idx int64 0 165k | question stringlengths 73 5.81k | target stringlengths 5 918 |
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6,800 | public boolean isReferenceCell ( GridCell < P > cell ) { return ! this . cells . isEmpty ( ) && this . cells . get ( 0 ) == cell ; } | Replies if the specified cell is the reference cell for the element . The reference cell is the cell where the element is supported to be attached when it is supposed by be inside only one cell . |
6,801 | public static < E > ImmutableList < E > shuffledCopy ( List < ? extends E > list , Random rng ) { final ArrayList < E > shuffled = Lists . newArrayList ( list ) ; Collections . shuffle ( shuffled , rng ) ; return ImmutableList . copyOf ( shuffled ) ; } | Returns a shuffled copy of the provided list . |
6,802 | protected synchronized void replaceInFileBuffered ( File sourceFile , File targetFile , ReplacementType replacementType , File [ ] classpath , boolean detectEncoding ) throws MojoExecutionException { if ( this . replacementTreatedFiles . contains ( targetFile ) && targetFile . exists ( ) ) { getLog ( ) . debug ( "Skiping " + targetFile + " because is was already treated for replacements" ) ; return ; } replaceInFile ( sourceFile , targetFile , replacementType , classpath , detectEncoding ) ; } | Replace the Javadoc tags in the given file only if the file was never treated before . |
6,803 | @ SuppressWarnings ( "checkstyle:nestedifdepth" ) protected synchronized String replaceAuthor ( File sourceFile , int sourceLine , String text , ExtendedArtifact artifact , ReplacementType replacementType ) throws MojoExecutionException { String result = text ; final Pattern p = buildMacroPatternWithGroup ( Macros . MACRO_AUTHOR ) ; final Matcher m = p . matcher ( text ) ; boolean hasResult = m . find ( ) ; if ( hasResult ) { final StringBuffer sb = new StringBuffer ( ) ; final StringBuilder replacement = new StringBuilder ( ) ; String login ; URL url ; Contributor contributor ; do { login = m . group ( 1 ) ; if ( login != null ) { login = login . trim ( ) ; if ( login . length ( ) > 0 ) { replacement . setLength ( 0 ) ; if ( artifact != null ) { contributor = artifact . getPeople ( login , getLog ( ) ) ; if ( contributor != null ) { url = getContributorURL ( contributor , getLog ( ) ) ; if ( url == null ) { replacement . append ( contributor . getName ( ) ) ; } else if ( replacementType == ReplacementType . HTML ) { replacement . append ( "<a target=\"_blank\" href=\"" ) ; replacement . append ( url . toExternalForm ( ) ) ; replacement . append ( "\">" ) ; replacement . append ( contributor . getName ( ) ) ; replacement . append ( "</a>" ) ; } else { replacement . append ( contributor . getName ( ) ) ; replacement . append ( " [" ) ; replacement . append ( url . toExternalForm ( ) ) ; replacement . append ( "]" ) ; } } else { getBuildContext ( ) . addMessage ( sourceFile , sourceLine , 1 , "unable to find a developer or a contributor " + "with an id, a name or an email equal to: " + login , BuildContext . SEVERITY_WARNING , null ) ; } } if ( replacement . length ( ) != 0 ) { m . appendReplacement ( sb , Matcher . quoteReplacement ( replacement . toString ( ) ) ) ; } } else { getBuildContext ( ) . addMessage ( sourceFile , sourceLine , 1 , "no login for Author tag: " + m . group ( 0 ) , BuildContext . SEVERITY_WARNING , null ) ; } } else { getBuildContext ( ) . addMessage ( sourceFile , sourceLine , 1 , "no login for Author tag: " + m . group ( 0 ) , BuildContext . SEVERITY_WARNING , null ) ; } hasResult = m . find ( ) ; } while ( hasResult ) ; m . appendTail ( sb ) ; result = sb . toString ( ) ; } return result ; } | Replace the author information tags in the given text . |
6,804 | @ SuppressWarnings ( "checkstyle:nestedifdepth" ) protected synchronized String replaceProp ( File sourceFile , int sourceLine , String text , MavenProject project , ReplacementType replacementType ) throws MojoExecutionException { String result = text ; final Pattern p = buildMacroPatternWithGroup ( Macros . MACRO_PROP ) ; final Matcher m = p . matcher ( text ) ; boolean hasResult = m . find ( ) ; Properties props = null ; if ( project != null ) { props = project . getProperties ( ) ; } if ( hasResult ) { final StringBuffer sb = new StringBuffer ( ) ; final StringBuilder replacement = new StringBuilder ( ) ; String propName ; do { propName = m . group ( 1 ) ; if ( propName != null ) { propName = propName . trim ( ) ; if ( propName . length ( ) > 0 ) { replacement . setLength ( 0 ) ; if ( props != null ) { final String value = props . getProperty ( propName ) ; if ( value != null && ! value . isEmpty ( ) ) { replacement . append ( value ) ; } } if ( replacement . length ( ) != 0 ) { m . appendReplacement ( sb , Matcher . quoteReplacement ( replacement . toString ( ) ) ) ; } } else { getBuildContext ( ) . addMessage ( sourceFile , sourceLine , 1 , "no property name for Prop tag: " + m . group ( 0 ) , BuildContext . SEVERITY_WARNING , null ) ; } } else { getBuildContext ( ) . addMessage ( sourceFile , sourceLine , 1 , "no property name for Prop tag: " + m . group ( 0 ) , BuildContext . SEVERITY_WARNING , null ) ; } hasResult = m . find ( ) ; } while ( hasResult ) ; m . appendTail ( sb ) ; result = sb . toString ( ) ; } return result ; } | Replace the property information tags in the given text . |
6,805 | protected void setSourceDirectoryForAllMojo ( File newSourceDirectory ) { final List < String > sourceRoots = this . mavenProject . getCompileSourceRoots ( ) ; getLog ( ) . debug ( "Old source roots: " + sourceRoots . toString ( ) ) ; final Iterator < String > iterator = sourceRoots . iterator ( ) ; final String removableSourcePath = this . javaSourceRoot . getAbsolutePath ( ) ; getLog ( ) . debug ( "Removable source root: " + removableSourcePath ) ; String path ; while ( iterator . hasNext ( ) ) { path = iterator . next ( ) ; if ( path != null && path . equals ( removableSourcePath ) ) { getLog ( ) . debug ( "Removing source root: " + path ) ; iterator . remove ( ) ; } } getLog ( ) . debug ( "Adding source root: " + newSourceDirectory . getAbsolutePath ( ) ) ; this . mavenProject . addCompileSourceRoot ( newSourceDirectory . toString ( ) ) ; this . sourceDirectory = newSourceDirectory ; } | Replace the current source directory by the given directory . |
6,806 | public static Optional < OffsetRange < CharOffset > > charOffsetsOfWholeString ( String s ) { if ( s . isEmpty ( ) ) { return Optional . absent ( ) ; } return Optional . of ( charOffsetRange ( 0 , s . length ( ) - 1 ) ) ; } | This returns optional because it is not possible to represent an empty offset span |
