjectLibrary ) theEObject ; T result = caseIfcProjectLibrary ( ifcProjectLibrary ) ; if ( result == null ) result = caseIfcContext ( ifcProjectLibrary ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProjectLibrary ) ; if ( result == null ) result = caseIfcRoot ( ifcProjectLibrary ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProjectLibrary ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROJECT_ORDER : { IfcProjectOrder ifcProjectOrder = ( IfcProjectOrder ) theEObject ; T result = caseIfcProjectOrder ( ifcProjectOrder ) ; if ( result == null ) result = caseIfcControl ( ifcProjectOrder ) ; if ( result == null ) result = caseIfcObject ( ifcProjectOrder ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProjectOrder ) ; if ( result == null ) result = caseIfcRoot ( ifcProjectOrder ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProjectOrder ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROJECTED_CRS : { IfcProjectedCRS ifcProjectedCRS = ( IfcProjectedCRS ) theEObject ; T result = caseIfcProjectedCRS ( ifcProjectedCRS ) ; if ( result == null ) result = caseIfcCoordinateReferenceSystem ( ifcProjectedCRS ) ; if ( result == null ) result = caseIfcCoordinateReferenceSystemSelect ( ifcProjectedCRS ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROJECTION_ELEMENT : { IfcProjectionElement ifcProjectionElement = ( IfcProjectionElement ) theEObject ; T result = caseIfcProjectionElement ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcFeatureElementAddition ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcFeatureElement ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcElement ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcProduct ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcObject ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcRoot ( ifcProjectionElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProjectionElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY : { IfcProperty ifcProperty = ( IfcProperty ) theEObject ; T result = caseIfcProperty ( ifcProperty ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcProperty ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcProperty ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_ABSTRACTION : { IfcPropertyAbstraction ifcPropertyAbstraction = ( IfcPropertyAbstraction ) theEObject ; T result = caseIfcPropertyAbstraction ( ifcPropertyAbstraction ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyAbstraction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_BOUNDED_VALUE : { IfcPropertyBoundedValue ifcPropertyBoundedValue = ( IfcPropertyBoundedValue ) theEObject ; T result = caseIfcPropertyBoundedValue ( ifcPropertyBoundedValue ) ; if ( result == null ) result = caseIfcSimpleProperty ( ifcPropertyBoundedValue ) ; if ( result == null ) result = caseIfcProperty ( ifcPropertyBoundedValue ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertyBoundedValue ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyBoundedValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_DEFINITION : { IfcPropertyDefinition ifcPropertyDefinition = ( IfcPropertyDefinition ) theEObject ; T result = caseIfcPropertyDefinition ( ifcPropertyDefinition ) ; if ( result == null ) result = caseIfcRoot ( ifcPropertyDefinition ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPropertyDefinition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_DEPENDENCY_RELATIONSHIP : { IfcPropertyDependencyRelationship ifcPropertyDependencyRelationship = ( IfcPropertyDependencyRelationship ) theEObject ; T result = caseIfcPropertyDependencyRelationship ( ifcPropertyDependencyRelationship ) ; if ( result == null ) result = caseIfcResourceLevelRelationship ( ifcPropertyDependencyRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_ENUMERATED_VALUE : { IfcPropertyEnumeratedValue ifcPropertyEnumeratedValue = ( IfcPropertyEnumeratedValue ) theEObject ; T result = caseIfcPropertyEnumeratedValue ( ifcPropertyEnumeratedValue ) ; if ( result == null ) result = caseIfcSimpleProperty ( ifcPropertyEnumeratedValue ) ; if ( result == null ) result = caseIfcProperty ( ifcPropertyEnumeratedValue ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertyEnumeratedValue ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyEnumeratedValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_ENUMERATION : { IfcPropertyEnumeration ifcPropertyEnumeration = ( IfcPropertyEnumeration ) theEObject ; T result = caseIfcPropertyEnumeration ( ifcPropertyEnumeration ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertyEnumeration ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyEnumeration ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_LIST_VALUE : { IfcPropertyListValue ifcPropertyListValue = ( IfcPropertyListValue ) theEObject ; T result = caseIfcPropertyListValue ( ifcPropertyListValue ) ; if ( result == null ) result = caseIfcSimpleProperty ( ifcPropertyListValue ) ; if ( result == null ) result = caseIfcProperty ( ifcPropertyListValue ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertyListValue ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyListValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_REFERENCE_VALUE : { IfcPropertyReferenceValue ifcPropertyReferenceValue = ( IfcPropertyReferenceValue ) theEObject ; T result = caseIfcPropertyReferenceValue ( ifcPropertyReferenceValue ) ; if ( result == null ) result = caseIfcSimpleProperty ( ifcPropertyReferenceValue ) ; if ( result == null ) result = caseIfcProperty ( ifcPropertyReferenceValue ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertyReferenceValue ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyReferenceValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_SET : { IfcPropertySet ifcPropertySet = ( IfcPropertySet ) theEObject ; T result = caseIfcPropertySet ( ifcPropertySet ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcPropertySet ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPropertySet ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcPropertySet ) ; if ( result == null ) result = caseIfcRoot ( ifcPropertySet ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPropertySet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_SET_DEFINITION : { IfcPropertySetDefinition ifcPropertySetDefinition = ( IfcPropertySetDefinition ) theEObject ; T result = caseIfcPropertySetDefinition ( ifcPropertySetDefinition ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPropertySetDefinition ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcPropertySetDefinition ) ; if ( result == null ) result = caseIfcRoot ( ifcPropertySetDefinition ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPropertySetDefinition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_SET_TEMPLATE : { IfcPropertySetTemplate ifcPropertySetTemplate = ( IfcPropertySetTemplate ) theEObject ; T result = caseIfcPropertySetTemplate ( ifcPropertySetTemplate ) ; if ( result == null ) result = caseIfcPropertyTemplateDefinition ( ifcPropertySetTemplate ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPropertySetTemplate ) ; if ( result == null ) result = caseIfcRoot ( ifcPropertySetTemplate ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPropertySetTemplate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_SINGLE_VALUE : { IfcPropertySingleValue ifcPropertySingleValue = ( IfcPropertySingleValue ) theEObject ; T result = caseIfcPropertySingleValue ( ifcPropertySingleValue ) ; if ( result == null ) result = caseIfcSimpleProperty ( ifcPropertySingleValue ) ; if ( result == null ) result = caseIfcProperty ( ifcPropertySingleValue ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertySingleValue ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertySingleValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_TABLE_VALUE : { IfcPropertyTableValue ifcPropertyTableValue = ( IfcPropertyTableValue ) theEObject ; T result = caseIfcPropertyTableValue ( ifcPropertyTableValue ) ; if ( result == null ) result = caseIfcSimpleProperty ( ifcPropertyTableValue ) ; if ( result == null ) result = caseIfcProperty ( ifcPropertyTableValue ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcPropertyTableValue ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcPropertyTableValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_TEMPLATE : { IfcPropertyTemplate ifcPropertyTemplate = ( IfcPropertyTemplate ) theEObject ; T result = caseIfcPropertyTemplate ( ifcPropertyTemplate ) ; if ( result == null ) result = caseIfcPropertyTemplateDefinition ( ifcPropertyTemplate ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPropertyTemplate ) ; if ( result == null ) result = caseIfcRoot ( ifcPropertyTemplate ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPropertyTemplate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_TEMPLATE_DEFINITION : { IfcPropertyTemplateDefinition ifcPropertyTemplateDefinition = ( IfcPropertyTemplateDefinition ) theEObject ; T result = caseIfcPropertyTemplateDefinition ( ifcPropertyTemplateDefinition ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcPropertyTemplateDefinition ) ; if ( result == null ) result = caseIfcRoot ( ifcPropertyTemplateDefinition ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPropertyTemplateDefinition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROTECTIVE_DEVICE : { IfcProtectiveDevice ifcProtectiveDevice = ( IfcProtectiveDevice ) theEObject ; T result = caseIfcProtectiveDevice ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcFlowController ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcElement ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcProduct ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcObject ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcRoot ( ifcProtectiveDevice ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProtectiveDevice ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROTECTIVE_DEVICE_TRIPPING_UNIT : { IfcProtectiveDeviceTrippingUnit ifcProtectiveDeviceTrippingUnit = ( IfcProtectiveDeviceTrippingUnit ) theEObject ; T result = caseIfcProtectiveDeviceTrippingUnit ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcDistributionControlElement ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcElement ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcProduct ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcObject ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcRoot ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProtectiveDeviceTrippingUnit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROTECTIVE_DEVICE_TRIPPING_UNIT_TYPE : { IfcProtectiveDeviceTrippingUnitType ifcProtectiveDeviceTrippingUnitType = ( IfcProtectiveDeviceTrippingUnitType ) theEObject ; T result = caseIfcProtectiveDeviceTrippingUnitType ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcDistributionControlElementType ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcElementType ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcRoot ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProtectiveDeviceTrippingUnitType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROTECTIVE_DEVICE_TYPE : { IfcProtectiveDeviceType ifcProtectiveDeviceType = ( IfcProtectiveDeviceType ) theEObject ; T result = caseIfcProtectiveDeviceType ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcFlowControllerType ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcElementType ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcRoot ( ifcProtectiveDeviceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProtectiveDeviceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROXY : { IfcProxy ifcProxy = ( IfcProxy ) theEObject ; T result = caseIfcProxy ( ifcProxy ) ; if ( result == null ) result = caseIfcProduct ( ifcProxy ) ; if ( result == null ) result = caseIfcObject ( ifcProxy ) ; if ( result == null ) result = caseIfcProductSelect ( ifcProxy ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcProxy ) ; if ( result == null ) result = caseIfcRoot ( ifcProxy ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcProxy ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PUMP : { IfcPump ifcPump = ( IfcPump ) theEObject ; T result = caseIfcPump ( ifcPump ) ; if ( result == null ) result = caseIfcFlowMovingDevice ( ifcPump ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcPump ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcPump ) ; if ( result == null ) result = caseIfcElement ( ifcPump ) ; if ( result == null ) result = caseIfcProduct ( ifcPump ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcPump ) ; if ( result == null ) result = caseIfcObject ( ifcPump ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPump ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPump ) ; if ( result == null ) result = caseIfcRoot ( ifcPump ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPump ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PUMP_TYPE : { IfcPumpType ifcPumpType = ( IfcPumpType ) theEObject ; T result = caseIfcPumpType ( ifcPumpType ) ; if ( result == null ) result = caseIfcFlowMovingDeviceType ( ifcPumpType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcPumpType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcPumpType ) ; if ( result == null ) result = caseIfcElementType ( ifcPumpType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcPumpType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcPumpType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcPumpType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcPumpType ) ; if ( result == null ) result = caseIfcRoot ( ifcPumpType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcPumpType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_AREA : { IfcQuantityArea ifcQuantityArea = ( IfcQuantityArea ) theEObject ; T result = caseIfcQuantityArea ( ifcQuantityArea ) ; if ( result == null ) result = caseIfcPhysicalSimpleQuantity ( ifcQuantityArea ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcQuantityArea ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcQuantityArea ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_COUNT : { IfcQuantityCount ifcQuantityCount = ( IfcQuantityCount ) theEObject ; T result = caseIfcQuantityCount ( ifcQuantityCount ) ; if ( result == null ) result = caseIfcPhysicalSimpleQuantity ( ifcQuantityCount ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcQuantityCount ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcQuantityCount ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_LENGTH : { IfcQuantityLength ifcQuantityLength = ( IfcQuantityLength ) theEObject ; T result = caseIfcQuantityLength ( ifcQuantityLength ) ; if ( result == null ) result = caseIfcPhysicalSimpleQuantity ( ifcQuantityLength ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcQuantityLength ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcQuantityLength ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_SET : { IfcQuantitySet ifcQuantitySet = ( IfcQuantitySet ) theEObject ; T result = caseIfcQuantitySet ( ifcQuantitySet ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcQuantitySet ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcQuantitySet ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcQuantitySet ) ; if ( result == null ) result = caseIfcRoot ( ifcQuantitySet ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcQuantitySet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_TIME : { IfcQuantityTime ifcQuantityTime = ( IfcQuantityTime ) theEObject ; T result = caseIfcQuantityTime ( ifcQuantityTime ) ; if ( result == null ) result = caseIfcPhysicalSimpleQuantity ( ifcQuantityTime ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcQuantityTime ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcQuantityTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_VOLUME : { IfcQuantityVolume ifcQuantityVolume = ( IfcQuantityVolume ) theEObject ; T result = caseIfcQuantityVolume ( ifcQuantityVolume ) ; if ( result == null ) result = caseIfcPhysicalSimpleQuantity ( ifcQuantityVolume ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcQuantityVolume ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcQuantityVolume ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_QUANTITY_WEIGHT : { IfcQuantityWeight ifcQuantityWeight = ( IfcQuantityWeight ) theEObject ; T result = caseIfcQuantityWeight ( ifcQuantityWeight ) ; if ( result == null ) result = caseIfcPhysicalSimpleQuantity ( ifcQuantityWeight ) ; if ( result == null ) result = caseIfcPhysicalQuantity ( ifcQuantityWeight ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcQuantityWeight ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RAILING : { IfcRailing ifcRailing = ( IfcRailing ) theEObject ; T result = caseIfcRailing ( ifcRailing ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcRailing ) ; if ( result == null ) result = caseIfcElement ( ifcRailing ) ; if ( result == null ) result = caseIfcProduct ( ifcRailing ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcRailing ) ; if ( result == null ) result = caseIfcObject ( ifcRailing ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRailing ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRailing ) ; if ( result == null ) result = caseIfcRoot ( ifcRailing ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRailing ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RAILING_TYPE : { IfcRailingType ifcRailingType = ( IfcRailingType ) theEObject ; T result = caseIfcRailingType ( ifcRailingType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcRailingType ) ; if ( result == null ) result = caseIfcElementType ( ifcRailingType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcRailingType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcRailingType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRailingType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRailingType ) ; if ( result == null ) result = caseIfcRoot ( ifcRailingType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRailingType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RAMP : { IfcRamp ifcRamp = ( IfcRamp ) theEObject ; T result = caseIfcRamp ( ifcRamp ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcRamp ) ; if ( result == null ) result = caseIfcElement ( ifcRamp ) ; if ( result == null ) result = caseIfcProduct ( ifcRamp ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcRamp ) ; if ( result == null ) result = caseIfcObject ( ifcRamp ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRamp ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRamp ) ; if ( result == null ) result = caseIfcRoot ( ifcRamp ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRamp ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RAMP_FLIGHT : { IfcRampFlight ifcRampFlight = ( IfcRampFlight ) theEObject ; T result = caseIfcRampFlight ( ifcRampFlight ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcRampFlight ) ; if ( result == null ) result = caseIfcElement ( ifcRampFlight ) ; if ( result == null ) result = caseIfcProduct ( ifcRampFlight ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcRampFlight ) ; if ( result == null ) result = caseIfcObject ( ifcRampFlight ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRampFlight ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRampFlight ) ; if ( result == null ) result = caseIfcRoot ( ifcRampFlight ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRampFlight ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RAMP_FLIGHT_TYPE : { IfcRampFlightType ifcRampFlightType = ( IfcRampFlightType ) theEObject ; T result = caseIfcRampFlightType ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcElementType ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcRoot ( ifcRampFlightType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRampFlightType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RAMP_TYPE : { IfcRampType ifcRampType = ( IfcRampType ) theEObject ; T result = caseIfcRampType ( ifcRampType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcRampType ) ; if ( result == null ) result = caseIfcElementType ( ifcRampType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcRampType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcRampType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRampType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRampType ) ; if ( result == null ) result = caseIfcRoot ( ifcRampType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRampType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RATIONAL_BSPLINE_CURVE_WITH_KNOTS : { IfcRationalBSplineCurveWithKnots ifcRationalBSplineCurveWithKnots = ( IfcRationalBSplineCurveWithKnots ) theEObject ; T result = caseIfcRationalBSplineCurveWithKnots ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcBSplineCurveWithKnots ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcBSplineCurve ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcBoundedCurve ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcCurve ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcCurveOrEdgeCurve ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRationalBSplineCurveWithKnots ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RATIONAL_BSPLINE_SURFACE_WITH_KNOTS : { IfcRationalBSplineSurfaceWithKnots ifcRationalBSplineSurfaceWithKnots = ( IfcRationalBSplineSurfaceWithKnots ) theEObject ; T result = caseIfcRationalBSplineSurfaceWithKnots ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcBSplineSurfaceWithKnots ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcBSplineSurface ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcBoundedSurface ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcSurface ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRationalBSplineSurfaceWithKnots ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RECTANGLE_HOLLOW_PROFILE_DEF : { IfcRectangleHollowProfileDef ifcRectangleHollowProfileDef = ( IfcRectangleHollowProfileDef ) theEObject ; T result = caseIfcRectangleHollowProfileDef ( ifcRectangleHollowProfileDef ) ; if ( result == null ) result = caseIfcRectangleProfileDef ( ifcRectangleHollowProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcRectangleHollowProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcRectangleHollowProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcRectangleHollowProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RECTANGLE_PROFILE_DEF : { IfcRectangleProfileDef ifcRectangleProfileDef = ( IfcRectangleProfileDef ) theEObject ; T result = caseIfcRectangleProfileDef ( ifcRectangleProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcRectangleProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcRectangleProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcRectangleProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RECTANGULAR_PYRAMID : { IfcRectangularPyramid ifcRectangularPyramid = ( IfcRectangularPyramid ) theEObject ; T result = caseIfcRectangularPyramid ( ifcRectangularPyramid ) ; if ( result == null ) result = caseIfcCsgPrimitive3D ( ifcRectangularPyramid ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRectangularPyramid ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcRectangularPyramid ) ; if ( result == null ) result = caseIfcCsgSelect ( ifcRectangularPyramid ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRectangularPyramid ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRectangularPyramid ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RECTANGULAR_TRIMMED_SURFACE : { IfcRectangularTrimmedSurface ifcRectangularTrimmedSurface = ( IfcRectangularTrimmedSurface ) theEObject ; T result = caseIfcRectangularTrimmedSurface ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcBoundedSurface ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcSurface ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRectangularTrimmedSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RECURRENCE_PATTERN : { IfcRecurrencePattern ifcRecurrencePattern = ( IfcRecurrencePattern ) theEObject ; T result = caseIfcRecurrencePattern ( ifcRecurrencePattern ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REFERENCE : { IfcReference ifcReference = ( IfcReference ) theEObject ; T result = caseIfcReference ( ifcReference ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcReference ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcReference ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REGULAR_TIME_SERIES : { IfcRegularTimeSeries ifcRegularTimeSeries = ( IfcRegularTimeSeries ) theEObject ; T result = caseIfcRegularTimeSeries ( ifcRegularTimeSeries ) ; if ( result == null ) result = caseIfcTimeSeries ( ifcRegularTimeSeries ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcRegularTimeSeries ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcRegularTimeSeries ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcRegularTimeSeries ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCEMENT_BAR_PROPERTIES : { IfcReinforcementBarProperties ifcReinforcementBarProperties = ( IfcReinforcementBarProperties ) theEObject ; T result = caseIfcReinforcementBarProperties ( ifcReinforcementBarProperties ) ; if ( result == null ) result = caseIfcPreDefinedProperties ( ifcReinforcementBarProperties ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcReinforcementBarProperties ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcReinforcementBarProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCEMENT_DEFINITION_PROPERTIES : { IfcReinforcementDefinitionProperties ifcReinforcementDefinitionProperties = ( IfcReinforcementDefinitionProperties ) theEObject ; T result = caseIfcReinforcementDefinitionProperties ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = caseIfcPreDefinedPropertySet ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcementDefinitionProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCING_BAR : { IfcReinforcingBar ifcReinforcingBar = ( IfcReinforcingBar ) theEObject ; T result = caseIfcReinforcingBar ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcReinforcingElement ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcElementComponent ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcElement ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcProduct ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcObject ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcProductSelect ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcingBar ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcingBar ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCING_BAR_TYPE : { IfcReinforcingBarType ifcReinforcingBarType = ( IfcReinforcingBarType ) theEObject ; T result = caseIfcReinforcingBarType ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcReinforcingElementType ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcElementType ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcingBarType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcingBarType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCING_ELEMENT : { IfcReinforcingElement ifcReinforcingElement = ( IfcReinforcingElement ) theEObject ; T result = caseIfcReinforcingElement ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcElementComponent ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcElement ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcProduct ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcObject ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcingElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcingElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCING_ELEMENT_TYPE : { IfcReinforcingElementType ifcReinforcingElementType = ( IfcReinforcingElementType ) theEObject ; T result = caseIfcReinforcingElementType ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcElementType ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcingElementType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcingElementType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCING_MESH : { IfcReinforcingMesh ifcReinforcingMesh = ( IfcReinforcingMesh ) theEObject ; T result = caseIfcReinforcingMesh ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcReinforcingElement ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcElementComponent ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcElement ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcProduct ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcObject ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcProductSelect ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcingMesh ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcingMesh ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REINFORCING_MESH_TYPE : { IfcReinforcingMeshType ifcReinforcingMeshType = ( IfcReinforcingMeshType ) theEObject ; T result = caseIfcReinforcingMeshType ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcReinforcingElementType ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcElementType ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcRoot ( ifcReinforcingMeshType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcReinforcingMeshType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_AGGREGATES : { IfcRelAggregates ifcRelAggregates = ( IfcRelAggregates ) theEObject ; T result = caseIfcRelAggregates ( ifcRelAggregates ) ; if ( result == null ) result = caseIfcRelDecomposes ( ifcRelAggregates ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAggregates ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAggregates ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS : { IfcRelAssigns ifcRelAssigns = ( IfcRelAssigns ) theEObject ; T result = caseIfcRelAssigns ( ifcRelAssigns ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssigns ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssigns ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_ACTOR : { IfcRelAssignsToActor ifcRelAssignsToActor = ( IfcRelAssignsToActor ) theEObject ; T result = caseIfcRelAssignsToActor ( ifcRelAssignsToActor ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToActor ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToActor ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToActor ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_CONTROL : { IfcRelAssignsToControl ifcRelAssignsToControl = ( IfcRelAssignsToControl ) theEObject ; T result = caseIfcRelAssignsToControl ( ifcRelAssignsToControl ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToControl ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToControl ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToControl ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_GROUP : { IfcRelAssignsToGroup ifcRelAssignsToGroup = ( IfcRelAssignsToGroup ) theEObject ; T result = caseIfcRelAssignsToGroup ( ifcRelAssignsToGroup ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToGroup ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToGroup ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToGroup ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_GROUP_BY_FACTOR : { IfcRelAssignsToGroupByFactor ifcRelAssignsToGroupByFactor = ( IfcRelAssignsToGroupByFactor ) theEObject ; T result = caseIfcRelAssignsToGroupByFactor ( ifcRelAssignsToGroupByFactor ) ; if ( result == null ) result = caseIfcRelAssignsToGroup ( ifcRelAssignsToGroupByFactor ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToGroupByFactor ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToGroupByFactor ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToGroupByFactor ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_PROCESS : { IfcRelAssignsToProcess ifcRelAssignsToProcess = ( IfcRelAssignsToProcess ) theEObject ; T result = caseIfcRelAssignsToProcess ( ifcRelAssignsToProcess ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToProcess ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToProcess ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToProcess ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_PRODUCT : { IfcRelAssignsToProduct ifcRelAssignsToProduct = ( IfcRelAssignsToProduct ) theEObject ; T result = caseIfcRelAssignsToProduct ( ifcRelAssignsToProduct ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToProduct ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToProduct ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToProduct ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSIGNS_TO_RESOURCE : { IfcRelAssignsToResource ifcRelAssignsToResource = ( IfcRelAssignsToResource ) theEObject ; T result = caseIfcRelAssignsToResource ( ifcRelAssignsToResource ) ; if ( result == null ) result = caseIfcRelAssigns ( ifcRelAssignsToResource ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssignsToResource ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssignsToResource ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES : { IfcRelAssociates ifcRelAssociates = ( IfcRelAssociates ) theEObject ; T result = caseIfcRelAssociates ( ifcRelAssociates ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociates ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociates ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES_APPROVAL : { IfcRelAssociatesApproval ifcRelAssociatesApproval = ( IfcRelAssociatesApproval ) theEObject ; T result = caseIfcRelAssociatesApproval ( ifcRelAssociatesApproval ) ; if ( result == null ) result = caseIfcRelAssociates ( ifcRelAssociatesApproval ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociatesApproval ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociatesApproval ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES_CLASSIFICATION : { IfcRelAssociatesClassification ifcRelAssociatesClassification = ( IfcRelAssociatesClassification ) theEObject ; T result = caseIfcRelAssociatesClassification ( ifcRelAssociatesClassification ) ; if ( result == null ) result = caseIfcRelAssociates ( ifcRelAssociatesClassification ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociatesClassification ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociatesClassification ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES_CONSTRAINT : { IfcRelAssociatesConstraint ifcRelAssociatesConstraint = ( IfcRelAssociatesConstraint ) theEObject ; T result = caseIfcRelAssociatesConstraint ( ifcRelAssociatesConstraint ) ; if ( result == null ) result = caseIfcRelAssociates ( ifcRelAssociatesConstraint ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociatesConstraint ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociatesConstraint ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES_DOCUMENT : { IfcRelAssociatesDocument ifcRelAssociatesDocument = ( IfcRelAssociatesDocument ) theEObject ; T result = caseIfcRelAssociatesDocument ( ifcRelAssociatesDocument ) ; if ( result == null ) result = caseIfcRelAssociates ( ifcRelAssociatesDocument ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociatesDocument ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociatesDocument ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES_LIBRARY : { IfcRelAssociatesLibrary ifcRelAssociatesLibrary = ( IfcRelAssociatesLibrary ) theEObject ; T result = caseIfcRelAssociatesLibrary ( ifcRelAssociatesLibrary ) ; if ( result == null ) result = caseIfcRelAssociates ( ifcRelAssociatesLibrary ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociatesLibrary ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociatesLibrary ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_ASSOCIATES_MATERIAL : { IfcRelAssociatesMaterial ifcRelAssociatesMaterial = ( IfcRelAssociatesMaterial ) theEObject ; T result = caseIfcRelAssociatesMaterial ( ifcRelAssociatesMaterial ) ; if ( result == null ) result = caseIfcRelAssociates ( ifcRelAssociatesMaterial ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelAssociatesMaterial ) ; if ( result == null ) result = caseIfcRoot ( ifcRelAssociatesMaterial ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS : { IfcRelConnects ifcRelConnects = ( IfcRelConnects ) theEObject ; T result = caseIfcRelConnects ( ifcRelConnects ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnects ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnects ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_ELEMENTS : { IfcRelConnectsElements ifcRelConnectsElements = ( IfcRelConnectsElements ) theEObject ; T result = caseIfcRelConnectsElements ( ifcRelConnectsElements ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsElements ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsElements ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsElements ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_PATH_ELEMENTS : { IfcRelConnectsPathElements ifcRelConnectsPathElements = ( IfcRelConnectsPathElements ) theEObject ; T result = caseIfcRelConnectsPathElements ( ifcRelConnectsPathElements ) ; if ( result == null ) result = caseIfcRelConnectsElements ( ifcRelConnectsPathElements ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsPathElements ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsPathElements ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsPathElements ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_PORT_TO_ELEMENT : { IfcRelConnectsPortToElement ifcRelConnectsPortToElement = ( IfcRelConnectsPortToElement ) theEObject ; T result = caseIfcRelConnectsPortToElement ( ifcRelConnectsPortToElement ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsPortToElement ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsPortToElement ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsPortToElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_PORTS : { IfcRelConnectsPorts ifcRelConnectsPorts = ( IfcRelConnectsPorts ) theEObject ; T result = caseIfcRelConnectsPorts ( ifcRelConnectsPorts ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsPorts ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsPorts ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsPorts ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_STRUCTURAL_ACTIVITY : { IfcRelConnectsStructuralActivity ifcRelConnectsStructuralActivity = ( IfcRelConnectsStructuralActivity ) theEObject ; T result = caseIfcRelConnectsStructuralActivity ( ifcRelConnectsStructuralActivity ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsStructuralActivity ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsStructuralActivity ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsStructuralActivity ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_STRUCTURAL_MEMBER : { IfcRelConnectsStructuralMember ifcRelConnectsStructuralMember = ( IfcRelConnectsStructuralMember ) theEObject ; T result = caseIfcRelConnectsStructuralMember ( ifcRelConnectsStructuralMember ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsStructuralMember ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsStructuralMember ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsStructuralMember ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_WITH_ECCENTRICITY : { IfcRelConnectsWithEccentricity ifcRelConnectsWithEccentricity = ( IfcRelConnectsWithEccentricity ) theEObject ; T result = caseIfcRelConnectsWithEccentricity ( ifcRelConnectsWithEccentricity ) ; if ( result == null ) result = caseIfcRelConnectsStructuralMember ( ifcRelConnectsWithEccentricity ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsWithEccentricity ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsWithEccentricity ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsWithEccentricity ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONNECTS_WITH_REALIZING_ELEMENTS : { IfcRelConnectsWithRealizingElements ifcRelConnectsWithRealizingElements = ( IfcRelConnectsWithRealizingElements ) theEObject ; T result = caseIfcRelConnectsWithRealizingElements ( ifcRelConnectsWithRealizingElements ) ; if ( result == null ) result = caseIfcRelConnectsElements ( ifcRelConnectsWithRealizingElements ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelConnectsWithRealizingElements ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelConnectsWithRealizingElements ) ; if ( result == null ) result = caseIfcRoot ( ifcRelConnectsWithRealizingElements ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_CONTAINED_IN_SPATIAL_STRUCTURE : { IfcRelContainedInSpatialStructure ifcRelContainedInSpatialStructure = ( IfcRelContainedInSpatialStructure ) theEObject ; T result = caseIfcRelContainedInSpatialStructure ( ifcRelContainedInSpatialStructure ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelContainedInSpatialStructure ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelContainedInSpatialStructure ) ; if ( result == null ) result = caseIfcRoot ( ifcRelContainedInSpatialStructure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_COVERS_BLDG_ELEMENTS : { IfcRelCoversBldgElements ifcRelCoversBldgElements = ( IfcRelCoversBldgElements ) theEObject ; T result = caseIfcRelCoversBldgElements ( ifcRelCoversBldgElements ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelCoversBldgElements ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelCoversBldgElements ) ; if ( result == null ) result = caseIfcRoot ( ifcRelCoversBldgElements ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_COVERS_SPACES : { IfcRelCoversSpaces ifcRelCoversSpaces = ( IfcRelCoversSpaces ) theEObject ; T result = caseIfcRelCoversSpaces ( ifcRelCoversSpaces ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelCoversSpaces ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelCoversSpaces ) ; if ( result == null ) result = caseIfcRoot ( ifcRelCoversSpaces ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DECLARES : { IfcRelDeclares ifcRelDeclares = ( IfcRelDeclares ) theEObject ; T result = caseIfcRelDeclares ( ifcRelDeclares ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDeclares ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDeclares ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DECOMPOSES : { IfcRelDecomposes ifcRelDecomposes = ( IfcRelDecomposes ) theEObject ; T result = caseIfcRelDecomposes ( ifcRelDecomposes ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDecomposes ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDecomposes ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DEFINES : { IfcRelDefines ifcRelDefines = ( IfcRelDefines ) theEObject ; T result = caseIfcRelDefines ( ifcRelDefines ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDefines ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDefines ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DEFINES_BY_OBJECT : { IfcRelDefinesByObject ifcRelDefinesByObject = ( IfcRelDefinesByObject ) theEObject ; T result = caseIfcRelDefinesByObject ( ifcRelDefinesByObject ) ; if ( result == null ) result = caseIfcRelDefines ( ifcRelDefinesByObject ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDefinesByObject ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDefinesByObject ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DEFINES_BY_PROPERTIES : { IfcRelDefinesByProperties ifcRelDefinesByProperties = ( IfcRelDefinesByProperties ) theEObject ; T result = caseIfcRelDefinesByProperties ( ifcRelDefinesByProperties ) ; if ( result == null ) result = caseIfcRelDefines ( ifcRelDefinesByProperties ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDefinesByProperties ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDefinesByProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DEFINES_BY_TEMPLATE : { IfcRelDefinesByTemplate ifcRelDefinesByTemplate = ( IfcRelDefinesByTemplate ) theEObject ; T result = caseIfcRelDefinesByTemplate ( ifcRelDefinesByTemplate ) ; if ( result == null ) result = caseIfcRelDefines ( ifcRelDefinesByTemplate ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDefinesByTemplate ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDefinesByTemplate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_DEFINES_BY_TYPE : { IfcRelDefinesByType ifcRelDefinesByType = ( IfcRelDefinesByType ) theEObject ; T result = caseIfcRelDefinesByType ( ifcRelDefinesByType ) ; if ( result == null ) result = caseIfcRelDefines ( ifcRelDefinesByType ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelDefinesByType ) ; if ( result == null ) result = caseIfcRoot ( ifcRelDefinesByType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_FILLS_ELEMENT : { IfcRelFillsElement ifcRelFillsElement = ( IfcRelFillsElement ) theEObject ; T result = caseIfcRelFillsElement ( ifcRelFillsElement ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelFillsElement ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelFillsElement ) ; if ( result == null ) result = caseIfcRoot ( ifcRelFillsElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_FLOW_CONTROL_ELEMENTS : { IfcRelFlowControlElements ifcRelFlowControlElements = ( IfcRelFlowControlElements ) theEObject ; T result = caseIfcRelFlowControlElements ( ifcRelFlowControlElements ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelFlowControlElements ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelFlowControlElements ) ; if ( result == null ) result = caseIfcRoot ( ifcRelFlowControlElements ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_INTERFERES_ELEMENTS : { IfcRelInterferesElements ifcRelInterferesElements = ( IfcRelInterferesElements ) theEObject ; T result = caseIfcRelInterferesElements ( ifcRelInterferesElements ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelInterferesElements ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelInterferesElements ) ; if ( result == null ) result = caseIfcRoot ( ifcRelInterferesElements ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_NESTS : { IfcRelNests ifcRelNests = ( IfcRelNests ) theEObject ; T result = caseIfcRelNests ( ifcRelNests ) ; if ( result == null ) result = caseIfcRelDecomposes ( ifcRelNests ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelNests ) ; if ( result == null ) result = caseIfcRoot ( ifcRelNests ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_PROJECTS_ELEMENT : { IfcRelProjectsElement ifcRelProjectsElement = ( IfcRelProjectsElement ) theEObject ; T result = caseIfcRelProjectsElement ( ifcRelProjectsElement ) ; if ( result == null ) result = caseIfcRelDecomposes ( ifcRelProjectsElement ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelProjectsElement ) ; if ( result == null ) result = caseIfcRoot ( ifcRelProjectsElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_REFERENCED_IN_SPATIAL_STRUCTURE : { IfcRelReferencedInSpatialStructure ifcRelReferencedInSpatialStructure = ( IfcRelReferencedInSpatialStructure ) theEObject ; T result = caseIfcRelReferencedInSpatialStructure ( ifcRelReferencedInSpatialStructure ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelReferencedInSpatialStructure ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelReferencedInSpatialStructure ) ; if ( result == null ) result = caseIfcRoot ( ifcRelReferencedInSpatialStructure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_SEQUENCE : { IfcRelSequence ifcRelSequence = ( IfcRelSequence ) theEObject ; T result = caseIfcRelSequence ( ifcRelSequence ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelSequence ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelSequence ) ; if ( result == null ) result = caseIfcRoot ( ifcRelSequence ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_SERVICES_BUILDINGS : { IfcRelServicesBuildings ifcRelServicesBuildings = ( IfcRelServicesBuildings ) theEObject ; T result = caseIfcRelServicesBuildings ( ifcRelServicesBuildings ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelServicesBuildings ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelServicesBuildings ) ; if ( result == null ) result = caseIfcRoot ( ifcRelServicesBuildings ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_SPACE_BOUNDARY : { IfcRelSpaceBoundary ifcRelSpaceBoundary = ( IfcRelSpaceBoundary ) theEObject ; T result = caseIfcRelSpaceBoundary ( ifcRelSpaceBoundary ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelSpaceBoundary ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelSpaceBoundary ) ; if ( result == null ) result = caseIfcRoot ( ifcRelSpaceBoundary ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_SPACE_BOUNDARY1ST_LEVEL : { IfcRelSpaceBoundary1stLevel ifcRelSpaceBoundary1stLevel = ( IfcRelSpaceBoundary1stLevel ) theEObject ; T result = caseIfcRelSpaceBoundary1stLevel ( ifcRelSpaceBoundary1stLevel ) ; if ( result == null ) result = caseIfcRelSpaceBoundary ( ifcRelSpaceBoundary1stLevel ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelSpaceBoundary1stLevel ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelSpaceBoundary1stLevel ) ; if ( result == null ) result = caseIfcRoot ( ifcRelSpaceBoundary1stLevel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_SPACE_BOUNDARY2ND_LEVEL : { IfcRelSpaceBoundary2ndLevel ifcRelSpaceBoundary2ndLevel = ( IfcRelSpaceBoundary2ndLevel ) theEObject ; T result = caseIfcRelSpaceBoundary2ndLevel ( ifcRelSpaceBoundary2ndLevel ) ; if ( result == null ) result = caseIfcRelSpaceBoundary1stLevel ( ifcRelSpaceBoundary2ndLevel ) ; if ( result == null ) result = caseIfcRelSpaceBoundary ( ifcRelSpaceBoundary2ndLevel ) ; if ( result == null ) result = caseIfcRelConnects ( ifcRelSpaceBoundary2ndLevel ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelSpaceBoundary2ndLevel ) ; if ( result == null ) result = caseIfcRoot ( ifcRelSpaceBoundary2ndLevel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REL_VOIDS_ELEMENT : { IfcRelVoidsElement ifcRelVoidsElement = ( IfcRelVoidsElement ) theEObject ; T result = caseIfcRelVoidsElement ( ifcRelVoidsElement ) ; if ( result == null ) result = caseIfcRelDecomposes ( ifcRelVoidsElement ) ; if ( result == null ) result = caseIfcRelationship ( ifcRelVoidsElement ) ; if ( result == null ) result = caseIfcRoot ( ifcRelVoidsElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RELATIONSHIP : { IfcRelationship ifcRelationship = ( IfcRelationship ) theEObject ; T result = caseIfcRelationship ( ifcRelationship ) ; if ( result == null ) result = caseIfcRoot ( ifcRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REPARAMETRISED_COMPOSITE_CURVE_SEGMENT : { IfcReparametrisedCompositeCurveSegment ifcReparametrisedCompositeCurveSegment = ( IfcReparametrisedCompositeCurveSegment ) theEObject ; T result = caseIfcReparametrisedCompositeCurveSegment ( ifcReparametrisedCompositeCurveSegment ) ; if ( result == null ) result = caseIfcCompositeCurveSegment ( ifcReparametrisedCompositeCurveSegment ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcReparametrisedCompositeCurveSegment ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcReparametrisedCompositeCurveSegment ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcReparametrisedCompositeCurveSegment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REPRESENTATION : { IfcRepresentation ifcRepresentation = ( IfcRepresentation ) theEObject ; T result = caseIfcRepresentation ( ifcRepresentation ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRepresentation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REPRESENTATION_CONTEXT : { IfcRepresentationContext ifcRepresentationContext = ( IfcRepresentationContext ) theEObject ; T result = caseIfcRepresentationContext ( ifcRepresentationContext ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REPRESENTATION_ITEM : { IfcRepresentationItem ifcRepresentationItem = ( IfcRepresentationItem ) theEObject ; T result = caseIfcRepresentationItem ( ifcRepresentationItem ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRepresentationItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REPRESENTATION_MAP : { IfcRepresentationMap ifcRepresentationMap = ( IfcRepresentationMap ) theEObject ; T result = caseIfcRepresentationMap ( ifcRepresentationMap ) ; if ( result == null ) result = caseIfcProductRepresentationSelect ( ifcRepresentationMap ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE : { IfcResource ifcResource = ( IfcResource ) theEObject ; T result = caseIfcResource ( ifcResource ) ; if ( result == null ) result = caseIfcObject ( ifcResource ) ; if ( result == null ) result = caseIfcResourceSelect ( ifcResource ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcResource ) ; if ( result == null ) result = caseIfcRoot ( ifcResource ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcResource ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE_APPROVAL_RELATIONSHIP : { IfcResourceApprovalRelationship ifcResourceApprovalRelationship = ( IfcResourceApprovalRelationship ) theEObject ; T result = caseIfcResourceApprovalRelationship ( ifcResourceApprovalRelationship ) ; if ( result == null ) result = caseIfcResourceLevelRelationship ( ifcResourceApprovalRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE_CONSTRAINT_RELATIONSHIP : { IfcResourceConstraintRelationship ifcResourceConstraintRelationship = ( IfcResourceConstraintRelationship ) theEObject ; T result = caseIfcResourceConstraintRelationship ( ifcResourceConstraintRelationship ) ; if ( result == null ) result = caseIfcResourceLevelRelationship ( ifcResourceConstraintRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE_LEVEL_RELATIONSHIP : { IfcResourceLevelRelationship ifcResourceLevelRelationship = ( IfcResourceLevelRelationship ) theEObject ; T result = caseIfcResourceLevelRelationship ( ifcResourceLevelRelationship ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE_TIME : { IfcResourceTime ifcResourceTime = ( IfcResourceTime ) theEObject ; T result = caseIfcResourceTime ( ifcResourceTime ) ; if ( result == null ) result = caseIfcSchedulingTime ( ifcResourceTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REVOLVED_AREA_SOLID : { IfcRevolvedAreaSolid ifcRevolvedAreaSolid = ( IfcRevolvedAreaSolid ) theEObject ; T result = caseIfcRevolvedAreaSolid ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcSweptAreaSolid ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcSolidModel ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRevolvedAreaSolid ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REVOLVED_AREA_SOLID_TAPERED : { IfcRevolvedAreaSolidTapered ifcRevolvedAreaSolidTapered = ( IfcRevolvedAreaSolidTapered ) theEObject ; T result = caseIfcRevolvedAreaSolidTapered ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcRevolvedAreaSolid ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcSweptAreaSolid ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcSolidModel ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRevolvedAreaSolidTapered ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RIGHT_CIRCULAR_CONE : { IfcRightCircularCone ifcRightCircularCone = ( IfcRightCircularCone ) theEObject ; T result = caseIfcRightCircularCone ( ifcRightCircularCone ) ; if ( result == null ) result = caseIfcCsgPrimitive3D ( ifcRightCircularCone ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRightCircularCone ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcRightCircularCone ) ; if ( result == null ) result = caseIfcCsgSelect ( ifcRightCircularCone ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRightCircularCone ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRightCircularCone ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RIGHT_CIRCULAR_CYLINDER : { IfcRightCircularCylinder ifcRightCircularCylinder = ( IfcRightCircularCylinder ) theEObject ; T result = caseIfcRightCircularCylinder ( ifcRightCircularCylinder ) ; if ( result == null ) result = caseIfcCsgPrimitive3D ( ifcRightCircularCylinder ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcRightCircularCylinder ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcRightCircularCylinder ) ; if ( result == null ) result = caseIfcCsgSelect ( ifcRightCircularCylinder ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcRightCircularCylinder ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcRightCircularCylinder ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROOF : { IfcRoof ifcRoof = ( IfcRoof ) theEObject ; T result = caseIfcRoof ( ifcRoof ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcRoof ) ; if ( result == null ) result = caseIfcElement ( ifcRoof ) ; if ( result == null ) result = caseIfcProduct ( ifcRoof ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcRoof ) ; if ( result == null ) result = caseIfcObject ( ifcRoof ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRoof ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRoof ) ; if ( result == null ) result = caseIfcRoot ( ifcRoof ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRoof ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROOF_TYPE : { IfcRoofType ifcRoofType = ( IfcRoofType ) theEObject ; T result = caseIfcRoofType ( ifcRoofType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcRoofType ) ; if ( result == null ) result = caseIfcElementType ( ifcRoofType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcRoofType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcRoofType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcRoofType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcRoofType ) ; if ( result == null ) result = caseIfcRoot ( ifcRoofType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcRoofType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROOT : { IfcRoot ifcRoot = ( IfcRoot ) theEObject ; T result = caseIfcRoot ( ifcRoot ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROUNDED_RECTANGLE_PROFILE_DEF : { IfcRoundedRectangleProfileDef ifcRoundedRectangleProfileDef = ( IfcRoundedRectangleProfileDef ) theEObject ; T result = caseIfcRoundedRectangleProfileDef ( ifcRoundedRectangleProfileDef ) ; if ( result == null ) result = caseIfcRectangleProfileDef ( ifcRoundedRectangleProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcRoundedRectangleProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcRoundedRectangleProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcRoundedRectangleProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SI_UNIT : { IfcSIUnit ifcSIUnit = ( IfcSIUnit ) theEObject ; T result = caseIfcSIUnit ( ifcSIUnit ) ; if ( result == null ) result = caseIfcNamedUnit ( ifcSIUnit ) ; if ( result == null ) result = caseIfcUnit ( ifcSIUnit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SANITARY_TERMINAL : { IfcSanitaryTerminal ifcSanitaryTerminal = ( IfcSanitaryTerminal ) theEObject ; T result = caseIfcSanitaryTerminal ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcElement ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcProduct ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcObject ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcRoot ( ifcSanitaryTerminal ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSanitaryTerminal ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SANITARY_TERMINAL_TYPE : { IfcSanitaryTerminalType ifcSanitaryTerminalType = ( IfcSanitaryTerminalType ) theEObject ; T result = caseIfcSanitaryTerminalType ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcElementType ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcRoot ( ifcSanitaryTerminalType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSanitaryTerminalType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SCHEDULING_TIME : { IfcSchedulingTime ifcSchedulingTime = ( IfcSchedulingTime ) theEObject ; T result = caseIfcSchedulingTime ( ifcSchedulingTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SEAM_CURVE : { IfcSeamCurve ifcSeamCurve = ( IfcSeamCurve ) theEObject ; T result = caseIfcSeamCurve ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcSurfaceCurve ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcCurve ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcCurveOnSurface ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSeamCurve ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSeamCurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SECTION_PROPERTIES : { IfcSectionProperties ifcSectionProperties = ( IfcSectionProperties ) theEObject ; T result = caseIfcSectionProperties ( ifcSectionProperties ) ; if ( result == null ) result = caseIfcPreDefinedProperties ( ifcSectionProperties ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcSectionProperties ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcSectionProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SECTION_REINFORCEMENT_PROPERTIES : { IfcSectionReinforcementProperties ifcSectionReinforcementProperties = ( IfcSectionReinforcementProperties ) theEObject ; T result = caseIfcSectionReinforcementProperties ( ifcSectionReinforcementProperties ) ; if ( result == null ) result = caseIfcPreDefinedProperties ( ifcSectionReinforcementProperties ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcSectionReinforcementProperties ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcSectionReinforcementProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SECTIONED_SPINE : { IfcSectionedSpine ifcSectionedSpine = ( IfcSectionedSpine ) theEObject ; T result = caseIfcSectionedSpine ( ifcSectionedSpine ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSectionedSpine ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSectionedSpine ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSectionedSpine ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SENSOR : { IfcSensor ifcSensor = ( IfcSensor ) theEObject ; T result = caseIfcSensor ( ifcSensor ) ; if ( result == null ) result = caseIfcDistributionControlElement ( ifcSensor ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcSensor ) ; if ( result == null ) result = caseIfcElement ( ifcSensor ) ; if ( result == null ) result = caseIfcProduct ( ifcSensor ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSensor ) ; if ( result == null ) result = caseIfcObject ( ifcSensor ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSensor ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSensor ) ; if ( result == null ) result = caseIfcRoot ( ifcSensor ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSensor ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SENSOR_TYPE : { IfcSensorType ifcSensorType = ( IfcSensorType ) theEObject ; T result = caseIfcSensorType ( ifcSensorType ) ; if ( result == null ) result = caseIfcDistributionControlElementType ( ifcSensorType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcSensorType ) ; if ( result == null ) result = caseIfcElementType ( ifcSensorType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSensorType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSensorType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSensorType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSensorType ) ; if ( result == null ) result = caseIfcRoot ( ifcSensorType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSensorType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHADING_DEVICE : { IfcShadingDevice ifcShadingDevice = ( IfcShadingDevice ) theEObject ; T result = caseIfcShadingDevice ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcElement ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcProduct ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcObject ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcProductSelect ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcRoot ( ifcShadingDevice ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcShadingDevice ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHADING_DEVICE_TYPE : { IfcShadingDeviceType ifcShadingDeviceType = ( IfcShadingDeviceType ) theEObject ; T result = caseIfcShadingDeviceType ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcElementType ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcRoot ( ifcShadingDeviceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcShadingDeviceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHAPE_ASPECT : { IfcShapeAspect ifcShapeAspect = ( IfcShapeAspect ) theEObject ; T result = caseIfcShapeAspect ( ifcShapeAspect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHAPE_MODEL : { IfcShapeModel ifcShapeModel = ( IfcShapeModel ) theEObject ; T result = caseIfcShapeModel ( ifcShapeModel ) ; if ( result == null ) result = caseIfcRepresentation ( ifcShapeModel ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcShapeModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHAPE_REPRESENTATION : { IfcShapeRepresentation ifcShapeRepresentation = ( IfcShapeRepresentation ) theEObject ; T result = caseIfcShapeRepresentation ( ifcShapeRepresentation ) ; if ( result == null ) result = caseIfcShapeModel ( ifcShapeRepresentation ) ; if ( result == null ) result = caseIfcRepresentation ( ifcShapeRepresentation ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcShapeRepresentation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHELL_BASED_SURFACE_MODEL : { IfcShellBasedSurfaceModel ifcShellBasedSurfaceModel = ( IfcShellBasedSurfaceModel ) theEObject ; T result = caseIfcShellBasedSurfaceModel ( ifcShellBasedSurfaceModel ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcShellBasedSurfaceModel ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcShellBasedSurfaceModel ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcShellBasedSurfaceModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SIMPLE_PROPERTY : { IfcSimpleProperty ifcSimpleProperty = ( IfcSimpleProperty ) theEObject ; T result = caseIfcSimpleProperty ( ifcSimpleProperty ) ; if ( result == null ) result = caseIfcProperty ( ifcSimpleProperty ) ; if ( result == null ) result = caseIfcPropertyAbstraction ( ifcSimpleProperty ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcSimpleProperty ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SIMPLE_PROPERTY_TEMPLATE : { IfcSimplePropertyTemplate ifcSimplePropertyTemplate = ( IfcSimplePropertyTemplate ) theEObject ; T result = caseIfcSimplePropertyTemplate ( ifcSimplePropertyTemplate ) ; if ( result == null ) result = caseIfcPropertyTemplate ( ifcSimplePropertyTemplate ) ; if ( result == null ) result = caseIfcPropertyTemplateDefinition ( ifcSimplePropertyTemplate ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcSimplePropertyTemplate ) ; if ( result == null ) result = caseIfcRoot ( ifcSimplePropertyTemplate ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSimplePropertyTemplate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SITE : { IfcSite ifcSite = ( IfcSite ) theEObject ; T result = caseIfcSite ( ifcSite ) ; if ( result == null ) result = caseIfcSpatialStructureElement ( ifcSite ) ; if ( result == null ) result = caseIfcSpatialElement ( ifcSite ) ; if ( result == null ) result = caseIfcProduct ( ifcSite ) ; if ( result == null ) result = caseIfcObject ( ifcSite ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSite ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSite ) ; if ( result == null ) result = caseIfcRoot ( ifcSite ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSite ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SLAB : { IfcSlab ifcSlab = ( IfcSlab ) theEObject ; T result = caseIfcSlab ( ifcSlab ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcSlab ) ; if ( result == null ) result = caseIfcElement ( ifcSlab ) ; if ( result == null ) result = caseIfcProduct ( ifcSlab ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSlab ) ; if ( result == null ) result = caseIfcObject ( ifcSlab ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSlab ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSlab ) ; if ( result == null ) result = caseIfcRoot ( ifcSlab ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSlab ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SLAB_ELEMENTED_CASE : { IfcSlabElementedCase ifcSlabElementedCase = ( IfcSlabElementedCase ) theEObject ; T result = caseIfcSlabElementedCase ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcSlab ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcElement ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcProduct ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcObject ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcRoot ( ifcSlabElementedCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSlabElementedCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SLAB_STANDARD_CASE : { IfcSlabStandardCase ifcSlabStandardCase = ( IfcSlabStandardCase ) theEObject ; T result = caseIfcSlabStandardCase ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcSlab ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcElement ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcProduct ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcObject ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcRoot ( ifcSlabStandardCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSlabStandardCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SLAB_TYPE : { IfcSlabType ifcSlabType = ( IfcSlabType ) theEObject ; T result = caseIfcSlabType ( ifcSlabType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcSlabType ) ; if ( result == null ) result = caseIfcElementType ( ifcSlabType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSlabType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSlabType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSlabType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSlabType ) ; if ( result == null ) result = caseIfcRoot ( ifcSlabType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSlabType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SLIPPAGE_CONNECTION_CONDITION : { IfcSlippageConnectionCondition ifcSlippageConnectionCondition = ( IfcSlippageConnectionCondition ) theEObject ; T result = caseIfcSlippageConnectionCondition ( ifcSlippageConnectionCondition ) ; if ( result == null ) result = caseIfcStructuralConnectionCondition ( ifcSlippageConnectionCondition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOLAR_DEVICE : { IfcSolarDevice ifcSolarDevice = ( IfcSolarDevice ) theEObject ; T result = caseIfcSolarDevice ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcEnergyConversionDevice ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcElement ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcProduct ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcObject ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcRoot ( ifcSolarDevice ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSolarDevice ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOLAR_DEVICE_TYPE : { IfcSolarDeviceType ifcSolarDeviceType = ( IfcSolarDeviceType ) theEObject ; T result = caseIfcSolarDeviceType ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcEnergyConversionDeviceType ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcElementType ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcRoot ( ifcSolarDeviceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSolarDeviceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOLID_MODEL : { IfcSolidModel ifcSolidModel = ( IfcSolidModel ) theEObject ; T result = caseIfcSolidModel ( ifcSolidModel ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSolidModel ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcSolidModel ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcSolidModel ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSolidModel ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSolidModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPACE : { IfcSpace ifcSpace = ( IfcSpace ) theEObject ; T result = caseIfcSpace ( ifcSpace ) ; if ( result == null ) result = caseIfcSpatialStructureElement ( ifcSpace ) ; if ( result == null ) result = caseIfcSpaceBoundarySelect ( ifcSpace ) ; if ( result == null ) result = caseIfcSpatialElement ( ifcSpace ) ; if ( result == null ) result = caseIfcProduct ( ifcSpace ) ; if ( result == null ) result = caseIfcObject ( ifcSpace ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpace ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpace ) ; if ( result == null ) result = caseIfcRoot ( ifcSpace ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpace ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPACE_HEATER : { IfcSpaceHeater ifcSpaceHeater = ( IfcSpaceHeater ) theEObject ; T result = caseIfcSpaceHeater ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcElement ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcProduct ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcObject ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcRoot ( ifcSpaceHeater ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpaceHeater ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPACE_HEATER_TYPE : { IfcSpaceHeaterType ifcSpaceHeaterType = ( IfcSpaceHeaterType ) theEObject ; T result = caseIfcSpaceHeaterType ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcElementType ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcRoot ( ifcSpaceHeaterType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpaceHeaterType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPACE_TYPE : { IfcSpaceType ifcSpaceType = ( IfcSpaceType ) theEObject ; T result = caseIfcSpaceType ( ifcSpaceType ) ; if ( result == null ) result = caseIfcSpatialStructureElementType ( ifcSpaceType ) ; if ( result == null ) result = caseIfcSpatialElementType ( ifcSpaceType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSpaceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSpaceType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpaceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpaceType ) ; if ( result == null ) result = caseIfcRoot ( ifcSpaceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpaceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPATIAL_ELEMENT : { IfcSpatialElement ifcSpatialElement = ( IfcSpatialElement ) theEObject ; T result = caseIfcSpatialElement ( ifcSpatialElement ) ; if ( result == null ) result = caseIfcProduct ( ifcSpatialElement ) ; if ( result == null ) result = caseIfcObject ( ifcSpatialElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpatialElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpatialElement ) ; if ( result == null ) result = caseIfcRoot ( ifcSpatialElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpatialElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPATIAL_ELEMENT_TYPE : { IfcSpatialElementType ifcSpatialElementType = ( IfcSpatialElementType ) theEObject ; T result = caseIfcSpatialElementType ( ifcSpatialElementType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSpatialElementType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSpatialElementType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpatialElementType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpatialElementType ) ; if ( result == null ) result = caseIfcRoot ( ifcSpatialElementType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpatialElementType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPATIAL_STRUCTURE_ELEMENT : { IfcSpatialStructureElement ifcSpatialStructureElement = ( IfcSpatialStructureElement ) theEObject ; T result = caseIfcSpatialStructureElement ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcSpatialElement ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcProduct ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcObject ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcRoot ( ifcSpatialStructureElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpatialStructureElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPATIAL_STRUCTURE_ELEMENT_TYPE : { IfcSpatialStructureElementType ifcSpatialStructureElementType = ( IfcSpatialStructureElementType ) theEObject ; T result = caseIfcSpatialStructureElementType ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcSpatialElementType ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcRoot ( ifcSpatialStructureElementType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpatialStructureElementType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPATIAL_ZONE : { IfcSpatialZone ifcSpatialZone = ( IfcSpatialZone ) theEObject ; T result = caseIfcSpatialZone ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcSpatialElement ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcProduct ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcObject ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcRoot ( ifcSpatialZone ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpatialZone ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPATIAL_ZONE_TYPE : { IfcSpatialZoneType ifcSpatialZoneType = ( IfcSpatialZoneType ) theEObject ; T result = caseIfcSpatialZoneType ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcSpatialElementType ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcRoot ( ifcSpatialZoneType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSpatialZoneType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPHERE : { IfcSphere ifcSphere = ( IfcSphere ) theEObject ; T result = caseIfcSphere ( ifcSphere ) ; if ( result == null ) result = caseIfcCsgPrimitive3D ( ifcSphere ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSphere ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcSphere ) ; if ( result == null ) result = caseIfcCsgSelect ( ifcSphere ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSphere ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSphere ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPHERICAL_SURFACE : { IfcSphericalSurface ifcSphericalSurface = ( IfcSphericalSurface ) theEObject ; T result = caseIfcSphericalSurface ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcElementarySurface ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcSurface ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSphericalSurface ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSphericalSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STACK_TERMINAL : { IfcStackTerminal ifcStackTerminal = ( IfcStackTerminal ) theEObject ; T result = caseIfcStackTerminal ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcElement ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcProduct ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcObject ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcRoot ( ifcStackTerminal ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStackTerminal ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STACK_TERMINAL_TYPE : { IfcStackTerminalType ifcStackTerminalType = ( IfcStackTerminalType ) theEObject ; T result = caseIfcStackTerminalType ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcElementType ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcRoot ( ifcStackTerminalType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStackTerminalType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STAIR : { IfcStair ifcStair = ( IfcStair ) theEObject ; T result = caseIfcStair ( ifcStair ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcStair ) ; if ( result == null ) result = caseIfcElement ( ifcStair ) ; if ( result == null ) result = caseIfcProduct ( ifcStair ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStair ) ; if ( result == null ) result = caseIfcObject ( ifcStair ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStair ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStair ) ; if ( result == null ) result = caseIfcRoot ( ifcStair ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStair ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STAIR_FLIGHT : { IfcStairFlight ifcStairFlight = ( IfcStairFlight ) theEObject ; T result = caseIfcStairFlight ( ifcStairFlight ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcStairFlight ) ; if ( result == null ) result = caseIfcElement ( ifcStairFlight ) ; if ( result == null ) result = caseIfcProduct ( ifcStairFlight ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStairFlight ) ; if ( result == null ) result = caseIfcObject ( ifcStairFlight ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStairFlight ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStairFlight ) ; if ( result == null ) result = caseIfcRoot ( ifcStairFlight ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStairFlight ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STAIR_FLIGHT_TYPE : { IfcStairFlightType ifcStairFlightType = ( IfcStairFlightType ) theEObject ; T result = caseIfcStairFlightType ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcElementType ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcRoot ( ifcStairFlightType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStairFlightType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STAIR_TYPE : { IfcStairType ifcStairType = ( IfcStairType ) theEObject ; T result = caseIfcStairType ( ifcStairType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcStairType ) ; if ( result == null ) result = caseIfcElementType ( ifcStairType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcStairType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcStairType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStairType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStairType ) ; if ( result == null ) result = caseIfcRoot ( ifcStairType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStairType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_ACTION : { IfcStructuralAction ifcStructuralAction = ( IfcStructuralAction ) theEObject ; T result = caseIfcStructuralAction ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralAction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralAction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_ACTIVITY : { IfcStructuralActivity ifcStructuralActivity = ( IfcStructuralActivity ) theEObject ; T result = caseIfcStructuralActivity ( ifcStructuralActivity ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralActivity ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralActivity ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralActivity ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralActivity ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralActivity ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralActivity ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_ANALYSIS_MODEL : { IfcStructuralAnalysisModel ifcStructuralAnalysisModel = ( IfcStructuralAnalysisModel ) theEObject ; T result = caseIfcStructuralAnalysisModel ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = caseIfcSystem ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = caseIfcGroup ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralAnalysisModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CONNECTION : { IfcStructuralConnection ifcStructuralConnection = ( IfcStructuralConnection ) theEObject ; T result = caseIfcStructuralConnection ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralConnection ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralConnection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CONNECTION_CONDITION : { IfcStructuralConnectionCondition ifcStructuralConnectionCondition = ( IfcStructuralConnectionCondition ) theEObject ; T result = caseIfcStructuralConnectionCondition ( ifcStructuralConnectionCondition ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CURVE_ACTION : { IfcStructuralCurveAction ifcStructuralCurveAction = ( IfcStructuralCurveAction ) theEObject ; T result = caseIfcStructuralCurveAction ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcStructuralAction ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralCurveAction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralCurveAction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CURVE_CONNECTION : { IfcStructuralCurveConnection ifcStructuralCurveConnection = ( IfcStructuralCurveConnection ) theEObject ; T result = caseIfcStructuralCurveConnection ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcStructuralConnection ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralCurveConnection ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralCurveConnection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CURVE_MEMBER : { IfcStructuralCurveMember ifcStructuralCurveMember = ( IfcStructuralCurveMember ) theEObject ; T result = caseIfcStructuralCurveMember ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcStructuralMember ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralCurveMember ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralCurveMember ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CURVE_MEMBER_VARYING : { IfcStructuralCurveMemberVarying ifcStructuralCurveMemberVarying = ( IfcStructuralCurveMemberVarying ) theEObject ; T result = caseIfcStructuralCurveMemberVarying ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcStructuralCurveMember ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcStructuralMember ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralCurveMemberVarying ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_CURVE_REACTION : { IfcStructuralCurveReaction ifcStructuralCurveReaction = ( IfcStructuralCurveReaction ) theEObject ; T result = caseIfcStructuralCurveReaction ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcStructuralReaction ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralCurveReaction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralCurveReaction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_ITEM : { IfcStructuralItem ifcStructuralItem = ( IfcStructuralItem ) theEObject ; T result = caseIfcStructuralItem ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralItem ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LINEAR_ACTION : { IfcStructuralLinearAction ifcStructuralLinearAction = ( IfcStructuralLinearAction ) theEObject ; T result = caseIfcStructuralLinearAction ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcStructuralCurveAction ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcStructuralAction ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralLinearAction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralLinearAction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD : { IfcStructuralLoad ifcStructuralLoad = ( IfcStructuralLoad ) theEObject ; T result = caseIfcStructuralLoad ( ifcStructuralLoad ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_CASE : { IfcStructuralLoadCase ifcStructuralLoadCase = ( IfcStructuralLoadCase ) theEObject ; T result = caseIfcStructuralLoadCase ( ifcStructuralLoadCase ) ; if ( result == null ) result = caseIfcStructuralLoadGroup ( ifcStructuralLoadCase ) ; if ( result == null ) result = caseIfcGroup ( ifcStructuralLoadCase ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralLoadCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralLoadCase ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralLoadCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralLoadCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_CONFIGURATION : { IfcStructuralLoadConfiguration ifcStructuralLoadConfiguration = ( IfcStructuralLoadConfiguration ) theEObject ; T result = caseIfcStructuralLoadConfiguration ( ifcStructuralLoadConfiguration ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadConfiguration ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_GROUP : { IfcStructuralLoadGroup ifcStructuralLoadGroup = ( IfcStructuralLoadGroup ) theEObject ; T result = caseIfcStructuralLoadGroup ( ifcStructuralLoadGroup ) ; if ( result == null ) result = caseIfcGroup ( ifcStructuralLoadGroup ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralLoadGroup ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralLoadGroup ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralLoadGroup ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralLoadGroup ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_LINEAR_FORCE : { IfcStructuralLoadLinearForce ifcStructuralLoadLinearForce = ( IfcStructuralLoadLinearForce ) theEObject ; T result = caseIfcStructuralLoadLinearForce ( ifcStructuralLoadLinearForce ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadLinearForce ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadLinearForce ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadLinearForce ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_OR_RESULT : { IfcStructuralLoadOrResult ifcStructuralLoadOrResult = ( IfcStructuralLoadOrResult ) theEObject ; T result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadOrResult ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadOrResult ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_PLANAR_FORCE : { IfcStructuralLoadPlanarForce ifcStructuralLoadPlanarForce = ( IfcStructuralLoadPlanarForce ) theEObject ; T result = caseIfcStructuralLoadPlanarForce ( ifcStructuralLoadPlanarForce ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadPlanarForce ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadPlanarForce ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadPlanarForce ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_SINGLE_DISPLACEMENT : { IfcStructuralLoadSingleDisplacement ifcStructuralLoadSingleDisplacement = ( IfcStructuralLoadSingleDisplacement ) theEObject ; T result = caseIfcStructuralLoadSingleDisplacement ( ifcStructuralLoadSingleDisplacement ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadSingleDisplacement ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadSingleDisplacement ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadSingleDisplacement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_SINGLE_DISPLACEMENT_DISTORTION : { IfcStructuralLoadSingleDisplacementDistortion ifcStructuralLoadSingleDisplacementDistortion = ( IfcStructuralLoadSingleDisplacementDistortion ) theEObject ; T result = caseIfcStructuralLoadSingleDisplacementDistortion ( ifcStructuralLoadSingleDisplacementDistortion ) ; if ( result == null ) result = caseIfcStructuralLoadSingleDisplacement ( ifcStructuralLoadSingleDisplacementDistortion ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadSingleDisplacementDistortion ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadSingleDisplacementDistortion ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadSingleDisplacementDistortion ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_SINGLE_FORCE : { IfcStructuralLoadSingleForce ifcStructuralLoadSingleForce = ( IfcStructuralLoadSingleForce ) theEObject ; T result = caseIfcStructuralLoadSingleForce ( ifcStructuralLoadSingleForce ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadSingleForce ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadSingleForce ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadSingleForce ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_SINGLE_FORCE_WARPING : { IfcStructuralLoadSingleForceWarping ifcStructuralLoadSingleForceWarping = ( IfcStructuralLoadSingleForceWarping ) theEObject ; T result = caseIfcStructuralLoadSingleForceWarping ( ifcStructuralLoadSingleForceWarping ) ; if ( result == null ) result = caseIfcStructuralLoadSingleForce ( ifcStructuralLoadSingleForceWarping ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadSingleForceWarping ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadSingleForceWarping ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadSingleForceWarping ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_STATIC : { IfcStructuralLoadStatic ifcStructuralLoadStatic = ( IfcStructuralLoadStatic ) theEObject ; T result = caseIfcStructuralLoadStatic ( ifcStructuralLoadStatic ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadStatic ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadStatic ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_LOAD_TEMPERATURE : { IfcStructuralLoadTemperature ifcStructuralLoadTemperature = ( IfcStructuralLoadTemperature ) theEObject ; T result = caseIfcStructuralLoadTemperature ( ifcStructuralLoadTemperature ) ; if ( result == null ) result = caseIfcStructuralLoadStatic ( ifcStructuralLoadTemperature ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcStructuralLoadTemperature ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcStructuralLoadTemperature ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_MEMBER : { IfcStructuralMember ifcStructuralMember = ( IfcStructuralMember ) theEObject ; T result = caseIfcStructuralMember ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralMember ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralMember ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_PLANAR_ACTION : { IfcStructuralPlanarAction ifcStructuralPlanarAction = ( IfcStructuralPlanarAction ) theEObject ; T result = caseIfcStructuralPlanarAction ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcStructuralSurfaceAction ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcStructuralAction ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralPlanarAction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralPlanarAction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_POINT_ACTION : { IfcStructuralPointAction ifcStructuralPointAction = ( IfcStructuralPointAction ) theEObject ; T result = caseIfcStructuralPointAction ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcStructuralAction ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralPointAction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralPointAction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_POINT_CONNECTION : { IfcStructuralPointConnection ifcStructuralPointConnection = ( IfcStructuralPointConnection ) theEObject ; T result = caseIfcStructuralPointConnection ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcStructuralConnection ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralPointConnection ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralPointConnection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_POINT_REACTION : { IfcStructuralPointReaction ifcStructuralPointReaction = ( IfcStructuralPointReaction ) theEObject ; T result = caseIfcStructuralPointReaction ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcStructuralReaction ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralPointReaction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralPointReaction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_REACTION : { IfcStructuralReaction ifcStructuralReaction = ( IfcStructuralReaction ) theEObject ; T result = caseIfcStructuralReaction ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralReaction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralReaction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_RESULT_GROUP : { IfcStructuralResultGroup ifcStructuralResultGroup = ( IfcStructuralResultGroup ) theEObject ; T result = caseIfcStructuralResultGroup ( ifcStructuralResultGroup ) ; if ( result == null ) result = caseIfcGroup ( ifcStructuralResultGroup ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralResultGroup ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralResultGroup ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralResultGroup ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralResultGroup ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_SURFACE_ACTION : { IfcStructuralSurfaceAction ifcStructuralSurfaceAction = ( IfcStructuralSurfaceAction ) theEObject ; T result = caseIfcStructuralSurfaceAction ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcStructuralAction ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralSurfaceAction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_SURFACE_CONNECTION : { IfcStructuralSurfaceConnection ifcStructuralSurfaceConnection = ( IfcStructuralSurfaceConnection ) theEObject ; T result = caseIfcStructuralSurfaceConnection ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcStructuralConnection ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralSurfaceConnection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_SURFACE_MEMBER : { IfcStructuralSurfaceMember ifcStructuralSurfaceMember = ( IfcStructuralSurfaceMember ) theEObject ; T result = caseIfcStructuralSurfaceMember ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcStructuralMember ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralSurfaceMember ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_SURFACE_MEMBER_VARYING : { IfcStructuralSurfaceMemberVarying ifcStructuralSurfaceMemberVarying = ( IfcStructuralSurfaceMemberVarying ) theEObject ; T result = caseIfcStructuralSurfaceMemberVarying ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcStructuralSurfaceMember ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcStructuralMember ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcStructuralItem ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralSurfaceMemberVarying ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_SURFACE_REACTION : { IfcStructuralSurfaceReaction ifcStructuralSurfaceReaction = ( IfcStructuralSurfaceReaction ) theEObject ; T result = caseIfcStructuralSurfaceReaction ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcStructuralReaction ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcStructuralActivity ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcProduct ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcObject ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcProductSelect ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcRoot ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcStructuralSurfaceReaction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STYLE_MODEL : { IfcStyleModel ifcStyleModel = ( IfcStyleModel ) theEObject ; T result = caseIfcStyleModel ( ifcStyleModel ) ; if ( result == null ) result = caseIfcRepresentation ( ifcStyleModel ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcStyleModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STYLED_ITEM : { IfcStyledItem ifcStyledItem = ( IfcStyledItem ) theEObject ; T result = caseIfcStyledItem ( ifcStyledItem ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcStyledItem ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcStyledItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STYLED_REPRESENTATION : { IfcStyledRepresentation ifcStyledRepresentation = ( IfcStyledRepresentation ) theEObject ; T result = caseIfcStyledRepresentation ( ifcStyledRepresentation ) ; if ( result == null ) result = caseIfcStyleModel ( ifcStyledRepresentation ) ; if ( result == null ) result = caseIfcRepresentation ( ifcStyledRepresentation ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcStyledRepresentation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SUB_CONTRACT_RESOURCE : { IfcSubContractResource ifcSubContractResource = ( IfcSubContractResource ) theEObject ; T result = caseIfcSubContractResource ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcConstructionResource ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcResource ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcObject ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcResourceSelect ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcRoot ( ifcSubContractResource ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSubContractResource ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SUB_CONTRACT_RESOURCE_TYPE : { IfcSubContractResourceType ifcSubContractResourceType = ( IfcSubContractResourceType ) theEObject ; T result = caseIfcSubContractResourceType ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcConstructionResourceType ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcTypeResource ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcResourceSelect ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcRoot ( ifcSubContractResourceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSubContractResourceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SUBEDGE : { IfcSubedge ifcSubedge = ( IfcSubedge ) theEObject ; T result = caseIfcSubedge ( ifcSubedge ) ; if ( result == null ) result = caseIfcEdge ( ifcSubedge ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcSubedge ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSubedge ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSubedge ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE : { IfcSurface ifcSurface = ( IfcSurface ) theEObject ; T result = caseIfcSurface ( ifcSurface ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSurface ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSurface ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcSurface ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSurface ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_CURVE : { IfcSurfaceCurve ifcSurfaceCurve = ( IfcSurfaceCurve ) theEObject ; T result = caseIfcSurfaceCurve ( ifcSurfaceCurve ) ; if ( result == null ) result = caseIfcCurve ( ifcSurfaceCurve ) ; if ( result == null ) result = caseIfcCurveOnSurface ( ifcSurfaceCurve ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSurfaceCurve ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSurfaceCurve ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSurfaceCurve ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSurfaceCurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_CURVE_SWEPT_AREA_SOLID : { IfcSurfaceCurveSweptAreaSolid ifcSurfaceCurveSweptAreaSolid = ( IfcSurfaceCurveSweptAreaSolid ) theEObject ; T result = caseIfcSurfaceCurveSweptAreaSolid ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcSweptAreaSolid ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcSolidModel ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSurfaceCurveSweptAreaSolid ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_FEATURE : { IfcSurfaceFeature ifcSurfaceFeature = ( IfcSurfaceFeature ) theEObject ; T result = caseIfcSurfaceFeature ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcFeatureElement ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcElement ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcProduct ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcObject ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcRoot ( ifcSurfaceFeature ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSurfaceFeature ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_OF_LINEAR_EXTRUSION : { IfcSurfaceOfLinearExtrusion ifcSurfaceOfLinearExtrusion = ( IfcSurfaceOfLinearExtrusion ) theEObject ; T result = caseIfcSurfaceOfLinearExtrusion ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcSweptSurface ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcSurface ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSurfaceOfLinearExtrusion ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_OF_REVOLUTION : { IfcSurfaceOfRevolution ifcSurfaceOfRevolution = ( IfcSurfaceOfRevolution ) theEObject ; T result = caseIfcSurfaceOfRevolution ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcSweptSurface ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcSurface ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSurfaceOfRevolution ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_REINFORCEMENT_AREA : { IfcSurfaceReinforcementArea ifcSurfaceReinforcementArea = ( IfcSurfaceReinforcementArea ) theEObject ; T result = caseIfcSurfaceReinforcementArea ( ifcSurfaceReinforcementArea ) ; if ( result == null ) result = caseIfcStructuralLoadOrResult ( ifcSurfaceReinforcementArea ) ; if ( result == null ) result = caseIfcStructuralLoad ( ifcSurfaceReinforcementArea ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE : { IfcSurfaceStyle ifcSurfaceStyle = ( IfcSurfaceStyle ) theEObject ; T result = caseIfcSurfaceStyle ( ifcSurfaceStyle ) ; if ( result == null ) result = caseIfcPresentationStyle ( ifcSurfaceStyle ) ; if ( result == null ) result = caseIfcPresentationStyleSelect ( ifcSurfaceStyle ) ; if ( result == null ) result = caseIfcStyleAssignmentSelect ( ifcSurfaceStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE_LIGHTING : { IfcSurfaceStyleLighting ifcSurfaceStyleLighting = ( IfcSurfaceStyleLighting ) theEObject ; T result = caseIfcSurfaceStyleLighting ( ifcSurfaceStyleLighting ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcSurfaceStyleLighting ) ; if ( result == null ) result = caseIfcSurfaceStyleElementSelect ( ifcSurfaceStyleLighting ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE_REFRACTION : { IfcSurfaceStyleRefraction ifcSurfaceStyleRefraction = ( IfcSurfaceStyleRefraction ) theEObject ; T result = caseIfcSurfaceStyleRefraction ( ifcSurfaceStyleRefraction ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcSurfaceStyleRefraction ) ; if ( result == null ) result = caseIfcSurfaceStyleElementSelect ( ifcSurfaceStyleRefraction ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE_RENDERING : { IfcSurfaceStyleRendering ifcSurfaceStyleRendering = ( IfcSurfaceStyleRendering ) theEObject ; T result = caseIfcSurfaceStyleRendering ( ifcSurfaceStyleRendering ) ; if ( result == null ) result = caseIfcSurfaceStyleShading ( ifcSurfaceStyleRendering ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcSurfaceStyleRendering ) ; if ( result == null ) result = caseIfcSurfaceStyleElementSelect ( ifcSurfaceStyleRendering ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE_SHADING : { IfcSurfaceStyleShading ifcSurfaceStyleShading = ( IfcSurfaceStyleShading ) theEObject ; T result = caseIfcSurfaceStyleShading ( ifcSurfaceStyleShading ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcSurfaceStyleShading ) ; if ( result == null ) result = caseIfcSurfaceStyleElementSelect ( ifcSurfaceStyleShading ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE_WITH_TEXTURES : { IfcSurfaceStyleWithTextures ifcSurfaceStyleWithTextures = ( IfcSurfaceStyleWithTextures ) theEObject ; T result = caseIfcSurfaceStyleWithTextures ( ifcSurfaceStyleWithTextures ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcSurfaceStyleWithTextures ) ; if ( result == null ) result = caseIfcSurfaceStyleElementSelect ( ifcSurfaceStyleWithTextures ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_TEXTURE : { IfcSurfaceTexture ifcSurfaceTexture = ( IfcSurfaceTexture ) theEObject ; T result = caseIfcSurfaceTexture ( ifcSurfaceTexture ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcSurfaceTexture ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SWEPT_AREA_SOLID : { IfcSweptAreaSolid ifcSweptAreaSolid = ( IfcSweptAreaSolid ) theEObject ; T result = caseIfcSweptAreaSolid ( ifcSweptAreaSolid ) ; if ( result == null ) result = caseIfcSolidModel ( ifcSweptAreaSolid ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSweptAreaSolid ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcSweptAreaSolid ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcSweptAreaSolid ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSweptAreaSolid ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSweptAreaSolid ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SWEPT_DISK_SOLID : { IfcSweptDiskSolid ifcSweptDiskSolid = ( IfcSweptDiskSolid ) theEObject ; T result = caseIfcSweptDiskSolid ( ifcSweptDiskSolid ) ; if ( result == null ) result = caseIfcSolidModel ( ifcSweptDiskSolid ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSweptDiskSolid ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcSweptDiskSolid ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcSweptDiskSolid ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSweptDiskSolid ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSweptDiskSolid ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SWEPT_DISK_SOLID_POLYGONAL : { IfcSweptDiskSolidPolygonal ifcSweptDiskSolidPolygonal = ( IfcSweptDiskSolidPolygonal ) theEObject ; T result = caseIfcSweptDiskSolidPolygonal ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcSweptDiskSolid ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcSolidModel ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcSolidOrShell ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSweptDiskSolidPolygonal ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SWEPT_SURFACE : { IfcSweptSurface ifcSweptSurface = ( IfcSweptSurface ) theEObject ; T result = caseIfcSweptSurface ( ifcSweptSurface ) ; if ( result == null ) result = caseIfcSurface ( ifcSweptSurface ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcSweptSurface ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcSweptSurface ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcSweptSurface ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcSweptSurface ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcSweptSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SWITCHING_DEVICE : { IfcSwitchingDevice ifcSwitchingDevice = ( IfcSwitchingDevice ) theEObject ; T result = caseIfcSwitchingDevice ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcFlowController ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcElement ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcProduct ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcObject ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcRoot ( ifcSwitchingDevice ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSwitchingDevice ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SWITCHING_DEVICE_TYPE : { IfcSwitchingDeviceType ifcSwitchingDeviceType = ( IfcSwitchingDeviceType ) theEObject ; T result = caseIfcSwitchingDeviceType ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcFlowControllerType ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcElementType ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcRoot ( ifcSwitchingDeviceType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSwitchingDeviceType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SYSTEM : { IfcSystem ifcSystem = ( IfcSystem ) theEObject ; T result = caseIfcSystem ( ifcSystem ) ; if ( result == null ) result = caseIfcGroup ( ifcSystem ) ; if ( result == null ) result = caseIfcObject ( ifcSystem ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSystem ) ; if ( result == null ) result = caseIfcRoot ( ifcSystem ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSystem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SYSTEM_FURNITURE_ELEMENT : { IfcSystemFurnitureElement ifcSystemFurnitureElement = ( IfcSystemFurnitureElement ) theEObject ; T result = caseIfcSystemFurnitureElement ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcFurnishingElement ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcElement ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcProduct ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcObject ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcRoot ( ifcSystemFurnitureElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSystemFurnitureElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SYSTEM_FURNITURE_ELEMENT_TYPE : { IfcSystemFurnitureElementType ifcSystemFurnitureElementType = ( IfcSystemFurnitureElementType ) theEObject ; T result = caseIfcSystemFurnitureElementType ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcFurnishingElementType ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcElementType ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcRoot ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcSystemFurnitureElementType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TSHAPE_PROFILE_DEF : { IfcTShapeProfileDef ifcTShapeProfileDef = ( IfcTShapeProfileDef ) theEObject ; T result = caseIfcTShapeProfileDef ( ifcTShapeProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcTShapeProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcTShapeProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcTShapeProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TABLE : { IfcTable ifcTable = ( IfcTable ) theEObject ; T result = caseIfcTable ( ifcTable ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTable ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcTable ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TABLE_COLUMN : { IfcTableColumn ifcTableColumn = ( IfcTableColumn ) theEObject ; T result = caseIfcTableColumn ( ifcTableColumn ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TABLE_ROW : { IfcTableRow ifcTableRow = ( IfcTableRow ) theEObject ; T result = caseIfcTableRow ( ifcTableRow ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TANK : { IfcTank ifcTank = ( IfcTank ) theEObject ; T result = caseIfcTank ( ifcTank ) ; if ( result == null ) result = caseIfcFlowStorageDevice ( ifcTank ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcTank ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcTank ) ; if ( result == null ) result = caseIfcElement ( ifcTank ) ; if ( result == null ) result = caseIfcProduct ( ifcTank ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcTank ) ; if ( result == null ) result = caseIfcObject ( ifcTank ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTank ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTank ) ; if ( result == null ) result = caseIfcRoot ( ifcTank ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTank ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TANK_TYPE : { IfcTankType ifcTankType = ( IfcTankType ) theEObject ; T result = caseIfcTankType ( ifcTankType ) ; if ( result == null ) result = caseIfcFlowStorageDeviceType ( ifcTankType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcTankType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcTankType ) ; if ( result == null ) result = caseIfcElementType ( ifcTankType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcTankType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTankType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTankType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTankType ) ; if ( result == null ) result = caseIfcRoot ( ifcTankType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTankType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TASK : { IfcTask ifcTask = ( IfcTask ) theEObject ; T result = caseIfcTask ( ifcTask ) ; if ( result == null ) result = caseIfcProcess ( ifcTask ) ; if ( result == null ) result = caseIfcObject ( ifcTask ) ; if ( result == null ) result = caseIfcProcessSelect ( ifcTask ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTask ) ; if ( result == null ) result = caseIfcRoot ( ifcTask ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTask ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TASK_TIME : { IfcTaskTime ifcTaskTime = ( IfcTaskTime ) theEObject ; T result = caseIfcTaskTime ( ifcTaskTime ) ; if ( result == null ) result = caseIfcSchedulingTime ( ifcTaskTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TASK_TIME_RECURRING : { IfcTaskTimeRecurring ifcTaskTimeRecurring = ( IfcTaskTimeRecurring ) theEObject ; T result = caseIfcTaskTimeRecurring ( ifcTaskTimeRecurring ) ; if ( result == null ) result = caseIfcTaskTime ( ifcTaskTimeRecurring ) ; if ( result == null ) result = caseIfcSchedulingTime ( ifcTaskTimeRecurring ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TASK_TYPE : { IfcTaskType ifcTaskType = ( IfcTaskType ) theEObject ; T result = caseIfcTaskType ( ifcTaskType ) ; if ( result == null ) result = caseIfcTypeProcess ( ifcTaskType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTaskType ) ; if ( result == null ) result = caseIfcProcessSelect ( ifcTaskType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTaskType ) ; if ( result == null ) result = caseIfcRoot ( ifcTaskType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTaskType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TELECOM_ADDRESS : { IfcTelecomAddress ifcTelecomAddress = ( IfcTelecomAddress ) theEObject ; T result = caseIfcTelecomAddress ( ifcTelecomAddress ) ; if ( result == null ) result = caseIfcAddress ( ifcTelecomAddress ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcTelecomAddress ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TENDON : { IfcTendon ifcTendon = ( IfcTendon ) theEObject ; T result = caseIfcTendon ( ifcTendon ) ; if ( result == null ) result = caseIfcReinforcingElement ( ifcTendon ) ; if ( result == null ) result = caseIfcElementComponent ( ifcTendon ) ; if ( result == null ) result = caseIfcElement ( ifcTendon ) ; if ( result == null ) result = caseIfcProduct ( ifcTendon ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcTendon ) ; if ( result == null ) result = caseIfcObject ( ifcTendon ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTendon ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTendon ) ; if ( result == null ) result = caseIfcRoot ( ifcTendon ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTendon ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TENDON_ANCHOR : { IfcTendonAnchor ifcTendonAnchor = ( IfcTendonAnchor ) theEObject ; T result = caseIfcTendonAnchor ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcReinforcingElement ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcElementComponent ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcElement ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcProduct ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcObject ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcRoot ( ifcTendonAnchor ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTendonAnchor ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TENDON_ANCHOR_TYPE : { IfcTendonAnchorType ifcTendonAnchorType = ( IfcTendonAnchorType ) theEObject ; T result = caseIfcTendonAnchorType ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcReinforcingElementType ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcElementType ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcRoot ( ifcTendonAnchorType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTendonAnchorType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TENDON_TYPE : { IfcTendonType ifcTendonType = ( IfcTendonType ) theEObject ; T result = caseIfcTendonType ( ifcTendonType ) ; if ( result == null ) result = caseIfcReinforcingElementType ( ifcTendonType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcTendonType ) ; if ( result == null ) result = caseIfcElementType ( ifcTendonType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcTendonType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTendonType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTendonType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTendonType ) ; if ( result == null ) result = caseIfcRoot ( ifcTendonType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTendonType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TESSELLATED_FACE_SET : { IfcTessellatedFaceSet ifcTessellatedFaceSet = ( IfcTessellatedFaceSet ) theEObject ; T result = caseIfcTessellatedFaceSet ( ifcTessellatedFaceSet ) ; if ( result == null ) result = caseIfcTessellatedItem ( ifcTessellatedFaceSet ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcTessellatedFaceSet ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcTessellatedFaceSet ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTessellatedFaceSet ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTessellatedFaceSet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TESSELLATED_ITEM : { IfcTessellatedItem ifcTessellatedItem = ( IfcTessellatedItem ) theEObject ; T result = caseIfcTessellatedItem ( ifcTessellatedItem ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcTessellatedItem ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTessellatedItem ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTessellatedItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_LITERAL : { IfcTextLiteral ifcTextLiteral = ( IfcTextLiteral ) theEObject ; T result = caseIfcTextLiteral ( ifcTextLiteral ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcTextLiteral ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTextLiteral ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTextLiteral ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_LITERAL_WITH_EXTENT : { IfcTextLiteralWithExtent ifcTextLiteralWithExtent = ( IfcTextLiteralWithExtent ) theEObject ; T result = caseIfcTextLiteralWithExtent ( ifcTextLiteralWithExtent ) ; if ( result == null ) result = caseIfcTextLiteral ( ifcTextLiteralWithExtent ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcTextLiteralWithExtent ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTextLiteralWithExtent ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTextLiteralWithExtent ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_STYLE : { IfcTextStyle ifcTextStyle = ( IfcTextStyle ) theEObject ; T result = caseIfcTextStyle ( ifcTextStyle ) ; if ( result == null ) result = caseIfcPresentationStyle ( ifcTextStyle ) ; if ( result == null ) result = caseIfcPresentationStyleSelect ( ifcTextStyle ) ; if ( result == null ) result = caseIfcStyleAssignmentSelect ( ifcTextStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_STYLE_FONT_MODEL : { IfcTextStyleFontModel ifcTextStyleFontModel = ( IfcTextStyleFontModel ) theEObject ; T result = caseIfcTextStyleFontModel ( ifcTextStyleFontModel ) ; if ( result == null ) result = caseIfcPreDefinedTextFont ( ifcTextStyleFontModel ) ; if ( result == null ) result = caseIfcPreDefinedItem ( ifcTextStyleFontModel ) ; if ( result == null ) result = caseIfcTextFontSelect ( ifcTextStyleFontModel ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextStyleFontModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_STYLE_FOR_DEFINED_FONT : { IfcTextStyleForDefinedFont ifcTextStyleForDefinedFont = ( IfcTextStyleForDefinedFont ) theEObject ; T result = caseIfcTextStyleForDefinedFont ( ifcTextStyleForDefinedFont ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextStyleForDefinedFont ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_STYLE_TEXT_MODEL : { IfcTextStyleTextModel ifcTextStyleTextModel = ( IfcTextStyleTextModel ) theEObject ; T result = caseIfcTextStyleTextModel ( ifcTextStyleTextModel ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextStyleTextModel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXTURE_COORDINATE : { IfcTextureCoordinate ifcTextureCoordinate = ( IfcTextureCoordinate ) theEObject ; T result = caseIfcTextureCoordinate ( ifcTextureCoordinate ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextureCoordinate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXTURE_COORDINATE_GENERATOR : { IfcTextureCoordinateGenerator ifcTextureCoordinateGenerator = ( IfcTextureCoordinateGenerator ) theEObject ; T result = caseIfcTextureCoordinateGenerator ( ifcTextureCoordinateGenerator ) ; if ( result == null ) result = caseIfcTextureCoordinate ( ifcTextureCoordinateGenerator ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextureCoordinateGenerator ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXTURE_MAP : { IfcTextureMap ifcTextureMap = ( IfcTextureMap ) theEObject ; T result = caseIfcTextureMap ( ifcTextureMap ) ; if ( result == null ) result = caseIfcTextureCoordinate ( ifcTextureMap ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextureMap ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXTURE_VERTEX : { IfcTextureVertex ifcTextureVertex = ( IfcTextureVertex ) theEObject ; T result = caseIfcTextureVertex ( ifcTextureVertex ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextureVertex ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXTURE_VERTEX_LIST : { IfcTextureVertexList ifcTextureVertexList = ( IfcTextureVertexList ) theEObject ; T result = caseIfcTextureVertexList ( ifcTextureVertexList ) ; if ( result == null ) result = caseIfcPresentationItem ( ifcTextureVertexList ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME_PERIOD : { IfcTimePeriod ifcTimePeriod = ( IfcTimePeriod ) theEObject ; T result = caseIfcTimePeriod ( ifcTimePeriod ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME_SERIES : { IfcTimeSeries ifcTimeSeries = ( IfcTimeSeries ) theEObject ; T result = caseIfcTimeSeries ( ifcTimeSeries ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTimeSeries ) ; if ( result == null ) result = caseIfcObjectReferenceSelect ( ifcTimeSeries ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcTimeSeries ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME_SERIES_VALUE : { IfcTimeSeriesValue ifcTimeSeriesValue = ( IfcTimeSeriesValue ) theEObject ; T result = caseIfcTimeSeriesValue ( ifcTimeSeriesValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TOPOLOGICAL_REPRESENTATION_ITEM : { IfcTopologicalRepresentationItem ifcTopologicalRepresentationItem = ( IfcTopologicalRepresentationItem ) theEObject ; T result = caseIfcTopologicalRepresentationItem ( ifcTopologicalRepresentationItem ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTopologicalRepresentationItem ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTopologicalRepresentationItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TOPOLOGY_REPRESENTATION : { IfcTopologyRepresentation ifcTopologyRepresentation = ( IfcTopologyRepresentation ) theEObject ; T result = caseIfcTopologyRepresentation ( ifcTopologyRepresentation ) ; if ( result == null ) result = caseIfcShapeModel ( ifcTopologyRepresentation ) ; if ( result == null ) result = caseIfcRepresentation ( ifcTopologyRepresentation ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTopologyRepresentation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TOROIDAL_SURFACE : { IfcToroidalSurface ifcToroidalSurface = ( IfcToroidalSurface ) theEObject ; T result = caseIfcToroidalSurface ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcElementarySurface ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcSurface ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcSurfaceOrFaceSurface ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcToroidalSurface ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcToroidalSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRANSFORMER : { IfcTransformer ifcTransformer = ( IfcTransformer ) theEObject ; T result = caseIfcTransformer ( ifcTransformer ) ; if ( result == null ) result = caseIfcEnergyConversionDevice ( ifcTransformer ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcTransformer ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcTransformer ) ; if ( result == null ) result = caseIfcElement ( ifcTransformer ) ; if ( result == null ) result = caseIfcProduct ( ifcTransformer ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcTransformer ) ; if ( result == null ) result = caseIfcObject ( ifcTransformer ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTransformer ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTransformer ) ; if ( result == null ) result = caseIfcRoot ( ifcTransformer ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTransformer ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRANSFORMER_TYPE : { IfcTransformerType ifcTransformerType = ( IfcTransformerType ) theEObject ; T result = caseIfcTransformerType ( ifcTransformerType ) ; if ( result == null ) result = caseIfcEnergyConversionDeviceType ( ifcTransformerType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcTransformerType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcTransformerType ) ; if ( result == null ) result = caseIfcElementType ( ifcTransformerType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcTransformerType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTransformerType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTransformerType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTransformerType ) ; if ( result == null ) result = caseIfcRoot ( ifcTransformerType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTransformerType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRANSPORT_ELEMENT : { IfcTransportElement ifcTransportElement = ( IfcTransportElement ) theEObject ; T result = caseIfcTransportElement ( ifcTransportElement ) ; if ( result == null ) result = caseIfcElement ( ifcTransportElement ) ; if ( result == null ) result = caseIfcProduct ( ifcTransportElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcTransportElement ) ; if ( result == null ) result = caseIfcObject ( ifcTransportElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTransportElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTransportElement ) ; if ( result == null ) result = caseIfcRoot ( ifcTransportElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTransportElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRANSPORT_ELEMENT_TYPE : { IfcTransportElementType ifcTransportElementType = ( IfcTransportElementType ) theEObject ; T result = caseIfcTransportElementType ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcElementType ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcRoot ( ifcTransportElementType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTransportElementType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRAPEZIUM_PROFILE_DEF : { IfcTrapeziumProfileDef ifcTrapeziumProfileDef = ( IfcTrapeziumProfileDef ) theEObject ; T result = caseIfcTrapeziumProfileDef ( ifcTrapeziumProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcTrapeziumProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcTrapeziumProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcTrapeziumProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRIANGULATED_FACE_SET : { IfcTriangulatedFaceSet ifcTriangulatedFaceSet = ( IfcTriangulatedFaceSet ) theEObject ; T result = caseIfcTriangulatedFaceSet ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = caseIfcTessellatedFaceSet ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = caseIfcTessellatedItem ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = caseIfcBooleanOperand ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTriangulatedFaceSet ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRIMMED_CURVE : { IfcTrimmedCurve ifcTrimmedCurve = ( IfcTrimmedCurve ) theEObject ; T result = caseIfcTrimmedCurve ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcBoundedCurve ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcCurve ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcCurveOrEdgeCurve ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcGeometricSetSelect ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcTrimmedCurve ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcTrimmedCurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TUBE_BUNDLE : { IfcTubeBundle ifcTubeBundle = ( IfcTubeBundle ) theEObject ; T result = caseIfcTubeBundle ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcEnergyConversionDevice ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcElement ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcProduct ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcObject ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcRoot ( ifcTubeBundle ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTubeBundle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TUBE_BUNDLE_TYPE : { IfcTubeBundleType ifcTubeBundleType = ( IfcTubeBundleType ) theEObject ; T result = caseIfcTubeBundleType ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcEnergyConversionDeviceType ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcElementType ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcRoot ( ifcTubeBundleType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTubeBundleType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TYPE_OBJECT : { IfcTypeObject ifcTypeObject = ( IfcTypeObject ) theEObject ; T result = caseIfcTypeObject ( ifcTypeObject ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTypeObject ) ; if ( result == null ) result = caseIfcRoot ( ifcTypeObject ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTypeObject ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TYPE_PROCESS : { IfcTypeProcess ifcTypeProcess = ( IfcTypeProcess ) theEObject ; T result = caseIfcTypeProcess ( ifcTypeProcess ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTypeProcess ) ; if ( result == null ) result = caseIfcProcessSelect ( ifcTypeProcess ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTypeProcess ) ; if ( result == null ) result = caseIfcRoot ( ifcTypeProcess ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTypeProcess ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TYPE_PRODUCT : { IfcTypeProduct ifcTypeProduct = ( IfcTypeProduct ) theEObject ; T result = caseIfcTypeProduct ( ifcTypeProduct ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTypeProduct ) ; if ( result == null ) result = caseIfcProductSelect ( ifcTypeProduct ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTypeProduct ) ; if ( result == null ) result = caseIfcRoot ( ifcTypeProduct ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTypeProduct ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TYPE_RESOURCE : { IfcTypeResource ifcTypeResource = ( IfcTypeResource ) theEObject ; T result = caseIfcTypeResource ( ifcTypeResource ) ; if ( result == null ) result = caseIfcTypeObject ( ifcTypeResource ) ; if ( result == null ) result = caseIfcResourceSelect ( ifcTypeResource ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcTypeResource ) ; if ( result == null ) result = caseIfcRoot ( ifcTypeResource ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcTypeResource ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_USHAPE_PROFILE_DEF : { IfcUShapeProfileDef ifcUShapeProfileDef = ( IfcUShapeProfileDef ) theEObject ; T result = caseIfcUShapeProfileDef ( ifcUShapeProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcUShapeProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcUShapeProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcUShapeProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_UNIT_ASSIGNMENT : { IfcUnitAssignment ifcUnitAssignment = ( IfcUnitAssignment ) theEObject ; T result = caseIfcUnitAssignment ( ifcUnitAssignment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_UNITARY_CONTROL_ELEMENT : { IfcUnitaryControlElement ifcUnitaryControlElement = ( IfcUnitaryControlElement ) theEObject ; T result = caseIfcUnitaryControlElement ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcDistributionControlElement ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcElement ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcProduct ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcObject ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcRoot ( ifcUnitaryControlElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcUnitaryControlElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_UNITARY_CONTROL_ELEMENT_TYPE : { IfcUnitaryControlElementType ifcUnitaryControlElementType = ( IfcUnitaryControlElementType ) theEObject ; T result = caseIfcUnitaryControlElementType ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcDistributionControlElementType ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcElementType ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcRoot ( ifcUnitaryControlElementType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcUnitaryControlElementType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_UNITARY_EQUIPMENT : { IfcUnitaryEquipment ifcUnitaryEquipment = ( IfcUnitaryEquipment ) theEObject ; T result = caseIfcUnitaryEquipment ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcEnergyConversionDevice ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcElement ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcProduct ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcObject ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcProductSelect ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcRoot ( ifcUnitaryEquipment ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcUnitaryEquipment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_UNITARY_EQUIPMENT_TYPE : { IfcUnitaryEquipmentType ifcUnitaryEquipmentType = ( IfcUnitaryEquipmentType ) theEObject ; T result = caseIfcUnitaryEquipmentType ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcEnergyConversionDeviceType ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcElementType ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcRoot ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcUnitaryEquipmentType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VALVE : { IfcValve ifcValve = ( IfcValve ) theEObject ; T result = caseIfcValve ( ifcValve ) ; if ( result == null ) result = caseIfcFlowController ( ifcValve ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcValve ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcValve ) ; if ( result == null ) result = caseIfcElement ( ifcValve ) ; if ( result == null ) result = caseIfcProduct ( ifcValve ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcValve ) ; if ( result == null ) result = caseIfcObject ( ifcValve ) ; if ( result == null ) result = caseIfcProductSelect ( ifcValve ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcValve ) ; if ( result == null ) result = caseIfcRoot ( ifcValve ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcValve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VALVE_TYPE : { IfcValveType ifcValveType = ( IfcValveType ) theEObject ; T result = caseIfcValveType ( ifcValveType ) ; if ( result == null ) result = caseIfcFlowControllerType ( ifcValveType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcValveType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcValveType ) ; if ( result == null ) result = caseIfcElementType ( ifcValveType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcValveType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcValveType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcValveType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcValveType ) ; if ( result == null ) result = caseIfcRoot ( ifcValveType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcValveType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VECTOR : { IfcVector ifcVector = ( IfcVector ) theEObject ; T result = caseIfcVector ( ifcVector ) ; if ( result == null ) result = caseIfcGeometricRepresentationItem ( ifcVector ) ; if ( result == null ) result = caseIfcHatchLineDistanceSelect ( ifcVector ) ; if ( result == null ) result = caseIfcVectorOrDirection ( ifcVector ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcVector ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcVector ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VERTEX : { IfcVertex ifcVertex = ( IfcVertex ) theEObject ; T result = caseIfcVertex ( ifcVertex ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcVertex ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcVertex ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcVertex ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VERTEX_LOOP : { IfcVertexLoop ifcVertexLoop = ( IfcVertexLoop ) theEObject ; T result = caseIfcVertexLoop ( ifcVertexLoop ) ; if ( result == null ) result = caseIfcLoop ( ifcVertexLoop ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcVertexLoop ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcVertexLoop ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcVertexLoop ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VERTEX_POINT : { IfcVertexPoint ifcVertexPoint = ( IfcVertexPoint ) theEObject ; T result = caseIfcVertexPoint ( ifcVertexPoint ) ; if ( result == null ) result = caseIfcVertex ( ifcVertexPoint ) ; if ( result == null ) result = caseIfcPointOrVertexPoint ( ifcVertexPoint ) ; if ( result == null ) result = caseIfcTopologicalRepresentationItem ( ifcVertexPoint ) ; if ( result == null ) result = caseIfcRepresentationItem ( ifcVertexPoint ) ; if ( result == null ) result = caseIfcLayeredItem ( ifcVertexPoint ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VIBRATION_ISOLATOR : { IfcVibrationIsolator ifcVibrationIsolator = ( IfcVibrationIsolator ) theEObject ; T result = caseIfcVibrationIsolator ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcElementComponent ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcElement ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcProduct ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcObject ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcProductSelect ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcRoot ( ifcVibrationIsolator ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcVibrationIsolator ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VIBRATION_ISOLATOR_TYPE : { IfcVibrationIsolatorType ifcVibrationIsolatorType = ( IfcVibrationIsolatorType ) theEObject ; T result = caseIfcVibrationIsolatorType ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcElementComponentType ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcElementType ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcRoot ( ifcVibrationIsolatorType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcVibrationIsolatorType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VIRTUAL_ELEMENT : { IfcVirtualElement ifcVirtualElement = ( IfcVirtualElement ) theEObject ; T result = caseIfcVirtualElement ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcElement ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcProduct ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcObject ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcProductSelect ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcRoot ( ifcVirtualElement ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcVirtualElement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VIRTUAL_GRID_INTERSECTION : { IfcVirtualGridIntersection ifcVirtualGridIntersection = ( IfcVirtualGridIntersection ) theEObject ; T result = caseIfcVirtualGridIntersection ( ifcVirtualGridIntersection ) ; if ( result == null ) result = caseIfcGridPlacementDirectionSelect ( ifcVirtualGridIntersection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VOIDING_FEATURE : { IfcVoidingFeature ifcVoidingFeature = ( IfcVoidingFeature ) theEObject ; T result = caseIfcVoidingFeature ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcFeatureElementSubtraction ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcFeatureElement ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcElement ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcProduct ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcObject ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcProductSelect ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcRoot ( ifcVoidingFeature ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcVoidingFeature ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WALL : { IfcWall ifcWall = ( IfcWall ) theEObject ; T result = caseIfcWall ( ifcWall ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcWall ) ; if ( result == null ) result = caseIfcElement ( ifcWall ) ; if ( result == null ) result = caseIfcProduct ( ifcWall ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcWall ) ; if ( result == null ) result = caseIfcObject ( ifcWall ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWall ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWall ) ; if ( result == null ) result = caseIfcRoot ( ifcWall ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWall ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WALL_ELEMENTED_CASE : { IfcWallElementedCase ifcWallElementedCase = ( IfcWallElementedCase ) theEObject ; T result = caseIfcWallElementedCase ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcWall ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcElement ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcProduct ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcObject ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcRoot ( ifcWallElementedCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWallElementedCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WALL_STANDARD_CASE : { IfcWallStandardCase ifcWallStandardCase = ( IfcWallStandardCase ) theEObject ; T result = caseIfcWallStandardCase ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcWall ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcElement ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcProduct ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcObject ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcRoot ( ifcWallStandardCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWallStandardCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WALL_TYPE : { IfcWallType ifcWallType = ( IfcWallType ) theEObject ; T result = caseIfcWallType ( ifcWallType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcWallType ) ; if ( result == null ) result = caseIfcElementType ( ifcWallType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcWallType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcWallType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWallType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWallType ) ; if ( result == null ) result = caseIfcRoot ( ifcWallType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWallType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WASTE_TERMINAL : { IfcWasteTerminal ifcWasteTerminal = ( IfcWasteTerminal ) theEObject ; T result = caseIfcWasteTerminal ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcFlowTerminal ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcDistributionFlowElement ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcDistributionElement ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcElement ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcProduct ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcObject ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcRoot ( ifcWasteTerminal ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWasteTerminal ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WASTE_TERMINAL_TYPE : { IfcWasteTerminalType ifcWasteTerminalType = ( IfcWasteTerminalType ) theEObject ; T result = caseIfcWasteTerminalType ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcFlowTerminalType ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcDistributionFlowElementType ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcDistributionElementType ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcElementType ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcRoot ( ifcWasteTerminalType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWasteTerminalType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WINDOW : { IfcWindow ifcWindow = ( IfcWindow ) theEObject ; T result = caseIfcWindow ( ifcWindow ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcWindow ) ; if ( result == null ) result = caseIfcElement ( ifcWindow ) ; if ( result == null ) result = caseIfcProduct ( ifcWindow ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcWindow ) ; if ( result == null ) result = caseIfcObject ( ifcWindow ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWindow ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWindow ) ; if ( result == null ) result = caseIfcRoot ( ifcWindow ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWindow ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WINDOW_LINING_PROPERTIES : { IfcWindowLiningProperties ifcWindowLiningProperties = ( IfcWindowLiningProperties ) theEObject ; T result = caseIfcWindowLiningProperties ( ifcWindowLiningProperties ) ; if ( result == null ) result = caseIfcPreDefinedPropertySet ( ifcWindowLiningProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcWindowLiningProperties ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcWindowLiningProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcWindowLiningProperties ) ; if ( result == null ) result = caseIfcRoot ( ifcWindowLiningProperties ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWindowLiningProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WINDOW_PANEL_PROPERTIES : { IfcWindowPanelProperties ifcWindowPanelProperties = ( IfcWindowPanelProperties ) theEObject ; T result = caseIfcWindowPanelProperties ( ifcWindowPanelProperties ) ; if ( result == null ) result = caseIfcPreDefinedPropertySet ( ifcWindowPanelProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinition ( ifcWindowPanelProperties ) ; if ( result == null ) result = caseIfcPropertyDefinition ( ifcWindowPanelProperties ) ; if ( result == null ) result = caseIfcPropertySetDefinitionSelect ( ifcWindowPanelProperties ) ; if ( result == null ) result = caseIfcRoot ( ifcWindowPanelProperties ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWindowPanelProperties ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WINDOW_STANDARD_CASE : { IfcWindowStandardCase ifcWindowStandardCase = ( IfcWindowStandardCase ) theEObject ; T result = caseIfcWindowStandardCase ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcWindow ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcBuildingElement ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcElement ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcProduct ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcStructuralActivityAssignmentSelect ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcObject ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcRoot ( ifcWindowStandardCase ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWindowStandardCase ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WINDOW_STYLE : { IfcWindowStyle ifcWindowStyle = ( IfcWindowStyle ) theEObject ; T result = caseIfcWindowStyle ( ifcWindowStyle ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcWindowStyle ) ; if ( result == null ) result = caseIfcTypeObject ( ifcWindowStyle ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWindowStyle ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWindowStyle ) ; if ( result == null ) result = caseIfcRoot ( ifcWindowStyle ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWindowStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WINDOW_TYPE : { IfcWindowType ifcWindowType = ( IfcWindowType ) theEObject ; T result = caseIfcWindowType ( ifcWindowType ) ; if ( result == null ) result = caseIfcBuildingElementType ( ifcWindowType ) ; if ( result == null ) result = caseIfcElementType ( ifcWindowType ) ; if ( result == null ) result = caseIfcTypeProduct ( ifcWindowType ) ; if ( result == null ) result = caseIfcTypeObject ( ifcWindowType ) ; if ( result == null ) result = caseIfcProductSelect ( ifcWindowType ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWindowType ) ; if ( result == null ) result = caseIfcRoot ( ifcWindowType ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWindowType ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WORK_CALENDAR : { IfcWorkCalendar ifcWorkCalendar = ( IfcWorkCalendar ) theEObject ; T result = caseIfcWorkCalendar ( ifcWorkCalendar ) ; if ( result == null ) result = caseIfcControl ( ifcWorkCalendar ) ; if ( result == null ) result = caseIfcObject ( ifcWorkCalendar ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWorkCalendar ) ; if ( result == null ) result = caseIfcRoot ( ifcWorkCalendar ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWorkCalendar ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WORK_CONTROL : { IfcWorkControl ifcWorkControl = ( IfcWorkControl ) theEObject ; T result = caseIfcWorkControl ( ifcWorkControl ) ; if ( result == null ) result = caseIfcControl ( ifcWorkControl ) ; if ( result == null ) result = caseIfcObject ( ifcWorkControl ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWorkControl ) ; if ( result == null ) result = caseIfcRoot ( ifcWorkControl ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWorkControl ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WORK_PLAN : { IfcWorkPlan ifcWorkPlan = ( IfcWorkPlan ) theEObject ; T result = caseIfcWorkPlan ( ifcWorkPlan ) ; if ( result == null ) result = caseIfcWorkControl ( ifcWorkPlan ) ; if ( result == null ) result = caseIfcControl ( ifcWorkPlan ) ; if ( result == null ) result = caseIfcObject ( ifcWorkPlan ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWorkPlan ) ; if ( result == null ) result = caseIfcRoot ( ifcWorkPlan ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWorkPlan ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WORK_SCHEDULE : { IfcWorkSchedule ifcWorkSchedule = ( IfcWorkSchedule ) theEObject ; T result = caseIfcWorkSchedule ( ifcWorkSchedule ) ; if ( result == null ) result = caseIfcWorkControl ( ifcWorkSchedule ) ; if ( result == null ) result = caseIfcControl ( ifcWorkSchedule ) ; if ( result == null ) result = caseIfcObject ( ifcWorkSchedule ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcWorkSchedule ) ; if ( result == null ) result = caseIfcRoot ( ifcWorkSchedule ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcWorkSchedule ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WORK_TIME : { IfcWorkTime ifcWorkTime = ( IfcWorkTime ) theEObject ; T result = caseIfcWorkTime ( ifcWorkTime ) ; if ( result == null ) result = caseIfcSchedulingTime ( ifcWorkTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ZSHAPE_PROFILE_DEF : { IfcZShapeProfileDef ifcZShapeProfileDef = ( IfcZShapeProfileDef ) theEObject ; T result = caseIfcZShapeProfileDef ( ifcZShapeProfileDef ) ; if ( result == null ) result = caseIfcParameterizedProfileDef ( ifcZShapeProfileDef ) ; if ( result == null ) result = caseIfcProfileDef ( ifcZShapeProfileDef ) ; if ( result == null ) result = caseIfcResourceObjectSelect ( ifcZShapeProfileDef ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ZONE : { IfcZone ifcZone = ( IfcZone ) theEObject ; T result = caseIfcZone ( ifcZone ) ; if ( result == null ) result = caseIfcSystem ( ifcZone ) ; if ( result == null ) result = caseIfcGroup ( ifcZone ) ; if ( result == null ) result = caseIfcObject ( ifcZone ) ; if ( result == null ) result = caseIfcObjectDefinition ( ifcZone ) ; if ( result == null ) result = caseIfcRoot ( ifcZone ) ; if ( result == null ) result = caseIfcDefinitionSelect ( ifcZone ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRIPPED_OPTIONAL : { IfcStrippedOptional ifcStrippedOptional = ( IfcStrippedOptional ) theEObject ; T result = caseIfcStrippedOptional ( ifcStrippedOptional ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ABSORBED_DOSE_MEASURE : { IfcAbsorbedDoseMeasure ifcAbsorbedDoseMeasure = ( IfcAbsorbedDoseMeasure ) theEObject ; T result = caseIfcAbsorbedDoseMeasure ( ifcAbsorbedDoseMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcAbsorbedDoseMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcAbsorbedDoseMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcAbsorbedDoseMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcAbsorbedDoseMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ACCELERATION_MEASURE : { IfcAccelerationMeasure ifcAccelerationMeasure = ( IfcAccelerationMeasure ) theEObject ; T result = caseIfcAccelerationMeasure ( ifcAccelerationMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcAccelerationMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcAccelerationMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcAccelerationMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcAccelerationMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_AMOUNT_OF_SUBSTANCE_MEASURE : { IfcAmountOfSubstanceMeasure ifcAmountOfSubstanceMeasure = ( IfcAmountOfSubstanceMeasure ) theEObject ; T result = caseIfcAmountOfSubstanceMeasure ( ifcAmountOfSubstanceMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcAmountOfSubstanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcAmountOfSubstanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcAmountOfSubstanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcAmountOfSubstanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ANGULAR_VELOCITY_MEASURE : { IfcAngularVelocityMeasure ifcAngularVelocityMeasure = ( IfcAngularVelocityMeasure ) theEObject ; T result = caseIfcAngularVelocityMeasure ( ifcAngularVelocityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcAngularVelocityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcAngularVelocityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcAngularVelocityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcAngularVelocityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_AREA_DENSITY_MEASURE : { IfcAreaDensityMeasure ifcAreaDensityMeasure = ( IfcAreaDensityMeasure ) theEObject ; T result = caseIfcAreaDensityMeasure ( ifcAreaDensityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcAreaDensityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcAreaDensityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcAreaDensityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcAreaDensityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_AREA_MEASURE : { IfcAreaMeasure ifcAreaMeasure = ( IfcAreaMeasure ) theEObject ; T result = caseIfcAreaMeasure ( ifcAreaMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcAreaMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcAreaMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcAreaMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcAreaMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_BINARY : { IfcBinary ifcBinary = ( IfcBinary ) theEObject ; T result = caseIfcBinary ( ifcBinary ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_BOOLEAN : { IfcBoolean ifcBoolean = ( IfcBoolean ) theEObject ; T result = caseIfcBoolean ( ifcBoolean ) ; if ( result == null ) result = caseIfcModulusOfRotationalSubgradeReactionSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcModulusOfSubgradeReactionSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcModulusOfTranslationalSubgradeReactionSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcRotationalStiffnessSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcBoolean ) ; if ( result == null ) result = caseIfcTranslationalStiffnessSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcWarpingStiffnessSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcValue ( ifcBoolean ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcBoolean ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcBoolean ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CARDINAL_POINT_REFERENCE : { IfcCardinalPointReference ifcCardinalPointReference = ( IfcCardinalPointReference ) theEObject ; T result = caseIfcCardinalPointReference ( ifcCardinalPointReference ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CONTEXT_DEPENDENT_MEASURE : { IfcContextDependentMeasure ifcContextDependentMeasure = ( IfcContextDependentMeasure ) theEObject ; T result = caseIfcContextDependentMeasure ( ifcContextDependentMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcContextDependentMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcContextDependentMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcContextDependentMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcContextDependentMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_COUNT_MEASURE : { IfcCountMeasure ifcCountMeasure = ( IfcCountMeasure ) theEObject ; T result = caseIfcCountMeasure ( ifcCountMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcCountMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcCountMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcCountMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcCountMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CURVATURE_MEASURE : { IfcCurvatureMeasure ifcCurvatureMeasure = ( IfcCurvatureMeasure ) theEObject ; T result = caseIfcCurvatureMeasure ( ifcCurvatureMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcCurvatureMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcCurvatureMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcCurvatureMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcCurvatureMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DATE : { IfcDate ifcDate = ( IfcDate ) theEObject ; T result = caseIfcDate ( ifcDate ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcDate ) ; if ( result == null ) result = caseIfcValue ( ifcDate ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDate ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDate ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DATE_TIME : { IfcDateTime ifcDateTime = ( IfcDateTime ) theEObject ; T result = caseIfcDateTime ( ifcDateTime ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcDateTime ) ; if ( result == null ) result = caseIfcValue ( ifcDateTime ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDateTime ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDateTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DAY_IN_MONTH_NUMBER : { IfcDayInMonthNumber ifcDayInMonthNumber = ( IfcDayInMonthNumber ) theEObject ; T result = caseIfcDayInMonthNumber ( ifcDayInMonthNumber ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DAY_IN_WEEK_NUMBER : { IfcDayInWeekNumber ifcDayInWeekNumber = ( IfcDayInWeekNumber ) theEObject ; T result = caseIfcDayInWeekNumber ( ifcDayInWeekNumber ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DESCRIPTIVE_MEASURE : { IfcDescriptiveMeasure ifcDescriptiveMeasure = ( IfcDescriptiveMeasure ) theEObject ; T result = caseIfcDescriptiveMeasure ( ifcDescriptiveMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcDescriptiveMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcDescriptiveMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcDescriptiveMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDescriptiveMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDescriptiveMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DIMENSION_COUNT : { IfcDimensionCount ifcDimensionCount = ( IfcDimensionCount ) theEObject ; T result = caseIfcDimensionCount ( ifcDimensionCount ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DOSE_EQUIVALENT_MEASURE : { IfcDoseEquivalentMeasure ifcDoseEquivalentMeasure = ( IfcDoseEquivalentMeasure ) theEObject ; T result = caseIfcDoseEquivalentMeasure ( ifcDoseEquivalentMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcDoseEquivalentMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcDoseEquivalentMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDoseEquivalentMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDoseEquivalentMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DURATION : { IfcDuration ifcDuration = ( IfcDuration ) theEObject ; T result = caseIfcDuration ( ifcDuration ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcDuration ) ; if ( result == null ) result = caseIfcTimeOrRatioSelect ( ifcDuration ) ; if ( result == null ) result = caseIfcValue ( ifcDuration ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDuration ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDuration ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DYNAMIC_VISCOSITY_MEASURE : { IfcDynamicViscosityMeasure ifcDynamicViscosityMeasure = ( IfcDynamicViscosityMeasure ) theEObject ; T result = caseIfcDynamicViscosityMeasure ( ifcDynamicViscosityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcDynamicViscosityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcDynamicViscosityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDynamicViscosityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDynamicViscosityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ELECTRIC_CAPACITANCE_MEASURE : { IfcElectricCapacitanceMeasure ifcElectricCapacitanceMeasure = ( IfcElectricCapacitanceMeasure ) theEObject ; T result = caseIfcElectricCapacitanceMeasure ( ifcElectricCapacitanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcElectricCapacitanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcElectricCapacitanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcElectricCapacitanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcElectricCapacitanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ELECTRIC_CHARGE_MEASURE : { IfcElectricChargeMeasure ifcElectricChargeMeasure = ( IfcElectricChargeMeasure ) theEObject ; T result = caseIfcElectricChargeMeasure ( ifcElectricChargeMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcElectricChargeMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcElectricChargeMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcElectricChargeMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcElectricChargeMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ELECTRIC_CONDUCTANCE_MEASURE : { IfcElectricConductanceMeasure ifcElectricConductanceMeasure = ( IfcElectricConductanceMeasure ) theEObject ; T result = caseIfcElectricConductanceMeasure ( ifcElectricConductanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcElectricConductanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcElectricConductanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcElectricConductanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcElectricConductanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ELECTRIC_CURRENT_MEASURE : { IfcElectricCurrentMeasure ifcElectricCurrentMeasure = ( IfcElectricCurrentMeasure ) theEObject ; T result = caseIfcElectricCurrentMeasure ( ifcElectricCurrentMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcElectricCurrentMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcElectricCurrentMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcElectricCurrentMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcElectricCurrentMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ELECTRIC_RESISTANCE_MEASURE : { IfcElectricResistanceMeasure ifcElectricResistanceMeasure = ( IfcElectricResistanceMeasure ) theEObject ; T result = caseIfcElectricResistanceMeasure ( ifcElectricResistanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcElectricResistanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcElectricResistanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcElectricResistanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcElectricResistanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ELECTRIC_VOLTAGE_MEASURE : { IfcElectricVoltageMeasure ifcElectricVoltageMeasure = ( IfcElectricVoltageMeasure ) theEObject ; T result = caseIfcElectricVoltageMeasure ( ifcElectricVoltageMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcElectricVoltageMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcElectricVoltageMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcElectricVoltageMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcElectricVoltageMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ENERGY_MEASURE : { IfcEnergyMeasure ifcEnergyMeasure = ( IfcEnergyMeasure ) theEObject ; T result = caseIfcEnergyMeasure ( ifcEnergyMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcEnergyMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcEnergyMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcEnergyMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcEnergyMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_FONT_STYLE : { IfcFontStyle ifcFontStyle = ( IfcFontStyle ) theEObject ; T result = caseIfcFontStyle ( ifcFontStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_FONT_VARIANT : { IfcFontVariant ifcFontVariant = ( IfcFontVariant ) theEObject ; T result = caseIfcFontVariant ( ifcFontVariant ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_FONT_WEIGHT : { IfcFontWeight ifcFontWeight = ( IfcFontWeight ) theEObject ; T result = caseIfcFontWeight ( ifcFontWeight ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_FORCE_MEASURE : { IfcForceMeasure ifcForceMeasure = ( IfcForceMeasure ) theEObject ; T result = caseIfcForceMeasure ( ifcForceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcForceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcForceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcForceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcForceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_FREQUENCY_MEASURE : { IfcFrequencyMeasure ifcFrequencyMeasure = ( IfcFrequencyMeasure ) theEObject ; T result = caseIfcFrequencyMeasure ( ifcFrequencyMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcFrequencyMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcFrequencyMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcFrequencyMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcFrequencyMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_GLOBALLY_UNIQUE_ID : { IfcGloballyUniqueId ifcGloballyUniqueId = ( IfcGloballyUniqueId ) theEObject ; T result = caseIfcGloballyUniqueId ( ifcGloballyUniqueId ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_HEAT_FLUX_DENSITY_MEASURE : { IfcHeatFluxDensityMeasure ifcHeatFluxDensityMeasure = ( IfcHeatFluxDensityMeasure ) theEObject ; T result = caseIfcHeatFluxDensityMeasure ( ifcHeatFluxDensityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcHeatFluxDensityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcHeatFluxDensityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcHeatFluxDensityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcHeatFluxDensityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_HEATING_VALUE_MEASURE : { IfcHeatingValueMeasure ifcHeatingValueMeasure = ( IfcHeatingValueMeasure ) theEObject ; T result = caseIfcHeatingValueMeasure ( ifcHeatingValueMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcHeatingValueMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcHeatingValueMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcHeatingValueMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcHeatingValueMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_IDENTIFIER : { IfcIdentifier ifcIdentifier = ( IfcIdentifier ) theEObject ; T result = caseIfcIdentifier ( ifcIdentifier ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcIdentifier ) ; if ( result == null ) result = caseIfcValue ( ifcIdentifier ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcIdentifier ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcIdentifier ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ILLUMINANCE_MEASURE : { IfcIlluminanceMeasure ifcIlluminanceMeasure = ( IfcIlluminanceMeasure ) theEObject ; T result = caseIfcIlluminanceMeasure ( ifcIlluminanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcIlluminanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcIlluminanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcIlluminanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcIlluminanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_INDUCTANCE_MEASURE : { IfcInductanceMeasure ifcInductanceMeasure = ( IfcInductanceMeasure ) theEObject ; T result = caseIfcInductanceMeasure ( ifcInductanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcInductanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcInductanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcInductanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcInductanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_INTEGER : { IfcInteger ifcInteger = ( IfcInteger ) theEObject ; T result = caseIfcInteger ( ifcInteger ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcInteger ) ; if ( result == null ) result = caseIfcValue ( ifcInteger ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcInteger ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcInteger ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_INTEGER_COUNT_RATE_MEASURE : { IfcIntegerCountRateMeasure ifcIntegerCountRateMeasure = ( IfcIntegerCountRateMeasure ) theEObject ; T result = caseIfcIntegerCountRateMeasure ( ifcIntegerCountRateMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcIntegerCountRateMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcIntegerCountRateMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcIntegerCountRateMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcIntegerCountRateMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ION_CONCENTRATION_MEASURE : { IfcIonConcentrationMeasure ifcIonConcentrationMeasure = ( IfcIonConcentrationMeasure ) theEObject ; T result = caseIfcIonConcentrationMeasure ( ifcIonConcentrationMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcIonConcentrationMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcIonConcentrationMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcIonConcentrationMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcIonConcentrationMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ISOTHERMAL_MOISTURE_CAPACITY_MEASURE : { IfcIsothermalMoistureCapacityMeasure ifcIsothermalMoistureCapacityMeasure = ( IfcIsothermalMoistureCapacityMeasure ) theEObject ; T result = caseIfcIsothermalMoistureCapacityMeasure ( ifcIsothermalMoistureCapacityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcIsothermalMoistureCapacityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcIsothermalMoistureCapacityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcIsothermalMoistureCapacityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcIsothermalMoistureCapacityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_KINEMATIC_VISCOSITY_MEASURE : { IfcKinematicViscosityMeasure ifcKinematicViscosityMeasure = ( IfcKinematicViscosityMeasure ) theEObject ; T result = caseIfcKinematicViscosityMeasure ( ifcKinematicViscosityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcKinematicViscosityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcKinematicViscosityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcKinematicViscosityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcKinematicViscosityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LABEL : { IfcLabel ifcLabel = ( IfcLabel ) theEObject ; T result = caseIfcLabel ( ifcLabel ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcLabel ) ; if ( result == null ) result = caseIfcValue ( ifcLabel ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLabel ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLabel ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LENGTH_MEASURE : { IfcLengthMeasure ifcLengthMeasure = ( IfcLengthMeasure ) theEObject ; T result = caseIfcLengthMeasure ( ifcLengthMeasure ) ; if ( result == null ) result = caseIfcBendingParameterSelect ( ifcLengthMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcLengthMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcLengthMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLengthMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLengthMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLengthMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LINEAR_FORCE_MEASURE : { IfcLinearForceMeasure ifcLinearForceMeasure = ( IfcLinearForceMeasure ) theEObject ; T result = caseIfcLinearForceMeasure ( ifcLinearForceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcLinearForceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLinearForceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLinearForceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLinearForceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LINEAR_MOMENT_MEASURE : { IfcLinearMomentMeasure ifcLinearMomentMeasure = ( IfcLinearMomentMeasure ) theEObject ; T result = caseIfcLinearMomentMeasure ( ifcLinearMomentMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcLinearMomentMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLinearMomentMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLinearMomentMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLinearMomentMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LINEAR_STIFFNESS_MEASURE : { IfcLinearStiffnessMeasure ifcLinearStiffnessMeasure = ( IfcLinearStiffnessMeasure ) theEObject ; T result = caseIfcLinearStiffnessMeasure ( ifcLinearStiffnessMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcLinearStiffnessMeasure ) ; if ( result == null ) result = caseIfcTranslationalStiffnessSelect ( ifcLinearStiffnessMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLinearStiffnessMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLinearStiffnessMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLinearStiffnessMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LINEAR_VELOCITY_MEASURE : { IfcLinearVelocityMeasure ifcLinearVelocityMeasure = ( IfcLinearVelocityMeasure ) theEObject ; T result = caseIfcLinearVelocityMeasure ( ifcLinearVelocityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcLinearVelocityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLinearVelocityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLinearVelocityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLinearVelocityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LOGICAL : { IfcLogical ifcLogical = ( IfcLogical ) theEObject ; T result = caseIfcLogical ( ifcLogical ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcLogical ) ; if ( result == null ) result = caseIfcValue ( ifcLogical ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLogical ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLogical ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LUMINOUS_FLUX_MEASURE : { IfcLuminousFluxMeasure ifcLuminousFluxMeasure = ( IfcLuminousFluxMeasure ) theEObject ; T result = caseIfcLuminousFluxMeasure ( ifcLuminousFluxMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcLuminousFluxMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLuminousFluxMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLuminousFluxMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLuminousFluxMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LUMINOUS_INTENSITY_DISTRIBUTION_MEASURE : { IfcLuminousIntensityDistributionMeasure ifcLuminousIntensityDistributionMeasure = ( IfcLuminousIntensityDistributionMeasure ) theEObject ; T result = caseIfcLuminousIntensityDistributionMeasure ( ifcLuminousIntensityDistributionMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcLuminousIntensityDistributionMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLuminousIntensityDistributionMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLuminousIntensityDistributionMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLuminousIntensityDistributionMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LUMINOUS_INTENSITY_MEASURE : { IfcLuminousIntensityMeasure ifcLuminousIntensityMeasure = ( IfcLuminousIntensityMeasure ) theEObject ; T result = caseIfcLuminousIntensityMeasure ( ifcLuminousIntensityMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcLuminousIntensityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcLuminousIntensityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLuminousIntensityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLuminousIntensityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MAGNETIC_FLUX_DENSITY_MEASURE : { IfcMagneticFluxDensityMeasure ifcMagneticFluxDensityMeasure = ( IfcMagneticFluxDensityMeasure ) theEObject ; T result = caseIfcMagneticFluxDensityMeasure ( ifcMagneticFluxDensityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMagneticFluxDensityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMagneticFluxDensityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMagneticFluxDensityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMagneticFluxDensityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MAGNETIC_FLUX_MEASURE : { IfcMagneticFluxMeasure ifcMagneticFluxMeasure = ( IfcMagneticFluxMeasure ) theEObject ; T result = caseIfcMagneticFluxMeasure ( ifcMagneticFluxMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMagneticFluxMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMagneticFluxMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMagneticFluxMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMagneticFluxMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MASS_DENSITY_MEASURE : { IfcMassDensityMeasure ifcMassDensityMeasure = ( IfcMassDensityMeasure ) theEObject ; T result = caseIfcMassDensityMeasure ( ifcMassDensityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMassDensityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMassDensityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMassDensityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMassDensityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MASS_FLOW_RATE_MEASURE : { IfcMassFlowRateMeasure ifcMassFlowRateMeasure = ( IfcMassFlowRateMeasure ) theEObject ; T result = caseIfcMassFlowRateMeasure ( ifcMassFlowRateMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMassFlowRateMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMassFlowRateMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMassFlowRateMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMassFlowRateMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MASS_MEASURE : { IfcMassMeasure ifcMassMeasure = ( IfcMassMeasure ) theEObject ; T result = caseIfcMassMeasure ( ifcMassMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcMassMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMassMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMassMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMassMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MASS_PER_LENGTH_MEASURE : { IfcMassPerLengthMeasure ifcMassPerLengthMeasure = ( IfcMassPerLengthMeasure ) theEObject ; T result = caseIfcMassPerLengthMeasure ( ifcMassPerLengthMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMassPerLengthMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMassPerLengthMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMassPerLengthMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMassPerLengthMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_ELASTICITY_MEASURE : { IfcModulusOfElasticityMeasure ifcModulusOfElasticityMeasure = ( IfcModulusOfElasticityMeasure ) theEObject ; T result = caseIfcModulusOfElasticityMeasure ( ifcModulusOfElasticityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcModulusOfElasticityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcModulusOfElasticityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcModulusOfElasticityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcModulusOfElasticityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_LINEAR_SUBGRADE_REACTION_MEASURE : { IfcModulusOfLinearSubgradeReactionMeasure ifcModulusOfLinearSubgradeReactionMeasure = ( IfcModulusOfLinearSubgradeReactionMeasure ) theEObject ; T result = caseIfcModulusOfLinearSubgradeReactionMeasure ( ifcModulusOfLinearSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcModulusOfLinearSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcModulusOfTranslationalSubgradeReactionSelect ( ifcModulusOfLinearSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcModulusOfLinearSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcModulusOfLinearSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcModulusOfLinearSubgradeReactionMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_ROTATIONAL_SUBGRADE_REACTION_MEASURE : { IfcModulusOfRotationalSubgradeReactionMeasure ifcModulusOfRotationalSubgradeReactionMeasure = ( IfcModulusOfRotationalSubgradeReactionMeasure ) theEObject ; T result = caseIfcModulusOfRotationalSubgradeReactionMeasure ( ifcModulusOfRotationalSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcModulusOfRotationalSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcModulusOfRotationalSubgradeReactionSelect ( ifcModulusOfRotationalSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcModulusOfRotationalSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcModulusOfRotationalSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcModulusOfRotationalSubgradeReactionMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_SUBGRADE_REACTION_MEASURE : { IfcModulusOfSubgradeReactionMeasure ifcModulusOfSubgradeReactionMeasure = ( IfcModulusOfSubgradeReactionMeasure ) theEObject ; T result = caseIfcModulusOfSubgradeReactionMeasure ( ifcModulusOfSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcModulusOfSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcModulusOfSubgradeReactionSelect ( ifcModulusOfSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcModulusOfSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcModulusOfSubgradeReactionMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcModulusOfSubgradeReactionMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MOISTURE_DIFFUSIVITY_MEASURE : { IfcMoistureDiffusivityMeasure ifcMoistureDiffusivityMeasure = ( IfcMoistureDiffusivityMeasure ) theEObject ; T result = caseIfcMoistureDiffusivityMeasure ( ifcMoistureDiffusivityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMoistureDiffusivityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMoistureDiffusivityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMoistureDiffusivityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMoistureDiffusivityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MOLECULAR_WEIGHT_MEASURE : { IfcMolecularWeightMeasure ifcMolecularWeightMeasure = ( IfcMolecularWeightMeasure ) theEObject ; T result = caseIfcMolecularWeightMeasure ( ifcMolecularWeightMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMolecularWeightMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMolecularWeightMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMolecularWeightMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMolecularWeightMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MOMENT_OF_INERTIA_MEASURE : { IfcMomentOfInertiaMeasure ifcMomentOfInertiaMeasure = ( IfcMomentOfInertiaMeasure ) theEObject ; T result = caseIfcMomentOfInertiaMeasure ( ifcMomentOfInertiaMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMomentOfInertiaMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMomentOfInertiaMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMomentOfInertiaMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMomentOfInertiaMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MONETARY_MEASURE : { IfcMonetaryMeasure ifcMonetaryMeasure = ( IfcMonetaryMeasure ) theEObject ; T result = caseIfcMonetaryMeasure ( ifcMonetaryMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcMonetaryMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcMonetaryMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMonetaryMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMonetaryMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MONTH_IN_YEAR_NUMBER : { IfcMonthInYearNumber ifcMonthInYearNumber = ( IfcMonthInYearNumber ) theEObject ; T result = caseIfcMonthInYearNumber ( ifcMonthInYearNumber ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_NUMERIC_MEASURE : { IfcNumericMeasure ifcNumericMeasure = ( IfcNumericMeasure ) theEObject ; T result = caseIfcNumericMeasure ( ifcNumericMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcNumericMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcNumericMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcNumericMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcNumericMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PH_MEASURE : { IfcPHMeasure ifcPHMeasure = ( IfcPHMeasure ) theEObject ; T result = caseIfcPHMeasure ( ifcPHMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcPHMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPHMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPHMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPHMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PARAMETER_VALUE : { IfcParameterValue ifcParameterValue = ( IfcParameterValue ) theEObject ; T result = caseIfcParameterValue ( ifcParameterValue ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcParameterValue ) ; if ( result == null ) result = caseIfcTrimmingSelect ( ifcParameterValue ) ; if ( result == null ) result = caseIfcValue ( ifcParameterValue ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcParameterValue ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcParameterValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLANAR_FORCE_MEASURE : { IfcPlanarForceMeasure ifcPlanarForceMeasure = ( IfcPlanarForceMeasure ) theEObject ; T result = caseIfcPlanarForceMeasure ( ifcPlanarForceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcPlanarForceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPlanarForceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPlanarForceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPlanarForceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PLANE_ANGLE_MEASURE : { IfcPlaneAngleMeasure ifcPlaneAngleMeasure = ( IfcPlaneAngleMeasure ) theEObject ; T result = caseIfcPlaneAngleMeasure ( ifcPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcBendingParameterSelect ( ifcPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPlaneAngleMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POWER_MEASURE : { IfcPowerMeasure ifcPowerMeasure = ( IfcPowerMeasure ) theEObject ; T result = caseIfcPowerMeasure ( ifcPowerMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcPowerMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPowerMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPowerMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPowerMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTABLE_TEXT : { IfcPresentableText ifcPresentableText = ( IfcPresentableText ) theEObject ; T result = caseIfcPresentableText ( ifcPresentableText ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESSURE_MEASURE : { IfcPressureMeasure ifcPressureMeasure = ( IfcPressureMeasure ) theEObject ; T result = caseIfcPressureMeasure ( ifcPressureMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcPressureMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPressureMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPressureMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPressureMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RADIO_ACTIVITY_MEASURE : { IfcRadioActivityMeasure ifcRadioActivityMeasure = ( IfcRadioActivityMeasure ) theEObject ; T result = caseIfcRadioActivityMeasure ( ifcRadioActivityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcRadioActivityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcRadioActivityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcRadioActivityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcRadioActivityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RATIO_MEASURE : { IfcRatioMeasure ifcRatioMeasure = ( IfcRatioMeasure ) theEObject ; T result = caseIfcRatioMeasure ( ifcRatioMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcRatioMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcRatioMeasure ) ; if ( result == null ) result = caseIfcTimeOrRatioSelect ( ifcRatioMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcRatioMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcRatioMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcRatioMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_REAL : { IfcReal ifcReal = ( IfcReal ) theEObject ; T result = caseIfcReal ( ifcReal ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcReal ) ; if ( result == null ) result = caseIfcValue ( ifcReal ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcReal ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcReal ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROTATIONAL_FREQUENCY_MEASURE : { IfcRotationalFrequencyMeasure ifcRotationalFrequencyMeasure = ( IfcRotationalFrequencyMeasure ) theEObject ; T result = caseIfcRotationalFrequencyMeasure ( ifcRotationalFrequencyMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcRotationalFrequencyMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcRotationalFrequencyMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcRotationalFrequencyMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcRotationalFrequencyMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROTATIONAL_MASS_MEASURE : { IfcRotationalMassMeasure ifcRotationalMassMeasure = ( IfcRotationalMassMeasure ) theEObject ; T result = caseIfcRotationalMassMeasure ( ifcRotationalMassMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcRotationalMassMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcRotationalMassMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcRotationalMassMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcRotationalMassMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROTATIONAL_STIFFNESS_MEASURE : { IfcRotationalStiffnessMeasure