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int64 0
41.2k
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stringlengths 73
5.81k
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stringlengths 5
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3,500
|
private Transform getTransform ( ) { final Resolution output = config . getOutput ( ) ; final double scaleX = output . getWidth ( ) / ( double ) source . getWidth ( ) ; final double scaleY = output . getHeight ( ) / ( double ) source . getHeight ( ) ; return filter . getTransform ( scaleX , scaleY ) ; }
|
Get the transform associated to the filter keeping screen scale independent .
|
3,501
|
void render ( ) { if ( screen . isReady ( ) ) { final Graphic g = screen . getGraphic ( ) ; if ( buf == null ) { target . render ( g ) ; } else { target . render ( graphic ) ; g . drawImage ( filter . filter ( buf ) , transform , 0 , 0 ) ; } } }
|
Local render routine .
|
3,502
|
private static String formatResolution ( Resolution resolution , int depth ) { return new StringBuilder ( MIN_LENGTH ) . append ( String . valueOf ( resolution . getWidth ( ) ) ) . append ( Constant . STAR ) . append ( String . valueOf ( resolution . getHeight ( ) ) ) . append ( Constant . STAR ) . append ( depth ) . append ( Constant . SPACE ) . append ( Constant . AT ) . append ( String . valueOf ( resolution . getRate ( ) ) ) . append ( Constant . UNIT_RATE ) . toString ( ) ; }
|
Format resolution to string .
|
3,503
|
private void initFullscreen ( Resolution output , int depth ) { final java . awt . Window window = new java . awt . Window ( frame , conf ) ; window . setBackground ( Color . BLACK ) ; window . setIgnoreRepaint ( true ) ; window . setPreferredSize ( new Dimension ( output . getWidth ( ) , output . getHeight ( ) ) ) ; dev . setFullScreenWindow ( window ) ; final DisplayMode disp = isSupported ( new DisplayMode ( output . getWidth ( ) , output . getHeight ( ) , depth , output . getRate ( ) ) ) ; if ( disp == null ) { throw new LionEngineException ( ScreenFullAwt . ERROR_UNSUPPORTED_FULLSCREEN + formatResolution ( output , depth ) + getSupportedResolutions ( ) ) ; } if ( ! dev . isDisplayChangeSupported ( ) ) { throw new LionEngineException ( ScreenFullAwt . ERROR_SWITCH ) ; } dev . setDisplayMode ( disp ) ; window . validate ( ) ; ToolsAwt . createBufferStrategy ( window , conf ) ; buf = window . getBufferStrategy ( ) ; componentForKeyboard = frame ; componentForMouse = window ; componentForCursor = window ; frame . validate ( ) ; }
|
Prepare fullscreen mode .
|
3,504
|
private String getSupportedResolutions ( ) { final StringBuilder builder = new StringBuilder ( Constant . HUNDRED ) ; int i = 0 ; for ( final DisplayMode display : dev . getDisplayModes ( ) ) { final StringBuilder widthSpace = new StringBuilder ( ) ; final int width = display . getWidth ( ) ; if ( width < Constant . THOUSAND ) { widthSpace . append ( Constant . SPACE ) ; } final StringBuilder heightSpace = new StringBuilder ( ) ; final int height = display . getHeight ( ) ; if ( height < Constant . THOUSAND ) { heightSpace . append ( System . lineSeparator ( ) ) ; } final StringBuilder freqSpace = new StringBuilder ( ) ; final int freq = display . getRefreshRate ( ) ; if ( freq < Constant . HUNDRED ) { freqSpace . append ( Constant . SPACE ) ; } builder . append ( "Supported display mode:" ) . append ( System . lineSeparator ( ) ) . append ( '[' ) . append ( widthSpace ) . append ( width ) . append ( Constant . STAR ) . append ( heightSpace ) . append ( height ) . append ( Constant . STAR ) . append ( display . getBitDepth ( ) ) . append ( Constant . SPACE ) . append ( Constant . AT ) . append ( freqSpace ) . append ( freq ) . append ( Constant . UNIT_RATE ) . append ( ']' ) . append ( Constant . SPACE ) ; i ++ ; final int linesPerDisplay = 5 ; if ( i % linesPerDisplay == 0 ) { builder . append ( System . lineSeparator ( ) ) ; } } return builder . toString ( ) ; }
|
Get the supported resolution information .
|
3,505
|
private DisplayMode isSupported ( DisplayMode display ) { final DisplayMode [ ] supported = dev . getDisplayModes ( ) ; for ( final DisplayMode current : supported ) { final boolean multiDepth = current . getBitDepth ( ) != DisplayMode . BIT_DEPTH_MULTI && display . equals ( current ) ; if ( multiDepth || current . getBitDepth ( ) == DisplayMode . BIT_DEPTH_MULTI && display . getWidth ( ) == current . getWidth ( ) && display . getHeight ( ) == current . getHeight ( ) ) { return current ; } } return null ; }
|
Check if the display mode is supported .
|
3,506
|
private static String getTempDir ( Class < ? > loader ) { final File temp = new File ( TEMP , loader . getSimpleName ( ) ) ; final String path = temp . getAbsolutePath ( ) ; if ( ! temp . isDirectory ( ) && ! temp . mkdir ( ) ) { Verbose . warning ( ERROR_CREATE_TEMP_DIR , path ) ; } return path ; }
|
Create the temp directory relative to loader class name .
|
3,507
|
private String getPrefix ( ) { final String prefix ; if ( loader . isPresent ( ) ) { prefix = loader . get ( ) . getPackage ( ) . getName ( ) . replace ( Constant . DOT , File . separator ) ; } else { prefix = resourcesDir ; } return prefix ; }
|
Get the resources prefix .
