public void prepareForSpace  ( ITypeDesc typeDesc ) { if ( _preparedForSpace ) return ; if ( _typeDesc == null ) init ( typeDesc ) ; _allIndexValuesQuery = true ; if ( _multipleUids != null ) { setMultipleUIDs ( _multipleUids . toArray ( new String [ _multipleUids . size ( ) ] ) ) ; _allIndexValuesQuery = false ; } boolean anyCompoundIndexCreated = false ; List < IQueryIndexScanner > queryIndexes = new LinkedList < IQueryIndexScanner > ( ) ; List < ICustomQuery > customQueries = null ; HashMap < String , List < Range > > containsSamePathRanges = null ; HashMap < ContainsItemIntersectionBase , ContainsItemValueRange > containsIntersections ; if ( _containsItemsQueries != null && ! _containsItemsQueries . isEmpty ( ) ) { customQueries = new ArrayList < ICustomQuery > ( _containsItemsQueries ) ; if ( _ranges == null ) _ranges = new HashMap < String , Range > ( ) ; containsSamePathRanges = new HashMap < String , List < Range > > ( ) ; containsIntersections = new HashMap < ContainsItemIntersectionBase , ContainsItemValueRange > ( ) ; insertContainsItemsRanges ( _containsItemsQueries , containsSamePathRanges , null , containsIntersections ) ; } Map < Range , IQueryIndexScanner > usedByRanges = null ; Map < String , Range > possibleCompoundSegments = typeDesc . anyCompoundIndex ( ) && _ranges != null ? new HashMap < String , Range > ( ) : null ; if ( _ranges != null ) { if ( customQueries == null ) customQueries = new ArrayList < ICustomQuery > ( ) ; for ( Map . Entry < String , Range > mapEntry : _ranges . entrySet ( ) ) { String fieldName = mapEntry . getKey ( ) ; Range range = mapEntry . getValue ( ) ; int propertyIndex = _typeDesc . getFixedPropertyPosition ( fieldName ) ; boolean addedRange = false ; if ( propertyIndex != - 1 && ( range . getFunctionCallDescription ( ) == null ) ) { range . toEntryPacket ( this , propertyIndex ) ; addedRange = true ; if ( ! range . isRelevantForAllIndexValuesOptimization ( ) || ! _typeDesc . getPropertiesIndexTypes ( ) [ propertyIndex ] ) _allIndexValuesQuery = false ; if ( possibleCompoundSegments != null && range . suitableAsCompoundIndexSegment ( ) ) { if ( usedByRanges == null ) usedByRanges = new HashMap < Range , IQueryIndexScanner > ( ) ; usedByRanges . put ( range , _dummyNullIndexScanner ) ; } } if ( range . isNestedQuery ( ) || range . isComplex ( ) || ( propertyIndex == - 1 && _typeDesc . supportsDynamicProperties ( ) ) ) { if ( ! range . isInternalRange ( ) ) { customQueries . add ( mapEntry . getValue ( ) ) ; addedRange = true ; } if ( range . isIndexed ( _typeDesc ) ) { if ( ! range . isRelevantForAllIndexValuesOptimization ( ) ) _allIndexValuesQuery = false ; IQueryIndexScanner indexScanner = range . getIndexScanner ( ) ; if ( indexScanner != null ) { queryIndexes . add ( indexScanner ) ; if ( possibleCompoundSegments != null && range . suitableAsCompoundIndexSegment ( ) ) { if ( usedByRanges == null ) usedByRanges = new HashMap < Range , IQueryIndexScanner > ( ) ; usedByRanges . put ( range , indexScanner ) ; } } if ( containsSamePathRanges != null && containsSamePathRanges . containsKey ( range . getPath ( ) ) ) { List < Range > l = containsSamePathRanges . get ( range . getPath ( ) ) ; for ( Range r : l ) { if ( r == range ) continue ; IQueryIndexScanner is = r . getIndexScanner ( ) ; if ( indexScanner != null ) queryIndexes . add ( is ) ; } } } else _allIndexValuesQuery = false ; } else { if ( propertyIndex == - 1 ) _allIndexValuesQuery = false ; } if ( addedRange && possibleCompoundSegments != null && range . suitableAsCompoundIndexSegment ( ) ) possibleCompoundSegments . put ( mapEntry . getKey ( ) , range ) ; } if ( possibleCompoundSegments != null && possibleCompoundSegments . size ( ) > 1 ) { List < Range > possibleSegments = new ArrayList < Range > ( ) ; for ( SpaceIndex idx : typeDesc . getCompoundIndexes ( ) ) { possibleSegments . clear ( ) ; CompoundIndex index = ( CompoundIndex ) idx ; for ( ISpaceCompoundIndexSegment seg : index . getCompoundIndexSegments ( ) ) { if ( possibleCompoundSegments . containsKey ( seg . getName ( ) ) ) { possibleSegments . add ( possibleCompoundSegments . get ( seg . getName ( ) ) ) ; } else { possibleSegments . clear ( ) ; break ; } } if ( ! possibleSegments . isEmpty ( ) ) { IQueryIndexScanner indexScanner = buildCompoundIndexScannerFromSegmentRanges ( index , possibleSegments ) ; if ( indexScanner != null ) { queryIndexes . add ( indexScanner ) ; anyCompoundIndexCreated = true ; if ( usedByRanges != null && ! usedByRanges . isEmpty ( ) ) { for ( Range r : possibleSegments ) { IQueryIndexScanner s = usedByRanges . get ( r ) ; if ( s != null ) { if ( s == _dummyNullIndexScanner ) { if ( r . isIndexed ( _typeDesc ) ) { int propertyIndex = _typeDesc . getFixedPropertyPosition ( r . getPath ( ) ) ; setFieldValue ( propertyIndex , null ) ; setExtendedMatchCode ( propertyIndex , TemplateMatchCodes . EQ ) ; customQueries . add ( r ) ; } } else queryIndexes . remove ( s ) ; } } } } } } } if ( ! customQueries . isEmpty ( ) || ( ( anyCompoundIndexCreated && ! queryIndexes . isEmpty ( ) ) ) ) { CompoundAndCustomQuery customQuery = new CompoundAndCustomQuery ( customQueries ) ; customQuery . getCustomIndexes ( ) . addAll ( queryIndexes ) ; setCustomQuery ( customQuery ) ; } } _preparedForSpace = true ; }

Convierte los rangos a una sola plantilla de espacio.


public static Zdiagmat o  ( Zdiagmat D1 , Zdiagmat D2 ) throws JampackException { if ( D1 . order != D2 . order ) { throw new JampackException ( "Unconformity in product" ) ; } Zdiagmat D3 = new Zdiagmat ( D1 . order ) ; for ( int i = 0 ; i < D3 . order ; i ++ ) { D3 . re [ i ] = D1 . re [ i ] * D2 . re [ i ] - D1 . im [ i ] * D2 . im [ i ] ; D3 . im [ i ] = D1 . re [ i ] * D2 . im [ i ] + D1 . im [ i ] * D2 . re [ i ] ; } return D3 ; }


public static void updateCounts  ( double value , long [ ] counts , double [ ] quartiles ) { if ( value < quartiles [ 0 ] ) { counts [ 0 ] ++ ; } else if ( value > quartiles [ 2 ] ) { counts [ 3 ] ++ ; } else if ( value > quartiles [ 1 ] ) { counts [ 2 ] ++ ; } else { counts [ 1 ] ++ ; } }

Actualizaciones observadas cuenta de valores en cuartiles.Cuenta [0] <-> 1st cuartil ... cuenta [3] <-> Top cuartil


public static int expandRoman  ( String roman ) { int value = 0 ; for ( int p = 0 ; p < roman . length ( ) ; p ++ ) { char c = roman . charAt ( p ) ; if ( c == 'X' ) { value += 10 ; } else if ( c == 'V' ) { value += 5 ; } else if ( c == 'I' ) { if ( p + 1 < roman . length ( ) ) { char p1 = roman . charAt ( p + 1 ) ; if ( p1 == 'V' ) { value += 4 ; p ++ ; } else if ( p1 == 'X' ) { value += 9 ; p ++ ; } else { value += 1 ; } } else { value += 1 ; } } } return value ; }

Devuelve el valor entero de la cadena dada de números romanos.


@ Override public void dataChanged  ( FieldIdEnum changedField ) { updateSymbol ( ) ; }


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Poison_ME_TO_SELF  ( String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200313 , skillname ) ; }

Se envenenó después de usar [% SkillName].


SnippetSet result  ( ) { return snippetSet ; }

Devuelve el resultado de análisis como un conjunto de fragmentos.


public static SM_SYSTEM_MESSAGE STR_SUBMIT_PETITION_FAILED_OUT_OF_QUOTA  ( int num0 ) { return new SM_SYSTEM_MESSAGE ( 1300547 , num0 ) ; }

Ha agotado su cuota diaria de peticiones de soporte% NUM0.No puede hacer más consultas con esta cuenta hoy.


public void addMapObject  ( InternalMapObject mapObject ) { mapObjects . add ( mapObject ) ; }

Agrega un objeto de mapa a esta capa de mapa.


public SyncHttpClient ( int httpPort , int httpsPort ) { super ( false , httpPort , httpsPort ) ; }


public boolean isMenuPathEnabled  ( String ... path ) { boolean isEnabled = findActionMenuItem ( path ) . isEnabled ( ) ; myRobot . pressAndReleaseKey ( KeyEvent . VK_ESCAPE ) ; return isEnabled ; }

Devuelve si una ruta de menú está habilitada


private UByte ( byte value ) { this . value = ( short ) ( value & MAX_VALUE ) ; }

Cree un byte sin firmar </ code> mediante enmascaramiento con <code> 0xff </ code> i.e. <code> (byte) -1 </ code> se convierte en <código> (UBYTE) 255 </ CODE>


public static boolean isUpgradeble  ( Item item ) { if ( item . getItemTemplate ( ) . isNoEnchant ( ) ) { return false ; } if ( item . getItemTemplate ( ) . isWeapon ( ) ) { return true ; } if ( item . getItemTemplate ( ) . getCategory ( ) == ItemCategory . STIGMA ) { return false ; } if ( item . getEnchantLevel ( ) == 15 ) { return false ; } if ( item . getItemTemplate ( ) . isArmor ( ) ) { int at = item . getItemTemplate ( ) . getItemSlot ( ) ; if ( at == 1 || at == 2 || at == 8 || at == 16 || at == 32 || at == 2048 || at == 4096 || at == 131072 || at == 262144 ) { return true ; } } return false ; }

Verifique si el artículo es encantable y / o socketable


public static boolean isXML11ValidNmtoken  ( String nmtoken ) { final int length = nmtoken . length ( ) ; if ( length == 0 ) { return false ; } for ( int i = 0 ; i < length ; ++ i ) { char ch = nmtoken . charAt ( i ) ; if ( ! isXML11Name ( ch ) ) { if ( ++ i < length && isXML11NameHighSurrogate ( ch ) ) { char ch2 = nmtoken . charAt ( i ) ; if ( ! XMLChar . isLowSurrogate ( ch2 ) || ! isXML11Name ( XMLChar . supplemental ( ch , ch2 ) ) ) { return false ; } } else { return false ; } } } return true ; }

Compruebe si una cadena es válida NMTOKEN de acuerdo con [7] en la recomendación XML 1.1


public XML11Configuration ( SymbolTable symbolTable ) { this ( symbolTable , null , null ) ; }

Construye una configuración de analizador con la tabla de símbolos especificada.


private Object readResolve  ( ) { return LazyHolder . INSTANCE ; }

Manejar la deserialización del singleton.


protected void createImageDescriptor  ( String id , String name , URL baseURL ) { URL url = null ; try { url = new URL ( baseURL , IRevisionGraphConstants . ICON_PATH + name ) ; } catch ( MalformedURLException e ) { } ImageDescriptor desc = ImageDescriptor . createFromURL ( url ) ; imageDescriptors . put ( id , desc ) ; }

Crea una imagen y lo coloca en el registro de imágenes.


public final double readDouble  ( ) { return Double . longBitsToDouble ( readLong ( ) ) ; }

Lee un entero de doble precisión de la corriente.


public String toString  ( ) { return "ConstrainableLookupLocator[[" + super . toString ( ) + "], [" + constraints + "]]" ; }

Devuelve una representación de cadena de este objeto.


public void delete  ( int key ) { int i = binarySearch ( mKeys , 0 , mSize , key ) ; if ( i >= 0 ) { removeAt ( i ) ; } }

Elimina el mapeo de la tecla especificada, si hubiera alguno.


private T fraction  ( final Field < T > field , final double p , final double q ) { return field . getZero ( ) . add ( p ) . divide ( q ) ; }


public static void addIfEmpty  ( List < List < DimensionalItemObject > > list ) { if ( list != null && list . size ( ) == 0 ) { list . add ( Arrays . asList ( new DimensionalItemObject [ 0 ] ) ) ; } }

Agrega una lista vacía de dimensionalitemObjects a la lista dada si está vacío.


public static TeleportCause toNukkit  ( org . bukkit . event . player . PlayerTeleportEvent . TeleportCause cause ) { switch ( cause ) { case COMMAND : return TeleportCause . COMMAND ; case NETHER_PORTAL : return TeleportCause . NETHER_PORTAL ; case PLUGIN : return TeleportCause . PLUGIN ; default : return TeleportCause . UNKNOWN ; } }

Convierte una causa de teletransporte de Bukkit a una causa NUKKIT.


public void addInitialSeeds  ( Unit unit , Set < Abstraction > seeds ) { if ( this . initialSeeds . containsKey ( unit ) ) this . initialSeeds . get ( unit ) . addAll ( seeds ) ; else this . initialSeeds . put ( unit , new HashSet < Abstraction > ( seeds ) ) ; }

