On 8/26/2020 12:06 PM, Giuseppe Aruta wrote: > Hi Ede > I copied/pasted from a local file in Eclipse. In other situations it didn't > replace the whole file.
a good approach to prevent that is to check the commit by doubleclicking the changed file in the commit dialog. it opens a compare view, that'd shown you that you "changed" the whole file. also there are some switches in the global/project settings of eclipse wrt. 'auto formatting' while saving. i prefer to disable them as the result is unpredictable and conceals the actual changes because of all the whitespace changes. > If you think that mediaLib error is not a problem and my modifications > don't change too much, I can revert the change no. as said, it was copied into RAM anyway. but generally it's not an error, but a note that there is no JAI accelaration loaded. not sure if JAI is still state of the art image processing in jdk though ;) > I was inspired by this post: > https://stackoverflow.com/questions/4216123/how-to-scale-a-bufferedimage/4216635#4216635 ic:).. ede > Peppe > > Il giorno mer 26 ago 2020 alle ore 11:57 <edgar.sol...@web.de> ha scritto: > >> hey Peppe, >> >> quite a chunk? seems like you refomatted the whole file (again) ;( >> >> looks like you replaced the JAI operations, which seems to be no biggie as >> they are rendered into RAM anyway 'img.getAsBufferedImage()'. we have other >> places where JAI is still used and the advantage is that a chain operations >> can be attached to an image instance, which is then rendered adhoc during >> display, hence saving memory in RAM. >> >> looks like you copy and pasted it from somewhere. if so, where does that >> code stem from? >> >> ..ede >> >> ps. https://dilbert.com/strip/2020-08-25 >> >> On 8/26/2020 11:34 AM, jump-pilot-svn--- via Jump-pilot-devel wrote: >>> Revision: 6387 >>> http://sourceforge.net/p/jump-pilot/code/6387 >>> Author: ma15569 >>> Date: 2020-08-26 09:34:24 +0000 (Wed, 26 Aug 2020) >>> Log Message: >>> ----------- >>> Workaround to solve Error: * Could not find mediaLib accelerator wrapper >> class >>> This seems also to speed up the rendering of the image >>> >>> Modified Paths: >>> -------------- >>> core/trunk/src/org/openjump/core/rasterimage/RasterImageLayer.java >>> >>> Modified: >> core/trunk/src/org/openjump/core/rasterimage/RasterImageLayer.java >>> =================================================================== >>> --- core/trunk/src/org/openjump/core/rasterimage/RasterImageLayer.java >> 2020-08-23 18:38:21 UTC (rev 6386) >>> +++ core/trunk/src/org/openjump/core/rasterimage/RasterImageLayer.java >> 2020-08-26 09:34:24 UTC (rev 6387) >>> @@ -14,18 +14,20 @@ >>> import java.awt.Image; >>> import java.awt.Point; >>> import java.awt.Rectangle; >>> +import java.awt.geom.AffineTransform; >>> import java.awt.geom.NoninvertibleTransformException; >>> import java.awt.geom.Point2D; >>> +import java.awt.image.AffineTransformOp; >>> import java.awt.image.BufferedImage; >>> import java.awt.image.ColorModel; >>> import java.awt.image.IndexColorModel; >>> import java.awt.image.Raster; >>> -import java.awt.image.renderable.ParameterBlock; >>> +//import java.awt.image.renderable.ParameterBlock; >>> import java.io.FileNotFoundException; >>> import java.io.IOException; >>> import java.util.UUID; >>> >>> -import javax.media.jai.JAI; >>> +//import javax.media.jai.JAI; >>> >>> import org.openjump.core.ccordsys.utils.SRSInfo; >>> import