6,807 | public boolean contains ( final OffsetType x ) { return x . asInt ( ) >= startInclusive ( ) . asInt ( ) && x . asInt ( ) <= endInclusive ( ) . asInt ( ) ; } | Returns if the given offset is within the inclusive bounds of this range . |
6,808 | public static int getColorFromName ( String colorName , int defaultValue ) { final Integer value = COLOR_MATCHES . get ( Strings . nullToEmpty ( colorName ) . toLowerCase ( ) ) ; if ( value != null ) { return value . intValue ( ) ; } return defaultValue ; } | Replies the color value for the given color name . |
6,809 | public static String getColorNameFromValue ( int colorValue ) { for ( final Entry < String , Integer > entry : COLOR_MATCHES . entrySet ( ) ) { final int knownValue = entry . getValue ( ) . intValue ( ) ; if ( colorValue == knownValue ) { return entry . getKey ( ) ; } } return null ; } | Replies the color name for the given color value . |
6,810 | public double getLength ( ) { double length = 0 ; for ( final RoadPath p : this . paths ) { length += p . getLength ( ) ; } return length ; } | Replies the length of the path . |
6,811 | public int indexOf ( RoadSegment segment ) { int count = 0 ; int index ; for ( final RoadPath p : this . paths ) { index = p . indexOf ( segment ) ; if ( index >= 0 ) { return count + index ; } count += p . size ( ) ; } return - 1 ; } | Replies the index of the first occurrence . of the given road segment . |
6,812 | public int lastIndexOf ( RoadSegment segment ) { int count = 0 ; int index ; int lastIndex = - 1 ; for ( final RoadPath p : this . paths ) { index = p . lastIndexOf ( segment ) ; if ( index >= 0 ) { lastIndex = count + index ; } count += p . size ( ) ; } return lastIndex ; } | Replies the index of the last occurrence . of the given road segment . |
6,813 | public RoadSegment getRoadSegmentAt ( int index ) { if ( index >= 0 ) { int b = 0 ; for ( final RoadPath p : this . paths ) { final int e = b + p . size ( ) ; if ( index < e ) { return p . get ( index - b ) ; } b = e ; } } throw new IndexOutOfBoundsException ( ) ; } | Replies the road segment at the given index . |
6,814 | public RoadPath getPathForRoadSegmentAt ( int index ) { if ( index >= 0 ) { int b = 0 ; for ( final RoadPath p : this . paths ) { final int e = b + p . size ( ) ; if ( index < e ) { return p ; } b = e ; } } throw new IndexOutOfBoundsException ( ) ; } | Replies the road path which is containing the road segment at the given index . |
6,815 | public RoadSegment removeRoadSegmentAt ( int index ) { if ( index >= 0 ) { int b = 0 ; for ( final RoadPath p : this . paths ) { int end = b + p . size ( ) ; if ( index < end ) { end = index - b ; return removeRoadSegmentAt ( p , end , null ) ; } b = end ; } } throw new IndexOutOfBoundsException ( ) ; } | Remove the road segment at the given index . |
6,816 | private RoadSegment removeRoadSegmentAt ( RoadPath path , int index , PathIterator iterator ) { final int pathIndex = this . paths . indexOf ( path ) ; assert pathIndex >= 0 && pathIndex < this . paths . size ( ) ; assert index >= 0 && index < path . size ( ) ; final RoadPath syncPath ; final RoadSegment sgmt ; if ( index == 0 || index == path . size ( ) - 1 ) { sgmt = path . remove ( index ) ; } else { sgmt = path . get ( index ) ; assert sgmt != null ; final RoadPath rest = path . splitAfter ( sgmt ) ; path . remove ( sgmt ) ; if ( rest != null && ! rest . isEmpty ( ) ) { this . paths . add ( pathIndex + 1 , rest ) ; } } -- this . segmentCount ; if ( path . isEmpty ( ) ) { this . paths . remove ( path ) ; if ( pathIndex > 0 ) { syncPath = this . paths . get ( pathIndex - 1 ) ; } else { syncPath = null ; } } else { syncPath = path ; } if ( iterator != null ) { iterator . reset ( syncPath ) ; } return sgmt ; } | Remove the road segment at the given index in the given path . |
6,817 | @ SuppressWarnings ( { "checkstyle:cyclomaticcomplexity" , "checkstyle:npathcomplexity" , "checkstyle:nestedifdepth" } ) public RoadPath addAndGetPath ( RoadPath end ) { RoadPath selectedPath = null ; if ( end != null && ! end . isEmpty ( ) ) { RoadConnection first = end . getFirstPoint ( ) ; RoadConnection last = end . getLastPoint ( ) ; assert first != null ; assert last != null ; first = first . getWrappedRoadConnection ( ) ; last = last . getWrappedRoadConnection ( ) ; assert first != null ; assert last != null ; if ( this . paths . isEmpty ( ) ) { this . paths . add ( end ) ; selectedPath = end ; } else { RoadPath connectToFirst = null ; RoadPath connectToLast = null ; final Iterator < RoadPath > pathIterator = this . paths . iterator ( ) ; RoadPath path ; while ( ( connectToFirst == null || connectToLast == null ) && pathIterator . hasNext ( ) ) { path = pathIterator . next ( ) ; if ( connectToFirst == null ) { if ( first . equals ( path . getFirstPoint ( ) ) ) { connectToFirst = path ; } else if ( first . equals ( path . getLastPoint ( ) ) ) { connectToFirst = path ; } } if ( connectToLast == null ) { if ( last . equals ( path . getFirstPoint ( ) ) ) { connectToLast = path ; } else if ( last . equals ( path . getLastPoint ( ) ) ) { connectToLast = path ; } } } if ( connectToFirst != null && connectToLast != null && ! connectToLast . equals ( connectToFirst ) ) { final RoadPath reference ; final RoadPath nonreference ; if ( connectToFirst . size ( ) > connectToLast . size ( ) ) { reference = connectToFirst ; nonreference = connectToLast ; } else { reference = connectToLast ; nonreference = connectToFirst ; } if ( this . paths . remove ( nonreference ) ) { if ( ! RoadPath . addPathToPath ( reference , end ) ) { this . paths . add ( nonreference ) ; } else { if ( ! RoadPath . addPathToPath ( reference , nonreference ) ) { this . paths . add ( nonreference ) ; } else { selectedPath = reference ; } } } } else if ( connectToFirst != null ) { if ( RoadPath . addPathToPath ( connectToFirst , end ) ) { selectedPath = connectToFirst ; } } else if ( connectToLast != null ) { if ( RoadPath . addPathToPath ( connectToLast , end ) ) { selectedPath = connectToLast ; } } else if ( this . paths . add ( end ) ) { selectedPath = end ; } } if ( selectedPath != null ) { this . segmentCount += end . size ( ) ; } } return selectedPath ; } | Add the given road path into this cluster of road paths . |