Agrega las semillas iniciales dadas al problema del flujo de información


private void writeData  ( Container container , JsonGenerator gen , Object data , TypedParams < IncludedFieldsParams > includedFields , IncludedRelationsParams includedRelations ) throws IOException { Class < ? > dataClass = data . getClass ( ) ; String resourceType = resourceRegistry . getResourceType ( dataClass ) ; gen . writeStringField ( TYPE_FIELD_NAME , resourceType ) ; RegistryEntry entry = resourceRegistry . getEntry ( dataClass ) ; ResourceInformation resourceInformation = entry . getResourceInformation ( ) ; try { writeId ( gen , data , resourceInformation ) ; } catch ( IllegalAccessException | InvocationTargetException | NoSuchMethodException e ) { throw new JsonSerializationException ( "Error writing id field: " + resourceInformation . getIdField ( ) . getUnderlyingName ( ) ) ; } Set < String > notAttributesFields = entry . getResourceInformation ( ) . getNotAttributeFields ( ) ; writeAttributes ( gen , data , includedFields , notAttributesFields ) ; Set < ResourceField > relationshipFields = getRelationshipFields ( resourceType , resourceInformation , includedFields ) ; if ( ! relationshipFields . isEmpty ( ) ) { writeRelationshipFields ( container , gen , data , relationshipFields , includedRelations ) ; } if ( ! isClient ) { writeMetaField ( gen , data , entry ) ; writeLinksField ( gen , data , entry ) ; } }

Escribe un valor.Cada contenedor serializado debe contener el campo de tipo cuyo valor es una cadena <a href="http://jsonapi.org/format/#document-structure-resource-types"> </a>.


public static synchronized void removeInstance  ( String storeName ) { if ( storeName != null ) { RedisStore redisStore = REDIS_STORES . get ( storeName ) ; if ( redisStore != null ) { redisStore . removeAllKeys ( ) ; REDIS_STORES . remove ( storeName ) ; } } }

Eliminar la instancia llamada Singleton.<p> también elimina todas las teclas creadas por la instancia.


public boolean hasCommit  ( ) throws IOException  { return saveLoadState . getNextWriteGen ( ) != 0 ; }

Es cierto si este índice tiene al menos un compromiso.


private static GeneralCommandLine createCommandLine  ( Project project ) throws ExecutionException  { String flutterSdkPath = null ; String workingDir = null ; if ( project == null ) { FlutterSdk flutterSdk = FlutterSdk . getGlobalFlutterSdk ( ) ; if ( flutterSdk != null ) { flutterSdkPath = flutterSdk . getHomePath ( ) ; } } else { DartSdk sdk = DartSdk . getDartSdk ( project ) ; if ( sdk == null ) { throw new ExecutionException ( FlutterBundle . message ( "dart.sdk.is.not.configured" ) ) ; } FlutterSdk flutterSdk = FlutterSdk . getFlutterSdk ( project ) ; if ( flutterSdk == null ) { throw new ExecutionException ( FlutterBundle . message ( "flutter.sdk.is.not.configured" ) ) ; } flutterSdkPath = flutterSdk . getHomePath ( ) ; workingDir = project . getBasePath ( ) ; } if ( flutterSdkPath == null ) { throw new ExecutionException ( FlutterBundle . message ( "flutter.sdk.is.not.configured" ) ) ; } String flutterExec = FlutterSdkUtil . pathToFlutterTool ( flutterSdkPath ) ; final GeneralCommandLine commandLine = new GeneralCommandLine ( ) . withWorkDirectory ( workingDir ) ; commandLine . setCharset ( CharsetToolkit . UTF8_CHARSET ) ; commandLine . setExePath ( FileUtil . toSystemDependentName ( flutterExec ) ) ; commandLine . addParameter ( "daemon" ) ; return commandLine ; }

Crea un comando para iniciar el demonio de aleteo.Si el proyecto no se conoce, este demonio solo es necesario para habilitar el sondeo del dispositivo.El directorio de trabajo actual no está configurado y el proceso del sistema operativo se reiniciará cuando se envíe un nuevo comando.Todos los comandos que se conectan a un dispositivo también deben tener un proyecto de trabajo y un directorio de trabajo actual.


public V putIfAbsentElseGet  ( K key , V value ) { V oldVal = this . putIfAbsent ( key , value ) ; return oldVal == null ? value : oldVal ; }

Pone la nueva llave / valor en valor Si no se realizó una asignación de la clave dada en el mapa anterior, de lo contrario, devuelve el mapeo existente.


public static void debug  ( String string ) { if ( wantDebug ) System . err . println ( string ) ; }

Un mecanismo de registro de depuración muy simple.Si la propiedad del sistema <code> freetts.debug </ code> es <code> true </ code>, imprima la cadena en stderr;otra cosa, no.


public synchronized void resetBookInfoList  ( ) { bookInfoList = null ; }

Restablece una relación a muchos, haciendo que la siguiente llame a la llamada para consultar por un nuevo resultado.


public JimpleToBafContext ( int localCount ) { jimpleLocalToBafLocal = new HashMap < Local , Local > ( localCount * 2 + 1 , 0.7f ) ; }

Se requiere una aproximación del conteo local para asignar un mapa hash de tamaño razonable.


private Label createLabel  ( Composite parent , String text , int horizontalSpan ) { Label label = new Label ( parent , SWT . LEFT ) ; label . setText ( text ) ; GridData data = new GridData ( ) ; data . horizontalSpan = horizontalSpan ; data . horizontalAlignment = GridData . FILL ; label . setLayoutData ( data ) ; return label ; }

Método de utilidad que crea una instancia de etiqueta y establece los datos de diseño predeterminados.


public void doGet  ( HttpServletRequest request , HttpServletResponse response ) throws ServletException , IOException { response . setContentType ( "text/html" ) ; PrintWriter out = response . getWriter ( ) ; out . println ( "<!DOCTYPE HTML PUBLIC \"-//W3C//DTD HTML 4.01 Transitional//EN\">" ) ; out . println ( "" ) ; out . println ( "  <TITLE>A Servlet</TITLE>" ) ; out . println ( "  " ) ; out . print ( "    This is " ) ; out . print ( this . getClass ( ) ) ; out . println ( ", using the GET method" ) ; out . println ( "  " ) ; out . println ( "" ) ; out . flush ( ) ; out . close ( ) ; }

El método Doget del servlet.<br> Este método se llama cuando un formulario tiene su método de valor de etiqueta es igual a obtener.


@ Override protected Expression generateExpression  ( ) { ReferencedEnvelope envelope = getBBox ( ) ; return getFilterFactory ( ) . literal ( envelope ) ; }


public static void copyURLToFile  ( URL source , File destination , int connectionTimeout , int readTimeout ) throws IOException { URLConnection connection = source . openConnection ( ) ; connection . setConnectTimeout ( connectionTimeout ) ; connection . setReadTimeout ( readTimeout ) ; InputStream input = connection . getInputStream ( ) ; copyInputStreamToFile ( input , destination ) ; }

COPIAS BYTES DE LA URL <CÓDIGO> FUENTE </ CODE> A UN ARCHIVO <CÓDIGO> Destino </ código>.Los directorios hasta <código> destino </ código> se crearán si aún no existen.<Código> Destino </ código> se sobrescribirá si ya existe.


public static long copyLarge  ( Reader input , Writer output , final long inputOffset , final long length , char [ ] buffer ) throws IOException { if ( inputOffset > 0 ) { skipFully ( input , inputOffset ) ; } if ( length == 0 ) { return 0 ; } int bytesToRead = buffer . length ; if ( length > 0 && length < buffer . length ) { bytesToRead = ( int ) length ; } int read ; long totalRead = 0 ; while ( bytesToRead > 0 && EOF != ( read = input . read ( buffer , 0 , bytesToRead ) ) ) { output . write ( buffer , 0 , read ) ; totalRead += read ; if ( length > 0 ) { bytesToRead = ( int ) Math . min ( length - totalRead , buffer . length ) ; } } return totalRead ; }

Copie algunos o todos los caracteres de un gran (más de 2 GB) <CÓDIGO> Inputstream </ Code> a un <Code> Outputstream </ Code>, opcionalmente saltando caracteres de entrada.<P /> Este método utiliza el búfer proporcionado, por lo que no es necesario usar un lector de búquera </ código>.<p />


public PotionEffect ( PotionEffectType type , int duration , int amplifier , boolean ambient ) { this ( type , duration , amplifier , ambient , true ) ; }

Crea un efecto de poción.Asume que las partículas son visibles


@ Path ( ) public void onGet  ( ) { try { if ( Helper . isConfigured ( ) ) { this . redirect ( "/" ) ; return ; } this . show ( "/admin/setup.html" ) ; } catch ( Exception e1 ) { log . debug ( e1 . getMessage ( ) , e1 ) ; this . error ( e1 ) ; } }

El impago consigue el controlador.<br> / Configuración


void startTransaction  ( Transaction transaction , boolean resume ) { }

Iniciar nueva transacción en esta sesión


public static < T > LinkedList < T > linkedList  ( ) { return new LinkedList < T > ( ) ; }


private void updateButtonState  ( boolean dataChanged ) { btnApply . setEnabled ( dataChanged ) ; btnRevert . setEnabled ( dataChanged ) ; }

Botón de actualización Aplicar / Revertir el estado.


public LogSeqNum append  ( Constant [ ] rec ) { logMgrLock . lock ( ) ; try { int recsize = pointerSize * 2 ; for ( Constant c : rec ) recsize += Page . size ( c ) ; if ( currentPos + recsize >= BLOCK_SIZE ) { flush ( ) ; appendNewBlock ( ) ; } LogSeqNum lsn = currentLSN ( ) ; for ( Constant c : rec ) appendVal ( c ) ; finalizeRecord ( ) ; lastLsn = lsn ; return lsn ; } finally { logMgrLock . unlock ( ) ; } }

Aneja un registro de registro al archivo.El registro contiene una matriz arbitraria de valores.El método también escribe un número entero al final de cada registro de registro cuyo valor es el desplazamiento del entero correspondiente para el registro de registro anterior.Estos enteros permiten que los registros de registro se lean en orden inverso.


public TablePlanner ( String tblName , Predicate pred , Transaction tx ) { this . pred = pred ; this . tx = tx ; tp = new TablePlan ( tblName , tx ) ; sch = tp . schema ( ) ; idxes = VanillaDb . catalogMgr ( ) . getIndexInfo ( tblName , tx ) ; }

Crea un nuevo planificador de tabla.El predicado especificado se aplica a toda la consulta.El planificador de tabla es responsable de determinar qué parte del predicado es útil para la tabla, y cuando los índices son útiles.


public static OfflinePageFreeUpSpaceDialog newInstance  ( OfflinePageBridge offlinePageBridge , OfflinePageFreeUpSpaceCallback callback ) { assert offlinePageBridge != null ; OfflinePageFreeUpSpaceDialog dialog = new OfflinePageFreeUpSpaceDialog ( ) ; dialog . mOfflinePageBridge = offlinePageBridge ; dialog . mCallback = callback ; return dialog ; }

Crea el diálogo.Si la instancia de Bridge Passed necesita ser destruida después de que finalice el diálogo, debe cuidarse en la implementación de devolución de llamada.


public void toggleSelection  ( int position ) { if ( selectedItems . get ( position , false ) ) { selectedItems . delete ( position ) ; } else { selectedItems . put ( position , true ) ; } notifyItemChanged ( position ) ; }

Alternar el estado de selección del elemento en una posición determinada


public static String dateToString  ( Date date ) { return dateToString ( date , SIMPLE_DATE_FORMAT ) ; }


public MarketCreateCommentQuery attachments  ( String ... value ) { return unsafeParam ( "attachments" , value ) ; }

Lista de objetos separados por comas adjuntos a un comentario.El campo se envía de la siguiente manera: "Tipo" "Owner_ID" _ "media_id" "<p>" "Tipo" "- Tipo de archivo adjunto:" Photo "- Photo" Video "- Video" Audio "- Audio" Doc "- Documento <P> "" Owner_ID "" - ID del propietario de los medios "" media_id "" - ID de archivo adjunto <p>, por ejemplo: photo100172_166443618, photo66748_265827614


@ Override public void channelOpen  ( ChannelHandlerContext channelHandlerContext , ChannelStateEvent channelStateEvent ) throws Exception { total_conns . incrementAndGet ( ) ; curr_conns . incrementAndGet ( ) ; channelGroup . add ( channelHandlerContext . getChannel ( ) ) ; }

Al abrir, administramos algunas estadísticas, y agregamos esta conexión al grupo de canales.


public static String generateKey  ( String imageUri , ImageSize targetSize ) { return new StringBuilder ( imageUri ) . append ( URI_AND_SIZE_SEPARATOR ) . append ( targetSize . getWidth ( ) ) . append ( WIDTH_AND_HEIGHT_SEPARATOR ) . append ( targetSize . getHeight ( ) ) . toString ( ) ; }

Genera clave para la memoria caché de memoria para la imagen entrante (tamaño URI +). <br /> Patrón para la tecla de caché - <B> [ImageURI] _ [Ancho] x [altura] </ b>.


@ Override public void put  ( long index , int value ) { if ( index + 1 >= limit ) limit = index + 1 ; map . put ( index , value ) ; if ( ! mustWriteOnClose ) mustWriteOnClose = true ; }


protected Set < Dimension > generateDimensions  ( String apiDimension , DimensionDictionary dimensionDictionary ) throws BadApiRequestException { Set < Dimension > generated = dimensionDictionary . findAll ( ) . stream ( ) . filter ( null ) . collect ( Collectors . toCollection ( null ) ) ; if ( generated . isEmpty ( ) ) { String msg ; if ( dimensionDictionary . findAll ( ) . isEmpty ( ) ) { msg = EMPTY_DICTIONARY . logFormat ( "Dimension" ) ; } else { msg = DIMENSIONS_UNDEFINED . logFormat ( apiDimension ) ; } LOG . error ( msg ) ; throw new BadApiRequestException ( msg ) ; } LOG . trace ( "Generated set of dimensions: {}" , generated ) ; return generated ; }

Devuelve un conjunto de nombres de dimensiones que contiene la dimensión solicitada o todas las disponibles.