|
3,508
|
private Media create ( String prefix , int prefixLength , File file ) { final String currentPath = file . getPath ( ) ; final String [ ] systemPath = SLASH . split ( currentPath . substring ( currentPath . indexOf ( prefix ) + prefixLength ) . replace ( File . separator , Constant . SLASH ) ) ; final Media media ; if ( loader . isPresent ( ) ) { media = new MediaDefault ( separator , loader . get ( ) , UtilFolder . getPathSeparator ( separator , systemPath ) ) ; } else { media = new MediaDefault ( separator , resourcesDir , UtilFolder . getPathSeparator ( separator , systemPath ) ) ; } return media ; }
|
Create media from file .
|
3,509
|
private InputStream getInputFromJarOrTemp ( ) throws FileNotFoundException { final InputStream input = loader . get ( ) . getResourceAsStream ( UtilFolder . getPathSeparator ( separator , getPath ( ) ) ) ; if ( input == null ) { return new FileInputStream ( getPathTemp ( ) ) ; } return input ; }
|
Get input stream from JAR by default try in temporary folder if not found in JAR .
|
3,510
|
private String getPathTemp ( ) { return UtilFolder . getPathSeparator ( File . separator , getTempDir ( loader . get ( ) ) , path . replace ( separator , File . separator ) ) ; }
|
Get the temporary path equivalent .
|
3,511
|
public static synchronized void addFormat ( AudioFormat format ) { Check . notNull ( format ) ; for ( final String current : format . getFormats ( ) ) { if ( FACTORIES . put ( current , format ) != null ) { throw new LionEngineException ( ERROR_EXISTS + current ) ; } } }
|
Add a supported audio format .
|
3,512
|
public static void copy ( InputStream source , OutputStream destination ) throws IOException { Check . notNull ( source ) ; Check . notNull ( destination ) ; final byte [ ] buffer = new byte [ BUFFER_COPY ] ; while ( true ) { final int read = source . read ( buffer ) ; if ( read == - 1 ) { break ; } destination . write ( buffer , 0 , read ) ; } }
|
Copy a stream onto another .
|
3,513
|
public static File getCopy ( String name , InputStream input ) { Check . notNull ( name ) ; Check . notNull ( input ) ; final String prefix ; final String suffix ; final int minimumPrefix = 3 ; final int i = name . lastIndexOf ( Constant . DOT ) ; if ( i > minimumPrefix ) { prefix = name . substring ( 0 , i ) ; suffix = name . substring ( i ) ; } else { if ( name . length ( ) > minimumPrefix ) { prefix = name ; } else { prefix = PREFIX_TEMP ; } suffix = null ; } try { final File temp = File . createTempFile ( prefix , suffix ) ; try ( OutputStream output = new BufferedOutputStream ( new FileOutputStream ( temp ) ) ) { copy ( input , output ) ; } return temp ; } catch ( final IOException exception ) { throw new LionEngineException ( exception , ERROR_TEMP_FILE + name ) ; } }
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Get of full copy of the input stream stored in a temporary file .
|
3,514
|
void robotPress ( int click ) { lastClick = click ; if ( lastClick < clicks . length ) { clicks [ lastClick ] = true ; } }
|
Robot click mouse .
|
3,515
|
void robotRelease ( int click ) { lastClick = 0 ; final int button = click ; if ( button < clicks . length ) { clicks [ button ] = false ; clicked [ button ] = false ; } }
|
Robot release mouse .
|
3,516
|
void addActionReleased ( int click , EventAction action ) { final Integer key = Integer . valueOf ( click ) ; final List < EventAction > list ; if ( actionsReleased . get ( key ) == null ) { list = new ArrayList < > ( ) ; actionsReleased . put ( key , list ) ; } else { list = actionsReleased . get ( key ) ; } list . add ( action ) ; }
|
Add a released action .
|
3,517
|
boolean hasClickedOnce ( int click ) { if ( click < clicks . length && clicks [ click ] && ! clicked [ click ] ) { clicked [ click ] = true ; return true ; } return false ; }
|
Check if click is clicked once .
|
3,518
|
private static Transition getTransitionSingleGroup ( Collection < String > groups ) { final Iterator < String > iterator = groups . iterator ( ) ; final String group = iterator . next ( ) ; return new Transition ( TransitionType . CENTER , group , group ) ; }
|
Get the tile transition with one group only .
|
3,519
|
private static Transition getTransitionTwoGroups ( Collection < String > neighborGroups ) { final Iterator < String > iterator = new HashSet < > ( neighborGroups ) . iterator ( ) ; final String groupIn = iterator . next ( ) ; final String groupOut = iterator . next ( ) ; final TransitionType type = getTransitionType ( groupIn , neighborGroups ) ; return new Transition ( type , groupIn , groupOut ) ; }
|
Get the tile transition between two groups .
|
3,520
|
private static TransitionType getTransitionType ( String groupIn , Collection < String > neighborGroups ) { final boolean [ ] bits = new boolean [ TransitionType . BITS ] ; int i = 0 ; for ( final String neighborGroup : neighborGroups ) { bits [ i ] = ! groupIn . equals ( neighborGroup ) ; i ++ ; } return TransitionType . from ( bits ) ; }
|
Get the transition type from one group to another .
|
3,521
|
public Transition getTransition ( Tile tile ) { final Collection < String > neighborGroups = getNeighborGroups ( tile ) ; final Collection < String > groups = new HashSet < > ( neighborGroups ) ; final Transition transition ; if ( groups . size ( ) == 1 && mapGroup . getGroup ( tile ) . equals ( groups . iterator ( ) . next ( ) ) ) { transition = getTransitionSingleGroup ( groups ) ; } else if ( groups . size ( ) == 2 && neighborGroups . size ( ) == TransitionType . BITS && isTransition ( tile ) ) { transition = getTransitionTwoGroups ( neighborGroups ) ; } else { transition = null ; } return transition ; }
|
Get the tile transition .