6,818 | boolean setParentNodeReference ( N newParent , boolean fireEvent ) { final N oldParent = getParentNode ( ) ; if ( newParent == oldParent ) { return false ; } this . parent = ( newParent == null ) ? null : new WeakReference < > ( newParent ) ; if ( ! fireEvent ) { return true ; } firePropertyParentChanged ( oldParent , newParent ) ; if ( oldParent != null ) { oldParent . firePropertyParentChanged ( toN ( ) , oldParent , newParent ) ; } return false ; } | Set the reference to the parent node . |
6,819 | void firePropertyChildAdded ( TreeNodeAddedEvent event ) { if ( this . nodeListeners != null ) { for ( final TreeNodeListener listener : this . nodeListeners ) { if ( listener != null ) { listener . treeNodeChildAdded ( event ) ; } } } final N parentNode = getParentNode ( ) ; assert parentNode != this ; if ( parentNode != null ) { parentNode . firePropertyChildAdded ( event ) ; } } | Fire the event for the node child sets . |
6,820 | void firePropertyChildRemoved ( TreeNodeRemovedEvent event ) { if ( this . nodeListeners != null ) { for ( final TreeNodeListener listener : this . nodeListeners ) { if ( listener != null ) { listener . treeNodeChildRemoved ( event ) ; } } } final N parentNode = getParentNode ( ) ; if ( parentNode != null ) { parentNode . firePropertyChildRemoved ( event ) ; } } | Fire the event for the removed node child . |
6,821 | public static Function < Iterable < ? > , String > joinFunction ( final Joiner joiner ) { return new Function < Iterable < ? > , String > ( ) { public String apply ( final Iterable < ? > list ) { return joiner . join ( list ) ; } } ; } | Returns a Function which will join the string with the specified separator |
6,822 | public static Function < String , String > toLowerCaseFunction ( final Locale locale ) { return new Function < String , String > ( ) { public String apply ( final String s ) { return s . toLowerCase ( locale ) ; } public String toString ( ) { return "toLowercase(" + locale + ")" ; } } ; } | A Guava function for converting strings to lowercase . |
6,823 | public static UnicodeFriendlyString stripAccents ( final UnicodeFriendlyString input ) { return StringUtils . unicodeFriendly ( ACCENT_STRIPPER . matcher ( Normalizer . normalize ( input . utf16CodeUnits ( ) , Normalizer . Form . NFD ) ) . replaceAll ( "" ) ) ; } | Removes all Unicode marks from a string . As a side effect applies NFD normalization . |
6,824 | public static int getKeyCode ( final char character ) throws IllegalAccessException , NoSuchFieldException { final String c = String . valueOf ( character ) . toUpperCase ( ) ; final String variableName = "VK_" + c ; final Class < KeyEvent > clazz = KeyEvent . class ; final Field field = clazz . getField ( variableName ) ; final int keyCode = field . getInt ( null ) ; return keyCode ; } | Gets the key code from the given char . |
6,825 | public static void typeCharacter ( final Robot robot , final char character ) throws IllegalAccessException , NoSuchFieldException { final boolean upperCase = Character . isUpperCase ( character ) ; final int keyCode = getKeyCode ( character ) ; if ( upperCase ) { robot . keyPress ( KeyEvent . VK_SHIFT ) ; } robot . keyPress ( keyCode ) ; robot . keyRelease ( keyCode ) ; if ( upperCase ) { robot . keyRelease ( KeyEvent . VK_SHIFT ) ; } } | Types the given char with the given robot . |
6,826 | public static void typeString ( final Robot robot , final String input ) throws NoSuchFieldException , IllegalAccessException { if ( input != null && ! input . isEmpty ( ) ) { for ( final char character : input . toCharArray ( ) ) { typeCharacter ( robot , character ) ; } } } | Type the given string with the given robot . |
6,827 | public < T extends MapLayer > Iterator < T > iterator ( Class < T > type ) { return new LayerReaderIterator < > ( type ) ; } | Replies an iterator on the layers of the given type and read from the input stream . |
6,828 | public final < T extends MapLayer > T read ( Class < T > type ) throws IOException { if ( ! this . isHeaderRead ) { this . isHeaderRead = true ; readHeader ( ) ; if ( this . progression != null ) { this . progression . setProperties ( 0 , 0 , this . restToRead , false ) ; } } T selectedObject = null ; if ( this . restToRead > 0 ) { final ObjectInputStream oos = new ObjectInputStream ( this . input ) ; do { try { final Object readObject = oos . readObject ( ) ; -- this . restToRead ; if ( type . isInstance ( readObject ) ) { selectedObject = type . cast ( readObject ) ; } } catch ( ClassNotFoundException e ) { } } while ( this . restToRead > 0 && selectedObject == null ) ; } if ( this . progression != null ) { if ( this . restToRead <= 0 ) { this . progression . end ( ) ; } else { this . progression . increment ( ) ; } } return selectedObject ; } | Read the next layer of the given type from the input . |
6,829 | @ SuppressWarnings ( { "resource" , "checkstyle:magicnumber" } ) protected void readHeader ( ) throws IOException { final ReadableByteChannel in = Channels . newChannel ( this . input ) ; final int limit = HEADER_KEY . getBytes ( ) . length + 2 ; final ByteBuffer hBuffer = ByteBuffer . allocate ( limit ) ; hBuffer . limit ( limit ) ; final byte [ ] key = GISLayerIOConstants . HEADER_KEY . getBytes ( ) ; final int n = in . read ( hBuffer ) ; if ( n != limit ) { throw new IOException ( "Invalid file header" ) ; } for ( int i = 0 ; i < key . length ; ++ i ) { if ( hBuffer . get ( i ) != key [ i ] ) { throw new IOException ( "Invalid file header" ) ; } } final byte major = hBuffer . get ( key . length ) ; final byte minor = hBuffer . get ( key . length + 1 ) ; if ( major != GISLayerIOConstants . MAJOR_SPEC_NUMBER || minor != GISLayerIOConstants . MINOR_SPEC_NUMBER ) { throw new IOException ( "Invalid file format version." ) ; } final ByteBuffer sBuffer = ByteBuffer . allocate ( 4 ) ; sBuffer . limit ( 4 ) ; in . read ( sBuffer ) ; sBuffer . rewind ( ) ; this . restToRead = sBuffer . getInt ( ) ; } | Read the header of the file . |
6,830 | public LevelOfDetails getLevelOfDetails ( ) { if ( this . lod == null ) { final double meterSize = doc2fxSize ( 1 ) ; if ( meterSize <= LOW_DETAILLED_METER_SIZE ) { this . lod = LevelOfDetails . LOW ; } else if ( meterSize >= HIGH_DETAILLED_METER_SIZE ) { this . lod = LevelOfDetails . HIGH ; } else { this . lod = LevelOfDetails . NORMAL ; } } return this . lod ; } | Replies the current level of details . |
6,831 | @ SuppressWarnings ( { "checkstyle:magicnumber" , "static-method" } ) public Color rgb ( int color ) { final int red = ( color & 0x00FF0000 ) >> 16 ; final int green = ( color & 0x0000FF00 ) >> 8 ; final int blue = color & 0x000000FF ; return Color . rgb ( red , green , blue ) ; } | Parse the given RGB color . |