org.openjump.util.metaData.MetaDataMap; >>> @@ -61,1686 +63,1746 @@ >>> * modified: [sstein]: 16.Feb.2009 changed logger-entries to comments, >> used frame.warnUser >>> */ >>> public final class RasterImageLayer extends AbstractLayerable >> implements ObjectContainingMetaInformation { >>> - >>> - protected static Blackboard blackboard = null; >>> - >>> - protected final static String BLACKBOARD_KEY_PLUGINCONTEXT = >> PlugInContext.class.getName(); >>> - protected final static String BLACKBOARD_KEY_WORKBENCHCONTEXT = >> PlugInContext.class.getName(); >>> - >>> - protected int lastImgProcessingMode = 0; >>> - >>> - protected final static int MODE_NONE = 0; >>> - protected final static int MODE_SCALINGFIRST = 1; >>> - protected final static int MODE_CLIPPINGFIRST = 2; >>> - protected final static int MODE_FASTDISPLAY = 3; >>> - >>> - protected Rectangle imagePart, visibleRect = null; >>> - >>> - protected double oldScaleXImg2Canvas; >>> - >>> - protected int xOffset, yOffset; >>> - >>> - //protected static PersonalLogger logger = new >> PersonalLogger(DebugUserIds.OLE); >>> - >>> - protected double transparencyLevel = .0f; >>> >>> - >>> - protected static long availRAM = Runtime.getRuntime().maxMemory(); >>> - protected static double freeRamFactor = 0.5; >>> - protected static double minRamToKeepFree = availRAM * freeRamFactor; >>> - //[sstein 9.Aug.2010] >>> - // The value below is set dynamically based on available memory >>> - // now its 200x200px as min (originally it was 500x500) >>> - //protected static int maxPixelsForFastDisplayMode = 40000; >>> - protected static int maxPixelsForFastDisplayMode = 250000; >>> + protected static Blackboard blackboard = null; >>> >>> - protected String imageFileName = null; >>> - protected int origImageWidth, origImageHeight; >>> - protected boolean imageSet = false; >>> - protected BufferedImage image = null; >>> - protected int numBands = 0; >>> - >>> - //-- [sstein 2nd Aug 2010] new, since we scale the image now for >> display >>> - protected Raster actualRasterData = null; >>> - protected boolean rasterDataChanged = false; //may be needed for >> rescaling the image values >>> - protected boolean wasScaledForDisplay = false; >>> - //-- end >>> - >>> - protected BufferedImage imageProcessingStep1 = null, >> imageProcessingStep2 = null; >>> + protected final static String BLACKBOARD_KEY_PLUGINCONTEXT = >> PlugInContext.class.getName(); >>> + protected final static String BLACKBOARD_KEY_WORKBENCHCONTEXT = >> PlugInContext.class.getName(); >>> >>> - >>> - protected Envelope actualImageEnvelope = null, visibleEnv = null, >> oldVisibleEnv; >>> - protected Envelope originalImageEnvelope = null; >>> - >>> - /** >>> - * Flag to decide, if events are fired automatically, if the >> appearance (imageEnvelope, etc.) changes.<br> >>> - * default: true >>> - */ >>> - protected boolean firingAppearanceEvents = true; >>> - >>> - /** >>> - * Flag to control if the image should be deleted from RAM as soon >> as possible to save RAM or if it should be keeped e.g. because it was >> generated >>> - * dynamically and can not be loaded from a file again, once it was >> deleted. >>> - */ >>> - protected boolean needToKeepImage = false; >>> - >>> - protected static final Point nullpunkt = new Point(0,0); >>> - >>> - protected Color transparentColor = null; >>> - protected boolean transparencyColorNeedsToBeApplied = false; >>> + protected