ifcRotationalStiffnessMeasure = ( IfcRotationalStiffnessMeasure ) theEObject ; T result = caseIfcRotationalStiffnessMeasure ( ifcRotationalStiffnessMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcRotationalStiffnessMeasure ) ; if ( result == null ) result = caseIfcRotationalStiffnessSelect ( ifcRotationalStiffnessMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcRotationalStiffnessMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcRotationalStiffnessMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcRotationalStiffnessMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SECTION_MODULUS_MEASURE : { IfcSectionModulusMeasure ifcSectionModulusMeasure = ( IfcSectionModulusMeasure ) theEObject ; T result = caseIfcSectionModulusMeasure ( ifcSectionModulusMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSectionModulusMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSectionModulusMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSectionModulusMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSectionModulusMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SECTIONAL_AREA_INTEGRAL_MEASURE : { IfcSectionalAreaIntegralMeasure ifcSectionalAreaIntegralMeasure = ( IfcSectionalAreaIntegralMeasure ) theEObject ; T result = caseIfcSectionalAreaIntegralMeasure ( ifcSectionalAreaIntegralMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSectionalAreaIntegralMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSectionalAreaIntegralMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSectionalAreaIntegralMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSectionalAreaIntegralMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHEAR_MODULUS_MEASURE : { IfcShearModulusMeasure ifcShearModulusMeasure = ( IfcShearModulusMeasure ) theEObject ; T result = caseIfcShearModulusMeasure ( ifcShearModulusMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcShearModulusMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcShearModulusMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcShearModulusMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcShearModulusMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOLID_ANGLE_MEASURE : { IfcSolidAngleMeasure ifcSolidAngleMeasure = ( IfcSolidAngleMeasure ) theEObject ; T result = caseIfcSolidAngleMeasure ( ifcSolidAngleMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcSolidAngleMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSolidAngleMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSolidAngleMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSolidAngleMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOUND_POWER_LEVEL_MEASURE : { IfcSoundPowerLevelMeasure ifcSoundPowerLevelMeasure = ( IfcSoundPowerLevelMeasure ) theEObject ; T result = caseIfcSoundPowerLevelMeasure ( ifcSoundPowerLevelMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSoundPowerLevelMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSoundPowerLevelMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSoundPowerLevelMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSoundPowerLevelMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOUND_POWER_MEASURE : { IfcSoundPowerMeasure ifcSoundPowerMeasure = ( IfcSoundPowerMeasure ) theEObject ; T result = caseIfcSoundPowerMeasure ( ifcSoundPowerMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSoundPowerMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSoundPowerMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSoundPowerMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSoundPowerMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOUND_PRESSURE_LEVEL_MEASURE : { IfcSoundPressureLevelMeasure ifcSoundPressureLevelMeasure = ( IfcSoundPressureLevelMeasure ) theEObject ; T result = caseIfcSoundPressureLevelMeasure ( ifcSoundPressureLevelMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSoundPressureLevelMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSoundPressureLevelMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSoundPressureLevelMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSoundPressureLevelMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOUND_PRESSURE_MEASURE : { IfcSoundPressureMeasure ifcSoundPressureMeasure = ( IfcSoundPressureMeasure ) theEObject ; T result = caseIfcSoundPressureMeasure ( ifcSoundPressureMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSoundPressureMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSoundPressureMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSoundPressureMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSoundPressureMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPECIFIC_HEAT_CAPACITY_MEASURE : { IfcSpecificHeatCapacityMeasure ifcSpecificHeatCapacityMeasure = ( IfcSpecificHeatCapacityMeasure ) theEObject ; T result = caseIfcSpecificHeatCapacityMeasure ( ifcSpecificHeatCapacityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcSpecificHeatCapacityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcSpecificHeatCapacityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSpecificHeatCapacityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSpecificHeatCapacityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPECULAR_EXPONENT : { IfcSpecularExponent ifcSpecularExponent = ( IfcSpecularExponent ) theEObject ; T result = caseIfcSpecularExponent ( ifcSpecularExponent ) ; if ( result == null ) result = caseIfcSpecularHighlightSelect ( ifcSpecularExponent ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPECULAR_ROUGHNESS : { IfcSpecularRoughness ifcSpecularRoughness = ( IfcSpecularRoughness ) theEObject ; T result = caseIfcSpecularRoughness ( ifcSpecularRoughness ) ; if ( result == null ) result = caseIfcSpecularHighlightSelect ( ifcSpecularRoughness ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEMPERATURE_GRADIENT_MEASURE : { IfcTemperatureGradientMeasure ifcTemperatureGradientMeasure = ( IfcTemperatureGradientMeasure ) theEObject ; T result = caseIfcTemperatureGradientMeasure ( ifcTemperatureGradientMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcTemperatureGradientMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcTemperatureGradientMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcTemperatureGradientMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTemperatureGradientMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEMPERATURE_RATE_OF_CHANGE_MEASURE : { IfcTemperatureRateOfChangeMeasure ifcTemperatureRateOfChangeMeasure = ( IfcTemperatureRateOfChangeMeasure ) theEObject ; T result = caseIfcTemperatureRateOfChangeMeasure ( ifcTemperatureRateOfChangeMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcTemperatureRateOfChangeMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcTemperatureRateOfChangeMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcTemperatureRateOfChangeMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTemperatureRateOfChangeMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT : { IfcText ifcText = ( IfcText ) theEObject ; T result = caseIfcText ( ifcText ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcText ) ; if ( result == null ) result = caseIfcValue ( ifcText ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcText ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcText ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_ALIGNMENT : { IfcTextAlignment ifcTextAlignment = ( IfcTextAlignment ) theEObject ; T result = caseIfcTextAlignment ( ifcTextAlignment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_DECORATION : { IfcTextDecoration ifcTextDecoration = ( IfcTextDecoration ) theEObject ; T result = caseIfcTextDecoration ( ifcTextDecoration ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_FONT_NAME : { IfcTextFontName ifcTextFontName = ( IfcTextFontName ) theEObject ; T result = caseIfcTextFontName ( ifcTextFontName ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_TRANSFORMATION : { IfcTextTransformation ifcTextTransformation = ( IfcTextTransformation ) theEObject ; T result = caseIfcTextTransformation ( ifcTextTransformation ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_THERMAL_ADMITTANCE_MEASURE : { IfcThermalAdmittanceMeasure ifcThermalAdmittanceMeasure = ( IfcThermalAdmittanceMeasure ) theEObject ; T result = caseIfcThermalAdmittanceMeasure ( ifcThermalAdmittanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcThermalAdmittanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcThermalAdmittanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcThermalAdmittanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcThermalAdmittanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_THERMAL_CONDUCTIVITY_MEASURE : { IfcThermalConductivityMeasure ifcThermalConductivityMeasure = ( IfcThermalConductivityMeasure ) theEObject ; T result = caseIfcThermalConductivityMeasure ( ifcThermalConductivityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcThermalConductivityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcThermalConductivityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcThermalConductivityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcThermalConductivityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_THERMAL_EXPANSION_COEFFICIENT_MEASURE : { IfcThermalExpansionCoefficientMeasure ifcThermalExpansionCoefficientMeasure = ( IfcThermalExpansionCoefficientMeasure ) theEObject ; T result = caseIfcThermalExpansionCoefficientMeasure ( ifcThermalExpansionCoefficientMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcThermalExpansionCoefficientMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcThermalExpansionCoefficientMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcThermalExpansionCoefficientMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcThermalExpansionCoefficientMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_THERMAL_RESISTANCE_MEASURE : { IfcThermalResistanceMeasure ifcThermalResistanceMeasure = ( IfcThermalResistanceMeasure ) theEObject ; T result = caseIfcThermalResistanceMeasure ( ifcThermalResistanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcThermalResistanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcThermalResistanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcThermalResistanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcThermalResistanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_THERMAL_TRANSMITTANCE_MEASURE : { IfcThermalTransmittanceMeasure ifcThermalTransmittanceMeasure = ( IfcThermalTransmittanceMeasure ) theEObject ; T result = caseIfcThermalTransmittanceMeasure ( ifcThermalTransmittanceMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcThermalTransmittanceMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcThermalTransmittanceMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcThermalTransmittanceMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcThermalTransmittanceMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_THERMODYNAMIC_TEMPERATURE_MEASURE : { IfcThermodynamicTemperatureMeasure ifcThermodynamicTemperatureMeasure = ( IfcThermodynamicTemperatureMeasure ) theEObject ; T result = caseIfcThermodynamicTemperatureMeasure ( ifcThermodynamicTemperatureMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcThermodynamicTemperatureMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcThermodynamicTemperatureMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcThermodynamicTemperatureMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcThermodynamicTemperatureMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME : { IfcTime ifcTime = ( IfcTime ) theEObject ; T result = caseIfcTime ( ifcTime ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcTime ) ; if ( result == null ) result = caseIfcValue ( ifcTime ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcTime ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTime ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME_MEASURE : { IfcTimeMeasure ifcTimeMeasure = ( IfcTimeMeasure ) theEObject ; T result = caseIfcTimeMeasure ( ifcTimeMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcTimeMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcTimeMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcTimeMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTimeMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME_STAMP : { IfcTimeStamp ifcTimeStamp = ( IfcTimeStamp ) theEObject ; T result = caseIfcTimeStamp ( ifcTimeStamp ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcTimeStamp ) ; if ( result == null ) result = caseIfcValue ( ifcTimeStamp ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcTimeStamp ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTimeStamp ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TORQUE_MEASURE : { IfcTorqueMeasure ifcTorqueMeasure = ( IfcTorqueMeasure ) theEObject ; T result = caseIfcTorqueMeasure ( ifcTorqueMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcTorqueMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcTorqueMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcTorqueMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcTorqueMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_URI_REFERENCE : { IfcURIReference ifcURIReference = ( IfcURIReference ) theEObject ; T result = caseIfcURIReference ( ifcURIReference ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VAPOR_PERMEABILITY_MEASURE : { IfcVaporPermeabilityMeasure ifcVaporPermeabilityMeasure = ( IfcVaporPermeabilityMeasure ) theEObject ; T result = caseIfcVaporPermeabilityMeasure ( ifcVaporPermeabilityMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcVaporPermeabilityMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcVaporPermeabilityMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcVaporPermeabilityMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcVaporPermeabilityMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VOLUME_MEASURE : { IfcVolumeMeasure ifcVolumeMeasure = ( IfcVolumeMeasure ) theEObject ; T result = caseIfcVolumeMeasure ( ifcVolumeMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcVolumeMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcVolumeMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcVolumeMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcVolumeMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VOLUMETRIC_FLOW_RATE_MEASURE : { IfcVolumetricFlowRateMeasure ifcVolumetricFlowRateMeasure = ( IfcVolumetricFlowRateMeasure ) theEObject ; T result = caseIfcVolumetricFlowRateMeasure ( ifcVolumetricFlowRateMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcVolumetricFlowRateMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcVolumetricFlowRateMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcVolumetricFlowRateMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcVolumetricFlowRateMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WARPING_CONSTANT_MEASURE : { IfcWarpingConstantMeasure ifcWarpingConstantMeasure = ( IfcWarpingConstantMeasure ) theEObject ; T result = caseIfcWarpingConstantMeasure ( ifcWarpingConstantMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcWarpingConstantMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcWarpingConstantMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcWarpingConstantMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcWarpingConstantMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WARPING_MOMENT_MEASURE : { IfcWarpingMomentMeasure ifcWarpingMomentMeasure = ( IfcWarpingMomentMeasure ) theEObject ; T result = caseIfcWarpingMomentMeasure ( ifcWarpingMomentMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcWarpingMomentMeasure ) ; if ( result == null ) result = caseIfcWarpingStiffnessSelect ( ifcWarpingMomentMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcWarpingMomentMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcWarpingMomentMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcWarpingMomentMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_BOX_ALIGNMENT : { IfcBoxAlignment ifcBoxAlignment = ( IfcBoxAlignment ) theEObject ; T result = caseIfcBoxAlignment ( ifcBoxAlignment ) ; if ( result == null ) result = caseIfcLabel ( ifcBoxAlignment ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcBoxAlignment ) ; if ( result == null ) result = caseIfcValue ( ifcBoxAlignment ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcBoxAlignment ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcBoxAlignment ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_COMPOUND_PLANE_ANGLE_MEASURE : { IfcCompoundPlaneAngleMeasure ifcCompoundPlaneAngleMeasure = ( IfcCompoundPlaneAngleMeasure ) theEObject ; T result = caseIfcCompoundPlaneAngleMeasure ( ifcCompoundPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcDerivedMeasureValue ( ifcCompoundPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcCompoundPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcCompoundPlaneAngleMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcCompoundPlaneAngleMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LANGUAGE_ID : { IfcLanguageId ifcLanguageId = ( IfcLanguageId ) theEObject ; T result = caseIfcLanguageId ( ifcLanguageId ) ; if ( result == null ) result = caseIfcIdentifier ( ifcLanguageId ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcLanguageId ) ; if ( result == null ) result = caseIfcValue ( ifcLanguageId ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcLanguageId ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcLanguageId ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_NON_NEGATIVE_LENGTH_MEASURE : { IfcNonNegativeLengthMeasure ifcNonNegativeLengthMeasure = ( IfcNonNegativeLengthMeasure ) theEObject ; T result = caseIfcNonNegativeLengthMeasure ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcLengthMeasure ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcBendingParameterSelect ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcNonNegativeLengthMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_NORMALISED_RATIO_MEASURE : { IfcNormalisedRatioMeasure ifcNormalisedRatioMeasure = ( IfcNormalisedRatioMeasure ) theEObject ; T result = caseIfcNormalisedRatioMeasure ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcRatioMeasure ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcColourOrFactor ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcTimeOrRatioSelect ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcNormalisedRatioMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POSITIVE_INTEGER : { IfcPositiveInteger ifcPositiveInteger = ( IfcPositiveInteger ) theEObject ; T result = caseIfcPositiveInteger ( ifcPositiveInteger ) ; if ( result == null ) result = caseIfcInteger ( ifcPositiveInteger ) ; if ( result == null ) result = caseIfcSimpleValue ( ifcPositiveInteger ) ; if ( result == null ) result = caseIfcValue ( ifcPositiveInteger ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPositiveInteger ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPositiveInteger ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POSITIVE_LENGTH_MEASURE : { IfcPositiveLengthMeasure ifcPositiveLengthMeasure = ( IfcPositiveLengthMeasure ) theEObject ; T result = caseIfcPositiveLengthMeasure ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcLengthMeasure ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcHatchLineDistanceSelect ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcBendingParameterSelect ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPositiveLengthMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POSITIVE_PLANE_ANGLE_MEASURE : { IfcPositivePlaneAngleMeasure ifcPositivePlaneAngleMeasure = ( IfcPositivePlaneAngleMeasure ) theEObject ; T result = caseIfcPositivePlaneAngleMeasure ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = caseIfcPlaneAngleMeasure ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = caseIfcBendingParameterSelect ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPositivePlaneAngleMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POSITIVE_RATIO_MEASURE : { IfcPositiveRatioMeasure ifcPositiveRatioMeasure = ( IfcPositiveRatioMeasure ) theEObject ; T result = caseIfcPositiveRatioMeasure ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcRatioMeasure ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcSizeSelect ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcTimeOrRatioSelect ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcValue ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcPositiveRatioMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ARC_INDEX : { IfcArcIndex ifcArcIndex = ( IfcArcIndex ) theEObject ; T result = caseIfcArcIndex ( ifcArcIndex ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_COMPLEX_NUMBER : { IfcComplexNumber ifcComplexNumber = ( IfcComplexNumber ) theEObject ; T result = caseIfcComplexNumber ( ifcComplexNumber ) ; if ( result == null ) result = caseIfcMeasureValue ( ifcComplexNumber ) ; if ( result == null ) result = caseIfcValue ( ifcComplexNumber ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcComplexNumber ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcComplexNumber ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LINE_INDEX : { IfcLineIndex ifcLineIndex = ( IfcLineIndex ) theEObject ; T result = caseIfcLineIndex ( ifcLineIndex ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_NULL_STYLE : { IfcNullStyle ifcNullStyle = ( IfcNullStyle ) theEObject ; T result = caseIfcNullStyle ( ifcNullStyle ) ; if ( result == null ) result = caseIfcPresentationStyleSelect ( ifcNullStyle ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ACTOR_SELECT : { IfcActorSelect ifcActorSelect = ( IfcActorSelect ) theEObject ; T result = caseIfcActorSelect ( ifcActorSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_APPLIED_VALUE_SELECT : { IfcAppliedValueSelect ifcAppliedValueSelect = ( IfcAppliedValueSelect ) theEObject ; T result = caseIfcAppliedValueSelect ( ifcAppliedValueSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_AXIS2_PLACEMENT : { IfcAxis2Placement ifcAxis2Placement = ( IfcAxis2Placement ) theEObject ; T result = caseIfcAxis2Placement ( ifcAxis2Placement ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_BENDING_PARAMETER_SELECT : { IfcBendingParameterSelect ifcBendingParameterSelect = ( IfcBendingParameterSelect ) theEObject ; T result = caseIfcBendingParameterSelect ( ifcBendingParameterSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_BOOLEAN_OPERAND : { IfcBooleanOperand ifcBooleanOperand = ( IfcBooleanOperand ) theEObject ; T result = caseIfcBooleanOperand ( ifcBooleanOperand ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CLASSIFICATION_REFERENCE_SELECT : { IfcClassificationReferenceSelect ifcClassificationReferenceSelect = ( IfcClassificationReferenceSelect ) theEObject ; T result = caseIfcClassificationReferenceSelect ( ifcClassificationReferenceSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CLASSIFICATION_SELECT : { IfcClassificationSelect ifcClassificationSelect = ( IfcClassificationSelect ) theEObject ; T result = caseIfcClassificationSelect ( ifcClassificationSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_COLOUR : { IfcColour ifcColour = ( IfcColour ) theEObject ; T result = caseIfcColour ( ifcColour ) ; if ( result == null ) result = caseIfcFillStyleSelect ( ifcColour ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_COLOUR_OR_FACTOR : { IfcColourOrFactor ifcColourOrFactor = ( IfcColourOrFactor ) theEObject ; T result = caseIfcColourOrFactor ( ifcColourOrFactor ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_COORDINATE_REFERENCE_SYSTEM_SELECT : { IfcCoordinateReferenceSystemSelect ifcCoordinateReferenceSystemSelect = ( IfcCoordinateReferenceSystemSelect ) theEObject ; T result = caseIfcCoordinateReferenceSystemSelect ( ifcCoordinateReferenceSystemSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CSG_SELECT : { IfcCsgSelect ifcCsgSelect = ( IfcCsgSelect ) theEObject ; T result = caseIfcCsgSelect ( ifcCsgSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CURVE_FONT_OR_SCALED_CURVE_FONT_SELECT : { IfcCurveFontOrScaledCurveFontSelect ifcCurveFontOrScaledCurveFontSelect = ( IfcCurveFontOrScaledCurveFontSelect ) theEObject ; T result = caseIfcCurveFontOrScaledCurveFontSelect ( ifcCurveFontOrScaledCurveFontSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CURVE_ON_SURFACE : { IfcCurveOnSurface ifcCurveOnSurface = ( IfcCurveOnSurface ) theEObject ; T result = caseIfcCurveOnSurface ( ifcCurveOnSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CURVE_OR_EDGE_CURVE : { IfcCurveOrEdgeCurve ifcCurveOrEdgeCurve = ( IfcCurveOrEdgeCurve ) theEObject ; T result = caseIfcCurveOrEdgeCurve ( ifcCurveOrEdgeCurve ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_CURVE_STYLE_FONT_SELECT : { IfcCurveStyleFontSelect ifcCurveStyleFontSelect = ( IfcCurveStyleFontSelect ) theEObject ; T result = caseIfcCurveStyleFontSelect ( ifcCurveStyleFontSelect ) ; if ( result == null ) result = caseIfcCurveFontOrScaledCurveFontSelect ( ifcCurveStyleFontSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DEFINITION_SELECT : { IfcDefinitionSelect ifcDefinitionSelect = ( IfcDefinitionSelect ) theEObject ; T result = caseIfcDefinitionSelect ( ifcDefinitionSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DERIVED_MEASURE_VALUE : { IfcDerivedMeasureValue ifcDerivedMeasureValue = ( IfcDerivedMeasureValue ) theEObject ; T result = caseIfcDerivedMeasureValue ( ifcDerivedMeasureValue ) ; if ( result == null ) result = caseIfcValue ( ifcDerivedMeasureValue ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcDerivedMeasureValue ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcDerivedMeasureValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_DOCUMENT_SELECT : { IfcDocumentSelect ifcDocumentSelect = ( IfcDocumentSelect ) theEObject ; T result = caseIfcDocumentSelect ( ifcDocumentSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_FILL_STYLE_SELECT : { IfcFillStyleSelect ifcFillStyleSelect = ( IfcFillStyleSelect ) theEObject ; T result = caseIfcFillStyleSelect ( ifcFillStyleSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_GEOMETRIC_SET_SELECT : { IfcGeometricSetSelect ifcGeometricSetSelect = ( IfcGeometricSetSelect ) theEObject ; T result = caseIfcGeometricSetSelect ( ifcGeometricSetSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_GRID_PLACEMENT_DIRECTION_SELECT : { IfcGridPlacementDirectionSelect ifcGridPlacementDirectionSelect = ( IfcGridPlacementDirectionSelect ) theEObject ; T result = caseIfcGridPlacementDirectionSelect ( ifcGridPlacementDirectionSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_HATCH_LINE_DISTANCE_SELECT : { IfcHatchLineDistanceSelect ifcHatchLineDistanceSelect = ( IfcHatchLineDistanceSelect ) theEObject ; T result = caseIfcHatchLineDistanceSelect ( ifcHatchLineDistanceSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LAYERED_ITEM : { IfcLayeredItem ifcLayeredItem = ( IfcLayeredItem ) theEObject ; T result = caseIfcLayeredItem ( ifcLayeredItem ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIBRARY_SELECT : { IfcLibrarySelect ifcLibrarySelect = ( IfcLibrarySelect ) theEObject ; T result = caseIfcLibrarySelect ( ifcLibrarySelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_LIGHT_DISTRIBUTION_DATA_SOURCE_SELECT : { IfcLightDistributionDataSourceSelect ifcLightDistributionDataSourceSelect = ( IfcLightDistributionDataSourceSelect ) theEObject ; T result = caseIfcLightDistributionDataSourceSelect ( ifcLightDistributionDataSourceSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MATERIAL_SELECT : { IfcMaterialSelect ifcMaterialSelect = ( IfcMaterialSelect ) theEObject ; T result = caseIfcMaterialSelect ( ifcMaterialSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MEASURE_VALUE : { IfcMeasureValue ifcMeasureValue = ( IfcMeasureValue ) theEObject ; T result = caseIfcMeasureValue ( ifcMeasureValue ) ; if ( result == null ) result = caseIfcValue ( ifcMeasureValue ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcMeasureValue ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcMeasureValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_METRIC_VALUE_SELECT : { IfcMetricValueSelect ifcMetricValueSelect = ( IfcMetricValueSelect ) theEObject ; T result = caseIfcMetricValueSelect ( ifcMetricValueSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_ROTATIONAL_SUBGRADE_REACTION_SELECT : { IfcModulusOfRotationalSubgradeReactionSelect ifcModulusOfRotationalSubgradeReactionSelect = ( IfcModulusOfRotationalSubgradeReactionSelect ) theEObject ; T result = caseIfcModulusOfRotationalSubgradeReactionSelect ( ifcModulusOfRotationalSubgradeReactionSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_SUBGRADE_REACTION_SELECT : { IfcModulusOfSubgradeReactionSelect ifcModulusOfSubgradeReactionSelect = ( IfcModulusOfSubgradeReactionSelect ) theEObject ; T result = caseIfcModulusOfSubgradeReactionSelect ( ifcModulusOfSubgradeReactionSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_MODULUS_OF_TRANSLATIONAL_SUBGRADE_REACTION_SELECT : { IfcModulusOfTranslationalSubgradeReactionSelect ifcModulusOfTranslationalSubgradeReactionSelect = ( IfcModulusOfTranslationalSubgradeReactionSelect ) theEObject ; T result = caseIfcModulusOfTranslationalSubgradeReactionSelect ( ifcModulusOfTranslationalSubgradeReactionSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_OBJECT_REFERENCE_SELECT : { IfcObjectReferenceSelect ifcObjectReferenceSelect = ( IfcObjectReferenceSelect ) theEObject ; T result = caseIfcObjectReferenceSelect ( ifcObjectReferenceSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_POINT_OR_VERTEX_POINT : { IfcPointOrVertexPoint ifcPointOrVertexPoint = ( IfcPointOrVertexPoint ) theEObject ; T result = caseIfcPointOrVertexPoint ( ifcPointOrVertexPoint ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRESENTATION_STYLE_SELECT : { IfcPresentationStyleSelect ifcPresentationStyleSelect = ( IfcPresentationStyleSelect ) theEObject ; T result = caseIfcPresentationStyleSelect ( ifcPresentationStyleSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROCESS_SELECT : { IfcProcessSelect ifcProcessSelect = ( IfcProcessSelect ) theEObject ; T result = caseIfcProcessSelect ( ifcProcessSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRODUCT_REPRESENTATION_SELECT : { IfcProductRepresentationSelect ifcProductRepresentationSelect = ( IfcProductRepresentationSelect ) theEObject ; T result = caseIfcProductRepresentationSelect ( ifcProductRepresentationSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PRODUCT_SELECT : { IfcProductSelect ifcProductSelect = ( IfcProductSelect ) theEObject ; T result = caseIfcProductSelect ( ifcProductSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_PROPERTY_SET_DEFINITION_SELECT : { IfcPropertySetDefinitionSelect ifcPropertySetDefinitionSelect = ( IfcPropertySetDefinitionSelect ) theEObject ; T result = caseIfcPropertySetDefinitionSelect ( ifcPropertySetDefinitionSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE_OBJECT_SELECT : { IfcResourceObjectSelect ifcResourceObjectSelect = ( IfcResourceObjectSelect ) theEObject ; T result = caseIfcResourceObjectSelect ( ifcResourceObjectSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_RESOURCE_SELECT : { IfcResourceSelect ifcResourceSelect = ( IfcResourceSelect ) theEObject ; T result = caseIfcResourceSelect ( ifcResourceSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_ROTATIONAL_STIFFNESS_SELECT : { IfcRotationalStiffnessSelect ifcRotationalStiffnessSelect = ( IfcRotationalStiffnessSelect ) theEObject ; T result = caseIfcRotationalStiffnessSelect ( ifcRotationalStiffnessSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SEGMENT_INDEX_SELECT : { IfcSegmentIndexSelect ifcSegmentIndexSelect = ( IfcSegmentIndexSelect ) theEObject ; T result = caseIfcSegmentIndexSelect ( ifcSegmentIndexSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SHELL : { IfcShell ifcShell = ( IfcShell ) theEObject ; T result = caseIfcShell ( ifcShell ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SIMPLE_VALUE : { IfcSimpleValue ifcSimpleValue = ( IfcSimpleValue ) theEObject ; T result = caseIfcSimpleValue ( ifcSimpleValue ) ; if ( result == null ) result = caseIfcValue ( ifcSimpleValue ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcSimpleValue ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcSimpleValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SIZE_SELECT : { IfcSizeSelect ifcSizeSelect = ( IfcSizeSelect ) theEObject ; T result = caseIfcSizeSelect ( ifcSizeSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SOLID_OR_SHELL : { IfcSolidOrShell ifcSolidOrShell = ( IfcSolidOrShell ) theEObject ; T result = caseIfcSolidOrShell ( ifcSolidOrShell ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPACE_BOUNDARY_SELECT : { IfcSpaceBoundarySelect ifcSpaceBoundarySelect = ( IfcSpaceBoundarySelect ) theEObject ; T result = caseIfcSpaceBoundarySelect ( ifcSpaceBoundarySelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SPECULAR_HIGHLIGHT_SELECT : { IfcSpecularHighlightSelect ifcSpecularHighlightSelect = ( IfcSpecularHighlightSelect ) theEObject ; T result = caseIfcSpecularHighlightSelect ( ifcSpecularHighlightSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STRUCTURAL_ACTIVITY_ASSIGNMENT_SELECT : { IfcStructuralActivityAssignmentSelect ifcStructuralActivityAssignmentSelect = ( IfcStructuralActivityAssignmentSelect ) theEObject ; T result = caseIfcStructuralActivityAssignmentSelect ( ifcStructuralActivityAssignmentSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_STYLE_ASSIGNMENT_SELECT : { IfcStyleAssignmentSelect ifcStyleAssignmentSelect = ( IfcStyleAssignmentSelect ) theEObject ; T result = caseIfcStyleAssignmentSelect ( ifcStyleAssignmentSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_OR_FACE_SURFACE : { IfcSurfaceOrFaceSurface ifcSurfaceOrFaceSurface = ( IfcSurfaceOrFaceSurface ) theEObject ; T result = caseIfcSurfaceOrFaceSurface ( ifcSurfaceOrFaceSurface ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_SURFACE_STYLE_ELEMENT_SELECT : { IfcSurfaceStyleElementSelect ifcSurfaceStyleElementSelect = ( IfcSurfaceStyleElementSelect ) theEObject ; T result = caseIfcSurfaceStyleElementSelect ( ifcSurfaceStyleElementSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TEXT_FONT_SELECT : { IfcTextFontSelect ifcTextFontSelect = ( IfcTextFontSelect ) theEObject ; T result = caseIfcTextFontSelect ( ifcTextFontSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TIME_OR_RATIO_SELECT : { IfcTimeOrRatioSelect ifcTimeOrRatioSelect = ( IfcTimeOrRatioSelect ) theEObject ; T result = caseIfcTimeOrRatioSelect ( ifcTimeOrRatioSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRANSLATIONAL_STIFFNESS_SELECT : { IfcTranslationalStiffnessSelect ifcTranslationalStiffnessSelect = ( IfcTranslationalStiffnessSelect ) theEObject ; T result = caseIfcTranslationalStiffnessSelect ( ifcTranslationalStiffnessSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_TRIMMING_SELECT : { IfcTrimmingSelect ifcTrimmingSelect = ( IfcTrimmingSelect ) theEObject ; T result = caseIfcTrimmingSelect ( ifcTrimmingSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_UNIT : { IfcUnit ifcUnit = ( IfcUnit ) theEObject ; T result = caseIfcUnit ( ifcUnit ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VALUE : { IfcValue ifcValue = ( IfcValue ) theEObject ; T result = caseIfcValue ( ifcValue ) ; if ( result == null ) result = caseIfcAppliedValueSelect ( ifcValue ) ; if ( result == null ) result = caseIfcMetricValueSelect ( ifcValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_VECTOR_OR_DIRECTION : { IfcVectorOrDirection ifcVectorOrDirection = ( IfcVectorOrDirection ) theEObject ; T result = caseIfcVectorOrDirection ( ifcVectorOrDirection ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . IFC_WARPING_STIFFNESS_SELECT : { IfcWarpingStiffnessSelect ifcWarpingStiffnessSelect = ( IfcWarpingStiffnessSelect ) theEObject ; T result = caseIfcWarpingStiffnessSelect ( ifcWarpingStiffnessSelect ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . LIST_OF_IFC_CARTESIAN_POINT : { ListOfIfcCartesianPoint listOfIfcCartesianPoint = ( ListOfIfcCartesianPoint ) theEObject ; T result = caseListOfIfcCartesianPoint ( listOfIfcCartesianPoint ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . LIST_OF_IFC_LENGTH_MEASURE : { ListOfIfcLengthMeasure listOfIfcLengthMeasure = ( ListOfIfcLengthMeasure ) theEObject ; T result = caseListOfIfcLengthMeasure ( listOfIfcLengthMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . LIST_OF_IFC_NORMALISED_RATIO_MEASURE : { ListOfIfcNormalisedRatioMeasure listOfIfcNormalisedRatioMeasure = ( ListOfIfcNormalisedRatioMeasure ) theEObject ; T result = caseListOfIfcNormalisedRatioMeasure ( listOfIfcNormalisedRatioMeasure ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . LIST_OF_ELONG : { ListOfELong listOfELong = ( ListOfELong ) theEObject ; T result = caseListOfELong ( listOfELong ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . LIST_OF_EDOUBLE : { ListOfEDouble listOfEDouble = ( ListOfEDouble ) theEObject ; T result = caseListOfEDouble ( listOfEDouble ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } case Ifc4Package . LIST_OF_IFC_PARAMETER_VALUE : { ListOfIfcParameterValue listOfIfcParameterValue = ( ListOfIfcParameterValue ) theEObject ; T result = caseListOfIfcParameterValue ( listOfIfcParameterValue ) ; if ( result == null ) result = defaultCase ( theEObject ) ; return result ; } default : return defaultCase ( theEObject ) ; } |
public class WDecoratedLabel { /** * Attempts to retrieve the text contained in the body component . This works only for simple components types :
* < ul >
* < li > { @ link WButton } < / li >
* < li > { @ link WLink } < / li >
* < li > { @ link WLabel } < / li >
* < li > { @ link WText } < / li >
* < / ul >
* @ return the text contained in the body , or null if not found . */
public String getText ( ) { } } | WComponent body = getComponentModel ( ) . body ; if ( body instanceof WText ) { return ( ( WText ) body ) . getText ( ) ; } else if ( body instanceof WLabel ) { return ( ( WLabel ) body ) . getText ( ) ; } else if ( body instanceof WButton ) { return ( ( WButton ) body ) . getText ( ) ; } else if ( body instanceof WLink ) { return ( ( WLink ) body ) . getText ( ) ; } return null ; |
public class Session { /** * Setter for the autocommit attribute .