6,832 | public double doc2fxX ( double x ) { return this . centeringTransform . toCenterX ( x ) * this . scale . get ( ) + this . canvasWidth . get ( ) / 2. ; } | Transform a document x coordinate to its JavaFX equivalent . |
6,833 | public double fx2docX ( double x ) { return this . centeringTransform . toGlobalX ( ( x - this . canvasWidth . get ( ) / 2. ) / this . scale . get ( ) ) ; } | Transform a JavaFX x coordinate to its document equivalent . |
6,834 | public double doc2fxY ( double y ) { return this . centeringTransform . toCenterY ( y ) * this . scale . get ( ) + this . canvasHeight . get ( ) / 2. ; } | Transform a document y coordinate to its JavaFX equivalent . |
6,835 | public double fx2docY ( double y ) { return this . centeringTransform . toGlobalY ( ( y - this . canvasHeight . get ( ) / 2. ) / this . scale . get ( ) ) ; } | Transform a JavaFX y coordinate to its document equivalent . |
6,836 | public double doc2fxAngle ( double angle ) { final ZoomableCanvas < ? > canvas = getCanvas ( ) ; if ( canvas . isInvertedAxisX ( ) != canvas . isInvertedAxisY ( ) ) { return - angle ; } return angle ; } | Transform a document angle to its JavaFX equivalent . |
6,837 | public double fx2docAngle ( double angle ) { final ZoomableCanvas < ? > canvas = getCanvas ( ) ; if ( canvas . isInvertedAxisX ( ) != canvas . isInvertedAxisY ( ) ) { return - angle ; } return angle ; } | Transform a JavaFX angle to its document equivalent . |
6,838 | public void restore ( ) { this . gc . restore ( ) ; if ( this . stateStack != null ) { if ( ! this . stateStack . isEmpty ( ) ) { final int [ ] data = this . stateStack . pop ( ) ; if ( this . stateStack . isEmpty ( ) ) { this . stateStack = null ; } this . bugdet = data [ 0 ] ; this . state = data [ 1 ] ; } else { this . stateStack = null ; } } } | Pops the state off of the stack setting the following attributes to their value at the time when that state was pushed onto the stack . If the stack is empty then nothing is changed . |
6,839 | public void fillRoundRect ( double x , double y , double width , double height , double arcWidth , double arcHeight ) { this . gc . fillRoundRect ( doc2fxX ( x ) , doc2fxY ( y ) , doc2fxSize ( width ) , doc2fxSize ( height ) , doc2fxSize ( arcWidth ) , doc2fxSize ( arcHeight ) ) ; } | Fills a rounded rectangle using the current fill paint . |
6,840 | public void strokeLine ( double x1 , double y1 , double x2 , double y2 ) { this . gc . strokeLine ( doc2fxX ( x1 ) , doc2fxY ( y1 ) , doc2fxX ( x2 ) , doc2fxY ( y2 ) ) ; } | Strokes a line using the current stroke paint . |
6,841 | @ SuppressWarnings ( { "static-method" , "checkstyle:magicnumber" } ) protected GISPolylineSet < RoadPolyline > createInternalDataStructure ( Rectangle2afp < ? , ? , ? , ? , ? , ? > originalBounds ) { return new MapPolylineTreeSet < > ( originalBounds . getMinX ( ) , originalBounds . getMinY ( ) , originalBounds . getWidth ( ) , originalBounds . getHeight ( ) ) ; } | Create the internal data structure . |
6,842 | @ SuppressWarnings ( "unchecked" ) public Tree < RoadPolyline , ? > getInternalTree ( ) { if ( this . roadSegments instanceof GISTreeSet < ? , ? > ) { return ( ( GISTreeSet < RoadPolyline , ? > ) this . roadSegments ) . getTree ( ) ; } return null ; } | Replies the internal data - structure as tree . |
6,843 | public LegalTrafficSide getLegalTrafficSide ( ) { final String side ; try { side = getAttributeAsString ( "LEGAL_TRAFFIC_SIDE" ) ; LegalTrafficSide sd ; try { sd = LegalTrafficSide . valueOf ( side ) ; } catch ( Throwable exception ) { sd = null ; } if ( sd != null ) { return sd ; } } catch ( Throwable exception ) { } return RoadNetworkConstants . getPreferredLegalTrafficSide ( ) ; } | Replies the legal traffic side . |
6,844 | protected void fireSegmentChanged ( RoadSegment segment ) { if ( this . listeners != null && isEventFirable ( ) ) { for ( final RoadNetworkListener listener : this . listeners ) { listener . onRoadSegmentChanged ( this , segment ) ; } } } | Fire the change event . |
6,845 | public Iterable < IntegerSegment > toSegmentIterable ( ) { return new Iterable < IntegerSegment > ( ) { public Iterator < IntegerSegment > iterator ( ) { return new SegmentIterator ( ) ; } } ; } | Returns an iterable object over the segments in this list in proper sequence . |
6,846 | public void set ( SortedSet < ? extends Number > collection ) { this . values = null ; this . size = 0 ; for ( final Number number : collection ) { final int e = number . intValue ( ) ; if ( ( this . values != null ) && ( e == this . values [ this . values . length - 1 ] + 1 ) ) { ++ this . values [ this . values . length - 1 ] ; ++ this . size ; } if ( ( this . values != null ) && ( e > this . values [ this . values . length - 1 ] + 1 ) ) { final int [ ] newTab = new int [ this . values . length + 2 ] ; System . arraycopy ( this . values , 0 , newTab , 0 , this . values . length ) ; newTab [ newTab . length - 2 ] = e ; newTab [ newTab . length - 1 ] = newTab [ newTab . length - 2 ] ; this . values = newTab ; ++ this . size ; } else if ( this . values == null ) { this . values = new int [ ] { e , e } ; this . size = 1 ; } } } | Set the content of this list from the specified collection . |
6,847 | public SortedSet < Integer > toSortedSet ( ) { final SortedSet < Integer > theset = new TreeSet < > ( ) ; if ( this . values != null ) { for ( int idxStart = 0 ; idxStart < this . values . length - 1 ; idxStart += 2 ) { for ( int n = this . values [ idxStart ] ; n <= this . values [ idxStart + 1 ] ; ++ n ) { theset . add ( n ) ; } } } return theset ; } | Replies the complete list of stored integers . |
6,848 | protected String formatDateStr2 ( String str ) { Calendar cal = Calendar . getInstance ( ) ; str = str . replaceAll ( "/" , "" ) ; try { cal . set ( Integer . parseInt ( str . substring ( 0 , 4 ) ) , Integer . parseInt ( str . substring ( 4 , 6 ) ) - 1 , Integer . parseInt ( str . substring ( 6 ) ) ) ; return String . format ( "%1$02d%2$03d" , cal . get ( Calendar . YEAR ) % 100 , cal . get ( Calendar . DAY_OF_YEAR ) ) ; } catch ( Exception e ) { return formatDateStr2 ( defValD ) ; } } | Translate data str from yyyymmdd to yyddd |