int lastImgProcessingMode = 0; >>> >>> - //-- [sstein 26 June 2013] new as with ASCII grid imports nodata >> values can be defined >>> - protected double noDataValue = Double.NaN; >>> - protected double originalCellSize; >>> - protected double actualCellSize; >>> - //-- end >>> + protected final static int MODE_NONE = 0; >>> + protected final static int MODE_SCALINGFIRST = 1; >>> + protected final static int MODE_CLIPPINGFIRST = 2; >>> + protected final static int MODE_FASTDISPLAY = 3; >>> >>> - private Metadata metadata; >>> - >>> - private Stats stats; >>> - >>> - private RasterSymbology symbology = null; >>> - private boolean symbologyChanged = false; >>> - private final UUID uuid = java.util.UUID.randomUUID(); >>> - >>> - /** >>> - * for java2xml >>> - */ >>> - public RasterImageLayer() { >>> - super(); >>> - >>> - getBlackboard().put(LayerNameRenderer.USE_CLOCK_ANIMATION_KEY, >> true); >>> - >>> - } >>> - >>> - /** >>> - * for java2xml >>> - *@return the Envelope as string >>> - */ >>> - public String getXmlEnvelope(){ >>> - return this.originalImageEnvelope.toString(); >>> - } >>> + protected Rectangle imagePart, visibleRect = null; >>> >>> - /** >>> - * for java2xml >>> - *@param envStr the Envelope as string >>> - */ >>> - public void setXmlEnvelope(String envStr){ >>> - String coords = envStr.substring(envStr.indexOf("[")+1, >> envStr.indexOf("]")); >>> - >>> - String[] coordArray = coords.split(","); >>> - >>> - String[] xCoords = coordArray[0].split(":"); >>> - String[] yCoords = coordArray[1].split(":"); >>> - >>> - double minX = java.lang.Double.parseDouble(xCoords[0]); >>> - double maxX = java.lang.Double.parseDouble(xCoords[1]); >>> - >>> - double minY = java.lang.Double.parseDouble(yCoords[0]); >>> - double maxY = java.lang.Double.parseDouble(yCoords[1]); >>> - >>> - this.setWholeImageEnvelope( new Envelope( minX, maxX, minY, >> maxY ) ); >>> - } >>> + protected double oldScaleXImg2Canvas; >>> >>> - /** >>> - *@param name name of the layer >>> - *@param layerManager >>> - * @param imageFileName >>> - *@param imageToDisplay the image (if already loaded) or null >>> - * @param wholeImageEnvelope >>> - */ >>> - public RasterImageLayer(String name, LayerManager layerManager, >> String imageFileName, BufferedImage imageToDisplay, Envelope >> wholeImageEnvelope) { >>> - super(name, layerManager); >>> - >>> - getBlackboard().put(LayerNameRenderer.USE_CLOCK_ANIMATION_KEY, >> true); >>> - >>> - this.imageFileName = imageFileName; >>> - this.originalImageEnvelope = wholeImageEnvelope; >>> - >>> - if (imageToDisplay != null) >>> - this.setImage(imageToDisplay); >>> -// if (newRaster != null) >>> -// this.setRasterData(newRaster); >>> - //[sstein 9.Aug.2010] >>> - long avram = getAvailRAM(); >>> - if(avram > 256000000){ >>> - maxPixelsForFastDisplayMode = 250000; //500x500 px >>> - } >>> - if(avram > 750000000){ >>> - maxPixelsForFastDisplayMode = 4000000; //2000x2000 px >>> - } >>> - //[sstein end] >>> - } >>> - >>> - >>> - /** >>> - * Constructor to be used in case the image was not loaded from a >> file, so there is >>> - * no file name, but an image >>> - * >>> - *@param name name of the layer >>> - *@param layerManager >>> - *@param imageToDisplay the image (if already loaded) or null >>> - *@param newRaster the raster (if already loaded) or null >>> - *@param envelope real-world coordinates of the image >>> - */ >>> - public RasterImageLayer(String