@ Override public void releaseScan  ( ) throws SAException  { }


private void drawCenterRect  ( Canvas canvas ) { int center = getHeight ( ) / 2 ; int offset = ( int ) ( getItemHeight ( ) / 2 * 1.2 ) ; Paint paint = new Paint ( ) ; paint . setColor ( getResources ( ) . getColor ( R . color . province_line_border ) ) ; paint . setStrokeWidth ( ( float ) 3 ) ; canvas . drawLine ( 0 , center - offset , getWidth ( ) , center - offset , paint ) ; canvas . drawLine ( 0 , center + offset , getWidth ( ) , center + offset , paint ) ; }


private void removeReadsFromSets  ( SortedSet < Pair < String , List < Pair < IReadBlock , IMatchBlock > > > > sorted , Pair < String , List < Pair < IReadBlock , IMatchBlock > > > current ) { Set < IReadBlock > reads = new HashSet < > ( ) ; for ( Pair < IReadBlock , IMatchBlock > readAndMatch : current . getSecond ( ) ) { reads . add ( readAndMatch . getFirst ( ) ) ; } List < Pair < String , List < Pair < IReadBlock , IMatchBlock > > > > toModify = new LinkedList < > ( ) ; for ( Pair < String , List < Pair < IReadBlock , IMatchBlock > > > refReadMatches : sorted ) { for ( Pair < IReadBlock , IMatchBlock > readMatch : refReadMatches . getSecond ( ) ) { if ( reads . contains ( readMatch . getFirst ( ) ) ) { toModify . add ( refReadMatches ) ; break ; } } } for ( Pair < String , List < Pair < IReadBlock , IMatchBlock > > > refReadMatches : toModify ) { sorted . remove ( refReadMatches ) ; List < Pair < IReadBlock , IMatchBlock > > toDelete = new LinkedList < > ( ) ; for ( Pair < IReadBlock , IMatchBlock > readMatch : refReadMatches . getSecond ( ) ) { if ( reads . contains ( readMatch . getFirst ( ) ) ) { toDelete . add ( readMatch ) ; } } refReadMatches . getSecond ( ) . removeAll ( toDelete ) ; if ( refReadMatches . getSecond ( ) . size ( ) > 0 ) sorted . add ( refReadMatches ) ; } }

Retire todas las lecturas utilizadas en la alineación actual de los restantes en el DSET DST.Reinserta alineaciones modificadas para que el conjunto ordenado permanezca ordenado


public void translate  ( Vector2 tx ) { this . translate ( tx . x , tx . y ) ; }

Traduce la cámara la cantidad dada a lo largo de los ejes X e Y.


private void sendBroadcastDownloadFinished  ( DownloadFileOperation download , RemoteOperationResult downloadResult , String unlinkedFromRemotePath ) { Intent end = new Intent ( getDownloadFinishMessage ( ) ) ; end . putExtra ( EXTRA_DOWNLOAD_RESULT , downloadResult . isSuccess ( ) ) ; end . putExtra ( ACCOUNT_NAME , download . getAccount ( ) . name ) ; end . putExtra ( EXTRA_REMOTE_PATH , download . getRemotePath ( ) ) ; end . putExtra ( EXTRA_FILE_PATH , download . getSavePath ( ) ) ; if ( unlinkedFromRemotePath != null ) { end . putExtra ( EXTRA_LINKED_TO_PATH , unlinkedFromRemotePath ) ; } sendStickyBroadcast ( end ) ; }

Envía una transmisión cuando un final de descarga para las actividades interesadas puede actualizar su vista


public static double distanceSq  ( Vector3D v1 , Vector3D v2 ) { return v1 . distanceSq ( v2 ) ; }

Calcular el cuadrado de la distancia entre dos vectores.<p> Llamar a este método es equivalente a llamar: <Code> v1.subtract (v2) .getnormsq () </ código> Excepto que no se construye un vector intermedio </ p>


public static void runSubActions  ( List < ModelAction > actions , Map < String , Object > context ) { if ( actions == null ) return ; for ( ModelAction action : actions ) { if ( Debug . verboseOn ( ) ) Debug . logVerbose ( "Running action " + action . getClass ( ) . getName ( ) , module ) ; try { action . runAction ( context ) ; } catch ( GeneralException e ) { throw new RuntimeException ( e ) ; } } }

Ejecuta las acciones contenidas en <código> acciones </ code>.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_BackDashATK_A_TO_B  ( String skillcaster , int num0 , String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200948 , skillcaster , num0 , skilltarget , skillname ) ; }

[% Skillcaster] infligido% de daño NUM0 en [% SkillTarget] usando [% de habilidad].


@ SuppressWarnings ( { "unchecked" , "cast" } ) public AssignRShiftExpr fullCopy  ( ) { AssignRShiftExpr tree = ( AssignRShiftExpr ) copy ( ) ; if ( children != null ) { for ( int i = 0 ; i < children . length ; ++ i ) { ASTNode child = ( ASTNode ) children [ i ] ; if ( child != null ) { child = child . fullCopy ( ) ; tree . setChild ( child , i ) ; } } } return tree ; }

Cree una copia profunda del subárbol AST en este nodo.La copia está colgando, es decir, no tiene padre.


private void notifyEquipmentTags  ( final Long equipementId ) { try { Map < Long , Boolean > notifiedRules = new HashMap < Long , Boolean > ( ) ; Collection < Long > tagIds = equipmentFacade . getDataTagIds ( equipementId ) ; for ( Long id : tagIds ) { try { callCacheNotification ( id , notifiedRules ) ; } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . warn ( "Unable to locate Tag/Rule cache element during Tag supervision " + "change callback (some Tags/Rules may have been omitted)" , cacheEx ) ; } } } catch ( CacheElementNotFoundException cacheEx ) { LOGGER . warn ( "Unable to locate Equipment element during Tag supervision " + "change callback (so no invalidation callbacks performed for associated Tags)" , cacheEx ) ; } }

Llama el método de notificación para todas las etiquetas asociadas al equipo (solo DataTags).


public Vector3f multAcross  ( Vector3f vec , Vector3f store ) { if ( null == vec ) { logger . info ( "Source vector is null, null result returned." ) ; return null ; } if ( store == null ) { store = new Vector3f ( ) ; } float vx = vec . x , vy = vec . y , vz = vec . z ; store . x = m00 * vx + m10 * vy + m20 * vz + m30 * 1 ; store . y = m01 * vx + m11 * vy + m21 * vz + m31 * 1 ; store . z = m02 * vx + m12 * vy + m22 * vz + m32 * 1 ; return store ; }

<CÓDIGO> MULT </ CODE> multiplica un vector sobre una matriz de rotación.Se devuelve el vector resultante.


public ImageFixture withMaxDifference  ( double percent ) { myMaxPercentDifference = percent ; return this ; }

Establece el porcentaje de diferencia máxima (de forma predeterminada, 5%) en comparaciones de imágenes


public void loadCustomers  ( ) { EntityManager em = emf . createEntityManager ( ) ; TypedQuery < Customer > queryBP ; List < Customer > resBP ; try { em . getTransaction ( ) . begin ( ) ; queryBP = em . createQuery ( "SELECT c FROM Customer c" , Customer . class ) ; resBP = queryBP . getResultList ( ) ; if ( resBP . size ( ) > 5 ) { logger . info ( resBP . size ( ) + " Customers already available in the db" ) ; } else { new XMLParser ( ) . readCustomers ( em , "com/sap/espm/model/data/Business_Partners.xml" ) ; em . getTransaction ( ) . commit ( ) ; queryBP = em . createQuery ( "SELECT c FROM Customer c" , Customer . class ) ; resBP = queryBP . getResultList ( ) ; logger . info ( resBP . size ( ) + " customers loaded into the db" ) ; } } catch ( Exception e ) { logger . error ( "Exception occured" , e ) ; } finally { em . close ( ) ; } }

Cargue clientes a DB de Business_Partners.xml.


public static boolean writeJson  ( JsonRootNode node , File file ) { return FileUtility . writeToFile ( new StringBuffer ( JSONUtility . jsonToString ( node ) ) , file , false ) ; }

Escribe un contenido de JSON en un archivo


public TimeSeriesMetricDeltaSet ( ) { this  ( EMPTY_MAP ) ; }

Cree un conjunto de métricos vacío para las métricas etiquetadas.


public AudioDeleteAlbumQuery deleteAlbum  ( UserActor actor , int albumId ) { return new AudioDeleteAlbumQuery ( getClient ( ) , actor , albumId ) ; }


public boolean enabled  ( ) { return soot . PhaseOptions . getBoolean ( options , "enabled" ) ; }


public static SM_SYSTEM_MESSAGE STR_CHAT_ROOM_NEW_ADMIN  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1300861 , value0 ) ; }


public void selectClosestPack  ( PackModel pack ) { ensurePackExists ( pack ) ; Array < PackModel > packs = getProject ( ) . getPacks ( ) ; int index = packs . indexOf ( pack , true ) ; if ( index > 0 ) { selectPrevPack ( pack ) ; } else { selectNextPack ( pack ) ; } }

Selecciona el paquete anterior.Si no hay un paquete anterior, selecciona el siguiente paquete


public GermanLexicon ( String basename ) { this ( basename , true ) ; }

Crea el Léxico CMU, que es un léxico binario.


@ JsonIgnore public boolean isValid  ( ) { if ( this . msgRateIn > 0.0 && this . msgRateOut > 0.0 && this . bandwidthIn > 0.0 && this . bandwidthOut > 0.0 && this . memory > 0.0 ) { return true ; } else { return false ; } }

Compruebe si esta es una definición de cuota válida


public static String encodeBytes  ( byte [ ] source , int off , int len ) { String encoded = null ; try { encoded = encodeBytes ( source , off , len , NO_OPTIONS ) ; } catch ( java . io . IOException ex ) { assert false : ex . getMessage ( ) ; } assert encoded != null ; return encoded ; }

Codifica una matriz de bytes en la notación base64.No gzip-comprime los datos.<p> AS de V 2.3, si hay un error, el método lanzará una java.io.ioException.<B> ¡Esto es nuevo en V2.3! </ b> En versiones anteriores, acaba de devolver un valor nulo, pero en retrospectiva es una forma bastante pobre de manejarlo. </ p>


private static void decodeEdifactSegment  ( BitSource bits , StringBuilder result ) { do { if ( bits . available ( ) <= 16 ) { return ; } for ( int i = 0 ; i < 4 ; i ++ ) { int edifactValue = bits . readBits ( 6 ) ; if ( edifactValue == 0x1F ) { int bitsLeft = 8 - bits . getBitOffset ( ) ; if ( bitsLeft != 8 ) { bits . readBits ( bitsLeft ) ; } return ; } if ( ( edifactValue & 0x20 ) == 0 ) { edifactValue |= 0x40 ; } result . append ( ( char ) edifactValue ) ; } } while ( bits . available ( ) > 0 ) ; }

Ver ISO 16022: 2006, 5.2.8 y Anexo C Table C.3


public UTF16Reader ( InputStream inputStream , boolean isBigEndian ) { this ( inputStream , DEFAULT_BUFFER_SIZE , isBigEndian , new XMLMessageFormatter ( ) , Locale . getDefault ( ) ) ; }

Construye un lector UTF-16 del flujo de entrada especificado usando el tamaño de búfer predeterminado.Principalmente para la prueba.


private BigFraction minor  ( final BigFraction [ ] c1 , final BigFraction [ ] c2 ) { return c2 [ 0 ] . multiply ( c1 [ 2 ] . subtract ( c1 [ 1 ] ) ) . add ( c2 [ 1 ] . multiply ( c1 [ 0 ] . subtract ( c1 [ 2 ] ) ) ) . add ( c2 [ 2 ] . multiply ( c1 [ 1 ] . subtract ( c1 [ 0 ] ) ) ) ; }

Calcule una dimensión 3 menor, cuando se sabe que se llena 3 <sup> D </ sup> columna con 1.0.


public int start_production  ( ) { return 1 ; }


public static RxJava2CallAdapterFactory create  ( ) { return new RxJava2CallAdapterFactory ( null ) ; }

Devuelve una instancia que crea observables síncronos que no operan en ningún programador de forma predeterminada.


@ Override public void actionPerformed  ( ActionEvent ev ) { int taxId = ( ( MainViewer ) getViewer ( ) ) . getSelectedIds ( ) . iterator ( ) . next ( ) ; String command = "show histogram taxonId=" + taxId + ";" ; execute ( command ) ; }


@ RequestMapping ( value = "/data-counters/{id}" , method = RequestMethod . DELETE , produces = MediaType . APPLICATION_JSON_VALUE ) @ Timed public ResponseEntity < Void > deleteDataCounter  ( @ PathVariable String id ) { log . debug ( "REST request to delete DataCounter : {}" , id ) ; dataCounterRepository . delete ( id ) ; return ResponseEntity . ok ( ) . headers ( HeaderUtil . createEntityDeletionAlert ( "dataCounter" , id . toString ( ) ) ) . build ( ) ; }

Eliminar / Contadores de datos /: ID: Eliminar el datacuntario "ID".


private void startList  ( boolean isOrderedList , Attributes attributes ) { boolean isIndentation = isIndentation ( attributes ) ; ParagraphType newType = isIndentation && isOrderedList ? ParagraphType . INDENTATION_OL : isIndentation && ! isOrderedList ? ParagraphType . INDENTATION_UL : isOrderedList ? ParagraphType . NUMBERING : ParagraphType . BULLET ; AccumulatedParagraphStyle currentStyle = mParagraphStyles . isEmpty ( ) ? null : mParagraphStyles . peek ( ) ; if ( currentStyle == null ) { AccumulatedParagraphStyle newStyle = new AccumulatedParagraphStyle ( newType , 1 , 1 ) ; mParagraphStyles . push ( newStyle ) ; } else if ( currentStyle . getType ( ) == newType ) { currentStyle . setAbsoluteIndent ( currentStyle . getAbsoluteIndent ( ) + 1 ) ; currentStyle . setRelativeIndent ( currentStyle . getRelativeIndent ( ) + 1 ) ; } else { AccumulatedParagraphStyle newStyle = new AccumulatedParagraphStyle ( newType , currentStyle . getAbsoluteIndent ( ) + 1 , 1 ) ; mParagraphStyles . push ( newStyle ) ; } }

Maneja Etiquetas de inicio de ollas y ul


public Matrix arrayLeftDivide  ( Matrix B ) { checkMatrixDimensions ( B ) ; Matrix X = new Matrix ( m , n ) ; double [ ] [ ] C = X . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { C [ i ] [ j ] = B . A [ i ] [ j ] / A [ i ] [ j ] ; } } return X ; }