6,849 | protected static String formatDateStr ( String startDate , String strDays ) { Calendar cal = Calendar . getInstance ( ) ; int days ; startDate = startDate . replaceAll ( "/" , "" ) ; try { days = Double . valueOf ( strDays ) . intValue ( ) ; cal . set ( Integer . parseInt ( startDate . substring ( 0 , 4 ) ) , Integer . parseInt ( startDate . substring ( 4 , 6 ) ) - 1 , Integer . parseInt ( startDate . substring ( 6 ) ) ) ; cal . add ( Calendar . DATE , days ) ; return String . format ( "%1$02d%2$03d" , cal . get ( Calendar . YEAR ) % 100 , cal . get ( Calendar . DAY_OF_YEAR ) ) ; } catch ( Exception e ) { return "-99" ; } } | Translate data str from yyyymmdd to yyddd plus days you want |
6,850 | protected String getExName ( Map result ) { String ret = getValueOr ( result , "exname" , "" ) ; if ( ret . matches ( "\\w+\\.\\w{2}[Xx]" ) ) { ret = ret . substring ( 0 , ret . length ( ) - 1 ) . replace ( "." , "" ) ; } if ( ret . matches ( ".+(_+\\d+)+$" ) ) { ret = ret . replaceAll ( "(_+\\d+)+$" , "" ) ; } return ret ; } | Get experiment name without any extention content after first underscore |
6,851 | protected String getCrid ( Map result ) { HashMap mgnData = getObjectOr ( result , "management" , new HashMap ( ) ) ; ArrayList < HashMap > events = getObjectOr ( mgnData , "events" , new ArrayList ( ) ) ; String crid = null ; boolean isPlEventExist = false ; for ( HashMap event : events ) { if ( "planting" . equals ( event . get ( "event" ) ) ) { isPlEventExist = true ; if ( crid == null ) { crid = ( String ) event . get ( "crid" ) ; } else if ( ! crid . equals ( event . get ( "crid" ) ) ) { return "SQ" ; } } } if ( crid == null ) { crid = getValueOr ( result , "crid" , "XX" ) ; } if ( ! isPlEventExist && "XX" . equals ( crid ) ) { return "FA" ; } else { return DssatCRIDHelper . get2BitCrid ( crid ) ; } } | Get crop id with 2 - bit format |
6,852 | protected synchronized String getFileName ( Map result , String fileType ) { String exname = getExName ( result ) ; String crid ; if ( getValueOr ( result , "seasonal_dome_applied" , "N" ) . equals ( "Y" ) ) { crid = "SN" ; } else { crid = getCrid ( result ) ; } if ( exname . length ( ) == 10 ) { if ( crid . equals ( "XX" ) || crid . equals ( "FA" ) ) { crid = exname . substring ( exname . length ( ) - 2 , exname . length ( ) ) ; } } String ret ; if ( exToFileMap . containsKey ( exname + "_" + crid ) ) { return exToFileMap . get ( exname + "_" + crid ) + fileType ; } else { ret = exname ; if ( ret . equals ( "" ) ) { ret = "TEMP0001" ; } else { try { if ( ret . endsWith ( crid ) ) { ret = ret . substring ( 0 , ret . length ( ) - crid . length ( ) ) ; } if ( ret . length ( ) > 8 ) { ret = ret . substring ( 0 , 8 ) ; } if ( ! ret . matches ( "[\\w ]{1,6}\\d{2}$" ) ) { if ( ret . length ( ) > 6 ) { ret = ret . substring ( 0 , 6 ) ; } ret += "01" ; } } catch ( Exception e ) { ret = "TEMP0001" ; } } if ( exname . matches ( ".+_\\d+_b\\S+(__\\d+)?$" ) ) { int idx = exname . lastIndexOf ( "_b" ) + 2 ; ret += "B" + exname . substring ( idx ) . replaceAll ( "__\\d+$" , "" ) ; } int count ; while ( fileNameSet . contains ( ret + "." + crid ) ) { try { count = Integer . parseInt ( ret . substring ( ret . length ( ) - 2 , ret . length ( ) ) ) ; count ++ ; } catch ( Exception e ) { count = 1 ; } ret = ret . replaceAll ( "\\w{2}$" , String . format ( "%02d" , count ) ) ; } } exToFileMap . put ( exname + "_" + crid , ret + "." + crid ) ; fileNameSet . add ( ret + "." + crid ) ; return ret + "." + crid + fileType ; } | Generate output file name |
6,853 | protected void decompressData ( HashMap m ) { for ( Object key : m . keySet ( ) ) { if ( m . get ( key ) instanceof ArrayList ) { decompressData ( ( ArrayList ) m . get ( key ) ) ; } else if ( m . get ( key ) instanceof HashMap ) { decompressData ( ( HashMap ) m . get ( key ) ) ; } else { } } } | decompress the data in a map object |
6,854 | protected void decompressData ( ArrayList arr ) { HashMap fstData = null ; HashMap cprData ; for ( Object sub : arr ) { if ( sub instanceof ArrayList ) { decompressData ( ( ArrayList ) sub ) ; } else if ( sub instanceof HashMap ) { decompressData ( ( HashMap ) sub ) ; if ( fstData == null ) { fstData = ( HashMap ) sub ; } else { cprData = ( HashMap ) sub ; for ( Object key : fstData . keySet ( ) ) { if ( ! cprData . containsKey ( key ) ) { cprData . put ( key , fstData . get ( key ) ) ; } } } } else { } } } | decompress the data in an ArrayList object |
6,855 | protected String getPdate ( Map result ) { HashMap management = getObjectOr ( result , "management" , new HashMap ( ) ) ; ArrayList < HashMap > events = getObjectOr ( management , "events" , new ArrayList < HashMap > ( ) ) ; for ( HashMap event : events ) { if ( getValueOr ( event , "event" , "" ) . equals ( "planting" ) ) { return getValueOr ( event , "date" , "" ) ; } } return "" ; } | Get plating date from experiment management event |
6,856 | private boolean isContentTypeIn ( ZipInputStream stream ) throws IOException { boolean isContentType = false ; if ( this . innerFile != null ) { final String strInner = this . innerFile . toString ( ) ; InputStream dataStream = null ; ZipEntry zipEntry = stream . getNextEntry ( ) ; while ( zipEntry != null && dataStream == null ) { if ( strInner . equals ( zipEntry . getName ( ) ) ) { dataStream = stream ; } else { zipEntry = stream . getNextEntry ( ) ; } } if ( dataStream != null ) { isContentType = isContentType ( stream , zipEntry , dataStream ) ; } } else { isContentType = isContentType ( stream , null , null ) ; } return isContentType ; } | Replies if the given ZIP stream contains data of the expected type . |
6,857 | public void close ( ) throws IOException { this . accessors . clear ( ) ; if ( this . reader != null ) { this . reader . close ( ) ; this . reader = null ; } } | Close all opened accessors . |
6,858 | protected DBaseFileReader getReader ( ) throws IOException { if ( this . reader == null ) { this . reader = new DBaseFileReader ( this . url . openStream ( ) ) ; this . reader . readDBFHeader ( ) ; this . reader . readDBFFields ( ) ; } return this . reader ; } | Replies the reader . |
6,859 | @ SuppressWarnings ( "resource" ) public Collection < String > getAllAttributeNames ( int recordNumber ) { try { final DBaseFileReader dbReader = getReader ( ) ; synchronized ( dbReader ) { final List < DBaseFileField > fields = dbReader . getDBFFields ( ) ; if ( fields == null ) { return Collections . emptyList ( ) ; } final ArrayList < String > titles = new ArrayList < > ( fields . size ( ) ) ; for ( int i = 0 ; i < fields . size ( ) ; ++ i ) { titles . add ( fields . get ( i ) . getName ( ) ) ; } return titles ; } } catch ( IOException exception ) { return Collections . emptyList ( ) ; } } | Replies the names of all the attributes that corresponds to the specified record number . |