|
3,522
|
private Collection < String > getNeighborGroups ( Tile tile ) { final Collection < String > neighborGroups = new ArrayList < > ( TransitionType . BITS ) ; addNeighborGroup ( neighborGroups , tile , 1 , - 1 ) ; addNeighborGroup ( neighborGroups , tile , - 1 , - 1 ) ; addNeighborGroup ( neighborGroups , tile , 1 , 1 ) ; addNeighborGroup ( neighborGroups , tile , - 1 , 1 ) ; return neighborGroups ; }
|
Get the direct neighbor angle groups .
|
3,523
|
private void addNeighborGroup ( Collection < String > neighborGroups , Tile tile , int ox , int oy ) { final Tile neighbor = map . getTile ( tile . getInTileX ( ) + ox , tile . getInTileY ( ) + oy ) ; if ( neighbor != null ) { final String neighborGroup = getNeighborGroup ( tile , neighbor ) ; if ( neighborGroup != null ) { neighborGroups . add ( neighborGroup ) ; } } }
|
Add the neighbor group if exists .
|
3,524
|
private String getNeighborGroup ( Tile tile , Tile neighbor ) { final String neighborGroup ; if ( isTransition ( neighbor ) ) { if ( isTransition ( tile ) ) { neighborGroup = getOtherGroup ( tile , neighbor ) ; } else { neighborGroup = null ; } } else { neighborGroup = mapGroup . getGroup ( neighbor ) ; } return neighborGroup ; }
|
Get the neighbor group depending if it is a transition tile .
|
3,525
|
private String getOtherGroup ( Tile tile , Tile neighbor ) { final String group = mapGroup . getGroup ( tile ) ; for ( final Tile shared : getSharedNeigbors ( tile , neighbor ) ) { final String sharedNeighborGroup = mapGroup . getGroup ( shared ) ; if ( ! group . equals ( sharedNeighborGroup ) && ! isTransition ( shared ) ) { return sharedNeighborGroup ; } } return null ; }
|
Get the other transition group excluding the current group and transition itself .
|
3,526
|
private Collection < Tile > getSharedNeigbors ( Tile tile1 , Tile tile2 ) { final Collection < Tile > neighbors1 = map . getNeighbors ( tile1 ) ; final Collection < Tile > neighbors2 = map . getNeighbors ( tile2 ) ; final Collection < Tile > sharedNeighbors = new HashSet < > ( 2 ) ; for ( final Tile neighbor : neighbors1 ) { if ( neighbors2 . contains ( neighbor ) ) { sharedNeighbors . add ( neighbor ) ; } } neighbors1 . clear ( ) ; neighbors2 . clear ( ) ; return sharedNeighbors ; }
|
Get the neighbors in commons between two tiles .
|
3,527
|
private static Robot createRobot ( ) { try { return new Robot ( ) ; } catch ( final AWTException exception ) { Verbose . exception ( exception , ERROR_ROBOT ) ; return null ; } }
|
Create a mouse robot .
|
3,528
|
public void setResolution ( Resolution output , Resolution source ) { Check . notNull ( output ) ; Check . notNull ( source ) ; xRatio = output . getWidth ( ) / ( double ) source . getWidth ( ) ; yRatio = output . getHeight ( ) / ( double ) source . getHeight ( ) ; }
|
Set the resolution used . This will compute mouse horizontal and vertical ratio .
|
3,529
|
public Sprite getRaster ( int id ) { return rasters . get ( UtilMath . clamp ( id , 0 , rasters . size ( ) - 1 ) ) ; }
|
Get raster surface from its id .
|
3,530
|
private void updateAdd ( ) { if ( willAdd ) { for ( final Featurable featurable : toAdd ) { featurables . add ( featurable ) ; for ( final HandlerListener listener : listeners ) { listener . notifyHandlableAdded ( featurable ) ; } if ( featurable . hasFeature ( Transformable . class ) ) { final Transformable transformable = featurable . getFeature ( Transformable . class ) ; transformable . teleport ( transformable . getX ( ) , transformable . getY ( ) ) ; } } toAdd . clear ( ) ; willAdd = false ; } }
|
Update the add list . Prepare features add to main list and notify listeners .
|
3,531
|
private void updateRemove ( ) { if ( willDelete ) { for ( final Integer id : toDelete ) { final Featurable featurable = featurables . get ( id ) ; for ( final HandlerListener listener : listeners ) { listener . notifyHandlableRemoved ( featurable ) ; } featurable . getFeature ( Identifiable . class ) . notifyDestroyed ( ) ; featurables . remove ( featurable , id ) ; } toDelete . clear ( ) ; willDelete = false ; } }
|
Update the remove list . Remove from main list and notify listeners . Notify featurable destroyed .
|
3,532
|
private static Integer getFreeId ( ) { if ( ! RECYCLE . isEmpty ( ) ) { final Integer id = RECYCLE . poll ( ) ; IDS . add ( id ) ; return id ; } if ( IDS . size ( ) == Integer . MAX_VALUE ) { throw new LionEngineException ( ERROR_FREE_ID ) ; } Integer id ; while ( IDS . contains ( id = Integer . valueOf ( lastId ) ) ) { lastId ++ ; } IDS . add ( id ) ; return id ; }
|
Get the next unused ID .
|
3,533
|
public void addMessage ( String message , int x , int y , long time ) { messages . add ( new MessageData ( message , x , y , time ) ) ; hasMessage = true ; }
|
Add a timed message .