División izquierda por elemento por elemento, C = A. \ b


public ReadWriteRequiredException ( ) { super ( "Not a read-write transaction" ) ; }


public Observable < Object > toMainThreadObserverable  ( LifecycleTransformer lifecycleTransformer ) { return _bus . observeOn ( AndroidSchedulers . mainThread ( ) ) . compose ( lifecycleTransformer ) ; }

Designación Utilice el mantenimiento, sea cual sea el uso del método 'Enviar'


public void clearSounds  ( ) { mSoundMap . clear ( ) ; }

Borra todos los sonidos y eventos establecidos anteriormente.


private void analyzeMethodForCallbackRegistrations  ( SootClass lifecycleElement , SootMethod method ) { if ( method . getDeclaringClass ( ) . getName ( ) . startsWith ( "android." ) || method . getDeclaringClass ( ) . getName ( ) . startsWith ( "java." ) ) return ; if ( ! method . isConcrete ( ) ) return ; ExceptionalUnitGraph graph = new ExceptionalUnitGraph ( method . retrieveActiveBody ( ) ) ; SmartLocalDefs smd = new SmartLocalDefs ( graph , new SimpleLiveLocals ( graph ) ) ; Set < SootClass > callbackClasses = new HashSet < SootClass > ( ) ; for ( Unit u : method . retrieveActiveBody ( ) . getUnits ( ) ) { Stmt stmt = ( Stmt ) u ; if ( stmt . containsInvokeExpr ( ) && stmt . getInvokeExpr ( ) instanceof InstanceInvokeExpr ) { InstanceInvokeExpr iinv = ( InstanceInvokeExpr ) stmt . getInvokeExpr ( ) ; String [ ] parameters = SootMethodRepresentationParser . v ( ) . getParameterTypesFromSubSignature ( iinv . getMethodRef ( ) . getSubSignature ( ) . getString ( ) ) ; for ( int i = 0 ; i < parameters . length ; i ++ ) { String param = parameters [ i ] ; if ( androidCallbacks . contains ( param ) ) { Value arg = iinv . getArg ( i ) ; if ( arg . getType ( ) instanceof RefType && arg instanceof Local ) for ( Unit def : smd . getDefsOfAt ( ( Local ) arg , u ) ) { assert def instanceof DefinitionStmt ; Type tp = ( ( DefinitionStmt ) def ) . getRightOp ( ) . getType ( ) ; if ( tp instanceof RefType ) { SootClass callbackClass = ( ( RefType ) tp ) . getSootClass ( ) ; if ( callbackClass . isInterface ( ) ) for ( SootClass impl : Scene . v ( ) . getActiveHierarchy ( ) . getImplementersOf ( callbackClass ) ) for ( SootClass c : Scene . v ( ) . getActiveHierarchy ( ) . getSubclassesOfIncluding ( impl ) ) callbackClasses . add ( c ) ; else for ( SootClass c : Scene . v ( ) . getActiveHierarchy ( ) . getSubclassesOfIncluding ( callbackClass ) ) callbackClasses . add ( c ) ; } } } } } } for ( SootClass callbackClass : callbackClasses ) analyzeClass ( callbackClass , lifecycleElement ) ; }

Analiza el método dado y busca registros de devolución de llamada.


private synchronized void init  ( ) { _identityMethodCache = Collections . synchronizedMap ( new IdentityHashMap < IMethod , IMethod > ( ) ) ; }

Init Not No Serializable Stub Estructuras al ras de la memoria principal una vez completada (se debe llamar después de que se inicialice _MetHodMapping)


public PhotosSaveQuery latitude  ( Float value ) { return unsafeParam ( "latitude" , value ) ; }

Latitud geográfica, en grados (de "-90" a "90").


public void abort  ( ) throws IOException  { completeEdit ( this , false ) ; }

Aborta esta edición.Esto libera el bloqueo de edición para que se pueda iniciar otra edición en la misma tecla.


private void openChooseRootDialog  ( ) { ChooseRootUrlDialog dialog = new ChooseRootUrlDialog ( getShell ( ) , location . getUrl ( ) ) ; if ( dialog . open ( ) == Window . OK ) { SVNUrl url = dialog . getRootUrl ( ) ; if ( url == null ) { repositoryRootText . setText ( "" ) ; } else { repositoryRootText . setText ( dialog . getRootUrl ( ) . toString ( ) ) ; } } }

Abra un diálogo para que el usuario elija la URL del repositorio de raíces


private synchronized void disconnect  ( ) { disconnectQuietly ( ) ; notifyConnectionListenerOnDisconnection ( ) ; }

Desconecta y notifica a los oyentes de desconexión.


public static QQWXFragment newInstance  ( String param1 , String param2 ) { QQWXFragment fragment = new QQWXFragment ( ) ; Bundle args = new Bundle ( ) ; args . putString ( ARG_PARAM1 , param1 ) ; args . putString ( ARG_PARAM2 , param2 ) ; fragment . setArguments ( args ) ; return fragment ; }

Use este método de fábrica para crear una nueva instancia de este fragmento utilizando los parámetros proporcionados.


@ Override public void ignoredCharacters  ( XMLString text , Augmentations augmentations ) throws XNIException { }

Los caracteres dentro de una sección condicional ignore.


public void addSoundEvent  ( State event , int resId ) { mSoundMap . put ( event , resId ) ; }

Establezca los sonidos que se reproducen cuando ocurre un evento de tracción.Usted especifica qué sonido se reproduce para qué eventos llamando a este método varias veces para cada evento.Si ya ha establecido un sonido para un evento determinado, y agregue otro sonido para ese evento, solo se reproducirá el nuevo sonido.


@ Override public void renderAxisLabels  ( Canvas c ) { if ( ! mYAxis . isEnabled ( ) || ! mYAxis . isDrawLabelsEnabled ( ) ) return ; float [ ] positions = new float [ mYAxis . mEntryCount * 2 ] ; for ( int i = 0 ; i < positions . length ; i += 2 ) { positions [ i ] = mYAxis . mEntries [ i / 2 ] ; } mTrans . pointValuesToPixel ( positions ) ; mAxisLabelPaint . setTypeface ( mYAxis . getTypeface ( ) ) ; mAxisLabelPaint . setTextSize ( mYAxis . getTextSize ( ) ) ; mAxisLabelPaint . setColor ( mYAxis . getTextColor ( ) ) ; mAxisLabelPaint . setTextAlign ( Align . CENTER ) ; float baseYOffset = Utils . convertDpToPixel ( 2.5f ) ; float textHeight = Utils . calcTextHeight ( mAxisLabelPaint , "Q" ) ; AxisDependency dependency = mYAxis . getAxisDependency ( ) ; YAxisLabelPosition labelPosition = mYAxis . getLabelPosition ( ) ; float yPos ; if ( dependency == AxisDependency . LEFT ) { if ( labelPosition == YAxisLabelPosition . OUTSIDE_CHART ) { yPos = mViewPortHandler . contentTop ( ) - baseYOffset ; } else { yPos = mViewPortHandler . contentTop ( ) - baseYOffset ; } } else { if ( labelPosition == YAxisLabelPosition . OUTSIDE_CHART ) { yPos = mViewPortHandler . contentBottom ( ) + textHeight + baseYOffset ; } else { yPos = mViewPortHandler . contentBottom ( ) + textHeight + baseYOffset ; } } drawYLabels ( c , yPos , positions , mYAxis . getYOffset ( ) ) ; }

Dibuja las etiquetas del eje Y a la pantalla.


public Counter ( int startValue ) { start = startValue ; value = startValue ; }


public static float clamp  ( float input , float min , float max ) { return ( input < min ) ? min : ( input > max ) ? max : input ; }

Tome una entrada de flotación y sujete entre MIN y MAX.


@ deprecated protected int write  ( int offset , int length ) { int newLength = this . bytesLength + length ; ensureCapacity ( newLength ) ; this . bytesLength = newLength ; int bytesOffset = this . bytes . length - this . bytesLength ; while ( length > 0 ) { this . bytes [ ( bytesOffset ++ ) ] = ( ( byte ) this . strings . charAt ( offset ++ ) ) ; length -- ; } return this . bytesLength ; }


@ Override public boolean deleteWorkspace  ( String workspaceName ) { if ( workspaceName == null ) { return false ; } boolean result = false ; GeoServerRESTManager manager = GeoServerRESTManagerFactory . getManager ( connection ) ; GeoServerRESTPublisher publisher = manager . getPublisher ( ) ; if ( publisher != null ) { if ( isDefaultWorkspace ( workspaceName ) ) { ConsoleManager . getInstance ( ) . error ( this , "Can not delete default workspace" ) ; } else { result = publisher . removeWorkspace ( workspaceName , false ) ; } } return result ; }


public NewsfeedSearchQuery latitude  ( Float value ) { return unsafeParam ( "latitude" , value ) ; }

Punto de latitud geográfica (en grados, -90 a 90) dentro de la cual buscar.


public static double tf  ( int count ) { return count > 0 ? 1 + Math . log10 ( count ) : 0 ; }


public void fireSyncToViewer  ( ) { syncListener . syncList2Viewer ( getEnabledLabels ( ) ) ; }

Sincroniza la selección en esta lista al visor.


public static String encode  ( String str ) throws RuntimeException  { byte [ ] bytes = str . getBytes ( ) ; byte [ ] encoded = encode ( bytes ) ; try { return new String ( encoded , "ASCII" ) ; } catch ( UnsupportedEncodingException e ) { throw new RuntimeException ( "ASCII is not supported!" , e ) ; } }

 codifica una cadena.

 Antes de que la cadena esté codificada en BASE64, se convierte en una secuencia binaria con el sistema predeterminado del sistema.


@ Override public IObjectInfo insertEntryIndexedField  ( IEntryCacheInfo pEntry , K fieldValue , TypeData pType , boolean alreadyCloned ) { IObjectInfo oi = null ; if ( _index . isUniqueIndex ( ) ) { while ( true ) { IEntryCacheInfo other = getUniqueEntriesStore ( ) . putIfAbsent ( fieldValue , pEntry ) ; if ( other == null ) { oi = pEntry ; break ; } if ( other . isRemovingOrRemoved ( ) || other . isDeleted ( ) ) { getUniqueEntriesStore ( ) . remove ( fieldValue , other ) ; } else { DuplicateIndexValueException ex = new DuplicateIndexValueException ( pEntry . getUID ( ) , pEntry . getEntryHolder ( _index . getCacheManager ( ) ) . getClassName ( ) , _index . getIndexDefinition ( ) . getName ( ) , fieldValue , other . getUID ( ) ) ; if ( _logger . isLoggable ( Level . SEVERE ) ) _logger . log ( Level . SEVERE , "Duplicate value encountered on unique index insertion " , ex ) ; throw ex ; } } } else { IStoredList < IEntryCacheInfo > newSL = null ; IObjectInfo myoi = null , otheroi = null ; IStoredList < IEntryCacheInfo > currentSL = null ; boolean first = true ; ConcurrentMap < Object , IStoredList < IEntryCacheInfo > > store = getNonUniqueEntriesStore ( ) ; while ( true ) { if ( first ) { first = false ; if ( ! _index . assumeUniqueValue ( ) ) currentSL = store . get ( fieldValue ) ; } if ( currentSL == null ) { if ( ! alreadyCloned && _index . considerValueClone ( ) ) { fieldValue = ( K ) _index . cloneIndexValue ( fieldValue , pEntry . getEntryHolder ( _index . getCacheManager ( ) ) ) ; alreadyCloned = true ; } currentSL = store . putIfAbsent ( fieldValue , pEntry ) ; if ( currentSL == null ) { oi = pEntry ; break ; } } if ( currentSL . isMultiObjectCollection ( ) ) { oi = currentSL . add ( pEntry ) ; if ( oi == null ) { store . remove ( fieldValue , currentSL ) ; currentSL = null ; continue ; } else break ; } if ( newSL == null ) newSL = StoredListFactory . createConcurrentList ( false , pType . isAllowFifoIndexScans ( ) ) ; otheroi = newSL . addUnlocked ( currentSL . getObjectFromHead ( ) ) ; myoi = newSL . addUnlocked ( pEntry ) ; if ( ! store . replace ( fieldValue , currentSL , newSL ) ) { newSL . removeUnlocked ( otheroi ) ; newSL . removeUnlocked ( myoi ) ; myoi = null ; currentSL = null ; } else { oi = myoi ; break ; } } } return oi ; }

Inserte un valor para esta tecla: si la clave ya existe insertar en el SL de los mismos valores


public void swapWith  ( E out , E in ) { innerChain . swapWith ( out , in ) ; out . redirectJumpsToThisTo ( in ) ; }

Reemplaza <código> out </ code> en la cadena por <code> en </ code>.


public Object unmarshal  ( final String xml ) throws XMLException { Object readObject = null ; try { readObject = unmarshaller . unmarshal ( new StreamSource ( xml ) ) ; if ( readObject instanceof JAXBElement ) { readObject = ( ( JAXBElement ) readObject ) . getValue ( ) ; } } catch ( JAXBException e ) { throw new XMLException ( "Cannot read the XML " , e ) ; } catch ( IllegalArgumentException e ) { throw new XMLException ( "Cannot read the XML " , e ) ; } return readObject ; }


public void config  ( Configuration config , String prefix , String name ) { String completionsFile = config . getPrefixProperty ( prefix , "Completions.File" , "NONE" ) ; if ( completionsFile != null ) { completions = JarServiceProvider . readStringsMap ( completionsFile ) ; } }

Las terminaciones se residirán ahora en otro archivo de estilo de propiedades al que se hace referencia antes de prefix.competions.file


public static JsonElement createPoint  ( IPoint point ) { JsonObject jsonObject = null ; if ( point != null ) { jsonObject = new JsonObject ( ) ; try { jsonObject . addProperty ( "x" , point . getX ( ) ) ; jsonObject . addProperty ( "y" , point . getY ( ) ) ; jsonObject . addProperty ( "z" , point . getZ ( ) ) ; } catch ( AutomationException e ) { e . printStackTrace ( ) ; } catch ( IOException e ) { e . printStackTrace ( ) ; } } return jsonObject ; }


public FieldVector3D < T > add  ( final double factor , final FieldVector3D < T > v ) { return new FieldVector3D < T > ( 1.0 , this , factor , v ) ; }

Añadir un vector escalado a la instancia.