6,860 | @ SuppressWarnings ( "resource" ) public int getAttributeCount ( ) { try { final DBaseFileReader dbReader = getReader ( ) ; synchronized ( dbReader ) { return dbReader . getDBFFieldCount ( ) ; } } catch ( IOException exception ) { return 0 ; } } | Replies the count of attributes . |
6,861 | @ SuppressWarnings ( "resource" ) public Object getRawValue ( int recordNumber , String name , OutputParameter < AttributeType > type ) throws AttributeException { try { final DBaseFileReader dbReader = getReader ( ) ; synchronized ( dbReader ) { dbReader . seek ( recordNumber ) ; final DBaseFileRecord record = dbReader . readNextDBFRecord ( ) ; if ( record != null ) { final int column = dbReader . getDBFFieldIndex ( name ) ; if ( column >= 0 ) { final Object value = record . getFieldValue ( column ) ; final DBaseFieldType dbfType = dbReader . getDBFFieldType ( column ) ; type . set ( dbfType . toAttributeType ( ) ) ; return value ; } } throw new NoAttributeFoundException ( name ) ; } } catch ( IOException e ) { throw new AttributeException ( e ) ; } } | Replies the raw value that corresponds to the specified attribute name for the given record . |
6,862 | public static int toLEInt ( int b1 , int b2 , int b3 , int b4 ) { return ( ( b4 & 0xFF ) << 24 ) + ( ( b3 & 0xFF ) << 16 ) + ( ( b2 & 0xFF ) << 8 ) + ( b1 & 0xFF ) ; } | Converting four bytes to a Little Endian integer . |
6,863 | public static int toBEInt ( int b1 , int b2 , int b3 , int b4 ) { return ( ( b1 & 0xFF ) << 24 ) + ( ( b2 & 0xFF ) << 16 ) + ( ( b3 & 0xFF ) << 8 ) + ( b4 & 0xFF ) ; } | Converting four bytes to a Big Endian integer . |
6,864 | public static long toLELong ( int b1 , int b2 , int b3 , int b4 , int b5 , int b6 , int b7 , int b8 ) { return ( ( b8 & 0xFF ) << 56 ) + ( ( b7 & 0xFF ) << 48 ) + ( ( b6 & 0xFF ) << 40 ) + ( ( b5 & 0xFF ) << 32 ) + ( ( b4 & 0xFF ) << 24 ) + ( ( b3 & 0xFF ) << 16 ) + ( ( b2 & 0xFF ) << 8 ) + ( b1 & 0xFF ) ; } | Converting eight bytes to a Little Endian integer . |
6,865 | @ Inline ( value = "Double.longBitsToDouble(EndianNumbers.toLELong($1, $2, $3, $4, $5, $6, $7, $8))" , imported = { EndianNumbers . class } ) public static double toLEDouble ( int b1 , int b2 , int b3 , int b4 , int b5 , int b6 , int b7 , int b8 ) { return Double . longBitsToDouble ( toLELong ( b1 , b2 , b3 , b4 , b5 , b6 , b7 , b8 ) ) ; } | Converting eight bytes to a Little Endian double . |
6,866 | @ Inline ( value = "Double.longBitsToDouble(EndianNumbers.toBELong($1, $2, $3, $4, $5, $6, $7, $8))" , imported = { EndianNumbers . class } ) public static double toBEDouble ( int b1 , int b2 , int b3 , int b4 , int b5 , int b6 , int b7 , int b8 ) { return Double . longBitsToDouble ( toBELong ( b1 , b2 , b3 , b4 , b5 , b6 , b7 , b8 ) ) ; } | Converting eight bytes to a Big Endian double . |
6,867 | @ Inline ( value = "Float.intBitsToFloat(EndianNumbers.toLEInt($1, $2, $3, $4))" , imported = { EndianNumbers . class } ) public static float toLEFloat ( int b1 , int b2 , int b3 , int b4 ) { return Float . intBitsToFloat ( toLEInt ( b1 , b2 , b3 , b4 ) ) ; } | Converting four bytes to a Little Endian float . |
6,868 | @ Inline ( value = "Float.intBitsToFloat(EndianNumbers.toBEInt($1, $2, $3, $4))" , imported = { EndianNumbers . class } ) public static float toBEFloat ( int b1 , int b2 , int b3 , int b4 ) { return Float . intBitsToFloat ( toBEInt ( b1 , b2 , b3 , b4 ) ) ; } | Converting four bytes to a Big Endian float . |
6,869 | @ Inline ( value = "EndianNumbers.parseLEInt(Float.floatToIntBits($1))" , imported = { EndianNumbers . class } ) public static byte [ ] parseLEFloat ( float value ) { return parseLEInt ( Float . floatToIntBits ( value ) ) ; } | Converts a Java float to a Little Endian int on 4 bytes . |
6,870 | public static byte [ ] parseLELong ( long value ) { return new byte [ ] { ( byte ) ( value & 0xFF ) , ( byte ) ( ( value >> 8 ) & 0xFF ) , ( byte ) ( ( value >> 16 ) & 0xFF ) , ( byte ) ( ( value >> 24 ) & 0xFF ) , ( byte ) ( ( value >> 32 ) & 0xFF ) , ( byte ) ( ( value >> 40 ) & 0xFF ) , ( byte ) ( ( value >> 48 ) & 0xFF ) , ( byte ) ( ( value >> 56 ) & 0xFF ) , } ; } | Converts a Java long to a Little Endian int on 8 bytes . |
6,871 | @ Inline ( value = "EndianNumbers.parseLELong(Double.doubleToLongBits($1))" , imported = { EndianNumbers . class } ) public static byte [ ] parseLEDouble ( double value ) { return parseLELong ( Double . doubleToLongBits ( value ) ) ; } | Converts a Java double to a Little Endian int on 8 bytes . |
6,872 | @ Inline ( value = "EndianNumbers.parseBEInt(Float.floatToIntBits($1))" , imported = { EndianNumbers . class } ) public static byte [ ] parseBEFloat ( float value ) { return parseBEInt ( Float . floatToIntBits ( value ) ) ; } | Converts a Java float to a Big Endian int on 4 bytes . |
6,873 | public static byte [ ] parseBELong ( long value ) { return new byte [ ] { ( byte ) ( ( value >> 56 ) & 0xFF ) , ( byte ) ( ( value >> 48 ) & 0xFF ) , ( byte ) ( ( value >> 40 ) & 0xFF ) , ( byte ) ( ( value >> 32 ) & 0xFF ) , ( byte ) ( ( value >> 24 ) & 0xFF ) , ( byte ) ( ( value >> 16 ) & 0xFF ) , ( byte ) ( ( value >> 8 ) & 0xFF ) , ( byte ) ( value & 0xFF ) , } ; } | Converts a Java long to a Big Endian int on 8 bytes . |
6,874 | @ Inline ( value = "EndianNumbers.parseBELong(Double.doubleToLongBits($1))" , imported = { EndianNumbers . class } ) public static byte [ ] parseBEDouble ( double value ) { return parseBELong ( Double . doubleToLongBits ( value ) ) ; } | Converts a Java double to a Big Endian int on 8 bytes . |
6,875 | @ SuppressWarnings ( { "unchecked" , "static-method" } ) final < O > O unwrap ( O obj ) { O unwrapped = obj ; if ( obj instanceof TerminalConnection ) { unwrapped = ( O ) ( ( TerminalConnection ) obj ) . getWrappedRoadConnection ( ) ; } else if ( obj instanceof WrapSegment ) { unwrapped = ( O ) ( ( WrapSegment ) obj ) . getWrappedSegment ( ) ; } assert unwrapped != null ; return unwrapped ; } | Unwrap a connection . |
6,876 | public UnitVectorProperty firstAxisProperty ( ) { if ( this . raxis == null ) { this . raxis = new UnitVectorProperty ( this , MathFXAttributeNames . FIRST_AXIS , getGeomFactory ( ) ) ; } return this . raxis ; } | Replies the property for the first rectangle axis . |
6,877 | public ReadOnlyUnitVectorProperty secondAxisProperty ( ) { if ( this . saxis == null ) { this . saxis = new ReadOnlyUnitVectorWrapper ( this , MathFXAttributeNames . SECOND_AXIS , getGeomFactory ( ) ) ; this . saxis . bind ( Bindings . createObjectBinding ( ( ) -> { final Vector2dfx firstAxis = firstAxisProperty ( ) . get ( ) ; return firstAxis . toOrthogonalVector ( ) ; } , firstAxisProperty ( ) ) ) ; } return this . saxis . getReadOnlyProperty ( ) ; } | Replies the property for the second rectangle axis . |