|
3,534
|
private static String extractFromJar ( Media media ) { try ( InputStream input = media . getInputStream ( ) ) { final File file = UtilStream . getCopy ( media . getFile ( ) . getName ( ) , input ) ; return file . getAbsolutePath ( ) ; } catch ( final IOException exception ) { throw new LionEngineException ( exception ) ; } }
|
Extract music from jar to temp file .
|
3,535
|
private void play ( String track , String name ) { Verbose . info ( INFO_PLAYING , name ) ; play ( track ) ; }
|
Play the track .
|
3,536
|
private void updateAttackCheck ( ) { attacking = false ; attacked = false ; if ( target == null ) { state = AttackState . NONE ; } else { final double dist = UtilMath . getDistance ( transformable . getX ( ) , transformable . getY ( ) , transformable . getWidth ( ) , transformable . getHeight ( ) , target . getX ( ) , target . getY ( ) , target . getWidth ( ) , target . getHeight ( ) ) ; checkTargetDistance ( dist ) ; } }
|
Update the attack check case .
|
3,537
|
private void checkTargetDistance ( double dist ) { if ( distAttack . includes ( dist ) ) { if ( checker . canAttack ( ) ) { state = AttackState . ATTACKING ; } } else if ( tick . elapsed ( attackPause ) ) { for ( final AttackerListener listener : listeners ) { listener . notifyReachingTarget ( target ) ; } } }
|
Check the target distance and update the attack state .
|
3,538
|
private void updateAttacking ( ) { if ( tick . elapsed ( attackPause ) ) { updateAttackHit ( ) ; } else if ( attacked ) { if ( AnimState . FINISHED == animator . getAnimState ( ) ) { for ( final AttackerListener listener : listeners ) { listener . notifyAttackAnimEnded ( ) ; } attacked = false ; state = AttackState . CHECK ; } } else { for ( final AttackerListener listener : listeners ) { listener . notifyPreparingAttack ( ) ; } } }
|
Update the attacking case .
|
3,539
|
private void updateAttackHit ( ) { if ( ! attacking ) { for ( final AttackerListener listener : listeners ) { listener . notifyAttackStarted ( target ) ; } attacking = true ; attacked = false ; } if ( animator . getFrame ( ) >= frameAttack ) { attacking = false ; for ( final AttackerListener listener : listeners ) { listener . notifyAttackEnded ( damages . getRandom ( ) , target ) ; } attacked = true ; tick . restart ( ) ; } }
|
Update the attack state and hit when possible .
|
3,540
|
public static int getRandomInteger ( Range range ) { Check . notNull ( range ) ; return getRandomInteger ( range . getMin ( ) , range . getMax ( ) ) ; }
|
Get a random value from range .
|
3,541
|
public static int getRandomInteger ( int min , int max ) { Check . inferiorOrEqual ( min , max ) ; return min + RANDOM . nextInt ( max + 1 - min ) ; }
|
Get a random value from an interval .
|
3,542
|
public static ImageBuffer createFunctionDraw ( CollisionFormula collision , int tw , int th ) { final ImageBuffer buffer = Graphics . createImageBuffer ( tw , th , ColorRgba . TRANSPARENT ) ; final Graphic g = buffer . createGraphic ( ) ; g . setColor ( ColorRgba . PURPLE ) ; createFunctionDraw ( g , collision , tw , th ) ; g . dispose ( ) ; return buffer ; }
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Create the function draw to buffer .
|
3,543
|
private static void createFunctionDraw ( Graphic g , CollisionFormula formula , int tw , int th ) { for ( int x = 0 ; x < tw ; x ++ ) { for ( int y = 0 ; y < th ; y ++ ) { renderCollision ( g , formula , th , x , y ) ; } } }
|
Create the function draw to buffer by computing all possible locations .
|
3,544
|
private static void renderCollision ( Graphic g , CollisionFormula formula , int th , int x , int y ) { final CollisionFunction function = formula . getFunction ( ) ; final CollisionRange range = formula . getRange ( ) ; switch ( range . getOutput ( ) ) { case X : renderX ( g , function , range , th , y ) ; break ; case Y : renderY ( g , function , range , th , x ) ; break ; default : throw new LionEngineException ( range . getOutput ( ) ) ; } }
|
Render collision from current vector .
|
3,545
|
private static void renderX ( Graphic g , CollisionFunction function , CollisionRange range , int th , int y ) { if ( UtilMath . isBetween ( y , range . getMinY ( ) , range . getMaxY ( ) ) ) { g . drawRect ( function . getRenderX ( y ) , th - y - 1 , 0 , 0 , false ) ; } }
|
Render horizontal collision from current vector .
|
3,546
|
private static void renderY ( Graphic g , CollisionFunction function , CollisionRange range , int th , int x ) { if ( UtilMath . isBetween ( x , range . getMinX ( ) , range . getMaxX ( ) ) ) { g . drawRect ( x , th - function . getRenderY ( x ) - 1 , 0 , 0 , false ) ; } }
|
Render vertical collision from current vector .
|
3,547
|
private void renderCollision ( Graphic g , TileCollision tile , int x , int y ) { for ( final CollisionFormula collision : tile . getCollisionFormulas ( ) ) { final ImageBuffer buffer = collisionCache . get ( collision ) ; if ( buffer != null ) { g . drawImage ( buffer , x , y ) ; } } }
|
Render the collision function .
|
3,548
|
public final void setScreenSize ( int width , int height ) { screenWidth = width ; screenHeight = height ; final double scaleH = width / ( double ) Scene . NATIVE . getWidth ( ) ; final double scaleV = height / ( double ) Scene . NATIVE . getHeight ( ) ; this . scaleH = scaleH ; this . scaleV = scaleV ; primary . updateMainY ( ) ; secondary . updateMainY ( ) ; }
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Called when the resolution changed .