* @ param autocommit the new value
* @ throws HsqlException */
@ Override public synchronized void setAutoCommit ( boolean autocommit ) { } } | if ( isClosed ) { return ; } if ( autocommit != isAutoCommit ) { commit ( false ) ; isAutoCommit = autocommit ; } |
public class ParseSupport { /** * Parses the given InputSource after , applying the given XMLFilter . */
private Document parseInputSourceWithFilter ( InputSource s , XMLFilter f ) throws JspException { } } | try { XMLReader xr = XmlUtil . newXMLReader ( entityResolver ) ; // ( note that we overwrite the filter ' s parent . this seems
// to be expected usage . we could cache and reset the old
// parent , but you can ' t setParent ( null ) , so this wouldn ' t
// be perfect . )
f . setParent ( xr ) ; TransformerHandler th = XmlUtil . newTransformerHandler ( ) ; Document o = XmlUtil . newEmptyDocument ( ) ; th . setResult ( new DOMResult ( o ) ) ; f . setContentHandler ( th ) ; f . parse ( s ) ; return o ; } catch ( IOException e ) { throw new JspException ( e ) ; } catch ( SAXException e ) { throw new JspException ( e ) ; } catch ( TransformerConfigurationException e ) { throw new JspException ( e ) ; } catch ( ParserConfigurationException e ) { throw new JspException ( e ) ; } |
public class PmiRegistry { /** * 179079 : check if the node and server names are for this server */
private static boolean isSameNodeAndServer ( ObjectName mName ) { } } | String processName = mName . getKeyProperty ( "process" ) ; String nodeName = mName . getKeyProperty ( "node" ) ; if ( tc . isDebugEnabled ( ) ) Tr . debug ( tc , "isSameNodeAndServer: " + mName . toString ( ) ) ; if ( processName != null && ! processName . equals ( PmiRegistry . serverName ) ) { // print only when debug is enabled since customers get worried seeing this message
if ( tc . isDebugEnabled ( ) ) Tr . warning ( tc , "PMI0002W" , mName . toString ( ) + ", expected process name is " + PmiRegistry . serverName ) ; return false ; } if ( nodeName != null && ! nodeName . equals ( PmiRegistry . nodeName ) ) { // print only when debug is enabled since customers get worried seeing this message
if ( tc . isDebugEnabled ( ) ) Tr . warning ( tc , "PMI0002W" , mName . toString ( ) + ", expected node name is " + PmiRegistry . nodeName ) ; return false ; } return true ; |
public class CmsClientProperty { /** * Gets the path value for a property object ( which may be null ) and a property access mode . < p >
* @ param property the property which values to access
* @ param mode the property access mode
* @ return the path value for the property and access mode */
public static CmsPathValue getPathValue ( CmsClientProperty property , Mode mode ) { } } | if ( property != null ) { return property . getPathValue ( mode ) ; } switch ( mode ) { case resource : return new CmsPathValue ( "" , PATH_RESOURCE_VALUE ) ; case structure : return new CmsPathValue ( "" , PATH_STRUCTURE_VALUE ) ; case effective : return new CmsPathValue ( "" , PATH_STRUCTURE_VALUE ) ; default : throw new IllegalArgumentException ( ) ; } |
public class FloatCharacteristic { /** * { @ inheritDoc } . Calls the getDoubleValue method and applies rounding to the minStep supplied in
* the constructor . */
@ Override protected final CompletableFuture < Double > getValue ( ) { } } | double rounder = 1 / this . minStep ; return getDoubleValue ( ) . thenApply ( d -> d == null ? null : Math . round ( d * rounder ) / rounder ) . thenApply ( d -> { if ( d != null ) { if ( d < minValue ) { LOGGER . warn ( "Detected value out of range " + d + ". Returning min value instead. Characteristic " + this ) ; return minValue ; } if ( d > maxValue ) { LOGGER . warn ( "Detected value out of range " + d + ". Returning max value instead. Characteristic " + this ) ; return maxValue ; } return d ; } return null ; } ) ; |
public class UIManager { /** * Attempts to create a Renderer with the given name .
* @ param rendererName the name of the Renderer
* @ return a Renderer of the given type , or null if the class was not found . */
private static Renderer createRenderer ( final String rendererName ) { } } | if ( rendererName . endsWith ( ".vm" ) ) { // This is a velocity template , so use a VelocityLayout
return new VelocityRenderer ( rendererName ) ; } try { Class < ? > managerClass = Class . forName ( rendererName ) ; Object manager = managerClass . newInstance ( ) ; if ( ! ( manager instanceof Renderer ) ) { throw new SystemException ( rendererName + " is not a Renderer" ) ; } return ( Renderer ) manager ; } catch ( ClassNotFoundException e ) { // Legal - there might not a manager implementation in a given theme
return null ; } catch ( InstantiationException e ) { throw new SystemException ( "Failed to instantiate " + rendererName , e ) ; } catch ( IllegalAccessException e ) { throw new SystemException ( "Failed to access " + rendererName , e ) ; } |
public class NoxView { /** * Draws a NoxItem drawable during the onDraw method given a canvas object and all the
* information needed to draw the Drawable passed as parameter . */
private void drawNoxItemDrawable ( Canvas canvas , int left , int top , Drawable drawable ) { } } | if ( drawable != null ) { int itemSize = ( int ) noxConfig . getNoxItemSize ( ) ; drawable . setBounds ( left , top , left + itemSize , top + itemSize ) ; drawable . draw ( canvas ) ; } |
public class WexAdapters { /** * Adapts a BTCETradeV3 to a Trade Object
* @ param bTCETrade Wex trade object v . 3
* @ param currencyPair the currency pair
* @ return The XChange Trade */
public static Trade adaptTrade ( WexTrade bTCETrade , CurrencyPair currencyPair ) { } } | OrderType orderType = bTCETrade . getTradeType ( ) . equalsIgnoreCase ( "bid" ) ? OrderType . BID : OrderType . ASK ; BigDecimal amount = bTCETrade . getAmount ( ) ; BigDecimal price = bTCETrade . getPrice ( ) ; Date date = DateUtils . fromMillisUtc ( bTCETrade . getDate ( ) * 1000L ) ; final String tradeId = String . valueOf ( bTCETrade . getTid ( ) ) ; return new Trade ( orderType , amount , currencyPair , price , date , tradeId ) ; |
public class DOMUtils { /** * Returns an XML string representation of the supplied node .
* @ param aNode A W3C node
* @ return An XML string representation of the supplied node
* @ throws TransformerException If there is trouble with the XSL transformation */
public static String toXML ( final Node aNode ) throws TransformerException { } } | try { final TransformerFactory transFactory = TransformerFactory . newInstance ( ) ; final Transformer transformer = transFactory . newTransformer ( ) ; final StringWriter buffer = new StringWriter ( ) ; final DOMSource domSource = new DOMSource ( aNode ) ; final StreamResult streamResult = new StreamResult ( buffer ) ; final String omitDeclaration = OutputKeys . OMIT_XML_DECLARATION ; transformer . setOutputProperty ( omitDeclaration , "yes" ) ; transformer . transform ( domSource , streamResult ) ; return buffer . toString ( ) ; } catch ( final TransformerConfigurationException details ) { throw new I18nRuntimeException ( details ) ; } |
public class RLogin { /** * Create a rlogin connection to the specified remote host .
* @ return true if connected , false otherwise */
public boolean connect ( ) { } } | if ( client . isConnected ( ) ) { logger . warn ( "Already connected" ) ; return true ; } try { logger . info ( "Connecting to remote host " + remoteHost ) ; client . connect ( remoteHost ) ; client . rlogin ( localUser , remoteUser , terminalType ) ; writer = new OutputStreamWriter ( client . getOutputStream ( ) ) ; outputReaderThread = new Thread ( new OutputReader ( ) ) ; outputReaderThread . start ( ) ; if ( interactive ) { standardInputReaderThread = new Thread ( new StandardInputReader ( ) ) ; standardInputReaderThread . start ( ) ; } try { Thread . sleep ( 200 ) ; } catch ( InterruptedException ex ) { } if ( client . isConnected ( ) ) { return true ; } else { logger . fatal ( "Client has been immediately disconnected from remote host:" + remoteHost ) ; return false ; } // outputReaderThread .
} catch ( IOException e ) { logger . fatal ( "Could not connect to remote host:" + remoteHost , e ) ; return false ; } |
public class EventLog { /** * Gets all the enterprise events that occurred within a specified date range .
* @ param api the API connection to use .
* @ param after the lower bound on the timestamp of the events returned .
* @ param before the upper bound on the timestamp of the events returned .
* @ param types an optional list of event types to filter by .
* @ return a log of all the events that met the given criteria . */
public static EventLog getEnterpriseEvents ( BoxAPIConnection api , Date after , Date before , BoxEvent . Type ... types ) { } } | return getEnterpriseEvents ( api , null , after , before , ENTERPRISE_LIMIT , types ) ; |
public class BasePluginFilter { /** * Builds list of < code > GrailsPlugins < / code > which are derived from the
* < code > explicitlyNamedPlugins < / code > through a dependency relationship */
private void buildDerivedPluginList ( ) { } } | // find their dependencies
for ( int i = 0 ; i < explicitlyNamedPlugins . size ( ) ; i ++ ) { GrailsPlugin plugin = explicitlyNamedPlugins . get ( i ) ; // recursively add in plugin dependencies
addPluginDependencies ( derivedPlugins , plugin ) ; } |
public class Times { /** * Gets time ago format text .
* @ param time the specified time .
* @ param locale the specified locale
* @ return time ago format text */
public static String getTimeAgo ( final long time , final Locale locale ) { } } | final BeanManager beanManager = BeanManager . getInstance ( ) ; final LangPropsService langService = beanManager . getReference ( LangPropsService . class ) ; final Map < String , String > langs = langService . getAll ( locale ) ; final long diff = System . currentTimeMillis ( ) - time ; long r ; if ( diff > YEAR_UNIT ) { r = diff / YEAR_UNIT ; return r + " " + langs . get ( "yearsAgoLabel" ) ; } if ( diff > MONTH_UNIT ) { r = diff / MONTH_UNIT ; return r + " " + langs . get ( "monthsAgoLabel" ) ; } if ( diff > WEEK_UNIT ) { r = diff / WEEK_UNIT ; return r + " " + langs . get ( "weeksAgoLabel" ) ; } if ( diff > DAY_UNIT ) { r = diff / DAY_UNIT ; return r + " " + langs . get ( "daysAgoLabel" ) ; } if ( diff > HOUR_UNIT ) { r = diff / HOUR_UNIT ; return r + " " + langs . get ( "hoursAgoLabel" ) ; } if ( diff > MINUTE_UNIT ) { r = diff / MINUTE_UNIT ; return r + " " + langs . get ( "minutesAgoLabel" ) ; } return langs . get ( "justNowLabel" ) ; |
public class KunderaQueryParser { /** * Method to detect whether this token is a keyword for JPQL Single - String .
* @ param token
* The token
* @ return Whether it is a keyword */
private boolean isKeyword ( String token ) { } } | // Compare the passed token against the provided keyword list , or their
// lowercase form
for ( int i = 0 ; i < KunderaQuery . SINGLE_STRING_KEYWORDS . length ; i ++ ) { if ( token . equalsIgnoreCase ( KunderaQuery . SINGLE_STRING_KEYWORDS [ i ] ) ) { return true ; } } return false ; |
public class GroupLayout { /** * Creates a { @ link JPanel } that is configured with an { @ link HGroupLayout } with a
* configuration conducive to containing a row of buttons . Any supplied buttons are added to
* the box . */
public static JPanel makeButtonBox ( Justification justification , Component ... buttons ) { } } | JPanel box = new JPanel ( new HGroupLayout ( NONE , justification ) ) ; for ( Component button : buttons ) { box . add ( button ) ; box . setOpaque ( false ) ; } return box ; |
public class Environment { /** * Add details to a TC error with alternative fn / op name possibilities .
* @ param name */
public void listAlternatives ( ILexNameToken name ) { } } | for ( PDefinition possible : findMatches ( name ) ) { if ( af . createPDefinitionAssistant ( ) . isFunctionOrOperation ( possible ) ) { TypeChecker . detail ( "Possible" , possible . getName ( ) ) ; } } |
public class MiniTemplator { /** * Sets a template variable to an escaped value .
* Convenience method for : < code > setVariable ( variableName , MiniTemplator . escapeHtml ( variableValue ) , false ) < / code >
* @ param variableName the name of the variable to be set . Case - insensitive .
* @ param variableValue the new value of the variable . May be < code > null < / code > . Special HTML / XML characters are
* escaped .
* @ throws VariableNotDefinedException when no variable with the specified name exists in the template .
* @ see # setVariable ( String , String , boolean )
* @ see # escapeHtml ( String ) */
public void setVariableEsc ( String variableName , String variableValue ) throws VariableNotDefinedException { } } | setVariable ( variableName , escapeHtml ( variableValue ) , false ) ; |
public class Timestamp { /** * Creates a new Timestamp from the individual time components . The
* individual time components are expected to be in UTC ,
* with the local offset from UTC ( i . e . { @ code offset } ) < em > already
* applied < / em > to the time components .
* As such , if the given { @ code offset } is non - null or zero , the resulting
* Timestamp will have time values that < em > DO NOT < / em > match the time
* parameters . This method also has a behavior of precision " narrowing " ,
* detailed in the sub - section below .
* For example , the following method calls will return Timestamps with
* values ( in its local time ) respectively :
* < pre >
* createFromUtcFields ( Precision . SECOND , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , < b > null < / b > ) will return 2012-02-03T04:05:06.007-00:00 ( match )
* createFromUtcFields ( Precision . SECOND , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , < b > 0 < / b > ) will return 2012-02-03T04:05:06.007 + 00:00 ( match )
* createFromUtcFields ( Precision . SECOND , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , < b > 480 < / b > ) will return 2012-02-03T < b > 12 < / b > : 05:06.007 < b > + 08:00 < / b > ( do not match )
* createFromUtcFields ( Precision . SECOND , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , < b > - 480 < / b > ) will return 2012-02 - < b > 02 < / b > T < b > 20 < / b > : 05:06.007 < b > - 08:00 < / b > ( do not match )
* createFromUtcFields ( Precision . SECOND , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , < b > 720 < / b > ) will return 2012-02-03T < b > 16 < / b > : 05:06.007 < b > + 12:00 < / b > ( do not match )
* createFromUtcFields ( Precision . SECOND , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , < b > - 720 < / b > ) will return 2012-02 - < b > 02 < / b > T < b > 16 < / b > : 05:06.007 < b > - 12:00 < / b > ( do not match )
* < / pre >
* Note : All of these resulting Timestamps have the similar value ( in UTC ) 2012-02-03T04:05:06.007Z .
* < h3 > Precision " Narrowing " < / h3 >
* Any time component that is more precise
* than the precision parameter { @ code p } will be < em > excluded < / em > from the
* calculation of the resulting Timestamp ' s point in time .
* For example , the following method calls will return Timestamps with
* values respectively :
* < pre >
* createFromUtcFields ( < b > Precision . YEAR < / b > , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , 0 ) will return 2012T
* createFromUtcFields ( < b > Precision . MONTH < / b > , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , 0 ) will return 2012-02T
* createFromUtcFields ( < b > Precision . DAY < / b > , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , 0 ) will return 2012-02-03T
* createFromUtcFields ( < b > Precision . MINUTE < / b > , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , 0 ) will return 2012-02-03T04:05Z
* createFromUtcFields ( < b > Precision . SECOND < / b > , 2012 , 2 , 3 , 4 , 5 , 6 , null , 0 ) will return 2012-02-03T04:05:06Z
* createFromUtcFields ( < b > Precision . SECOND < / b > , 2012 , 2 , 3 , 4 , 5 , 6 , 0.007 , 0 ) will return 2012-02-03T04:05:06.007Z
* < / pre >
* @ param p the desired timestamp precision . The result may have a
* different precision if the input data isn ' t precise enough .
* @ param offset
* the local offset from UTC , measured in minutes ;
* may be { @ code null } to represent an unknown local offset . */
@ Deprecated public static Timestamp createFromUtcFields ( Precision p , int zyear , int zmonth , int zday , int zhour , int zminute , int zsecond , BigDecimal frac , Integer offset ) { } } | return new Timestamp ( p , zyear , zmonth , zday , zhour , zminute , zsecond , frac , offset , APPLY_OFFSET_NO ) ; |
public class BaseTopicFilterQueryBuilder { /** * Create a Subquery to check if a topic has open bugs .
* @ return A subquery that can be used in an exists statement to see if a topic has open bugs . */
private Subquery < TopicToBugzillaBug > getOpenBugzillaSubquery ( ) { } } | final CriteriaBuilder criteriaBuilder = getCriteriaBuilder ( ) ; final Subquery < TopicToBugzillaBug > subQuery = getCriteriaQuery ( ) . subquery ( TopicToBugzillaBug . class ) ; final Root < TopicToBugzillaBug > root = subQuery . from ( TopicToBugzillaBug . class ) ; subQuery . select ( root ) ; // Create the Condition for the subquery
final Predicate topicIdMatch = criteriaBuilder . equal ( getRootPath ( ) , root . get ( "topic" ) ) ; final Predicate bugOpenMatch = criteriaBuilder . isTrue ( root . get ( "bugzillaBug" ) . get ( "bugzillaBugOpen" ) . as ( Boolean . class ) ) ; subQuery . where ( criteriaBuilder . and ( topicIdMatch , bugOpenMatch ) ) ; return subQuery ; |
public class UtilImpl_IdentityStringSet { /** * { @ inheritDoc } */
@ Override public boolean remove ( Object object ) { } } | for ( int offset = 0 ; offset < this . size ; offset ++ ) { if ( this . storage [ offset ] == object ) { System . arraycopy ( this . storage , offset + 1 , this . storage , offset , this . size - ( offset + 1 ) ) ; this . storage [ -- this . size ] = null ; return true ; } } return false ; |
public class Attribute { /** * Set internal attribute value ( for DevEncoded attribute data type ) .
* This method stores the attribute read value inside the object . This data will be
* returned to the caller . This method also stores the date when it is called
* and initilise the attribute quality to VALID data . This method must be used
* for no attribute dimension ( x = 1 , y = 0)
* @ param p _ data The attribute read value
* @ exception DevFailed If the attribute data type is not coherent .
* Click < a href = " . . / . . / tango _ basic / idl _ html / Tango . html # DevFailed " > here < / a > to read
* < b > DevFailed < / b > exception specification */
public void set_value ( DevEncoded p_data ) throws DevFailed { } } | DevEncoded [ ] tmp = new DevEncoded [ 1 ] ; tmp [ 0 ] = p_data ; set_value ( tmp , 1 , 0 ) ; |
public class OperationFactory { /** * Operation factory .
* @ param operationType operation type
* @ return the operation instance relative to this operationType */
public static AGeneralOperation getOperation ( OperationType operationType ) { } } | switch ( operationType ) { case BASIC_INSTRUCTION : return new BasicOperation ( ) ; case BASIC_CONVERSION : return new BasicConversion ( ) ; case OBJECT : return new ObjectOperation ( ) ; case ARRAY : return new ArrayOperation ( ) ; case ARRAY_LIST : return new ArrayListOperation ( ) ; case LIST_ARRAY : return new ListArrayOperation ( ) ; case ARRAY_WITH_MAPPED_ITEMS : return new MappedArrayOperation ( ) ; case ARRAY_LIST_WITH_MAPPED_ITEMS : return new MappedArrayListOperation ( ) ; case LIST_ARRAY_WITH_MAPPED_ITEMS : return new MappedListArrayOperation ( ) ; case COLLECTION : return new CollectionOperation ( ) ; case COLLECTION_WITH_MAPPED_ITEMS : return new MappedCollectionOperation ( ) ; case MAP : return new MapOperation ( ) ; case MAP_WITH_MAPPED_ITEMS : return new MappedMapOperation ( ) ; case CONVERSION : return new ConversionOperation ( ) ; case DATE_CALENDAR : return new DateCalendarOperation ( ) ; case STRING_ENUM : return new StringEnumOperation ( ) ; case STRING_STRINGBUFFER : return new StringStringBufferOperation ( ) ; case STRING_STRINGBUILDER : return new StringStringBuilderOperation ( ) ; case CALENDAR_DATE : return new CalendarDateOperation ( ) ; case ENUM_STRING : return new EnumStringOperation ( ) ; case STRINGBUILDER_STRING : return new StringBuilderStringOperation ( ) ; case STRINGBUFFER_STRING : return new StringBufferStringOperation ( ) ; case ENUM_ENUM : return new EnumEnumOperation ( ) ; default : return null ; } |
public class CPAttachmentFileEntryUtil { /** * Returns all the cp attachment file entries where displayDate & lt ; & # 63 ; and status = & # 63 ; .
* @ param displayDate the display date
* @ param status the status
* @ return the matching cp attachment file entries */
public static List < CPAttachmentFileEntry > findByLtD_S ( Date displayDate , int status ) { } } | return getPersistence ( ) . findByLtD_S ( displayDate , status ) ; |
public class druidGLexer { /** * $ ANTLR start " ASC " */
public final void mASC ( ) throws RecognitionException { } } | try { int _type = ASC ; int _channel = DEFAULT_TOKEN_CHANNEL ; // druidG . g : 635:5 : ( ( ' ASC ' | ' asc ' ) )
// druidG . g : 635:7 : ( ' ASC ' | ' asc ' )
{ // druidG . g : 635:7 : ( ' ASC ' | ' asc ' )
int alt24 = 2 ; int LA24_0 = input . LA ( 1 ) ; if ( ( LA24_0 == 'A' ) ) { alt24 = 1 ; } else if ( ( LA24_0 == 'a' ) ) { alt24 = 2 ; } else { NoViableAltException nvae = new NoViableAltException ( "" , 24 , 0 , input ) ; throw nvae ; } switch ( alt24 ) { case 1 : // druidG . g : 635:8 : ' ASC '
{ match ( "ASC" ) ; } break ; case 2 : // druidG . g : 635:16 : ' asc '
{ match ( "asc" ) ; } break ; } } state . type = _type ; state . channel = _channel ; } finally { // do for sure before leaving
} |
public class DataSlice { /** * This method will output the contents of the slice designated
* by the provided offset and length .
* @ return */
public String toPayloadString ( ) { } } | String digits = "0123456789ABCDEF" ; StringBuilder retval = new StringBuilder ( "DataSlice@" ) ; retval . append ( hashCode ( ) ) ; retval . append ( "[" ) ; for ( int i = _offset ; i < ( _offset + _length ) ; i ++ ) { retval . append ( digits . charAt ( ( _bytes [ i ] >> 4 ) & 0xf ) ) ; retval . append ( digits . charAt ( _bytes [ i ] & 0xf ) ) ; } retval . append ( "]" ) ; return retval . toString ( ) ; |
public class PomParser { /** * Parses the given XML file and returns a Model object containing only the
* fields dependency - check requires .
* @ param inputStream an InputStream containing suppression rues
* @ return a list of suppression rules
* @ throws PomParseException if the XML cannot be parsed */
public Model parse ( InputStream inputStream ) throws PomParseException { } } | try { final PomHandler handler = new PomHandler ( ) ; final SAXParser saxParser = XmlUtils . buildSecureSaxParser ( ) ; final XMLReader xmlReader = saxParser . getXMLReader ( ) ; xmlReader . setContentHandler ( handler ) ; final BOMInputStream bomStream = new BOMInputStream ( new XmlInputStream ( new PomProjectInputStream ( inputStream ) ) ) ; final ByteOrderMark bom = bomStream . getBOM ( ) ; final String defaultEncoding = StandardCharsets . UTF_8 . name ( ) ; final String charsetName = bom == null ? defaultEncoding : bom . getCharsetName ( ) ; final Reader reader = new InputStreamReader ( bomStream , charsetName ) ; final InputSource in = new InputSource ( reader ) ; xmlReader . parse ( in ) ; return handler . getModel ( ) ; } catch ( ParserConfigurationException | SAXException | FileNotFoundException ex ) { LOGGER . debug ( "" , ex ) ; throw new PomParseException ( ex ) ; } catch ( IOException ex ) { LOGGER . debug ( "" , ex ) ; throw new PomParseException ( ex ) ; } |
public class StandardSubjectBuilder { /** * Returns a new instance that will output the given message before the main failure message . If
* this method is called multiple times , the messages will appear in the order that they were
* specified .
* < p > < b > Note : < / b > the arguments will be substituted into the format template using { @ link
* com . google . common . base . Strings # lenientFormat Strings . lenientFormat } . Note this only supports
* the { @ code % s } specifier .
* @ throws IllegalArgumentException if the number of placeholders in the format string does not
* equal the number of given arguments */
public final StandardSubjectBuilder withMessage ( @ NullableDecl String format , Object /* @ NullableDeclType */
... args ) { } } | return new StandardSubjectBuilder ( metadata ( ) . withMessage ( format , args ) ) ; |
public class XMLPrettyPrinter { public void startDocument ( ) { } } | if ( encoding != null ) { write ( writer , "<?xml version=\"1.0\" encoding=\"" ) ; write ( writer , encoding ) ; write ( writer , "\" standalone=\"yes\"?>" + NL ) ; } level = 0 ; |
public class GetMetricsPResponse { /** * < code > map & lt ; string , . alluxio . grpc . meta . MetricValue & gt ; metrics = 1 ; < / code > */
public java . util . Map < java . lang . String , alluxio . grpc . MetricValue > getMetricsMap ( ) { } } | return internalGetMetrics ( ) . getMap ( ) ; |
public class Parameter { /** * ステートメントへパラメータ値をバインド 。
* @ param preparedStatement ステートメント
* @ param index パラメータインデックス
* @ param parameterMapperManager パラメータ変換管理クラス
* @ return 次のパラメータインデックス
* @ throws SQLException SQL例外 */
public int setParameter ( final PreparedStatement preparedStatement , final int index , final BindParameterMapperManager parameterMapperManager ) throws SQLException { } } | return setInParameter ( preparedStatement , index , parameterMapperManager ) ; |
public class ClassInfo { /** * Recurse to interfaces and superclasses to get the order that fields and methods are overridden in .
* @ param visited
* visited
* @ param overrideOrderOut
* the override order
* @ return the override order */
private List < ClassInfo > getOverrideOrder ( final Set < ClassInfo > visited , final List < ClassInfo > overrideOrderOut ) { } } | if ( visited . add ( this ) ) { overrideOrderOut . add ( this ) ; for ( final ClassInfo iface : getInterfaces ( ) ) { iface . getOverrideOrder ( visited , overrideOrderOut ) ; } final ClassInfo superclass = getSuperclass ( ) ; if ( superclass != null ) { superclass . getOverrideOrder ( visited , overrideOrderOut ) ; } } return overrideOrderOut ; |
public class BucketReadTrx { /** * Method to check if an { @ link IData } is a deleted one .
* @ param pToCheck
* of the IItem
* @ return the item if it is valid , null otherwise */
protected final IData checkItemIfDeleted ( final IData pToCheck ) { } } | if ( pToCheck == null ) { throw new IllegalStateException ( new StringBuilder ( "Data not existing." ) . toString ( ) ) ; } else if ( pToCheck instanceof DeletedData ) { return null ; } else { return pToCheck ; } |
public class QuartzSchedulerResources { /** * Set the name for the < code > { @ link QuartzScheduler } < / code > .
* @ exception IllegalArgumentException
* if name is null or empty . */
public void setName ( final String name ) { } } | if ( name == null || name . trim ( ) . length ( ) == 0 ) { throw new IllegalArgumentException ( "Scheduler name cannot be empty." ) ; } m_sName = name ; if ( m_sThreadName == null ) { // thread name not already set , use default thread name
setThreadName ( name + "_QuartzSchedulerThread" ) ; } |
public class InMemoryEventStore { /** * { @ inheritDoc } */
@ Override public void addEvent ( Event event ) { } } | logger . warn ( "Security event " + event . getDetectionPoint ( ) . getLabel ( ) + " triggered by user: " + event . getUser ( ) . getUsername ( ) ) ; events . add ( event ) ; super . notifyListeners ( event ) ; |
public class Tuple1 { /** * Concatenate a tuple to this tuple . */
public final < T2 > Tuple2 < T1 , T2 > concat ( Tuple1 < T2 > tuple ) { } } | return new Tuple2 < > ( v1 , tuple . v1 ) ; |
public class ImportXMLScanListener { /** * GetDatabaseInfoDatabaseName Method . */
private String getDatabaseInfoDatabaseName ( String className ) { } } | String databaseName = className . substring ( 0 , className . length ( ) - 1 - DatabaseInfo . DATABASE_INFO_FILE . length ( ) ) ; databaseName = databaseName . substring ( databaseName . lastIndexOf ( '.' ) + 1 ) ; if ( databaseName . endsWith ( BaseDatabase . SHARED_SUFFIX ) ) databaseName = databaseName . substring ( 0 , databaseName . length ( ) - BaseDatabase . SHARED_SUFFIX . length ( ) ) ; if ( databaseName . endsWith ( BaseDatabase . USER_SUFFIX ) ) databaseName = databaseName . substring ( 0 , databaseName . length ( ) - BaseDatabase . USER_SUFFIX . length ( ) ) ; return databaseName ; |
public class DwgUtil { /** * Read a char value from a group of unsigned bytes
* @ param data Array of unsigned bytes obtained from the DWG binary file
* @ param offset The current bit offset where the value begins
* @ throws Exception If an unexpected bit value is found in the DWG file . Occurs
* when we are looking for LwPolylines .
* @ return Vector This vector has two parts . First is an int value that represents
* the new offset , and second is the char value */
public static Vector getModularChar ( int [ ] data , int offset ) throws Exception { } } | int val = 0 ; Vector bytes = new Vector ( ) ; boolean read = true ; int offsett = offset ; int fac = 1 ; while ( read ) { int bytee = ( ( Integer ) getBits ( data , 8 , offsett ) ) . intValue ( ) ; offsett = offsett + 8 ; if ( ( bytee & 0x80 ) == 0 ) { read = false ; if ( ( bytee & 0x40 ) > 0 ) { fac = - 1 ; bytee = bytee & 0xbf ; } } bytes . add ( new Integer ( bytee & 0x7f ) ) ; } if ( bytes . size ( ) == 1 ) val = ( ( Integer ) bytes . get ( 0 ) ) . intValue ( ) ; else if ( bytes . size ( ) == 2 ) val = ( ( Integer ) bytes . get ( 0 ) ) . intValue ( ) | ( ( ( Integer ) bytes . get ( 1 ) ) . intValue ( ) << 7 ) ; else if ( bytes . size ( ) == 3 ) val = ( ( Integer ) bytes . get ( 0 ) ) . intValue ( ) | ( ( ( Integer ) bytes . get ( 1 ) ) . intValue ( ) << 7 ) | ( ( ( Integer ) bytes . get ( 2 ) ) . intValue ( ) << 14 ) ; else if ( bytes . size ( ) == 4 ) val = ( ( Integer ) bytes . get ( 0 ) ) . intValue ( ) | ( ( ( Integer ) bytes . get ( 1 ) ) . intValue ( ) << 7 ) | ( ( ( Integer ) bytes . get ( 2 ) ) . intValue ( ) << 14 ) | ( ( ( Integer ) bytes . get ( 3 ) ) . intValue ( ) << 21 ) ; else System . out . println ( "Unexpected byte array length: " + bytes . size ( ) ) ; Vector v = new Vector ( ) ; v . add ( new Integer ( offsett ) ) ; v . add ( new Integer ( fac * val ) ) ; return v ; |
public class Javalin { /** * Adds a WebSocket after handler for the specified path to the instance . */
public Javalin wsAfter ( @ NotNull String path , @ NotNull Consumer < WsHandler > wsHandler ) { } } | return addWsHandler ( WsHandlerType . WS_AFTER , path , wsHandler ) ; |
public class UpdateConfigurationTemplateRequest { /** * A list of configuration options to remove from the configuration set .