6,878 | public static String showInfoDialog ( final Frame owner , final String message ) { InfomationDialog mdialog ; String ok = "OK" ; mdialog = new InfomationDialog ( owner , "Information message" , message , ok ) ; @ SuppressWarnings ( "unlikely-arg-type" ) final int index = mdialog . getVButtons ( ) . indexOf ( ok ) ; final Button button = mdialog . getVButtons ( ) . get ( index ) ; button . addActionListener ( mdialog ) ; mdialog . setVisible ( true ) ; return mdialog . getResult ( ) ; } | Statische Methode um ein Dialogfenster mit der angegebener Nachricht zu erzeugen . |
6,879 | protected HashMap readFile ( HashMap brMap ) throws IOException { HashMap ret = new HashMap ( ) ; HashMap metaData = new HashMap ( ) ; ArrayList < HashMap > culArr = readCultivarData ( brMap , metaData ) ; ArrayList < HashMap > expArr = new ArrayList ( ) ; HashMap tmp = new HashMap ( ) ; HashMap tmp2 = new HashMap ( ) ; tmp . put ( jsonKey , tmp2 ) ; tmp2 . put ( dataKey , culArr ) ; expArr . add ( tmp ) ; ret . put ( "experiments" , expArr ) ; return ret ; } | DSSAT Cultivar Data input method for only inputing Cultivar file |
6,880 | public static < LeftRightT > TypeConfusionInspector < LeftRightT > createOutputtingTo ( final String name , final Function < ? super LeftRightT , String > confusionLabeler , final Equivalence < LeftRightT > confusionEquivalence , final File outputDir ) { return new TypeConfusionInspector < LeftRightT > ( name , confusionLabeler , confusionEquivalence , outputDir ) ; } | Creates a new inspector . See class documentation for an explanation of the confusion labeler and confusion equivalence . |
6,881 | public double distanceToEnd ( Point2D < ? , ? > point , double width ) { final Point2d firstPoint = getPointAt ( 0 ) ; final Point2d lastPoint = getPointAt ( - 1 ) ; double d1 = firstPoint . getDistance ( point ) ; double d2 = lastPoint . getDistance ( point ) ; d1 -= width ; if ( d1 < 0 ) { d1 = 0 ; } d2 -= width ; if ( d2 < 0 ) { d2 = 0 ; } return d1 < d2 ? d1 : d2 ; } | Replies the distance between the nearest end of this MapElement and the point . |
6,882 | public final int getNearestEndIndex ( double x , double y , OutputParameter < Double > distance ) { final int count = getPointCount ( ) ; final Point2d firstPoint = getPointAt ( 0 ) ; final Point2d lastPoint = getPointAt ( count - 1 ) ; final double d1 = Point2D . getDistancePointPoint ( firstPoint . getX ( ) , firstPoint . getY ( ) , x , y ) ; final double d2 = Point2D . getDistancePointPoint ( lastPoint . getX ( ) , lastPoint . getY ( ) , x , y ) ; if ( d1 <= d2 ) { if ( distance != null ) { distance . set ( d1 ) ; } return 0 ; } if ( distance != null ) { distance . set ( d2 ) ; } return count - 1 ; } | Replies the index of the nearest end of line according to the specified point . |
6,883 | public Point1d getNearestPosition ( Point2D < ? , ? > pos ) { Point2d pp = null ; final Vector2d v = new Vector2d ( ) ; double currentPosition = 0. ; double bestPosition = Double . NaN ; double bestDistance = Double . POSITIVE_INFINITY ; for ( final Point2d p : points ( ) ) { if ( pp != null ) { double position = Segment2afp . findsProjectedPointPointLine ( pos . getX ( ) , pos . getY ( ) , pp . getX ( ) , pp . getY ( ) , p . getX ( ) , p . getY ( ) ) ; if ( position < 0. ) { position = 0. ; } if ( position > 1. ) { position = 1. ; } v . sub ( p , pp ) ; final double t = v . getLength ( ) ; v . scale ( position ) ; final double dist = Point2D . getDistanceSquaredPointPoint ( pos . getX ( ) , pos . getY ( ) , pp . getX ( ) + v . getX ( ) , pp . getY ( ) + v . getY ( ) ) ; if ( dist < bestDistance ) { bestDistance = dist ; bestPosition = currentPosition + v . getLength ( ) ; } currentPosition += t ; } pp = p ; } if ( Double . isNaN ( bestPosition ) ) { return null ; } return new Point1d ( toSegment1D ( ) , bestPosition , 0. ) ; } | Return the nearest point 1 . 5D from a 2D position . |
6,884 | public double getLength ( ) { if ( this . length < 0 ) { double segmentLength = 0 ; for ( final PointGroup group : groups ( ) ) { Point2d previousPts = null ; for ( final Point2d pts : group . points ( ) ) { if ( previousPts != null ) { segmentLength += previousPts . getDistance ( pts ) ; } previousPts = pts ; } } this . length = segmentLength ; } return this . length ; } | Replies the length of this polyline . The length is the distance between first point and the last point of the polyline . |
6,885 | public Segment1D < ? , ? > getSubSegmentForDistance ( double distance ) { final double rd = distance < 0. ? 0. : distance ; double onGoingDistance = 0. ; for ( final PointGroup group : groups ( ) ) { Point2d previousPts = null ; for ( final Point2d pts : group . points ( ) ) { if ( previousPts != null ) { onGoingDistance += previousPts . getDistance ( pts ) ; if ( rd <= onGoingDistance ) { return new DefaultSegment1d ( previousPts , pts ) ; } } previousPts = pts ; } } throw new IllegalArgumentException ( "distance must be lower or equal than getLength(); distance=" + Double . toString ( distance ) + "; length=" + Double . toString ( getLength ( ) ) ) ; } | Replies the subsegment which is corresponding to the given position . |
6,886 | public final void toPath2D ( Path2d path ) { boolean firstPoint ; for ( final PointGroup grp : groups ( ) ) { firstPoint = true ; for ( final Point2d pts : grp ) { final double x = pts . getX ( ) ; final double y = pts . getY ( ) ; if ( firstPoint ) { path . moveTo ( x , y ) ; firstPoint = false ; } else { path . lineTo ( x , y ) ; } } } } | Replies the Path2D that corresponds to this polyline . |
6,887 | public static boolean addPathToPath ( RoadPath inside , RoadPath elements ) { RoadConnection first = elements . getFirstPoint ( ) ; RoadConnection last = elements . getLastPoint ( ) ; assert first != null ; assert last != null ; first = first . getWrappedRoadConnection ( ) ; last = last . getWrappedRoadConnection ( ) ; assert first != null ; assert last != null ; if ( last . equals ( inside . getLastPoint ( ) ) || last . equals ( inside . getFirstPoint ( ) ) ) { for ( int i = elements . size ( ) - 1 ; i >= 0 ; -- i ) { if ( ! inside . add ( elements . get ( i ) ) ) { return false ; } } } else { for ( final RoadSegment segment : elements ) { if ( ! inside . add ( segment ) ) { return false ; } } } return true ; } | Add the elements stored inside a road path into a road path . This function takes care about the two ends to the path to insert into . |