|
3,549
|
public static List < LauncherConfig > imports ( Configurer configurer ) { Check . notNull ( configurer ) ; final Collection < Xml > children = configurer . getRoot ( ) . getChildren ( NODE_LAUNCHER ) ; final List < LauncherConfig > launchers = new ArrayList < > ( children . size ( ) ) ; for ( final Xml launcher : children ) { launchers . add ( imports ( launcher ) ) ; } return launchers ; }
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Import the launcher data from configurer .
|
3,550
|
public static LauncherConfig imports ( Xml node ) { Check . notNull ( node ) ; final Collection < Xml > children = node . getChildren ( LaunchableConfig . NODE_LAUNCHABLE ) ; final Collection < LaunchableConfig > launchables = new ArrayList < > ( children . size ( ) ) ; for ( final Xml launchable : children ) { launchables . add ( LaunchableConfig . imports ( launchable ) ) ; } final int level = node . readInteger ( 0 , ATT_RATE ) ; final int rate = node . readInteger ( ATT_RATE ) ; return new LauncherConfig ( level , rate , launchables ) ; }
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Import the launcher data from node .
|
3,551
|
public static Xml exports ( LauncherConfig config ) { Check . notNull ( config ) ; final Xml node = new Xml ( NODE_LAUNCHER ) ; node . writeInteger ( ATT_RATE , config . getRate ( ) ) ; for ( final LaunchableConfig launchable : config . getLaunchables ( ) ) { node . add ( LaunchableConfig . exports ( launchable ) ) ; } return node ; }
|
Export the launcher node from config .
|
3,552
|
public static CollisionRange imports ( XmlReader node ) { Check . notNull ( node ) ; final String axisName = node . readString ( ATT_AXIS ) ; try { final Axis axis = Axis . valueOf ( axisName ) ; final int minX = node . readInteger ( ATT_MIN_X ) ; final int maxX = node . readInteger ( ATT_MAX_X ) ; final int minY = node . readInteger ( ATT_MIN_Y ) ; final int maxY = node . readInteger ( ATT_MAX_Y ) ; return new CollisionRange ( axis , minX , maxX , minY , maxY ) ; } catch ( final IllegalArgumentException exception ) { throw new LionEngineException ( exception , ERROR_TYPE + axisName ) ; } }
|
Create the collision range data from a node .
|
3,553
|
public static void exports ( Xml root , CollisionRange range ) { Check . notNull ( root ) ; Check . notNull ( range ) ; final Xml node = root . createChild ( NODE_RANGE ) ; node . writeString ( ATT_AXIS , range . getOutput ( ) . name ( ) ) ; node . writeInteger ( ATT_MIN_X , range . getMinX ( ) ) ; node . writeInteger ( ATT_MIN_Y , range . getMinY ( ) ) ; node . writeInteger ( ATT_MAX_X , range . getMaxX ( ) ) ; node . writeInteger ( ATT_MAX_Y , range . getMaxY ( ) ) ; }
|
Export the collision range as a node .
|
3,554
|
private void computeFrameRate ( Timing updateFpsTimer , long lastTime , long currentTime ) { if ( updateFpsTimer . elapsed ( Constant . ONE_SECOND_IN_MILLI ) ) { currentFrameRate = ( int ) Math . round ( Constant . ONE_SECOND_IN_NANO / ( double ) ( currentTime - lastTime ) ) ; updateFpsTimer . restart ( ) ; } }
|
Compute the frame rate depending of the game loop speed .
|
3,555
|
protected final void render ( Graphic g , int x , int y , int w , int h , int ox , int oy ) { if ( Mirror . HORIZONTAL == mirror ) { g . drawImage ( surface , x , y , x + w , y + h , ox * w + w , oy * h , ox * w , oy * h + h ) ; } else if ( Mirror . VERTICAL == mirror ) { g . drawImage ( surface , x , y , x + w , y + h , ox * w , oy * h + h , ox * w + w , oy * h ) ; } else { g . drawImage ( surface , x , y , x + w , y + h , ox * w , oy * h , ox * w + w , oy * h + h ) ; } }
|
Render an extract of a surface to a specified destination .
|
3,556
|
protected void stretch ( int newWidth , int newHeight ) { width = newWidth ; height = newHeight ; surface = Graphics . resize ( surfaceOriginal , newWidth , newHeight ) ; }
|
Stretch the surface with the specified new size .
|
3,557
|
private boolean isTileNotAvailable ( Pathfindable mover , int ctx , int cty , Integer ignoreObjectId ) { final Collection < Integer > ids = getObjectsId ( ctx , cty ) ; final Tile tile = map . getTile ( ctx , cty ) ; if ( tile != null ) { final TilePath tilePath = tile . getFeature ( TilePath . class ) ; if ( mover . isBlocking ( tilePath . getCategory ( ) ) || ignoreObjectId != null && ! ids . isEmpty ( ) && ! ids . contains ( ignoreObjectId ) ) { return true ; } } return false ; }
|
Check if area if used .
|
3,558
|
private boolean isBlocked ( Pathfindable mover , int tx , int ty ) { final Collection < Integer > ids = getObjectsId ( tx , ty ) ; int ignoredCount = 0 ; for ( final Integer id : ids ) { if ( mover . isIgnoredId ( id ) ) { ignoredCount ++ ; } } return ignoredCount < ids . size ( ) ; }
|
Check if all objects id are non blocking .
|
3,559
|
private boolean isTileBlocked ( Pathfindable mover , int tx , int ty ) { final Tile tile = map . getTile ( tx , ty ) ; if ( tile != null ) { final TilePath tilePath = tile . getFeature ( TilePath . class ) ; return mover . isBlocking ( tilePath . getCategory ( ) ) ; } return false ; }
|
Check if tile is blocking .