@ Override public void addLifecycleListener  ( LifecycleListener listener ) { lifecycle . addLifecycleListener ( listener ) ; }

Agregue un escuchador de eventos de ciclo de vida a este componente.


public URL addParameters  ( Map < String , String > parameters ) { if ( parameters == null || parameters . size ( ) == 0 ) { return this ; } boolean hasAndEqual = true ; for ( Map . Entry < String , String > entry : parameters . entrySet ( ) ) { String value = getParameters ( ) . get ( entry . getKey ( ) ) ; if ( value == null && entry . getValue ( ) != null || ! value . equals ( entry . getValue ( ) ) ) { hasAndEqual = false ; break ; } } if ( hasAndEqual ) return this ; Map < String , String > map = new HashMap < String , String > ( getParameters ( ) ) ; map . putAll ( parameters ) ; return new URL ( protocol , username , password , host , port , path , map ) ; }


public SecureGetSMSHistoryQuery dateFrom  ( Integer value ) { return unsafeParam ( "date_from" , value ) ; }

Filtrar por fecha de inicio.Se establece como unix-tiempo.


public static SM_SYSTEM_MESSAGE STR_SKILL_SUCC_Snare_ME_TO_B  ( String skilltarget , String skillname ) { return new SM_SYSTEM_MESSAGE ( 1200468 , skilltarget , skillname ) ; }

La velocidad de movimiento [% SkillTarget] disminuyó a medida que usaba [% de habilidad].


public void addHeader  ( String header , String value ) { clientHeaderMap . put ( header , value ) ; }

Establece encabezados que se agregarán a todas las solicitudes que realiza este cliente (antes de enviar).


public boolean equivTo  ( Object o ) { return this . equals ( o ) ; }

Devuelve verdadero si el objeto dado es estructuralmente igual a este.


private int findSmallSubDiagonalElement  ( final int startIdx , final double norm ) { int l = startIdx ; while ( l > 0 ) { double s = FastMath . abs ( matrixT [ l - 1 ] [ l - 1 ] ) + FastMath . abs ( matrixT [ l ] [ l ] ) ; if ( s == 0.0 ) { s = norm ; } if ( FastMath . abs ( matrixT [ l ] [ l - 1 ] ) < epsilon * s ) { break ; } l -- ; } return l ; }

Encuentre el primer elemento sub-diagonal pequeño y devuelve su índice.


public static String readStreamContent  ( InputStream stream ) throws IOException { StringBuilder str = new StringBuilder ( ) ; BufferedReader reader = new BufferedReader ( new InputStreamReader ( stream ) ) ; String line ; while ( ( line = reader . readLine ( ) ) != null ) { str . append ( line + "\n" ) ; } String response = str . toString ( ) ; return response ; }


@ Override public boolean equals  ( Object obj ) { if ( ! ( obj instanceof FeatureDefinition ) ) return false ; FeatureDefinition other = ( FeatureDefinition ) obj ; if ( featureWeights == null ) { if ( other . featureWeights != null ) return false ; } else { if ( other . featureWeights == null ) return false ; if ( featureWeights . length != other . featureWeights . length ) return false ; for ( int i = 0 ; i < featureWeights . length ; i ++ ) { if ( featureWeights [ i ] != other . featureWeights [ i ] ) return false ; } assert floatWeightFuncts != null ; assert other . floatWeightFuncts != null ; if ( floatWeightFuncts . length != other . floatWeightFuncts . length ) return false ; for ( int i = 0 ; i < floatWeightFuncts . length ; i ++ ) { if ( floatWeightFuncts [ i ] == null ) { if ( other . floatWeightFuncts [ i ] != null ) return false ; } else { if ( other . floatWeightFuncts [ i ] == null ) return false ; if ( ! floatWeightFuncts [ i ] . equals ( other . floatWeightFuncts [ i ] ) ) return false ; } } } return featureEquals ( other ) ; }

Determine si hay dos definiciones de características iguales, con respecto a las definiciones de características reales y los pesos.La comparación de pesos tendrá éxito si ambos no tienen pesos o si ambos tienen exactamente los mismos pesos


public final boolean isOwner  ( ) { return this . equals ( OWNER ) ; }

Devuelve VERDADERO si este VuserHandle se refiere al usuario propietario;Falso de lo contrario.


public void validateSelfIncrementedColumnName  ( UpdateQuery updateQuery ) throws SQLException { UpdateColumn selfIncrementedColumn = new UpdateColumn ( _selfIncrementedColumnName ) ; selfIncrementedColumn . createColumnData ( updateQuery ) ; if ( ! getName ( ) . equals ( selfIncrementedColumn . getName ( ) ) ) throw new SQLException ( "Operator '+' is only allowed for the same column." ) ; }

Valida que el nombre de la columna auto incrementado es el mismo que el nombre de la columna.


public boolean isApplicable  ( ) { return getViewer ( ) . isPCoATab ( ) ; }

¿El comando es actualmente aplicable?Utilizado para establecer habilitar el estado de comando


public AudioPermission ( String name , String actions ) { super ( name , actions ) ; }

Crea un nuevo objeto </ código> que tiene el nombre simbólico especificado, como "reproducir" o "grabar".El parámetro <Código> Acciones </ código> no se utiliza actualmente y debe ser <Code> NULL </ CODE>.


public String viewDef  ( ) { return qryData . toString ( ) ; }

Devuelve la definición de la nueva vista.


public void actionPerformed  ( ActionEvent evt ) { if ( chooser == null ) init ( ) ; File f = null ; scaler . setImage ( display . getOffscreenBuffer ( ) ) ; int returnVal = chooser . showSaveDialog ( display ) ; if ( returnVal == JFileChooser . APPROVE_OPTION ) { f = chooser . getSelectedFile ( ) ; } else { return ; } String format = ( ( SimpleFileFilter ) chooser . getFileFilter ( ) ) . getExtension ( ) ; String ext = IOLib . getExtension ( f ) ; if ( ! format . equals ( ext ) ) { f = new File ( f . toString ( ) + "." + format ) ; } double scale = scaler . getScale ( ) ; boolean success = false ; try { OutputStream out = new BufferedOutputStream ( new FileOutputStream ( f ) ) ; System . out . print ( "Saving image " + f . getName ( ) + ", " + format + " format..." ) ; success = display . saveImage ( out , format , scale ) ; out . flush ( ) ; out . close ( ) ; System . out . println ( "\tDONE" ) ; } catch ( Exception e ) { success = false ; } if ( ! success ) { JOptionPane . showMessageDialog ( display , "Error Saving Image!" , "Image Save Error" , JOptionPane . ERROR_MESSAGE ) ; } }

Muestra el diálogo de exportación de imágenes y procesa los resultados.


public Zchol ( Zmat A ) throws JampackException { double mu ; int i , j , k ; A . getProperties ( ) ; if ( A . nr != A . nc ) { throw new JampackException ( "Matrix not square." ) ; } n = A . nr ; R = new Zutmat ( A ) ; for ( i = 0 ; i < n ; i ++ ) { if ( R . im [ i ] [ i ] != 0 ) { throw new JampackException ( "Matrix not Hermitian" ) ; } for ( j = 0 ; j < i ; j ++ ) { if ( R . re [ i ] [ j ] != R . re [ j ] [ i ] || R . im [ i ] [ j ] != - R . im [ j ] [ i ] ) { throw new JampackException ( "Matrix not Hermitian" ) ; } R . im [ i ] [ j ] = 0 ; R . re [ i ] [ j ] = 0 ; } } for ( k = 0 ; k < n ; k ++ ) { if ( R . re [ k ] [ k ] <= 0 ) { throw new JampackException ( "Nonpositive diagonal entry during reduction." ) ; } R . re [ k ] [ k ] = Math . sqrt ( R . re [ k ] [ k ] ) ; mu = 1 / R . re [ k ] [ k ] ; for ( j = k + 1 ; j < n ; j ++ ) { R . re [ k ] [ j ] = mu * R . re [ k ] [ j ] ; R . im [ k ] [ j ] = mu * R . im [ k ] [ j ] ; } for ( i = k + 1 ; i < n ; i ++ ) { for ( j = i ; j < n ; j ++ ) { R . re [ i ] [ j ] = R . re [ i ] [ j ] - R . re [ k ] [ i ] * R . re [ k ] [ j ] - R . im [ k ] [ i ] * R . im [ k ] [ j ] ; R . im [ i ] [ j ] = R . im [ i ] [ j ] - R . re [ k ] [ i ] * R . im [ k ] [ j ] + R . im [ k ] [ i ] * R . re [ k ] [ j ] ; } R . im [ i ] [ i ] = 0 ; } } }

Construye un zchol de un zmat A. La matriz que en realidad se descompone se toma del triángulo superior de $ A $ y la parte imaginaria de su diagonal se establece en cero.Lanza una jampacaza para dimensiones inconsistentes sobre el fracaso del algoritmo para completar.


public ElementType parent  ( ) { return theParent ; }

Devuelve el tipo de elemento padre de este tipo de elemento.


public SpaceTypeDescriptorHolder ( ) { super ( ) ; }


public AudioAddAlbumQuery ( VkApiClient client , UserActor actor , String title ) { super ( client , "audio.addAlbum" , AddAlbumResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; title ( title ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


public Object clone  ( ) throws CloneNotSupportedException  { AlarmCacheObject alarmCacheObject = ( AlarmCacheObject ) super . clone ( ) ; if ( this . condition != null ) { alarmCacheObject . condition = ( AlarmCondition ) this . condition . clone ( ) ; } if ( this . timestamp != null ) { alarmCacheObject . timestamp = ( Timestamp ) this . timestamp . clone ( ) ; } if ( this . lastPublication != null ) { alarmCacheObject . lastPublication = ( AlarmPublication ) lastPublication . clone ( ) ; } return alarmCacheObject ; }

Crea un clon profundo de este despertadorCacheObject.


public boolean isDrawGridLinesEnabled  ( ) { return mDrawGridLines ; }

Devuelve VERDADERO si las líneas de cuadrícula de dibujo están habilitadas para este eje.


public AlignedLabels alignLabels  ( Labels first , Labels second ) { String firstLabels = StringUtils . join ( entrySeparator , first . getLabelSymbols ( ) ) ; String secondLabels = StringUtils . join ( entrySeparator , second . getLabelSymbols ( ) ) ; String aligned = distanceAlign ( firstLabels , secondLabels ) ; if ( aligned . endsWith ( "#" ) ) { aligned = aligned + " " ; } String [ ] fields = aligned . split ( "#" ) ; assert fields . length == first . items . length ; int iSecond = - 1 ; int [ ] map = new int [ fields . length ] ; for ( int i = 0 ; i < fields . length ; i ++ ) { int numLabels ; String f = fields [ i ] . trim ( ) ; if ( f . equals ( "" ) ) { numLabels = 0 ; } else { numLabels = f . split ( " " ) . length ; } iSecond += numLabels ; map [ i ] = Math . max ( iSecond , 0 ) ; } return new AlignedLabels ( first , second , map ) ; }

Alinee las dos secuencias de etiquetas dadas y devuelva una matriz de asignación que indique qué índice se debe alinear primero al índice en segundo lugar.


public static void evaluateBindings  ( CompositeDescriptionExpanded compositeDescription ) { if ( compositeDescription . bindings == null ) { return ; } Map < String , ComponentDescription > componentNameToDescription = getComponentNameToDescription ( compositeDescription ) ; Map < String , ComponentBinding > bindingByComponentName = getBindingByComponentName ( compositeDescription . bindings ) ; for ( Binding . ComponentBinding componentBinding : bindingByComponentName . values ( ) ) { ComponentDescription description = componentNameToDescription . get ( componentBinding . componentName ) ; for ( Binding binding : componentBinding . bindings ) { if ( binding . isProvisioningTimeBinding ( ) ) { continue ; } try { evaluateBinding ( binding , description , componentNameToDescription , bindingByComponentName , new HashSet < > ( ) ) ; } catch ( ReflectiveOperationException | IOException e ) { throw new RuntimeException ( e ) ; } } } }

Tome una descripción compuesta Evalúe los enlaces y establezca los resultados en las descripciones.Básicamente, pase por cada vinculación e intente obtener el valor de la fuente y establecer el valor de destino.Si el valor de la fuente se encuentra enlazado a otro valor, recurre.


public void animateY  ( int durationMillis ) { if ( android . os . Build . VERSION . SDK_INT < 11 ) return ; ObjectAnimator animatorY = ObjectAnimator . ofFloat ( this , "phaseY" , 0f , 1f ) ; animatorY . setDuration ( durationMillis ) ; animatorY . addUpdateListener ( mListener ) ; animatorY . start ( ) ; }

Anima la representación de la tabla en el eje Y con el tiempo de animación especificado.Si se llama Animate (...), no es necesario realizar más llamamientos de invalidar () para actualizar la tabla.


protected void resolveExternalSubsetAndRead  ( ) throws IOException , XNIException  { fDTDDescription . setValues ( null , null , fEntityManager . getCurrentResourceIdentifier ( ) . getExpandedSystemId ( ) , null ) ; fDTDDescription . setRootName ( fElementQName . rawname ) ; XMLInputSource src = fExternalSubsetResolver . getExternalSubset ( fDTDDescription ) ; if ( src != null ) { fDoctypeName = fElementQName . rawname ; fDoctypePublicId = src . getPublicId ( ) ; fDoctypeSystemId = src . getSystemId ( ) ; if ( fDocumentHandler != null ) { fDocumentHandler . doctypeDecl ( fDoctypeName , fDoctypePublicId , fDoctypeSystemId , null ) ; } try { if ( fValidationManager == null || ! fValidationManager . isCachedDTD ( ) ) { fDTDScanner . setInputSource ( src ) ; while ( fDTDScanner . scanDTDExternalSubset ( true ) ) ; } else { fDTDScanner . setInputSource ( null ) ; } } finally { fEntityManager . setEntityHandler ( XMLDocumentScannerImpl . this ) ; } } }

intento de localizar un subconjunto externo para un documento que de otra manera no tiene uno.Si se encuentra un subconjunto externo, entonces se escanea.