name, LayerManager layerManager, >> BufferedImage imageToDisplay, Raster newRaster, Envelope >> wholeImageEnvelope) { >>> - super(name, layerManager); >>> - >>> - getBlackboard().put(LayerNameRenderer.USE_CLOCK_ANIMATION_KEY, >> true); >>> - >>> - this.setNeedToKeepImage(true); >>> - this.originalImageEnvelope = wholeImageEnvelope; >>> - >>> - if (imageToDisplay != null) >>> - this.setImage(imageToDisplay); >>> - else{ >>> - //logger.printError("given image is NULL"); >>> - } >>> - if (newRaster != null) { >>> -// this.setRasterData(newRaster); >>> - }else{ >>> - //logger.printError("given raster is NULL"); >>> - } >>> - //[sstein 9.Aug.2010] >>> - long avram = getAvailRAM(); >>> - if(avram > 256000000){ >>> - maxPixelsForFastDisplayMode = 250000; //500x500 px >>> - } >>> - if(avram > 750000000){ >>> - maxPixelsForFastDisplayMode = 563500; //750x750 px >>> - } >>> - //[sstein end] >>> - } >>> + protected int xOffset, yOffset; >>> >>> - @Override >>> - public Blackboard getBlackboard() { >>> - if (RasterImageLayer.blackboard == null) >>> - RasterImageLayer.blackboard = new Blackboard(); >>> - >>> - return RasterImageLayer.blackboard; >>> - } >>> + //protected static PersonalLogger logger = new >> PersonalLogger(DebugUserIds.OLE); >>> >>> - @Override >>> - public Object clone() throws CloneNotSupportedException { >>> - super.clone(); >>> - RasterImageLayer raster = null; >>> - if (this.isNeedToKeepImage()) { >>> - try { >>> - raster = new RasterImageLayer(getName(), >> getLayerManager(), getImageForDisplay(), getRasterData(null), new >> Envelope(getWholeImageEnvelope())); >>> - } catch (IOException ex) { >>> - Logger.error(ex); >>> - } catch (NoninvertibleTransformException ex) { >>> - Logger.error(ex); >>> - } catch (Exception ex) { >>> - Logger.error(ex); >>> - } >>> - } else { >>> - try { >>> - raster = new RasterImageLayer(getName(), >> getLayerManager(), getImageFileName(), getImageForDisplay(), new >> Envelope(getWholeImageEnvelope())); >>> - } catch (IOException ex) { >>> - Logger.error(ex); >>> - } catch (NoninvertibleTransformException ex) { >>> - Logger.error(ex); >>> - } catch (Exception ex) { >>> - Logger.error(ex); >>> - } >>> - } >>> - // clone must produce a layerable with the same name (as for >> Layer) not a unique name >>> - if (raster != null) { >>> - raster.getLayerManager().setFiringEvents(false); >>> - raster.setName(getName()); >>> - raster.getLayerManager().setFiringEvents(true); >>> - } >>> - return raster; >>> - } >>> - >>> - /** >>> - * apply a scale operation to the image and return the >>> - * new image. >>> - */ >>> - protected BufferedImage scaleImage(BufferedImage im, float xScale, >> float yScale) { >>> + protected double transparencyLevel = .0f; >>> + >>> + >>> + protected static long availRAM = Runtime.getRuntime().maxMemory(); >>> + protected static double freeRamFactor = 0.5; >>> + protected static double minRamToKeepFree = availRAM * >> freeRamFactor; >>> + //[sstein 9.Aug.2010] >>> + // The value below is set dynamically based on available memory >>> + // now its 200x200px as min (originally it was 500x500) >>> + //protected static int maxPixelsForFastDisplayMode = 40000; >>> + protected static int maxPixelsForFastDisplayMode = 250000; >>> + >>> + protected String imageFileName = null; >>> + protected int origImageWidth, origImageHeight; >>> + protected boolean imageSet = false; >>> + protected BufferedImage image = null; >>> + protected int numBands = 0; >>> + >>> + //-- [sstein 2nd Aug 2010] new, since we scale the image now for >> display >>> + protected Raster actualRasterData = null; >>> + protected boolean rasterDataChanged = false; //may be needed for >> rescaling the image values >>> + protected boolean wasScaledForDisplay = false; >>> + //-- end >>> + >>> + protected BufferedImage imageProcessingStep1 = null, >> imageProcessingStep2 = null; >>> + >>> + >>> + protected Envelope actualImageEnvelope = null, visibleEnv = null, >> oldVisibleEnv; >>> + protected Envelope originalImageEnvelope = null; >>> + >>> + /** >>> + * Flag to decide, if events are fired automatically, if the >> appearance (imageEnvelope, etc.) changes.<br> >>> + * default: true >>> + */ >>> + protected boolean firingAppearanceEvents = true; >>> + >>> + /** >>> + * Flag to control if the image should be deleted from RAM as soon >> as possible to save RAM or if it should be keeped e.g. because it was >> generated >>> + * dynamically and can not be loaded from a file again, once it >> was deleted. >>> + */ >>> + protected boolean needToKeepImage = false; >>> + >>> + protected static final Point nullpunkt = new Point(0,0); >>> + >>> + protected Color transparentColor = null; >>> + protected boolean transparencyColorNeedsToBeApplied = false; >>> + >>> + //-- [sstein 26 June 2013] new as with ASCII grid imports nodata >> values can be defined >>> + protected double noDataValue = Double.NaN; >>> + protected double originalCellSize; >>> + protected double actualCellSize; >>> + //-- end >>> + >>> + private Metadata metadata; >>> + >>> + private Stats stats; >>> + >>> + private RasterSymbology symbology = null; >>> + private boolean symbologyChanged = false; >>> + private final UUID uuid = java.util.UUID.randomUUID(); >>> + >>> + /** >>> + * for java2xml >>> + */ >>> + public RasterImageLayer() { >>> + super(); >>> + >>> + >> getBlackboard().put(LayerNameRenderer.USE_CLOCK_ANIMATION_KEY, true); >>> + >>> + } >>> + >>> + /** >>> + * for java2xml >>> + *@return the Envelope as string >>> + */ >>> + public String getXmlEnvelope(){ >>> + return this.originalImageEnvelope.toString(); >>> + } >>> + >>> + /** >>> + * for java2xml >>> + *@param envStr the Envelope as string >>> + */ >>> + public void setXmlEnvelope(String envStr){ >>> + String coords = envStr.substring(envStr.indexOf("[")+1, >> envStr.indexOf("]")); >>> + >>> + String[] coordArray = coords.split(","); >>> + >>> + String[] xCoords = coordArray[0].split(":"); >>> + String[] yCoords = coordArray[1].split(":"); >>> + >>> + double minX = java.lang.Double.parseDouble(xCoords[0]); >>> + double maxX = java.lang.Double.parseDouble(xCoords[1]); >>> + >>> + double minY = java.lang.Double.parseDouble(yCoords[0]); >>> + double maxY = java.lang.Double.parseDouble(yCoords[1]); >>> + >>> + this.setWholeImageEnvelope( new Envelope( minX, maxX, >> minY, maxY ) ); >>> + } >>> + >>> + /** >>> + *@param name name of the layer >>> + *@param layerManager >>> + * @param imageFileName >>> + *@param imageToDisplay the image (if already loaded) or null >>> + * @param wholeImageEnvelope >>> + */ >>> + public RasterImageLayer(String name, LayerManager layerManager, >> String imageFileName, BufferedImage imageToDisplay, Envelope >> wholeImageEnvelope) { >>> + super(name, layerManager); >>> + >>> + >> getBlackboard().put(LayerNameRenderer.USE_CLOCK_ANIMATION_KEY, true); >>> + >>> + this.imageFileName = imageFileName; >>> + this.originalImageEnvelope = wholeImageEnvelope; >>> + >>> + if (imageToDisplay != null) >>> + this.setImage(imageToDisplay); >>> + // if (newRaster != null) >>> + // this.setRasterData(newRaster); >>> + //[sstein 9.Aug.2010] >>> + long avram = getAvailRAM(); >>> + if(avram > 256000000){ >>> + maxPixelsForFastDisplayMode = 250000; //500x500 px >>> + } >>> + if(avram > 750000000){ >>> + maxPixelsForFastDisplayMode = 4000000; //2000x2000 >> px >>> + } >>> + //[sstein end] >>> + } >>> + >>> + >>> + /** >>> + * Constructor to be used in case the image was not loaded from a >> file, so there is >>> + * no file name, but an image >>> + * >>> + *@param name name of the layer >>> + *@param layerManager >>> + *@param imageToDisplay the image (if already loaded) or null >>> + *@param newRaster the raster (if already loaded) or null >>> + *@param envelope real-world coordinates of the image >>> + */ >>> + public RasterImageLayer(String name, LayerManager layerManager, >> BufferedImage imageToDisplay, Raster newRaster, Envelope >> wholeImageEnvelope) { >>> + super(name, layerManager); >>> + >>> + >> getBlackboard().put(LayerNameRenderer.USE_CLOCK_ANIMATION_KEY, true); >>> + >>> + this.setNeedToKeepImage(true); >>> + this.originalImageEnvelope = wholeImageEnvelope; >>> + >>> + if (imageToDisplay != null) >>> + this.setImage(imageToDisplay); >>> + else{ >>> + //logger.printError("given image is NULL"); >>> + } >>> + if (newRaster != null) { >>> + // this.setRasterData(newRaster); >>> + }else{ >>> + //logger.printError("given raster is NULL"); >>> + } >>> + //[sstein 9.Aug.2010] >>> + long avram = getAvailRAM(); >>> + if(avram > 256000000){ >>> + maxPixelsForFastDisplayMode = 250000; //500x500 px >>> + } >>> + if(avram > 750000000){ >>> + maxPixelsForFastDisplayMode = 563500; //750x750 px >>> + } >>> + //[sstein end] >>> + } >>> + >>> + @Override >>> + public Blackboard getBlackboard() { >>> + if (RasterImageLayer.blackboard == null) >>> + RasterImageLayer.blackboard = new Blackboard(); >>> + >>> + return RasterImageLayer.blackboard; >>> + } >>> + >>> + @Override >>> + public Object clone() throws CloneNotSupportedException { >>> + super.clone(); >>> + RasterImageLayer raster = null; >>> + if (this.isNeedToKeepImage()) { >>> + try { >>> + raster = new RasterImageLayer(getName(), >> getLayerManager(), getImageForDisplay(), getRasterData(null), new >> Envelope(getWholeImageEnvelope())); >>> + } catch (IOException ex) { >>> + Logger.error(ex); >>> + } catch (NoninvertibleTransformException ex) { >>> + Logger.error(ex); >>> + } catch (Exception ex) { >>> + Logger.error(ex); >>> + } >>> + } else { >>> + try { >>> + raster = new RasterImageLayer(getName(), >> getLayerManager(), getImageFileName(), getImageForDisplay(), new >> Envelope(getWholeImageEnvelope())); >>> + } catch (IOException ex) { >>> + Logger.error(ex); >>> + } catch (NoninvertibleTransformException ex) { >>> + Logger.error(ex); >>> + } catch (Exception ex) { >>> + Logger.error(ex); >>> + } >>> + } >>> + // clone must produce a layerable with the same name (as >> for Layer) not a unique name >>> + if (raster != null) { >>> + raster.getLayerManager().setFiringEvents(false); >>> + raster.setName(getName()); >>> + raster.getLayerManager().setFiringEvents(true); >>> + } >>> + return raster; >>> + } >>> + >>> + >>> + >>> + /** >>> + * apply a scale operation to the image and