|
3,560
|
private CoordTile getClosestAvailableTile ( Pathfindable mover , int stx , int sty , int stw , int sth , int dtx , int dty , int dtw , int dth , int radius ) { int closestX = 0 ; int closestY = 0 ; double dist = Double . MAX_VALUE ; int size = 1 ; boolean found = false ; while ( ! found ) { for ( int tx = stx - size ; tx <= stx + size ; tx ++ ) { for ( int ty = sty - size ; ty <= sty + size ; ty ++ ) { if ( isAreaAvailable ( mover , tx , ty , stw , sth , null ) ) { final double d = UtilMath . getDistance ( tx , ty , stw , sth , dtx , dty , dtw , dth ) ; if ( d < dist ) { dist = d ; closestX = tx ; closestY = ty ; found = true ; } } } } size ++ ; if ( size >= radius ) { return null ; } } return new CoordTile ( closestX , closestY ) ; }
|
Get the closest unused location around the area . The returned tile is not blocking nor used by an object .
|
3,561
|
private CoordTile getFreeTileAround ( Pathfindable mover , int tx , int ty , int tw , int th , int radius , Integer id ) { for ( int ctx = tx - radius ; ctx <= tx + radius ; ctx ++ ) { for ( int cty = ty - radius ; cty <= ty + radius ; cty ++ ) { if ( isAreaAvailable ( mover , ctx , cty , tw , th , id ) ) { return new CoordTile ( ctx , cty ) ; } } } return null ; }
|
Search a free area from this location .
|
3,562
|
private String getCategory ( String group ) { for ( final PathCategory category : categories . values ( ) ) { if ( category . getGroups ( ) . contains ( group ) ) { return category . getName ( ) ; } } return null ; }
|
Get the group category .
|
3,563
|
public void setLocation ( int x , int y ) { screenX = UtilMath . clamp ( x , minX , maxX ) ; screenY = UtilMath . clamp ( y , minY , maxY ) ; }
|
Set cursor location .
|
3,564
|
public void setArea ( int minX , int minY , int maxX , int maxY ) { this . minX = Math . min ( minX , maxX ) ; this . minY = Math . min ( minY , maxY ) ; this . maxX = Math . max ( maxX , minX ) ; this . maxY = Math . max ( maxY , minY ) ; }
|
Allows cursor to move only inside the specified area . The cursor location will not exceed this area .
|
3,565
|
public void setGrid ( int width , int height ) { Check . superiorStrict ( width , 0 ) ; Check . superiorStrict ( height , 0 ) ; gridWidth = width ; gridHeight = height ; }
|
Set the grid size .
|
3,566
|
private static double getRasterFactor ( int i , RasterData data ) { Check . notNull ( data ) ; final double force = data . getForce ( ) ; final double amplitude = data . getAmplitude ( ) ; final int offset = data . getOffset ( ) ; if ( 0 == data . getType ( ) ) { return force * UtilMath . sin ( i * amplitude + offset ) ; } return force * UtilMath . cos ( i * amplitude + offset ) ; }
|
Get raster color .
|
3,567
|
public void loadRasters ( int imageHeight , boolean save , String prefix ) { Check . notNull ( prefix ) ; final Raster raster = Raster . load ( rasterFile ) ; final int max = UtilConversion . boolToInt ( rasterSmooth ) + 1 ; for ( int m = 0 ; m < max ; m ++ ) { for ( int i = 0 ; i < MAX_RASTERS ; i ++ ) { final String folder = prefix + Constant . UNDERSCORE + UtilFile . removeExtension ( rasterFile . getName ( ) ) ; final String file = String . valueOf ( i + m * MAX_RASTERS ) + Constant . DOT + ImageFormat . PNG ; final Media rasterMedia = Medias . create ( rasterFile . getParentPath ( ) , folder , file ) ; final ImageBuffer rasterBuffer = createRaster ( rasterMedia , raster , i , save ) ; rasters . add ( rasterBuffer ) ; } } }
|
Load rasters .
|
3,568
|
public ImageBuffer getRaster ( int id ) { return rasters . get ( UtilMath . clamp ( id , 0 , rasters . size ( ) - 1 ) ) ; }
|
Get the raster from its ID .
|
3,569
|
private ImageBuffer createRaster ( Media rasterMedia , Raster raster , int i , boolean save ) { final ImageBuffer rasterBuffer ; if ( rasterMedia . exists ( ) ) { rasterBuffer = Graphics . getImageBuffer ( rasterMedia ) ; rasterBuffer . prepare ( ) ; } else { final double fr = getRasterFactor ( i , raster . getRed ( ) ) ; final double fg = getRasterFactor ( i , raster . getGreen ( ) ) ; final double fb = getRasterFactor ( i , raster . getBlue ( ) ) ; rasterBuffer = Graphics . getRasterBuffer ( surface , fr , fg , fb ) ; if ( save ) { Graphics . saveImage ( rasterBuffer , rasterMedia ) ; } } return rasterBuffer ; }
|
Create raster from data or load from cache .
|
3,570
|
private static boolean hasSync ( Screen screen ) { final Config config = screen . getConfig ( ) ; final Resolution output = config . getOutput ( ) ; return config . isWindowed ( ) && output . getRate ( ) > 0 ; }
|
Check if screen has sync locked .
|
3,571
|
private static int computeE1 ( int a , int b , int c , int d , int e , int f ) { if ( d == b && e != c || b == f && e != a ) { return b ; } return e ; }
|
Compute E1 pixel .
|
3,572
|
private static int computeE3 ( int a , int b , int d , int e , int g , int h ) { if ( d == b && e != g || d == h && e != a ) { return d ; } return e ; }
|
Compute E3 pixel .