public void updateProfile  ( PlayerData playerData ) { this . playerData = playerData ; avatar = new PlayerAvatar ( playerData . getAvatar ( ) ) ; dailyBonus = new DailyBonus ( playerData . getDailyBonus ( ) ) ; contactSettings = new ContactSettings ( playerData . getContactSettings ( ) ) ; for ( CurrencyOuterClass . Currency currency : playerData . getCurrenciesList ( ) ) { try { addCurrency ( currency . getName ( ) , currency . getAmount ( ) ) ; } catch ( InvalidCurrencyException e ) { Log . w ( TAG , "Error adding currency. You can probably ignore this." , e ) ; } } tutorialState = new TutorialState ( playerData . getTutorialStateList ( ) ) ; }

Actualizar el perfil con los datos del jugador dado


public void notifyFailed  ( Throwable exception ) throws RuntimeException { exec . shutdownNow ( ) ; LOGGER . error ( exception ) ; throw new RuntimeException ( exception ) ; }

Se llamará debajo del método si algún hilo falla durante la ejecución.


default void onEnable  ( PluginBase pokkit ) { }

Llamado después de que los mundos estén inicializados.


private static boolean matches  ( Pattern pattern , String input ) { Matcher m = pattern . matcher ( input ) ; return m . matches ( ) ; }

Determina si la entrada dada coincide con el patrón dado.


public SOCKS5Connector ( String socks5host , int socks5port , String socks5user , String socks5pass ) { this . socks5host = socks5host ; this . socks5port = socks5port ; this . socks5user = socks5user ; this . socks5pass = socks5pass ; }


public static Set < String > splitToArray  ( String value , String separator ) { if ( value == null || value . isEmpty ( ) ) { return null ; } String [ ] values = value . split ( separator ) ; return new HashSet < > ( Arrays . asList ( values ) ) ; }

Divide el valor de la cadena dado en valores independientes utilizando un separador determinado.


public byte [ ] toByteArray  ( ) { byte newbuf [ ] = new byte [ _count ] ; System . arraycopy ( _buffer , 0 , newbuf , 0 , _count ) ; return newbuf ; }

Crea una matriz de byte recién asignada.Su tamaño es el tamaño actual de este flujo de salida y se han copiado los contenidos válidos del búfer.


public Matrix uminus  ( ) { Matrix X = new Matrix ( m , n ) ; double [ ] [ ] C = X . getArray ( ) ; for ( int i = 0 ; i < m ; i ++ ) { for ( int j = 0 ; j < n ; j ++ ) { C [ i ] [ j ] = - A [ i ] [ j ] ; } } return X ; }


public RealMatrix jacobian  ( RealVector point ) { double [ ] pointArray = point . toArray ( ) ; double [ ] [ ] jacobian = new double [ distances . length ] [ pointArray . length ] ; for ( int i = 0 ; i < jacobian . length ; i ++ ) { for ( int j = 0 ; j < pointArray . length ; j ++ ) { jacobian [ i ] [ j ] = 2 * pointArray [ j ] - 2 * positions [ i ] [ j ] ; } } return new Array2DRowRealMatrix ( jacobian ) ; }

Calcular y devolver la función jacobiana En realidad, devuelva la función inicializada Matriz jacobiana, [I] [J] en J [I] [0] = Delta _ [(X0-XI) ^ 2 + (y0-yi) ^ 2 - ri ^ 2] /Delta_ [x0] en J [i] [1] = Delta _ [(X0-XI) ^ 2 + (Y0-YI) ^ 2 - RI ^ 2] / DELTA_ [Y0] Derivado parcial con respecto a los parámetros pasados a valor.() MÉTODO


public static BufferedImage resizeImage  ( Image image ) { BufferedImage result = new BufferedImage ( 128 , 128 , BufferedImage . TYPE_INT_ARGB ) ; Graphics2D graphics = result . createGraphics ( ) ; graphics . drawImage ( image , 0 , 0 , 128 , 128 , null ) ; graphics . dispose ( ) ; return result ; }

Cambiar el tamaño de una imagen a 128x128.


public synchronized void startPreview  ( ) { Camera theCamera = camera ; if ( theCamera != null && ! previewing ) { theCamera . startPreview ( ) ; previewing = true ; autoFocusManager = new AutoFocusManager ( context , camera ) ; } }

Pide al hardware de la cámara que comience a dibujar marcos de vista previa a la pantalla.


default Column distance  ( Column column2 ) { FloatColumn newColumn = FloatColumn . create ( name ( ) + column2 . name ( ) + "[distance]" ) ; for ( int r = 0 ; r < size ( ) ; r ++ ) { String value1 = getString ( r ) ; String value2 = column2 . getString ( r ) ; newColumn . set ( r , StringUtils . getLevenshteinDistance ( value1 , value2 ) ) ; } return newColumn ; }

Devuelve una columna que contiene la distancia Levenshtein entre las dos columnas de cadena dadas


public void initializeOwnerReferencesForField  ( StateManager sm , FieldMetaData fmd ) { if ( fmd . getAssociationType ( ) == FieldMetaData . ONE_TO_MANY ) { Collection < ? > collection = ( Collection < ? > ) sm . fetch ( fmd . getIndex ( ) ) ; if ( collection != null ) { for ( Object item : collection ) { if ( item != null ) { _relationsManager . setOwnerStateManagerForPersistentInstance ( item , sm , fmd ) ; } } } } else if ( fmd . getAssociationType ( ) == FieldMetaData . ONE_TO_ONE || fmd . isEmbeddedPC ( ) ) { Object value = sm . fetch ( fmd . getIndex ( ) ) ; if ( value != null ) { _relationsManager . setOwnerStateManagerForPersistentInstance ( value , sm , fmd ) ; } } }

Establece el administrador de estado proporcionado como propietario para el valor de campo proporcionado.


public AuthSignupQuery signup  ( String firstName , String lastName , int clientId , String clientSecret , String phone ) { return new AuthSignupQuery ( getClient ( ) , firstName , lastName , clientId , clientSecret , phone ) ; }

Registra un nuevo usuario por número de teléfono.


public PollsGetVotersQuery ( VkApiClient client , UserActor actor , int pollId , int ... answerIds ) { super ( client , "polls.getVoters" , Utils . buildParametrizedType ( List . class , Voters . class ) ) ; accessToken ( actor . getAccessToken ( ) ) ; pollId ( pollId ) ; answerIds ( answerIds ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


@ Override public Result decode  ( BinaryBitmap image ) throws NotFoundException , ChecksumException , FormatException { return decode ( image , null ) ; }

Localiza y decodifica un código de matriz de datos en una imagen.


public Builder memoryCacheExtraOptions  ( int maxImageWidthForMemoryCache , int maxImageHeightForMemoryCache ) { this . maxImageWidthForMemoryCache = maxImageWidthForMemoryCache ; this . maxImageHeightForMemoryCache = maxImageHeightForMemoryCache ; return this ; }

Establece opciones para caché de memoria


protected AdsAddOfficeUsersQuery accountId  ( int value ) { return unsafeParam ( "account_id" , value ) ; }


@ Override public void onCreate  ( Bundle savedInstanceState ) { super . onCreate ( savedInstanceState ) ; setContentView ( R . layout . expanded_map_activity ) ; permissionCheck ( ) ; mapView = ( MapView ) findViewById ( R . id . expanded_map ) ; mapView . onCreate ( savedInstanceState ) ; mapView . getMapAsync ( OpenMapActivity . this ) ; if ( savedInstanceState == null ) { Bundle extras = getIntent ( ) . getExtras ( ) ; id_filial = extras . getInt ( ID_FILIAL ) ; latitude = extras . getFloat ( LATITUDE ) ; longitude = extras . getFloat ( LONGITUDE ) ; logoPath = extras . getString ( LOGO ) ; unidade = extras . getString ( UNIDADE ) ; nome_fantasia = extras . getString ( NOME_FANTASIA ) ; telefone = extras . getString ( TELEFONE ) ; endereco = extras . getString ( ENDERECO ) ; cep = extras . getString ( CEP ) ; } setTitle ( "Voltar" ) ; init ( ) ; }


public static < T > T  checkNotNull ( T reference )  { if ( reference == null ) { throw new NullPointerException ( ) ; } return reference ; }

Asegura que una referencia de objeto que pase como parámetro al método de llamada no sea nulo.


public DateParser ( ) { this  ( DateFormat . getDateInstance ( DateFormat . SHORT ) ) ; }


private void doDraw  ( Graphics2D gc ) { SelectionGraphics < String [ ] > sgc = ( gc instanceof SelectionGraphics ? ( SelectionGraphics < String [ ] > ) gc : null ) ; if ( sgc != null ) sgc . setUseWhich ( SelectionGraphics . Which . Last ) ; int x0 = 2 ; int x1 = getWidth ( ) - 2 ; int y0 = getHeight ( ) - bottomMargin ; int y1 = topMargin ; if ( x0 >= x1 ) return ; Rectangle deviceBBox = new Rectangle ( x0 , y1 , x1 - x0 , y0 - y1 ) ; if ( getChartData ( ) . getSeriesNames ( ) . size ( ) == 0 ) return ; PhyloTree tree = getChartData ( ) . getTree ( ) ; if ( tree == null || tree . getRoot ( ) == null ) return ; double centerRadius = 0.5 ; double maxLevel = determineMaxLevel ( getChartData ( ) . getTree ( ) ) + centerRadius ; double radiusFactor = Math . min ( ( deviceBBox . getHeight ( ) - 100 ) / 2 , ( deviceBBox . getWidth ( ) - 100 ) / 2 ) / ( maxLevel + 2 ) ; radiusFactor *= ProgramProperties . get ( "RadialChartScalingFactor" , 1f ) ; Point2D center = new Point2D . Double ( deviceBBox . getCenterX ( ) , deviceBBox . getCenterY ( ) ) ; double maxValue = getMaxValue ( ) ; double topY ; if ( scalingType == ChartViewer . ScalingType . PERCENT ) topY = 101 ; else if ( scalingType == ChartViewer . ScalingType . LOG ) { topY = computeMaxYAxisValueLogScale ( maxValue ) ; maxValue = Math . log ( maxValue ) ; } else if ( scalingType == ChartViewer . ScalingType . SQRT ) { topY = Math . sqrt ( maxValue ) ; maxValue = Math . sqrt ( maxValue ) ; } else topY = getMaxValue ( ) ; double barFactor = radiusFactor / topY ; gc . setFont ( getFont ( ChartViewer . FontKeys . ValuesFont . toString ( ) ) ) ; gc . setColor ( getFontColor ( ChartViewer . FontKeys . ValuesFont . toString ( ) , Color . DARK_GRAY ) ) ; areas . clear ( ) ; drawRec ( DrawWhat . RegionsAndBars , gc , tree , center , radiusFactor , tree . getRoot ( ) , centerRadius , maxLevel , 0.0 , 360.0 , barFactor , maxValue ) ; Ellipse2D disk = new Ellipse2D . Double ( center . getX ( ) - centerRadius * radiusFactor , center . getY ( ) - centerRadius * radiusFactor , 2 * centerRadius * radiusFactor , 2 * centerRadius * radiusFactor ) ; gc . setColor ( Color . WHITE ) ; gc . fill ( disk ) ; gc . setColor ( Color . LIGHT_GRAY ) ; gc . draw ( disk ) ; if ( isShowValues ( ) ) { gc . setFont ( getFont ( ChartViewer . FontKeys . ValuesFont . toString ( ) ) ) ; gc . setColor ( getFontColor ( ChartViewer . FontKeys . ValuesFont . toString ( ) , Color . DARK_GRAY ) ) ; areas . clear ( ) ; drawRec ( DrawWhat . Values , gc , tree , center , radiusFactor , tree . getRoot ( ) , centerRadius , maxLevel , 0.0 , 360.0 , barFactor , maxValue ) ; } { gc . setFont ( getFont ( ChartViewer . FontKeys . LegendFont . toString ( ) ) ) ; gc . setColor ( getFontColor ( ChartViewer . FontKeys . LegendFont . toString ( ) , Color . BLACK ) ) ; areas . clear ( ) ; drawRec ( DrawWhat . Names , gc , tree , center , radiusFactor , tree . getRoot ( ) , centerRadius , maxLevel , 0.0 , 360.0 , barFactor , maxValue ) ; } if ( getChartData ( ) . getChartSelection ( ) . getSelectedClasses ( ) . size ( ) > 0 ) { gc . setColor ( ProgramProperties . SELECTION_COLOR ) ; areas . clear ( ) ; drawRec ( DrawWhat . Selection , gc , tree , center , radiusFactor , tree . getRoot ( ) , centerRadius , maxLevel , 0.0 , 360.0 , barFactor , maxValue ) ; } }

Dibuja ambos gráficos y gráfico transpuesto


public void cancel  ( ) { synchronized ( myTasks ) { myTasks . clear ( ) ; myTasks . notifyAll ( ) ; } }

Terminar cualquier tarea de progreso excepcional.


public Variance ( ) { this  ( true ) ; }

Construye una varianza con la propiedad predeterminada (verdadero) <código> isbiascorectrige. </ Código>.


private void loadProperties  ( ) { String property = System . getProperty ( "carbon.properties.filepath" ) ; if ( null == property ) { property = CarbonCommonConstants . CARBON_PROPERTIES_FILE_PATH ; } File file = new File ( property ) ; LOGGER . info ( "Property file path: " + file . getAbsolutePath ( ) ) ; FileInputStream fis = null ; try { if ( file . exists ( ) ) { fis = new FileInputStream ( file ) ; carbonProperties . load ( fis ) ; } } catch ( FileNotFoundException e ) { LOGGER . error ( "The file: " + CarbonCommonConstants . CARBON_PROPERTIES_FILE_PATH + " does not exist" ) ; } catch ( IOException e ) { LOGGER . error ( "Error while reading the file: " + CarbonCommonConstants . CARBON_PROPERTIES_FILE_PATH ) ; } finally { if ( null != fis ) { try { fis . close ( ) ; } catch ( IOException e ) { LOGGER . error ( "Error while closing the file stream for file: " + CarbonCommonConstants . CARBON_PROPERTIES_FILE_PATH ) ; } } } print ( ) ; }