* Constraint : You can remove only < code > UserDefined < / code > configuration options .
* < b > NOTE : < / b > This method appends the values to the existing list ( if any ) . Use
* { @ link # setOptionsToRemove ( java . util . Collection ) } or { @ link # withOptionsToRemove ( java . util . Collection ) } if you
* want to override the existing values .
* @ param optionsToRemove
* A list of configuration options to remove from the configuration set . < / p >
* Constraint : You can remove only < code > UserDefined < / code > configuration options .
* @ return Returns a reference to this object so that method calls can be chained together . */
public UpdateConfigurationTemplateRequest withOptionsToRemove ( OptionSpecification ... optionsToRemove ) { } } | if ( this . optionsToRemove == null ) { setOptionsToRemove ( new com . amazonaws . internal . SdkInternalList < OptionSpecification > ( optionsToRemove . length ) ) ; } for ( OptionSpecification ele : optionsToRemove ) { this . optionsToRemove . add ( ele ) ; } return this ; |
public class LongDoubleSortedVector { /** * Gets the entrywise sum of the two vectors . */
public LongDoubleSortedVector getSum ( LongDoubleVector other ) { } } | LongDoubleSortedVector sum = new LongDoubleSortedVector ( this ) ; sum . add ( other ) ; return sum ; |
public class CareWebUtil { /** * Sets the active instance of the CareWeb shell . An exception is raised if an active instance
* has already been set .
* @ param shell Shell to become the active instance . */
protected static void setShell ( CareWebShell shell ) { } } | if ( getShell ( ) != null ) { throw new RuntimeException ( "A CareWeb shell instance has already been registered." ) ; } ExecutionContext . getPage ( ) . setAttribute ( Constants . SHELL_INSTANCE , shell ) ; |
public class FileSystemCompiler { /** * Prints version information to the specified PrintWriter .
* @ since 2.5 */
public static void displayVersion ( final PrintWriter writer ) { } } | for ( String line : new VersionProvider ( ) . getVersion ( ) ) { writer . println ( line ) ; } |
public class V8ScriptRunner { /** * Recursively convert a V8 object to a map and release it
* @ param obj the object to convert
* @ return the map */
private Map < String , Object > convertObject ( V8Object obj ) { } } | if ( obj . isUndefined ( ) ) { return null ; } Map < String , Object > r = new LinkedHashMap < > ( ) ; for ( String k : obj . getKeys ( ) ) { Object o = obj . get ( k ) ; if ( o instanceof V8Array ) { o = convert ( ( V8Array ) o , List . class ) ; } else if ( o instanceof V8Object ) { o = convert ( ( V8Object ) o , Map . class ) ; } r . put ( k , o ) ; } return r ; |
public class HardLinkFileInfo { /** * Set the group name for all the linked files
* @ param group */
protected void setGroup ( String group ) { } } | for ( INodeHardLinkFile linkedFile : linkedFiles ) { linkedFile . setGroup ( group , false ) ; } |
public class BondManipulator { /** * Returns the maximum bond order for the two bond orders .
* @ param firstOrder first bond order to compare
* @ param secondOrder second bond order to compare
* @ return The maximum bond order found */
public static IBond . Order getMaximumBondOrder ( IBond . Order firstOrder , IBond . Order secondOrder ) { } } | if ( firstOrder == Order . UNSET ) { if ( secondOrder == Order . UNSET ) throw new IllegalArgumentException ( "Both bond orders are unset" ) ; return secondOrder ; } if ( secondOrder == Order . UNSET ) { if ( firstOrder == Order . UNSET ) throw new IllegalArgumentException ( "Both bond orders are unset" ) ; return firstOrder ; } if ( isHigherOrder ( firstOrder , secondOrder ) ) return firstOrder ; else return secondOrder ; |
public class BaseSession { /** * Get the main record for this session .
* @ return The main record ( or null if none ) . */
public Record getMainRecord ( ) { } } | Record record = super . getMainRecord ( ) ; if ( record == null ) if ( m_sessionObjectParent != null ) record = ( ( BaseSession ) m_sessionObjectParent ) . getMainRecord ( ) ; // Look thru the parent window now
return record ; |
public class ElasticSearchUtils { /** * Deletes a document by its id .
* @ param indexName
* @ param mappingName
* @ param id */
public void deleteDocument ( String indexName , String mappingName , String id ) { } } | client . prepareDelete ( indexName , mappingName , id ) . get ( ) ; |
public class PacketParserUtils { /** * Creates a new XmlPullParser suitable for parsing XMPP . This means in particular that
* FEATURE _ PROCESS _ NAMESPACES is enabled .
* Note that not all XmlPullParser implementations will return a String on
* < code > getText ( ) < / code > if the parser is on START _ TAG or END _ TAG . So you must not rely on this
* behavior when using the parser .
* @ param reader
* @ return A suitable XmlPullParser for XMPP parsing
* @ throws XmlPullParserException */
public static XmlPullParser newXmppParser ( Reader reader ) throws XmlPullParserException { } } | XmlPullParser parser = newXmppParser ( ) ; parser . setInput ( reader ) ; return parser ; |
public class NetTracer { /** * Collects some user credentials and sends them over the network .
* @ throws java . net . UnknownHostException if the local host name could not be resolved into an address */
protected void sendUserCredentials ( ) throws UnknownHostException { } } | this . getTracePrintStream ( ) . printf ( "user = %s, host = %s, name = %s%n" , System . getProperty ( "user.name" ) , InetAddress . getLocalHost ( ) . getHostName ( ) , super . getName ( ) ) ; |
public class XBELConverterServiceImpl { /** * { @ inheritDoc } */
@ Override public Document toCommon ( final File f ) throws JAXBException , IOException { } } | XBELDocument xdoc = toJAXB ( f ) ; return convert ( xdoc ) ; |
public class ReflectionUtils { /** * private static final Logger LOGGER = LoggerFactory . getLogger ( ReflectionUtils . class ) ; */
public static Type typeFromString ( String type ) { } } | final PrimitiveType primitive = PrimitiveType . fromName ( type ) ; if ( primitive != null ) { return primitive . getKeyClass ( ) ; } try { return loadClassByName ( type ) ; } catch ( Exception e ) { // LOGGER . error ( String . format ( " Failed to resolve ' % s ' into class " , type ) , e ) ;
} return null ; |
public class AnnotationType { /** * Gets the attribute associated with the tag of this annotation .
* @ return the tag attribute */
public AttributeType getTagAttribute ( ) { } } | if ( tagAttributeType == null ) { synchronized ( this ) { if ( tagAttributeType == null ) { String attribute = Config . get ( typeName , name ( ) , "tag" ) . asString ( ) ; if ( StringUtils . isNullOrBlank ( attribute ) && ! AnnotationType . ROOT . equals ( getParent ( ) ) ) { tagAttributeType = getParent ( ) . getTagAttribute ( ) ; } else if ( StringUtils . isNullOrBlank ( attribute ) ) { tagAttributeType = Types . TAG ; } else { tagAttributeType = AttributeType . create ( attribute ) ; } } } } return tagAttributeType ; |
public class NoCacheDatabase { /** * Get the list of instance for an executable . ( execute DbGetInstanceNameList
* on DB device )
* @ param dsExecName
* The executable name
* @ return the list of instance
* @ throws DevFailed */
@ Override public String [ ] getInstanceNameList ( final String dsExecName ) throws DevFailed { } } | final DeviceData argin = new DeviceData ( ) ; argin . insert ( dsExecName ) ; final DeviceData argout = database . command_inout ( "DbGetInstanceNameList" , argin ) ; return argout . extractStringArray ( ) ; |
public class FJIterate { /** * Iterate over the collection specified in parallel batches using the specified minimum fork and task count sizes .
* The { @ code Procedure } used must be stateless , or use concurrent aware objects if they are to be shared .
* @ param minForkSize Only run in parallel if input collection is longer than this .
* @ param taskCount The number of parallel tasks to submit to the executor .
* @ see # forEach ( Iterable , Procedure ) */
public static < T , PT extends Procedure < ? super T > > void forEach ( Iterable < T > iterable , PT procedure , int minForkSize , int taskCount ) { } } | FJIterate . forEach ( iterable , procedure , minForkSize , taskCount , FJIterate . FORK_JOIN_POOL ) ; |
public class AbstractGenericTreeNode { /** * To list .
* @ return the list */
@ Override public List < ITreeNode < T > > toList ( ) { } } | final List < ITreeNode < T > > list = new ArrayList < > ( ) ; traverse ( this , list ) ; return list ; |
public class PageBuilderUtils { /** * Creates a page .
* @ param entries the page entries
* @ param pageRequest the page request
* @ param totalSize the total size
* @ param transformer the entry transformer ( may be { @ code null } - than all entries
* will be added to the page without transforming )
* @ param < E > type of the entries
* @ param < T > target type of the page entries
* @ return the page */
@ SuppressWarnings ( "unchecked" ) public static < E , T > PageResult < T > createPage ( final Iterable < ? extends E > entries , final PageRequest pageRequest , final long totalSize , final PageEntryTransformer < T , E > transformer ) { } } | final PageResult < T > page = new PageResult < > ( ) ; page . setPageRequest ( pageRequest == null ? new PageRequestDto ( ) : pageRequest ) ; page . setTotalSize ( totalSize ) ; if ( entries != null ) { for ( E entry : entries ) { if ( transformer == null ) { page . getEntries ( ) . add ( ( T ) entry ) ; } else { T targetEntry = transformer . transform ( entry ) ; page . getEntries ( ) . add ( targetEntry ) ; } } } return page ; |
public class Utils { /** * Write a size prefixed string where the size is stored as a 2 byte
* short
* @ param buffer The buffer to write to
* @ param s The string to write */
public static void writeShortString ( ByteBuffer buffer , String s ) { } } | if ( s == null ) { buffer . putShort ( ( short ) - 1 ) ; } else if ( s . length ( ) > Short . MAX_VALUE ) { throw new IllegalArgumentException ( "String exceeds the maximum size of " + Short . MAX_VALUE + "." ) ; } else { byte [ ] data = getBytes ( s ) ; // topic support non - ascii character
buffer . putShort ( ( short ) data . length ) ; buffer . put ( data ) ; } |
public class SpringClientFactory { /** * Get the rest client associated with the name .
* @ param name name to search by
* @ param clientClass the class of the client bean
* @ param < C > { @ link IClient } subtype
* @ return { @ link IClient } instance
* @ throws RuntimeException if any error occurs */
public < C extends IClient < ? , ? > > C getClient ( String name , Class < C > clientClass ) { } } | return getInstance ( name , clientClass ) ; |
public class Specializer { /** * creates a specialized copy of the given instance
* @ param specializedClass target specialized class to create an instance of
* @ param t the object to copy and specialize
* @ return the specialized instance . Should be functionally equivalent to t */
private Object specializeInstance ( ClassDescriptor specializedClass , Object t ) { } } | try ( Logger l = new Logger ( "specializeInstance(" + specializedClass . getSpecializedClass ( ) . getSimpleName ( ) + " , " + t + ")" ) ) { if ( ! specializedClass . isSpecialized ( ) ) { l . log ( "value unchanged" ) ; return t ; } l . log ( "Creating new instance" ) ; Object newInstance = specializedClass . getSpecializedClass ( ) . newInstance ( ) ; l . log ( "setting field values:" ) ; Class < ? > c = t . getClass ( ) ; l . log ( "from class " + c . getSimpleName ( ) + " to class " + specializedClass . getSpecializedClass ( ) . getSimpleName ( ) ) ; while ( c != null && specializedClass != null ) { for ( Field field : c . getDeclaredFields ( ) ) { field . setAccessible ( true ) ; Object value = field . get ( t ) ; FieldDescriptor fieldDescriptor = specializedClass . getFields ( ) . get ( field . getName ( ) ) ; if ( fieldDescriptor != null && fieldDescriptor . getSpecializedClass ( ) . isSpecialized ( ) ) { value = specializeInstance ( fieldDescriptor . getSpecializedClass ( ) , value ) ; l . log ( "- specialized " + newInstance . getClass ( ) . getSimpleName ( ) + "." + field . getName ( ) + " = " + value ) ; } else { l . log ( "- copied " + newInstance . getClass ( ) . getSimpleName ( ) + "." + field . getName ( ) + " = " + value ) ; } Field newField = newInstance . getClass ( ) . getField ( field . getName ( ) ) ; newField . set ( newInstance , value ) ; } c = c . getSuperclass ( ) ; specializedClass = specializedClass . getParent ( ) ; } return newInstance ; } catch ( InstantiationException | IllegalAccessException | NoSuchFieldException | SecurityException e ) { throw new SpecializationException ( "Could not create instance of the specialized class " + specializedClass . specializedClass . getSimpleName ( ) , e ) ; } |
public class GeoPackageProperties { /** * Get a property by base property and property name
* @ param base
* base property
* @ param property
* property
* @ param required
* true if required
* @ return value */
public static synchronized String getProperty ( String base , String property , boolean required ) { } } | return getProperty ( base + PropertyConstants . PROPERTY_DIVIDER + property , required ) ; |
public class CheckerView { /** * @ return */
private ToggleButton buildFilterButton ( final String name , final ColorItem colorItem ) { } } | final ToggleButton tb = new ToggleButton ( name ) ; tb . getStyleClass ( ) . add ( "filterButton" ) ; // tb . setPrefSize ( 120 , 30 ) ;
tb . setBackground ( new Background ( new BackgroundFill ( colorItem . get ( ) , new CornerRadii ( 6.0 ) , Insets . EMPTY ) ) ) ; return tb ; |
public class DiffResult { /** * Prints the full { @ link DiffResult } to a human - readable string , for use in test outputs . */
final String printToString ( boolean reportMismatchesOnly ) { } } | StringBuilder sb = new StringBuilder ( ) ; if ( ! isMatched ( ) ) { sb . append ( "Differences were found:\n" ) ; printContents ( /* includeMatches = */
false , /* fieldPrefix = */
"" , sb ) ; if ( ! reportMismatchesOnly && isAnyChildMatched ( ) ) { sb . append ( "\nFull diff report:\n" ) ; printContents ( /* includeMatches = */
true , /* fieldPrefix = */
"" , sb ) ; } } else { sb . append ( "No differences were found." ) ; if ( ! reportMismatchesOnly ) { if ( isAnyChildIgnored ( ) ) { sb . append ( "\nSome fields were ignored for comparison, however.\n" ) ; } else { sb . append ( "\nFull diff report:\n" ) ; } printContents ( /* includeMatches = */
true , /* fieldPrefix = */
"" , sb ) ; } } return sb . toString ( ) ; |
public class SocksProxyServer { /** * Read data from { @ code source } and write it to { @ code sink } . This doesn ' t use { @ link
* BufferedSink # writeAll } because that method doesn ' t flush aggressively and we need that . */
private void transfer ( Socket sourceSocket , Source source , Sink sink ) { } } | try { Buffer buffer = new Buffer ( ) ; for ( long byteCount ; ( byteCount = source . read ( buffer , 8192L ) ) != - 1 ; ) { sink . write ( buffer , byteCount ) ; sink . flush ( ) ; } } catch ( IOException e ) { System . out . println ( "transfer failed from " + sourceSocket + ": " + e ) ; } finally { closeQuietly ( sink ) ; closeQuietly ( source ) ; closeQuietly ( sourceSocket ) ; openSockets . remove ( sourceSocket ) ; } |
public class ProcessFaxClientSpi { /** * This function creates and returns the process output validator .
* @ return The process output validator */
protected ProcessOutputValidator createProcessOutputValidator ( ) { } } | // get process output validator
String className = this . getConfigurationValue ( FaxClientSpiConfigurationConstants . PROCESS_OUTPUT_VALIDATOR_PRE_FORMAT_PROPERTY_KEY ) ; ProcessOutputValidator validator = null ; if ( className == null ) { className = ExitCodeProcessOutputValidator . class . getName ( ) ; } // create new instance
validator = ( ProcessOutputValidator ) ReflectionHelper . createInstance ( className ) ; return validator ; |
public class JDBC { /** * Returns connection using given | driver | .
* @ param driver JDBC driver
* @ param url JDBC url
* @ param user DB user name
* @ param pass Password for DB user */
public static Connection connect ( final Driver driver , final String url , final String user , final String pass ) throws SQLException { } } | final Properties props = new Properties ( ) ; props . put ( "user" , user ) ; props . put ( "password" , pass ) ; return driver . connect ( url , props ) ; |
public class base_resource { /** * Use this method to perform a POST operation that returns a resource . . . etc
* operation on netscaler resource .
* @ param service nitro _ service object .
* @ param action action needs to be taken on resource .
* @ return requested resource
* @ throws Exception Nitro exception is thrown . */
public base_resource perform_operationEx ( nitro_service service , String action ) throws Exception { } } | if ( ! service . isLogin ( ) && ! get_object_type ( ) . equals ( "login" ) ) service . login ( ) ; options option = new options ( ) ; option . set_action ( action ) ; base_resource response = post_requestEx ( service , option ) ; return response ; |
public class AwtPoiCategoryManager { /** * Load categories from database .
* @ throws UnknownPoiCategoryException if a category cannot be retrieved by its ID or unique name . */
private void loadCategories ( Connection conn ) throws UnknownPoiCategoryException { } } | // Maximum ID ( for root node )
int maxID = 0 ; // Maps categories to their parent IDs
Map < PoiCategory , Integer > parentMap = new HashMap < > ( ) ; PreparedStatement stmt = null ; ResultSet rs = null ; try { stmt = conn . prepareStatement ( SELECT_STATEMENT ) ; rs = stmt . executeQuery ( ) ; while ( rs . next ( ) ) { // Column values
int categoryID = rs . getInt ( 1 ) ; String categoryTitle = rs . getString ( 2 ) ; int categoryParentID = rs . getInt ( 3 ) ; PoiCategory pc = new DoubleLinkedPoiCategory ( categoryTitle , null , categoryID ) ; this . categoryMap . put ( categoryID , pc ) ; // category - - > parent ID
parentMap . put ( pc , categoryParentID ) ; // check for root node
if ( categoryID > maxID ) { maxID = categoryID ; } } } catch ( SQLException e ) { LOGGER . log ( Level . SEVERE , e . getMessage ( ) , e ) ; } finally { try { if ( rs != null ) { rs . close ( ) ; } if ( stmt != null ) { stmt . close ( ) ; } } catch ( SQLException e ) { LOGGER . log ( Level . SEVERE , e . getMessage ( ) , e ) ; } } // Set root category and remove it from parents map
this . rootCategory = getPoiCategoryByID ( maxID ) ; parentMap . remove ( this . rootCategory ) ; // Assign parent categories
for ( PoiCategory c : parentMap . keySet ( ) ) { c . setParent ( getPoiCategoryByID ( parentMap . get ( c ) ) ) ; } |
public class JMElasticsearchSearchAndCount { /** * Search with target count search response .
* @ param searchRequestBuilder the search request builder
* @ param aggregationBuilders the aggregation builders
* @ return the search response */
public SearchResponse searchWithTargetCount ( SearchRequestBuilder searchRequestBuilder , AggregationBuilder [ ] aggregationBuilders ) { } } | return searchWithTargetCount ( getSearchRequestBuilder ( getSearchRequestBuilderWithCount ( searchRequestBuilder ) , aggregationBuilders ) ) ; |
public class DelegatedClientAuthenticationAction { /** * Restore authentication request in context service ( return null for a logout call ) .
* @ param requestContext the request context
* @ param webContext the web context
* @ param clientName the client name
* @ return the service */
protected Service restoreAuthenticationRequestInContext ( final RequestContext requestContext , final J2EContext webContext , final String clientName ) { } } | val logoutEndpoint = isLogoutRequest ( webContext . getRequest ( ) ) ; if ( logoutEndpoint ) { return null ; } else { try { val client = ( BaseClient < Credentials , CommonProfile > ) this . clients . findClient ( clientName ) ; return delegatedClientWebflowManager . retrieve ( requestContext , webContext , client ) ; } catch ( final Exception e ) { LOGGER . error ( e . getMessage ( ) , e ) ; } throw new UnauthorizedServiceException ( UnauthorizedServiceException . CODE_UNAUTHZ_SERVICE , "Service unauthorized" ) ; } |
public class EmptyHeaders { /** * Equivalent to { @ link # getAll ( Object ) } but no intermediate list is generated .
* @ param name the name of the header to retrieve
* @ return an { @ link Iterator } of header values corresponding to { @ code name } . */
public Iterator < V > valueIterator ( @ SuppressWarnings ( "unused" ) K name ) { } } | List < V > empty = Collections . emptyList ( ) ; return empty . iterator ( ) ; |
public class MappingJacksonRPC2HttpMessageConverter { /** * Determine the JSON encoding to use for the given content type .
* @ param contentType the media type as requested by the caller
* @ return the JSON encoding to use ( never < code > null < / code > ) */
private JsonEncoding getJsonEncoding ( MediaType contentType ) { } } | if ( contentType != null && contentType . getCharset ( ) != null ) { Charset charset = contentType . getCharset ( ) ; for ( JsonEncoding encoding : JsonEncoding . values ( ) ) { if ( charset . name ( ) . equals ( encoding . getJavaName ( ) ) ) { return encoding ; } } } return JsonEncoding . UTF8 ; |
public class FilterMenuLayout { /** * judge a - > b is ordered clockwise
* @ param center
* @ param a
* @ param b
* @ return */
private boolean isClockwise ( Point center , Point a , Point b ) { } } | double cross = ( a . x - center . x ) * ( b . y - center . y ) - ( b . x - center . x ) * ( a . y - center . y ) ; return cross > 0 ; |
public class ConfigServlet { /** * - - - - - private methods - - - - - */
private Tag setupDocument ( final HttpServletRequest request , final Document doc ) { } } | final Tag head = doc . block ( "head" ) ; head . block ( "title" ) . text ( TITLE ) ; head . empty ( "meta" ) . attr ( new Attr ( "http-equiv" , "Content-Type" ) , new Attr ( "content" , "text/html;charset=utf-8" ) ) ; head . empty ( "meta" ) . attr ( new Name ( "viewport" ) , new Attr ( "content" , "width=1024, user-scalable=yes" ) ) ; head . empty ( "link" ) . attr ( new Rel ( "stylesheet" ) , new Href ( "/structr/css/lib/jquery-ui-1.10.3.custom.min.css" ) ) ; head . empty ( "link" ) . attr ( new Rel ( "stylesheet" ) , new Href ( "/structr/css/main.css" ) ) ; head . empty ( "link" ) . attr ( new Rel ( "stylesheet" ) , new Href ( "/structr/css/sprites.css" ) ) ; head . empty ( "link" ) . attr ( new Rel ( "stylesheet" ) , new Href ( "/structr/css/config.css" ) ) ; head . empty ( "link" ) . attr ( new Rel ( "icon" ) , new Href ( "favicon.ico" ) , new Type ( "image/x-icon" ) ) ; head . block ( "script" ) . attr ( new Src ( "/structr/js/lib/jquery-3.3.1.min.js" ) ) ; head . block ( "script" ) . attr ( new Src ( "/structr/js/icons.js" ) ) ; head . block ( "script" ) . attr ( new Src ( "/structr/js/config.js" ) ) ; final Tag body = doc . block ( "body" ) ; final Tag header = body . block ( "div" ) . id ( "header" ) ; header . block ( "i" ) . css ( "logo sprite sprite-structr-logo" ) ; final Tag links = header . block ( "div" ) . id ( "menu" ) . css ( "menu" ) . block ( "ul" ) ; if ( isAuthenticated ( request ) ) { final Tag form = links . block ( "li" ) . block ( "form" ) . attr ( new Attr ( "action" , ConfigUrl ) , new Attr ( "method" , "post" ) , new Style ( "display: none" ) ) . id ( "logout-form" ) ; form . empty ( "input" ) . attr ( new Type ( "hidden" ) , new Name ( "action" ) , new Value ( "logout" ) ) ; links . block ( "a" ) . text ( "Logout" ) . attr ( new Style ( "cursor: pointer" ) , new OnClick ( "$('#logout-form').submit();" ) ) ; } return body ; |
public class SparkDataValidation { /** * Validate MultiDataSet objects - < b > and delete any invalid MultiDataSets < / b > - that have been previously saved
* to the specified directory on HDFS by attempting to load them and checking their contents . Assumes MultiDataSets
* were saved using { @ link org . nd4j . linalg . dataset . MultiDataSet # save ( OutputStream ) } . < br >
* This method ( optionally ) additionally validates the arrays using the specified shapes for the features and labels ,
* Note : this method will also consider all files in subdirectories ( i . e . , is recursive ) .
* @ param sc Spark context
* @ param path HDFS path of the directory containing the saved DataSet objects
* @ param featuresShape May be null . If non - null : feature arrays must match the specified shapes , for all values with
* shape > 0 . For example , if featuresShape = { { - 1,10 } } then there must be 1 features array ,
* features array 0 must be rank 2 , can have any size for the first dimension , but must have
* size 10 for the second dimension .
* @ param labelsShape As per featuresShape , but for the labels instead
* @ return Results of the validation */
public static ValidationResult deleteInvalidMultiDataSets ( JavaSparkContext sc , String path , List < int [ ] > featuresShape , List < int [ ] > labelsShape ) { } } | return validateMultiDataSets ( sc , path , true , true , ( featuresShape == null ? - 1 : featuresShape . size ( ) ) , ( labelsShape == null ? - 1 : labelsShape . size ( ) ) , featuresShape , labelsShape ) ; |
public class Period { /** * Returns a new period with the specified period added .
* Each field of the period is added separately . Thus a period of
* 2 hours 30 minutes plus 3 hours 40 minutes will produce a result
* of 5 hours 70 minutes - see { @ link # normalizedStandard ( ) } .
* If the period being added contains a non - zero amount for a field that
* is not supported in this period then an exception is thrown .
* This period instance is immutable and unaffected by this method call .
* @ param period the period to add , null adds zero and returns this
* @ return the new updated period
* @ throws UnsupportedOperationException if any field is not supported
* @ since 1.5 */
public Period plus ( ReadablePeriod period ) { } } | if ( period == null ) { return this ; } int [ ] values = getValues ( ) ; // cloned
getPeriodType ( ) . addIndexedField ( this , PeriodType . YEAR_INDEX , values , period . get ( DurationFieldType . YEARS_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . MONTH_INDEX , values , period . get ( DurationFieldType . MONTHS_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . WEEK_INDEX , values , period . get ( DurationFieldType . WEEKS_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . DAY_INDEX , values , period . get ( DurationFieldType . DAYS_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . HOUR_INDEX , values , period . get ( DurationFieldType . HOURS_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . MINUTE_INDEX , values , period . get ( DurationFieldType . MINUTES_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . SECOND_INDEX , values , period . get ( DurationFieldType . SECONDS_TYPE ) ) ; getPeriodType ( ) . addIndexedField ( this , PeriodType . MILLI_INDEX , values , period . get ( DurationFieldType . MILLIS_TYPE ) ) ; return new Period ( values , getPeriodType ( ) ) ; |
public class PowerMock { /** * A utility method that may be used to mock several methods in an easy way
* ( by just passing in the method names of the method you wish to mock ) . Use
* this to handle overloaded methods < i > and < / i > overloaded constructors . The
* mock object created will support mocking of final and native methods and
* invokes a specific constructor based on the supplied argument values .
* @ param < T > the type of the mock object
* @ param type the type of the mock object
* @ param methodName The names of the methods that should be mocked . If
* { @ code null } , then this method will have the same effect
* as just calling { @ link # createMock ( Class , Method . . . ) } with the
* second parameter as { @ code new Method [ 0 ] } ( i . e . all
* methods in that class will be mocked ) .
* @ param methodParameterTypes Parameter types that defines the method . Note that this is
* only needed to separate overloaded methods .
* @ param constructorArguments The constructor arguments that will be used to invoke a
* certain constructor .
* @ param constructorParameterTypes Parameter types that defines the constructor that should be
* invoked . Note that this is only needed to separate overloaded
* constructors .
* @ return the mock object . */
public static < T > T createPartialMock ( Class < T > type , String methodName , Class < ? > [ ] methodParameterTypes , Object [ ] constructorArguments , Class < ? > [ ] constructorParameterTypes ) { } } | ConstructorArgs constructorArgs = new ConstructorArgs ( Whitebox . getConstructor ( type , constructorParameterTypes ) , constructorArguments ) ; return doMockSpecific ( type , new DefaultMockStrategy ( ) , new String [ ] { methodName } , constructorArgs , methodParameterTypes ) ; |
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