|
3,573
|
private static int computeE5 ( int b , int c , int e , int f , int h , int i ) { if ( b == f && e != i || h == f && e != c ) { return f ; } return e ; }
|
Compute E5 pixel .
|
3,574
|
private static int computeE7 ( int d , int e , int f , int g , int h , int i ) { if ( d == h && e != i || h == f && e != g ) { return h ; } return e ; }
|
Compute E7 pixel .
|
3,575
|
public static ActionConfig imports ( Configurer configurer ) { Check . notNull ( configurer ) ; return imports ( configurer . getRoot ( ) ) ; }
|
Import the action data from setup .
|
3,576
|
public static ActionConfig imports ( Xml root ) { Check . notNull ( root ) ; final Xml nodeAction = root . getChild ( NODE_ACTION ) ; final String name = nodeAction . readString ( ATT_NAME ) ; final String description = nodeAction . readString ( ATT_DESCRIPTION ) ; final int x = nodeAction . readInteger ( ATT_X ) ; final int y = nodeAction . readInteger ( ATT_Y ) ; final int width = nodeAction . readInteger ( ATT_WIDTH ) ; final int height = nodeAction . readInteger ( ATT_HEIGHT ) ; return new ActionConfig ( name , description , x , y , width , height ) ; }
|
Import the action data from node .
|
3,577
|
public static Xml exports ( ActionConfig config ) { Check . notNull ( config ) ; final Xml nodeAction = new Xml ( NODE_ACTION ) ; nodeAction . writeString ( ATT_NAME , config . getName ( ) ) ; nodeAction . writeString ( ATT_DESCRIPTION , config . getDescription ( ) ) ; nodeAction . writeInteger ( ATT_X , config . getX ( ) ) ; nodeAction . writeInteger ( ATT_Y , config . getY ( ) ) ; nodeAction . writeInteger ( ATT_WIDTH , config . getWidth ( ) ) ; nodeAction . writeInteger ( ATT_HEIGHT , config . getHeight ( ) ) ; return nodeAction ; }
|
Export the action node from data .
|
3,578
|
public int setParent ( Node parent ) { if ( parent != null ) { depth = parent . getDepth ( ) + 1 ; } this . parent = parent ; return depth ; }
|
Set the node parent .
|
3,579
|
public final void saveToFile ( Media media ) { try ( FileWriting writing = new FileWriting ( media ) ) { saving ( writing ) ; } catch ( final IOException exception ) { throw new LionEngineException ( exception , media , "Error on saving to file !" ) ; } }
|
Save world to the specified file .
|
3,580
|
public final void loadFromFile ( Media media ) { try ( FileReading reading = new FileReading ( media ) ) { loading ( reading ) ; } catch ( final IOException exception ) { throw new LionEngineException ( exception , media , "Error on loading from file !" ) ; } }
|
Load world from the specified file .
|
3,581
|
public void fill ( Graphic g , ColorRgba color ) { g . setColor ( color ) ; g . drawRect ( 0 , 0 , source . getWidth ( ) , source . getHeight ( ) , true ) ; }
|
Fill with color .
|
3,582
|
public final < T extends InputDevice > T getInputDevice ( Class < T > type ) { return context . getInputDevice ( type ) ; }
|
Get the input device instance from its type .
|
3,583
|
public static LayerableConfig imports ( Configurer configurer ) { Check . notNull ( configurer ) ; return imports ( configurer . getRoot ( ) ) ; }
|
Imports the layerable config from configurer .
|
3,584
|
public static LayerableConfig imports ( Xml root ) { Check . notNull ( root ) ; final Xml node = root . getChild ( NODE_LAYERABLE ) ; final int layerRefresh = node . readInteger ( ATT_REFRESH ) ; final int layerDisplay = node . readInteger ( ATT_DISPLAY ) ; return new LayerableConfig ( layerRefresh , layerDisplay ) ; }
|
Imports the layerable config from node .
|
3,585
|
public static Xml exports ( LayerableConfig config ) { Check . notNull ( config ) ; final Xml node = new Xml ( NODE_LAYERABLE ) ; node . writeInteger ( ATT_REFRESH , config . getLayerRefresh ( ) ) ; node . writeInteger ( ATT_DISPLAY , config . getLayerDisplay ( ) ) ; return node ; }
|
Exports the layerable node from config .
|
3,586
|
protected static int readInt ( InputStream input , int bytesNumber , boolean bigEndian ) throws IOException { final int oneByte = 8 ; int ret = 0 ; int sv ; if ( bigEndian ) { sv = ( bytesNumber - 1 ) * oneByte ; } else { sv = 0 ; } final int cnt ; if ( bigEndian ) { cnt = - oneByte ; } else { cnt = oneByte ; } for ( int i = 0 ; i < bytesNumber ; i ++ ) { ret |= input . read ( ) << sv ; sv += cnt ; } return ret ; }
|
Read integer in image data .
|
3,587
|
protected static void checkSkippedError ( long skipped , int instead ) throws IOException { if ( skipped != instead ) { throw new IOException ( MESSAGE_SKIPPED + skipped + MESSAGE_BYTES_INSTEAD_OF + instead ) ; } }
|
Skipped message error .
|
3,588
|
private static boolean checkHeader ( InputStream input , int [ ] header ) throws IOException { for ( final int b : header ) { if ( b != input . read ( ) ) { return false ; } } return true ; }
|
Check header data .
|
3,589
|
private void update ( CollisionCategory category ) { final CollisionResult result = results . get ( category . getName ( ) ) ; if ( result != null && ( result . getX ( ) != null || result . getY ( ) != null ) && Boolean . TRUE . equals ( enabledAxis . get ( category . getAxis ( ) ) ) ) { onCollided ( result , category ) ; } }
|
Update the tile collision computation .