Este método leerá todas las propiedades del archivo y lo cargará en la memoria.


public void toggleDividerVisibility  ( boolean show ) { mStepDivider . setVisibility ( show ? VISIBLE : GONE ) ; }

Cambia la visibilidad de la línea horizontal en la pestaña.


public void relocateDoping  ( Player player , int targetSlot , int destinationSlot ) { Pet pet = player . getPet ( ) ; if ( pet == null || pet . getCommonData ( ) . getDopingBag ( ) == null ) { return ; } int [ ] scrollBag = pet . getCommonData ( ) . getDopingBag ( ) . getScrollsUsed ( ) ; int targetItem = scrollBag [ targetSlot - 2 ] ; if ( destinationSlot - 2 > scrollBag . length - 1 ) { pet . getCommonData ( ) . getDopingBag ( ) . setItem ( targetItem , destinationSlot ) ; PacketSendUtility . sendPacket ( player , new SM_PET ( 0 , targetItem , destinationSlot ) ) ; pet . getCommonData ( ) . getDopingBag ( ) . setItem ( 0 , targetSlot ) ; PacketSendUtility . sendPacket ( player , new SM_PET ( 0 , 0 , targetSlot ) ) ; } else { pet . getCommonData ( ) . getDopingBag ( ) . setItem ( scrollBag [ destinationSlot - 2 ] , targetSlot ) ; PacketSendUtility . sendPacket ( player , new SM_PET ( 0 , scrollBag [ destinationSlot - 2 ] , targetSlot ) ) ; pet . getCommonData ( ) . getDopingBag ( ) . setItem ( targetItem , destinationSlot ) ; PacketSendUtility . sendPacket ( player , new SM_PET ( 0 , targetItem , destinationSlot ) ) ; } }

Actualmente solo se pueden reubicar los desplazamientos.


public static final void show  ( Window owner , SandboxBody body ) { EditBodyDialog dialog = new EditBodyDialog ( owner , body ) ; dialog . setLocationRelativeTo ( owner ) ; dialog . setIconImage ( Icons . EDIT_BODY . getImage ( ) ) ; dialog . setVisible ( true ) ; if ( ! dialog . canceled ) { SandboxBody bodyChanges = dialog . body ; body . setOutlineColor ( bodyChanges . getOutlineColor ( ) ) ; body . setFillColor ( bodyChanges . getFillColor ( ) ) ; body . setActive ( bodyChanges . isActive ( ) ) ; body . setAngularDamping ( bodyChanges . getAngularDamping ( ) ) ; body . setAngularVelocity ( bodyChanges . getAngularVelocity ( ) ) ; body . setAsleep ( bodyChanges . isAsleep ( ) ) ; body . setAutoSleep ( bodyChanges . isAutoSleepingEnabled ( ) ) ; body . setBullet ( bodyChanges . isBullet ( ) ) ; body . setGravityScale ( bodyChanges . getGravityScale ( ) ) ; body . setLinearDamping ( bodyChanges . getLinearDamping ( ) ) ; body . setMass ( new Mass ( bodyChanges . getMass ( ) ) ) ; body . setName ( bodyChanges . getName ( ) ) ; body . setLinearVelocity ( bodyChanges . getLinearVelocity ( ) . copy ( ) ) ; body . setMassExplicit ( bodyChanges . isMassExplicit ( ) ) ; Transform transform = body . getTransform ( ) ; transform . setRotation ( dialog . pnlTransform . getRotation ( ) ) ; transform . setTranslation ( dialog . pnlTransform . getTranslation ( ) ) ; } }

Muestra un cuadro de diálogo Editar cuerpo utilizando los valores en el cuerpo actual.


public void closeServer  ( ServerInfo server ) { if ( server . sock == null || this . keep_alive ) { return ; } try { server . sock . close ( ) ; server . sock = null ; } catch ( IOException ex ) { System . err . println ( "close socket error: " + ex . getMessage ( ) ) ; } }


public static < T > IStoredList < T > createList  ( boolean reuseLocks ) { return createStoredList ( false , reuseLocks ) ; }

Devuelve una instancia de lista almacenada de acuerdo con la versión JVM.Equivalente a llamar <code> getStoredList (Falso, Falso); </ código>


public boolean isEmpty  ( ) { return state . equals ( EMPTY ) ; }


public float angleBetween  ( Vector3f otherVector ) { float dotProduct = dot ( otherVector ) ; float angle = FastMath . acos ( dotProduct ) ; return angle ; }

<Código> AngleBetween </ code> Devoluciones (en radianes) El ángulo entre dos vectores.Se supone que tanto este vector como el vector dado son vectores de la unidad (IOW, normalizados).


public static void appendBlocks  ( DAAHeader header , BlockType [ ] types , byte [ ] [ ] blocks , int [ ] sizes ) throws IOException { try ( OutputStream outs = new BufferedOutputStream ( new FileOutputStream ( header . getFileName ( ) , true ) ) ) { for ( int i = 0 ; i < blocks . length ; i ++ ) { final byte [ ] bytes = blocks [ i ] ; final int size = sizes [ i ] ; final int index = header . getFirstAvailableBlockIndex ( ) ; header . setBlockTypeRank ( index , BlockType . rank ( types [ i ] ) ) ; header . setBlockSize ( index , size ) ; outs . write ( bytes , 0 , size ) ; } } header . save ( ) ; }


private void load  ( String fileName ) throws IOException , MaryConfigurationException  { DataInputStream dis = null ; try { dis = new DataInputStream ( new BufferedInputStream ( new FileInputStream ( fileName ) ) ) ; } catch ( FileNotFoundException e ) { throw new MaryConfigurationException ( "File [" + fileName + "] was not found." ) ; } hdr = new MaryHeader ( dis ) ; if ( hdr . getType ( ) != MaryHeader . LISTENERFEATS ) { throw new MaryConfigurationException ( "File [" + fileName + "] is not a valid Mary Units file." ) ; } numberOfUnits = dis . readInt ( ) ; if ( numberOfUnits < 0 ) { throw new MaryConfigurationException ( "File [" + fileName + "] has a negative number of units. Aborting." ) ; } LF0VECTORSIZE = dis . readInt ( ) ; MGCVECTORSIZE = dis . readInt ( ) ; STRVECTORSIZE = dis . readInt ( ) ; if ( LF0VECTORSIZE != 1 || MGCVECTORSIZE <= 0 || STRVECTORSIZE <= 0 ) { throw new MaryConfigurationException ( "File [" + fileName + "] has no proper feature vector size information... Aborting." ) ; } logf0 = new double [ numberOfUnits ] [ ] ; voiced = new boolean [ numberOfUnits ] [ ] ; mgc = new double [ numberOfUnits ] [ ] [ ] ; strengths = new double [ numberOfUnits ] [ ] [ ] ; numberOfFrames = new int [ numberOfUnits ] ; for ( int i = 0 ; i < numberOfUnits ; i ++ ) { numberOfFrames [ i ] = dis . readInt ( ) ; int checkLF0Size = dis . readInt ( ) ; assert checkLF0Size == ( numberOfFrames [ i ] * LF0VECTORSIZE ) : fileName + " feature file do not has proper format" ; logf0 [ i ] = new double [ numberOfFrames [ i ] ] ; voiced [ i ] = new boolean [ numberOfFrames [ i ] ] ; for ( int j = 0 ; j < numberOfFrames [ i ] ; j ++ ) { logf0 [ i ] [ j ] = dis . readFloat ( ) ; voiced [ i ] [ j ] = logf0 [ i ] [ j ] >= 0 ; } int checkMGCSize = dis . readInt ( ) ; assert checkMGCSize == ( numberOfFrames [ i ] * this . MGCVECTORSIZE ) : fileName + " feature file do not has proper format" ; mgc [ i ] = new double [ numberOfFrames [ i ] ] [ MGCVECTORSIZE ] ; for ( int j = 0 ; j < numberOfFrames [ i ] ; j ++ ) { for ( int k = 0 ; k < MGCVECTORSIZE ; k ++ ) { mgc [ i ] [ j ] [ k ] = dis . readFloat ( ) ; } } int checkSTRSize = dis . readInt ( ) ; assert checkSTRSize == ( numberOfFrames [ i ] * this . STRVECTORSIZE ) : fileName + " feature file do not has proper format" ; strengths [ i ] = new double [ numberOfFrames [ i ] ] [ STRVECTORSIZE ] ; for ( int j = 0 ; j < numberOfFrames [ i ] ; j ++ ) { for ( int k = 0 ; k < STRVECTORSIZE ; k ++ ) { strengths [ i ] [ j ] [ k ] = dis . readFloat ( ) ; } } } }

Cargue el archivo de características dado


public static boolean isStoreInventoryAvailable  ( String productStoreId , ProductConfigWrapper productConfig , BigDecimal quantity , Delegator delegator , LocalDispatcher dispatcher ) { GenericValue productStore = getProductStore ( productStoreId , delegator ) ; if ( productStore == null ) { Debug . logWarning ( "No ProductStore found with id " + productStoreId + ", returning false for inventory available check" , module ) ; return false ; } if ( "N" . equals ( productStore . getString ( "checkInventory" ) ) ) { if ( Debug . verboseOn ( ) ) Debug . logVerbose ( "ProductStore with id " + productStoreId + ", is set to NOT check inventory, returning true for inventory available check" , module ) ; return true ; } boolean isInventoryAvailable = false ; if ( "Y" . equals ( productStore . getString ( "oneInventoryFacility" ) ) ) { String inventoryFacilityId = productStore . getString ( "inventoryFacilityId" ) ; if ( UtilValidate . isEmpty ( inventoryFacilityId ) ) { Debug . logWarning ( "ProductStore with id " + productStoreId + " has Y for oneInventoryFacility but inventoryFacilityId is empty, returning false for inventory check" , module ) ; return false ; } return ProductWorker . isProductInventoryAvailableByFacility ( productConfig , inventoryFacilityId , quantity , dispatcher ) ; } else { GenericValue product = productConfig . getProduct ( ) ; List < GenericValue > productFacilities = null ; try { productFacilities = product . getRelated ( "ProductFacility" , null , null , true ) ; } catch ( GenericEntityException e ) { Debug . logWarning ( e , "Error invoking getRelatedCache in isCatalogInventoryAvailable" , module ) ; return false ; } if ( UtilValidate . isNotEmpty ( productFacilities ) ) { for ( GenericValue pfValue : productFacilities ) { isInventoryAvailable = ProductWorker . isProductInventoryAvailableByFacility ( productConfig , pfValue . getString ( "facilityId" ) , quantity , dispatcher ) ; if ( isInventoryAvailable == true ) { return isInventoryAvailable ; } } } return false ; } }

Verifique la disponibilidad de inventario para el catálogo, producto, cantidad, etc.


@ Override public void endAttlist  ( Augmentations augs ) throws XNIException { }


@ Override public void externalGraphicValueUpdated  ( ) { setCachedExpression ( generateExpression ( ) ) ; checkSymbolIsValid ( ) ; FieldConfigBase parent = getParent ( ) ; if ( parent != null ) { parent . valueUpdated ( ) ; } }


protected void ordinalLayout  ( VisualTable labels ) { ObjectRangeModel model = ( ObjectRangeModel ) m_model ; double span = m_hi - m_lo ; double pspan = m_prevhi - m_prevlo ; Rectangle2D b = getLayoutBounds ( ) ; double breadth = getBreadth ( b ) ; double scale = breadth / span ; int step = getOrdinalStep ( span , scale ) ; if ( step <= 0 ) step = 1 ; Iterator iter = labels . tuples ( ) ; while ( iter . hasNext ( ) ) { VisualItem item = ( VisualItem ) iter . next ( ) ; reset ( item ) ; double v = item . getDouble ( VALUE ) ; double x = span == 0 ? 0.5 * breadth : ( ( v - m_lo ) / span ) * breadth ; set ( item , x , b ) ; } Index index = labels . index ( VALUE ) ; for ( int r , v = ( int ) m_lo ; v <= m_hi ; v += step ) { if ( ( r = index . get ( ( double ) v ) ) >= 0 ) { VisualItem item = labels . getItem ( r ) ; item . set ( VisualItem . LABEL , model . getObject ( v ) . toString ( ) ) ; item . setVisible ( true ) ; item . setEndVisible ( true ) ; } else { VisualItem item = labels . addItem ( ) ; item . set ( VisualItem . LABEL , model . getObject ( v ) . toString ( ) ) ; item . setDouble ( VisualItem . VALUE , v ) ; double f = pspan == 0 ? 0.5 : ( ( v - m_prevlo ) / pspan ) ; if ( f <= 0 || f >= 1.0 ) item . setStartVisible ( true ) ; set ( item , f * breadth , b ) ; set ( item , ( v - m_lo ) * breadth / span , b ) ; } } }

Calcular un diseño ordinal de marcas de eje.


private static void printUsage  ( ) { System . err . println ( "Syntax:\nsummaryGaussNormEvaluator -do=(char|word|all) [-summaryDir=summaries/] [-modelDir=models/]" + "[-wordMin=#] [-wordMax=#] [-wordDist=#] [-charMin=#] [-charMax=#] [-charDist=#] [-o=outFile] [-t=#]" + "[-s] [-use=o|d] [-progress] [-lowmem]" ) ; System . err . println ( "wordMin=#\tMin word n-gram size.\nwordMax=#\tMax word n-gram size.\nwordDist=#\tWord n-gram window\n" + "charMin=#\tMin char n-gram size.\ncharMax=#\tMax char n-gram size.\ncharDist=#\tChar n-gram window.\n" + "-o=outFile\tThe file to output data. Default is stdout.\n-t=#\tNumber of threads. Defaults to 2.\n" + "-s\tFor non-verbose output (silent).\n" + "-progress\tFor progress indication (even in silent mode).\n" + "-use=o|d\tUse [o]ccurences or average [d]istance to assign weights to the graph. Defaults to o.\n" + "-lowmem\tDo not use caching for documents. Less memory used, more time required.\n" + "-?\tShow this screen." ) ; }

Proporciona información de sintaxis de línea de comandos para el uso de la función de clase principal.