6,888 | public boolean isConnectableTo ( RoadPath path ) { assert path != null ; if ( path . isEmpty ( ) ) { return false ; } RoadConnection first1 = getFirstPoint ( ) ; RoadConnection last1 = getLastPoint ( ) ; first1 = first1 . getWrappedRoadConnection ( ) ; last1 = last1 . getWrappedRoadConnection ( ) ; RoadConnection first2 = path . getFirstPoint ( ) ; RoadConnection last2 = path . getLastPoint ( ) ; first2 = first2 . getWrappedRoadConnection ( ) ; last2 = last2 . getWrappedRoadConnection ( ) ; return first1 . equals ( first2 ) || first1 . equals ( last2 ) || last1 . equals ( first2 ) || last1 . equals ( last2 ) ; } | Replies if the given road path is connectable to this road path . |
6,889 | public RoadConnection getFirstCrossRoad ( ) { for ( final RoadConnection pt : points ( ) ) { if ( pt . getConnectedSegmentCount ( ) > 2 ) { return pt ; } } return null ; } | Replies the first cross - road point in the path . |
6,890 | public CrossRoad getFirstJunctionPoint ( ) { RoadConnection point = getFirstPoint ( ) ; double distance = 0 ; RoadSegment beforeSegment = null ; RoadSegment afterSegment = null ; int beforeSegmentIndex = - 1 ; int afterSegmentIndex = - 1 ; boolean found = false ; if ( point != null ) { int index = 0 ; for ( final RoadSegment sgmt : this ) { if ( found ) { afterSegment = sgmt ; afterSegmentIndex = index ; break ; } point = sgmt . getOtherSidePoint ( point ) ; beforeSegment = sgmt ; beforeSegmentIndex = index ; distance += sgmt . getLength ( ) ; final int count = point . getConnectedSegmentCount ( ) ; if ( count != 2 ) { found = true ; } ++ index ; } } if ( found ) { return new CrossRoad ( point , beforeSegment , beforeSegmentIndex , afterSegment , afterSegmentIndex , distance , distance ) ; } return null ; } | Replies the first cul - de - sac or cross - road point in the path . |
6,891 | public static String getFirstFreeBusLineName ( BusNetwork network ) { if ( network == null ) { return null ; } int nb = network . getBusLineCount ( ) ; String name ; do { ++ nb ; name = Locale . getString ( "NAME_TEMPLATE" , Integer . toString ( nb ) ) ; } while ( network . getBusLine ( name ) != null ) ; return name ; } | Replies a bus line name that was not exist in the specified network . |
6,892 | public boolean addBusItinerary ( BusItinerary busItinerary ) { if ( busItinerary == null ) { return false ; } if ( this . itineraries . indexOf ( busItinerary ) != - 1 ) { return false ; } if ( ! this . itineraries . add ( busItinerary ) ) { return false ; } final boolean isValidItinerary = busItinerary . isValidPrimitive ( ) ; busItinerary . setEventFirable ( isEventFirable ( ) ) ; busItinerary . setContainer ( this ) ; if ( isEventFirable ( ) ) { fireShapeChanged ( new BusChangeEvent ( this , BusChangeEventType . ITINERARY_ADDED , busItinerary , this . itineraries . size ( ) - 1 , "shape" , null , null ) ) ; if ( ! isValidItinerary ) { revalidate ( ) ; } else { checkPrimitiveValidity ( ) ; } } return true ; } | Add a bus itinerary inside the bus line . |
6,893 | public void removeAllBusItineraries ( ) { for ( final BusItinerary itinerary : this . itineraries ) { itinerary . setContainer ( null ) ; itinerary . setEventFirable ( true ) ; } this . itineraries . clear ( ) ; fireShapeChanged ( new BusChangeEvent ( this , BusChangeEventType . ALL_ITINERARIES_REMOVED , null , - 1 , "shape" , null , null ) ) ; checkPrimitiveValidity ( ) ; } | Remove all the bus itineraries from the current line . |
6,894 | public boolean removeBusItinerary ( BusItinerary itinerary ) { final int index = this . itineraries . indexOf ( itinerary ) ; if ( index >= 0 ) { return removeBusItinerary ( index ) ; } return false ; } | Remove a bus itinerary from this line . All the associated stops will be removed also . |
6,895 | public boolean removeBusItinerary ( int index ) { try { final BusItinerary busItinerary = this . itineraries . remove ( index ) ; busItinerary . setContainer ( null ) ; busItinerary . setEventFirable ( true ) ; fireShapeChanged ( new BusChangeEvent ( this , BusChangeEventType . ITINERARY_REMOVED , busItinerary , index , "shape" , null , null ) ) ; checkPrimitiveValidity ( ) ; return true ; } catch ( Throwable exception ) { } return false ; } | Remove the bus itinerary at the specified index . All the associated stops will be removed also . |
6,896 | public BusItinerary getBusItinerary ( UUID uuid ) { if ( uuid == null ) { return null ; } for ( final BusItinerary busItinerary : this . itineraries ) { if ( uuid . equals ( busItinerary . getUUID ( ) ) ) { return busItinerary ; } } return null ; } | Replies the bus itinerary with the specified uuid . |
6,897 | public BusItinerary getBusItinerary ( String name , Comparator < String > nameComparator ) { if ( name == null ) { return null ; } final Comparator < String > cmp = nameComparator == null ? BusNetworkUtilities . NAME_COMPARATOR : nameComparator ; for ( final BusItinerary itinerary : this . itineraries ) { if ( cmp . compare ( name , itinerary . getName ( ) ) == 0 ) { return itinerary ; } } return null ; } | Replies the bus itinerary with the specified name . |
6,898 | public final Parameters load ( final File configFile ) throws IOException { final Loading loading = new Loading ( ) ; loading . topLoad ( configFile ) ; return Parameters . fromMap ( loading . ret ) ; } | Parses a BBN - style parameter file to a Map . |
6,899 | protected Class < ? > findClass ( final String name ) throws ClassNotFoundException { try { return AccessController . doPrivileged ( new PrivilegedExceptionAction < Class < ? > > ( ) { public Class < ? > run ( ) throws ClassNotFoundException { final String path = name . replace ( '.' , '/' ) . concat ( ".class" ) ; final sun . misc . Resource res = DynamicURLClassLoader . this . ucp . getResource ( path , false ) ; if ( res != null ) { try { return defineClass ( name , res ) ; } catch ( IOException e ) { throw new ClassNotFoundException ( name , e ) ; } } throw new ClassNotFoundException ( name ) ; } } , this . acc ) ; } catch ( java . security . PrivilegedActionException pae ) { throw ( ClassNotFoundException ) pae . getException ( ) ; } } | Finds and loads the class with the specified name from the URL search path . Any URLs referring to JAR files are loaded and opened as needed until the class is found . |
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