|
3,590
|
private void onCollided ( CollisionResult result , CollisionCategory category ) { for ( final TileCollidableListener listener : listeners ) { listener . notifyTileCollided ( result , category ) ; } }
|
Called when a collision occurred on a specified axis .
|
3,591
|
public static int multiplyRgb ( int rgb , double fr , double fg , double fb ) { if ( rgb == 0 ) { return rgb ; } final int a = rgb >> Constant . BYTE_4 & 0xFF ; final int r = ( int ) UtilMath . clamp ( ( rgb >> Constant . BYTE_3 & 0xFF ) * fr , 0 , 255 ) ; final int g = ( int ) UtilMath . clamp ( ( rgb >> Constant . BYTE_2 & 0xFF ) * fg , 0 , 255 ) ; final int b = ( int ) UtilMath . clamp ( ( rgb >> Constant . BYTE_1 & 0xFF ) * fb , 0 , 255 ) ; return ( a & 0xFF ) << Constant . BYTE_4 | ( r & 0xFF ) << Constant . BYTE_3 | ( g & 0xFF ) << Constant . BYTE_2 | ( b & 0xFF ) << Constant . BYTE_1 ; }
|
Apply an rgb factor .
|
3,592
|
public static int inc ( int value , int r , int g , int b ) { final int alpha = value >> Constant . BYTE_4 & 0xFF ; if ( alpha == 0 ) { return 0 ; } final int red = value >> Constant . BYTE_3 & 0xFF ; final int green = value >> Constant . BYTE_2 & 0xFF ; final int blue = value >> Constant . BYTE_1 & 0xFF ; final int alphaMask = ( UtilMath . clamp ( alpha , 0 , 255 ) & 0xFF ) << Constant . BYTE_4 ; final int redMask = ( UtilMath . clamp ( red + r , 0 , 255 ) & 0xFF ) << Constant . BYTE_3 ; final int greenMask = ( UtilMath . clamp ( green + g , 0 , 255 ) & 0xFF ) << Constant . BYTE_2 ; final int blueMask = ( UtilMath . clamp ( blue + b , 0 , 255 ) & 0xFF ) << Constant . BYTE_1 ; return alphaMask | redMask | greenMask | blueMask ; }
|
Get the increased color value . Current color not modified .
|
3,593
|
public static double getDelta ( ColorRgba a , ColorRgba b ) { Check . notNull ( a ) ; Check . notNull ( b ) ; final int dr = a . getRed ( ) - b . getRed ( ) ; final int dg = a . getGreen ( ) - b . getGreen ( ) ; final int db = a . getBlue ( ) - b . getBlue ( ) ; return Math . sqrt ( dr * dr + dg * dg + db * db ) ; }
|
Return the delta between two colors .
|
3,594
|
public static ColorRgba getWeightedColor ( ImageBuffer surface , int sx , int sy , int width , int height ) { Check . notNull ( surface ) ; int r = 0 ; int g = 0 ; int b = 0 ; int count = 0 ; for ( int x = 0 ; x < width ; x ++ ) { for ( int y = 0 ; y < height ; y ++ ) { final ColorRgba color = new ColorRgba ( surface . getRgb ( sx + x , sy + y ) ) ; if ( color . getAlpha ( ) > 0 ) { r += color . getRed ( ) ; g += color . getGreen ( ) ; b += color . getBlue ( ) ; count ++ ; } } } if ( count == 0 ) { return ColorRgba . TRANSPARENT ; } return new ColorRgba ( ( int ) Math . floor ( r / ( double ) count ) , ( int ) Math . floor ( g / ( double ) count ) , ( int ) Math . floor ( b / ( double ) count ) ) ; }
|
Get the weighted color of an area .
|
3,595
|
private static Map < Transition , Collection < TileRef > > getTransitions ( MapTile map ) { final Map < Transition , Collection < TileRef > > transitions = new HashMap < > ( ) ; final MapTransitionExtractor extractor = new MapTransitionExtractor ( map ) ; for ( int ty = 1 ; ty < map . getInTileHeight ( ) - 1 ; ty ++ ) { for ( int tx = 1 ; tx < map . getInTileWidth ( ) - 1 ; tx ++ ) { final Tile tile = map . getTile ( tx , ty ) ; if ( tile != null ) { checkTransition ( transitions , extractor , tile ) ; } } } return transitions ; }
|
Get map tile transitions .
|
3,596
|
private static void checkTransition ( Map < Transition , Collection < TileRef > > transitions , MapTransitionExtractor extractor , Tile tile ) { final Transition transition = extractor . getTransition ( tile ) ; if ( transition != null ) { getTiles ( transitions , transition ) . add ( new TileRef ( tile ) ) ; final Transition symetric = new Transition ( transition . getType ( ) . getSymetric ( ) , transition . getOut ( ) , transition . getIn ( ) ) ; getTiles ( transitions , symetric ) . add ( new TileRef ( tile ) ) ; } }
|
Check the tile transition and add it to transitions collection if valid .
|
3,597
|
private static Collection < TileRef > getTiles ( Map < Transition , Collection < TileRef > > transitions , Transition transition ) { if ( ! transitions . containsKey ( transition ) ) { transitions . put ( transition , new HashSet < TileRef > ( ) ) ; } return transitions . get ( transition ) ; }
|
Get the tiles for the transition . Create empty list if new transition .
|
3,598
|
public static double getRound ( double speed , double value ) { if ( speed < 0 ) { return Math . floor ( value ) ; } return Math . ceil ( value ) ; }
|
Get the rounded floor or ceil value depending of the speed .
|
3,599
|
public static boolean isBetween ( double value , double min , double max ) { return Double . compare ( value , min ) >= 0 && Double . compare ( value , max ) <= 0 ; }
|
Check if value is between an interval .
|
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