@ Override public void xmlDecl  ( String version , String encoding , String standalone , Augmentations augs ) throws XNIException { }

Notifica la presencia de una línea XMLDECL en el documento.Si está presente, este método se llamará inmediatamente después de la llamada StartDocument.


public double calcAngle  ( Entry p1 , Entry p2 ) { float dx = p2 . getXIndex ( ) - p1 . getXIndex ( ) ; float dy = p2 . getVal ( ) - p1 . getVal ( ) ; return Math . atan2 ( dy , dx ) * 180.0 / Math . PI ; }

Calcula el ángulo entre dos entradas (puntos) en la tabla


public NaturalRanking ( ) { super ( ) ; tiesStrategy = DEFAULT_TIES_STRATEGY ; nanStrategy = DEFAULT_NAN_STRATEGY ; randomData = null ; }

Cree un NaturalRanking con estrategias predeterminadas para el manejo de lazos y NANS.


public static Style green  ( ) { final Style style = new Style ( ) ; style . color = PaletteUtils . getSolidColor ( PaletteUtils . MATERIAL_GREEN ) ; return style ; }

Material predeterminado de estilo transparente verde para supertoasts.


public void register  ( K key , V value ) { register ( availableIds . nextClearBit ( 0 ) , key , value ) ; }

Registra un valor con una clave y una ID de entero asignada automáticamente.


public void addGyms  ( Collection < FortData > gyms ) { if ( gyms == null || gyms . isEmpty ( ) ) { return ; } complete = true ; this . gyms . addAll ( gyms ) ; }


public FileAlterationMonitor ( long interval ) { this . interval = interval ; }

Construir un monitor con el intervalo especificado.


public void saveRootCertificateAsPemFile  ( File file ) { String pemEncodedCertificate = securityProviderTool . encodeCertificateAsPem ( generatedCertificateAndKey . get ( ) . getCertificate ( ) ) ; EncryptionUtil . writePemStringToFile ( file , pemEncodedCertificate ) ; }

Guarda el certificado raíz como datos codificados por PEM en el archivo especificado.


public static Calendar toCalendar  ( Date date , TimeZone timeZone , Locale locale ) { Calendar cal = getCalendarInstance ( timeZone , locale ) ; if ( date != null ) { cal . setTime ( date ) ; } return cal ; }

Devuelve un objeto de calendario inicializado a la fecha / hora, la zona horaria y la configuración regional especificada.


public MessagesGetDialogsQuery count  ( Integer value ) { return unsafeParam ( "count" , value ) ; }


public FileWriterWithEncoding ( String filename , Charset encoding ) throws IOException { this ( new File ( filename ) , encoding , false ) ; }

Construye un archivo de archivos con codificación de archivos.


private boolean resizeAndSaveImage  ( int maxWidth , int maxHeight ) throws IOException { boolean saved = false ; String encodeURL = DiskCacheUtils . encodeURL ( uri , maxWidth , maxHeight ) ; File targetFile = configuration . diskCache . get ( uri ) ; if ( targetFile != null && targetFile . exists ( ) ) { ImageSize targetImageSize = new ImageSize ( maxWidth , maxHeight ) ; DisplayImageOptions specialOptions = new DisplayImageOptions . Builder ( ) . cloneFrom ( options ) . imageScaleType ( ImageScaleType . IN_SAMPLE_INT ) . build ( ) ; ImageDecodingInfo decodingInfo = new ImageDecodingInfo ( memoryCacheKey , Scheme . FILE . wrap ( targetFile . getAbsolutePath ( ) ) , Scheme . FILE . wrap ( targetFile . getAbsolutePath ( ) ) , targetImageSize , ViewScaleType . FIT_INSIDE , getDownloader ( ) , specialOptions ) ; Bitmap bmp = decoder . decode ( decodingInfo ) ; if ( bmp != null && configuration . processorForDiskCache != null ) { L . d ( LOG_PROCESS_IMAGE_BEFORE_CACHE_ON_DISK , memoryCacheKey ) ; bmp = configuration . processorForDiskCache . process ( bmp ) ; if ( bmp == null ) { L . e ( ERROR_PROCESSOR_FOR_DISK_CACHE_NULL , memoryCacheKey ) ; } } if ( bmp != null ) { saved = configuration . diskCache . save ( encodeURL , bmp ) ; bmp . recycle ( ) ; } if ( saved ) { targetFile . delete ( ) ; } } return saved ; }

Decodifica el archivo de imagen en mapa de bits, redimensionarlo y guardarlo de nuevo


public Door ( final TreeSpecies species , BlockFace face , boolean isOpen ) { this ( getWoodDoorOfSpecies ( species ) , face , isOpen ) ; }

Construye la mitad inferior de una puerta de madera de las especies dadas, frente a la dirección especificada y se establece para abrir o cerrar


public static SM_SYSTEM_MESSAGE STR_GATHER_FAIL_2_GATHER  ( String value0 ) { return new SM_SYSTEM_MESSAGE ( 1330022 , value0 ) ; }


public static boolean hasPermission  ( Security security , GenericValue userLogin , GenericValue orderHeader ) { if ( userLogin == null || orderHeader == null ) return false ; if ( security . hasEntityPermission ( "ORDERMGR" , "_VIEW" , userLogin ) ) { return true ; } else if ( security . hasEntityPermission ( "ORDERMGR" , "_ROLEVIEW" , userLogin ) ) { List < GenericValue > orderRoles = null ; try { orderRoles = orderHeader . getRelated ( "OrderRole" , UtilMisc . toMap ( "partyId" , userLogin . getString ( "partyId" ) ) , null , false ) ; } catch ( GenericEntityException e ) { Debug . logError ( e , "Cannot get OrderRole from OrderHeader" , module ) ; } if ( UtilValidate . isNotEmpty ( orderRoles ) ) { return true ; } } return false ; }

Cheques para ver si este usuario ha leído permiso en el orden especificado


@ Override protected LocalTypeSet entryInitialFlow  ( ) { LocalTypeSet ret = ( LocalTypeSet ) emptySet . clone ( ) ; return ret ; }

Devuelve un conjunto nuevo, agresivo (local, tipo).


public void writeHeader  ( String creator , BlastMode blastMode , String [ ] matchClassificationNames , boolean isPairedReads ) throws IOException { final HeaderSectionRMA6 headerSection = getHeaderSectionRMA6 ( ) ; headerSection . setCreationDate ( System . currentTimeMillis ( ) ) ; headerSection . setCreator ( creator ) ; headerSection . setBlastMode ( blastMode ) ; headerSection . setMatchClassNames ( matchClassificationNames ) ; headerSection . setIsPairedReads ( isPairedReads ) ; this . isPairedReads = isPairedReads ; numberOfClassificationNames = matchClassificationNames . length ; File file = new File ( fileName ) ; if ( file . exists ( ) && ! file . delete ( ) ) throw new IOException ( "Can't delete existing file: " + file ) ; readerWriter = new OutputWriter ( new File ( fileName ) ) ; readerWriter . setUseCompression ( useCompression ) ; getFooterSectionRMA6 ( ) . setStartHeaderSection ( readerWriter . getPosition ( ) ) ; getHeaderSectionRMA6 ( ) . write ( readerWriter ) ; getFooterSectionRMA6 ( ) . setEndHeaderSection ( readerWriter . getPosition ( ) ) ; }


public void log10  ( final double [ ] operand , final int operandOffset , final double [ ] result , final int resultOffset ) { double [ ] function = new double [ 1 + order ] ; function [ 0 ] = FastMath . log10 ( operand [ operandOffset ] ) ; if ( order > 0 ) { double inv = 1.0 / operand [ operandOffset ] ; double xk = inv / FastMath . log ( 10.0 ) ; for ( int i = 1 ; i <= order ; ++ i ) { function [ i ] = xk ; xk *= - i * inv ; } } compose ( operand , operandOffset , function , result , resultOffset ) ; }

Calcula la base 10 logaritmo de una estructura derivada.


public void parseFileInput  ( ) { builder . setDebugMode ( ApplicationManager . getApplication ( ) . isUnitTestMode ( ) ) ; while ( ! builder . eof ( ) ) { if ( matches ( TokenKind . NEWLINE ) ) { continue ; } parseTopLevelStatement ( ) ; } }

Llamado al inicio del análisis.Analiza un archivo completo


public static Pair < Float , Float > computeAverageNandK  ( LinkedList < Pair < Number , Number > > values ) { if ( values . size ( ) == 0 ) return new Pair < > ( 0f , 0f ) ; double n = 0 ; double k = 0 ; for ( Pair < Number , Number > pair : values ) { n += pair . get1 ( ) . doubleValue ( ) ; k += pair . get2 ( ) . doubleValue ( ) ; } return new Pair < > ( ( float ) ( n / values . size ( ) ) , ( float ) ( k / values . size ( ) ) ) ; }


private void initModel  ( Activity a , int type ) { this . photosModel = new PhotosObject ( a , type ) ; this . loadModel = new LoadObject ( LoadObject . LOADING_STATE ) ; this . scrollModel = new ScrollObject ( ) ; }


protected long generateAsyncAfter  ( String asyncAfterString ) throws BadApiRequestException { try { return asyncAfterString . equals ( SYNCHRONOUS_REQUEST_FLAG ) ? SYNCHRONOUS_ASYNC_AFTER_VALUE : asyncAfterString . equals ( ASYNCHRONOUS_REQUEST_FLAG ) ? ASYNCHRONOUS_ASYNC_AFTER_VALUE : Long . parseLong ( asyncAfterString ) ; } catch ( NumberFormatException e ) { LOG . debug ( INVALID_ASYNC_AFTER . logFormat ( asyncAfterString ) , e ) ; throw new BadApiRequestException ( INVALID_ASYNC_AFTER . format ( asyncAfterString ) , e ) ; } }

Analiza el parámetro Asyncafter en una larga que describe durante mucho tiempo. Cuánto tiempo que el usuario está dispuesto a esperar los resultados de una solicitud síncrona antes de que la solicitud sea asíncrona.


public NameFileFilter ( String name , IOCase caseSensitivity ) { if ( name == null ) { throw new IllegalArgumentException ( "The wildcard must not be null" ) ; } this . names = new String [ ] { name } ; this . caseSensitivity = caseSensitivity == null ? IOCase . SENSITIVE : caseSensitivity ; }

Construya un nuevo filtro de archivos que especifique la sensibilidad a la caja.


@ Override public boolean isDeprecated  ( ) { return proto . getOptions ( ) . getDeprecated ( ) ; }

Devuelve VERDADERO si este objeto representa algo que está configurado según se desactiva.


public AudioGetQuery ( VkApiClient client , UserActor actor ) { super ( client , "audio.get" , GetResponse . class ) ; accessToken ( actor . getAccessToken ( ) ) ; }

Crea una instancia abstractQueryBuilder que se puede usar para construir una solicitud API con varios parámetros


static float rotateX  ( float pX , float pY , float cX , float cY , float angleInDegrees ) { double angle = Math . toRadians ( angleInDegrees ) ; return ( float ) ( Math . cos ( angle ) * ( pX - cX ) - Math . sin ( angle ) * ( pY - cY ) + cX ) ; }

Punto de rotación P alrededor del punto central C.


private ThrowableSet add  ( Set < RefLikeType > addedExceptions ) { Set < RefLikeType > resultSet = new HashSet < RefLikeType > ( this . exceptionsIncluded ) ; int changes = 0 ; FastHierarchy hierarchy = Scene . v ( ) . getOrMakeFastHierarchy ( ) ; for ( RefLikeType newType : addedExceptions ) { if ( ! resultSet . contains ( newType ) ) { boolean addNewType = true ; if ( newType instanceof RefType ) { for ( RefLikeType incumbentType : resultSet ) { if ( incumbentType instanceof RefType ) { if ( newType == incumbentType ) { throw new IllegalStateException ( "ThrowableSet.add(Set): resultSet.contains() failed to screen duplicate RefType " + newType ) ; } } else if ( incumbentType instanceof AnySubType ) { RefType incumbentBase = ( ( AnySubType ) incumbentType ) . getBase ( ) ; if ( hierarchy . canStoreType ( newType , incumbentBase ) ) { addNewType = false ; } } else { throw new IllegalStateException ( "ThrowableSet.add(Set): incumbent Set element " + incumbentType + " is neither a RefType nor an AnySubType." ) ; } } } else if ( newType instanceof AnySubType ) { RefType newBase = ( ( AnySubType ) newType ) . getBase ( ) ; for ( Iterator < RefLikeType > j = resultSet . iterator ( ) ; j . hasNext ( ) ; ) { RefLikeType incumbentType = ( RefLikeType ) j . next ( ) ; if ( incumbentType instanceof RefType ) { RefType incumbentBase = ( RefType ) incumbentType ; if ( hierarchy . canStoreType ( incumbentBase , newBase ) ) { j . remove ( ) ; changes ++ ; } } else if ( incumbentType instanceof AnySubType ) { RefType incumbentBase = ( ( AnySubType ) incumbentType ) . getBase ( ) ; if ( newBase == incumbentBase ) { throw new IllegalStateException ( "ThrowableSet.add(Set): resultSet.contains() failed to screen duplicate AnySubType " + newBase ) ; } else if ( hierarchy . canStoreType ( incumbentBase , newBase ) ) { j . remove ( ) ; changes ++ ; } else if ( hierarchy . canStoreType ( newBase , incumbentBase ) ) { addNewType = false ; } } else { throw new IllegalStateException ( "ThrowableSet.add(Set): old Set element " + incumbentType + " is neither a RefType nor an AnySubType." ) ; } } } else { throw new IllegalArgumentException ( "ThrowableSet.add(Set): new Set element " + newType + " is neither a RefType nor an AnySubType." ) ; } if ( addNewType ) { changes ++ ; resultSet . add ( newType ) ; } } } ThrowableSet result = null ; if ( changes > 0 ) { result = Manager . v ( ) . registerSetIfNew ( resultSet , this . exceptionsExcluded ) ; } else { result = this ; } return result ; }

Devuelve un <código> ThrowNIsTET </ CODE> que contiene todas las excepciones en <código> agreguexceptions </ code> además de aquellos en este <código> ThrowSetSet </ Code>.