return the >>> + * new image. >>> + * Giuseppe Aruta [2020-8-26]- Workaround to solve Error: >>> + * Could not find mediaLib accelerator wrapper class >>> + * This seems also to speed up the rendering of the image >>> + * @param before >>> + * @param xScale >>> + * @param yScale >>> + * @return >>> + */ >>> + >>> + private static BufferedImage scaleImage(BufferedImage im, float >> xScale, float yScale) { >>> + >>> + /* protected BufferedImage scaleImage(BufferedImage im, >> float xScale, float yScale) { >>> ParameterBlock pb = new ParameterBlock(); >>> pb.addSource(im); >>> pb.add(xScale); >>> pb.add(yScale); >>> >>> - return JAI.create("Scale", pb, null).getAsBufferedImage(); >>> - } >>> - >>> - >>> - >>> - protected BufferedImage createOneColorImage(double >> scaleXImg2Canvas, double scaleYImg2Canvas){ >>> - //logger.printDebug("fixing 1px scale: scaleXImg2Canvas = " + >> scaleXImg2Canvas + ", scaleYImg2Canvas = " + scaleYImg2Canvas); >>> - //logger.printDebug("this.imageProcessingStep1: " + >> this.imageProcessingStep1 .getWidth() + ", " + >> this.imageProcessingStep1.getHeight()); >>> - >>> - scaleXImg2Canvas = Math.min( Math.abs(scaleXImg2Canvas), >> Math.abs(visibleRect.width) ); >>> - scaleYImg2Canvas = Math.min( Math.abs(scaleYImg2Canvas), >> Math.abs(visibleRect.height) ); >>> - >>> - //logger.printDebug("fixed 1px scale: scaleXImg2Canvas = " + >> scaleXImg2Canvas + ", scaleYImg2Canvas = " + scaleYImg2Canvas); >>> - >>> - BufferedImage bim = new BufferedImage(visibleRect.width, >> visibleRect.height, BufferedImage.TYPE_INT_ARGB); >>> - >>> - Graphics2D grfcs = bim.createGraphics(); >>> - >>> - grfcs.setColor(new >> Color(this.imageProcessingStep1.getRGB(0,0))); >>> - >>> - //logger.printDebug("color: " + new >> Color(this.imageProcessingStep1.getAsBufferedImage().getRGB(0,0)).toString()); >>> - >>> - grfcs.fillRect( 0, 0, bim.getWidth(), bim.getHeight() ); >>> - >>> - grfcs.dispose(); >>> - >>> - return bim; >>> - >>> - //return PlanarImage.wrapRenderedImage(bim); >>> - } >>> - >>> - /** >>> - * Creates the image to draw >>> - * @param layerViewPanel >>> - * @return >>> - */ >>> - public BufferedImage createImage(LayerViewPanel layerViewPanel) { >>> - >>> - Viewport viewport = layerViewPanel.getViewport(); >>> - >>> - if (!this.isVisible() || this.transparencyLevel >= 1.0){ >>> - this.setImageProcessingMode(RasterImageLayer.MODE_NONE); >>> - this.clearImageAndRaster(true); >>> - //logger.printDebug("!visible"); >>> - return null; >>> - } >>> - >>> - BufferedImage imageToDraw = null; >>> + return JAI.create("Scale", pb, null).getAsBufferedImage();*/ >>> + int w = im.getWidth(); >>> + int h = im.getHeight(); >>> + int w2 = (int) (w * xScale); >>> + int h2 = (int) (h * yScale); >>> + BufferedImage newBuff = new BufferedImage(w2, h2, >> BufferedImage.TYPE_INT_ARGB); >>> + AffineTransform scaleInstance = >> AffineTransform.getScaleInstance(xScale, yScale); >>> + AffineTransformOp scaleOp >>> + = new AffineTransformOp(scaleInstance, >> AffineTransformOp.TYPE_BILINEAR); >>> + scaleOp.filter(im, newBuff); >>> + return newBuff; >>> + } >>> >>> - try { >>> - >>> - //GeoTIFFRaster grr = new GeoTIFFRaster((new >> File(imageFileName)).toURI().toString()); >>> - >>> - java.awt.Point imageDims = >> RasterImageIO.getImageDimensions(imageFileName); >>> - >>> - origImageWidth = imageDims.x; >>> - origImageHeight = imageDims.y; >>> - visibleRect = viewport.getPanel().getVisibleRect(); >>> - >>> - int visibleX1 = visibleRect.x; >>> - int visibleY1 = visibleRect.y; >>> - int visibleX2 = visibleX1 + visibleRect.width; >>> - int visibleY2 = visibleY1 + visibleRect.height; >>> - >>> - Coordinate upperLeftVisible = >> viewport.toModelCoordinate(nullpunkt); >>> - Coordinate lowerRightVisible = >> viewport.toModelCoordinate(new Point(visibleX2, visibleY2)); >>> - >>> - Envelope newVisibleEnv = new Envelope(upperLeftVisible.x, >> lowerRightVisible.x, upperLeftVisible.y, lowerRightVisible.y); >>> - >>> - setImageSet(false); >>> - >>> - if (visibleEnv == null || visibleEnv.getMinX() != >> newVisibleEnv.getMinX() || visibleEnv.getMaxX() != newVisibleEnv.getMaxX() >> || >>> - visibleEnv.getMinY() != newVisibleEnv.getMinY() || >> visibleEnv.getMaxY() != newVisibleEnv.getMaxY() || symbologyChanged){ >>> - visibleEnv = newVisibleEnv; >>> - >>> - symbologyChanged = false; >>> - >>> - reLoadImage(); >>> - if(image == null) { >>> - return null; >>> - } >>> - >>> - Point2D upperLeftCornerOfImage = >> viewport.toViewPoint(new Coordinate(getActualImageEnvelope().getMinX(), >> getActualImageEnvelope().getMaxY())); >>> - Point2D lowerRightCornerOfImage = >> viewport.toViewPoint(new Coordinate(getActualImageEnvelope().getMaxX(), >> getActualImageEnvelope().getMinY())); >>> >>> - double scaledWidth = lowerRightCornerOfImage.getX() - >> upperLeftCornerOfImage.getX(); >>> - double scaledHeight = upperLeftCornerOfImage.getY() - >> lowerRightCornerOfImage.getY(); >>> >>> - long totalMem = Runtime.getRuntime().totalMemory(); >>> - long freeMem = Runtime.getRuntime().freeMemory(); >>> - long committedMemory = totalMem - freeMem; >>> - double maxMemoryToCommit = availRAM - minRamToKeepFree; >>> - boolean needFreeRAM = (committedMemory > >> maxMemoryToCommit); >>> - if(needFreeRAM == false){ >>> + protected BufferedImage createOneColorImage(double >> scaleXImg2Canvas, double scaleYImg2Canvas){ >>> + //logger.printDebug("fixing 1px scale: scaleXImg2Canvas = >> " + scaleXImg2Canvas + ", scaleYImg2Canvas = " + scaleYImg2Canvas); >>> + //logger.printDebug("this.imageProcessingStep1: " + >> this.imageProcessingStep1 .getWidth() + ", " + >> this.imageProcessingStep1.getHeight()); >>> >>> - setImage(stretchImageValuesForDisplay()); >>> - wasScaledForDisplay = true; >>> + scaleXImg2Canvas = Math.min( Math.abs(scaleXImg2Canvas), >> Math.abs(visibleRect.width) ); >>> + scaleYImg2Canvas = Math.min( Math.abs(scaleYImg2Canvas), >> Math.abs(visibleRect.height) ); >>> >>> - setNeedToKeepImage(true); //so small images are not >> reloaded every time >>> - } >>> + //logger.printDebug("fixed 1px scale: scaleXImg2Canvas = " >> + scaleXImg2Canvas + ", scaleYImg2Canvas = " + scaleYImg2Canvas); >>> >>> - //[sstein end] >>> - imagePart = getVisibleImageCoordinatesOfImage( >> image.getWidth(), image.getHeight(), visibleEnv, getActualImageEnvelope() ); >>> + BufferedImage bim = new BufferedImage(visibleRect.width, >> visibleRect.height, BufferedImage.TYPE_INT_ARGB); >>> >>> - double scaleXImg2Canvas = scaledWidth / >> image.getWidth(); >>> - double scaleYImg2Canvas = scaledHeight / >> image.getHeight(); >>> + Graphics2D grfcs = bim.createGraphics(); >>> >>> - if (imageProcessingStep2 == null || scaleXImg2Canvas != >> oldScaleXImg2Canvas || >>> - !RasterImageLayer.tilesAreNotNullAndCongruent( >> visibleEnv, oldVisibleEnv)){ >>> + grfcs.setColor(new >> Color(this.imageProcessingStep1.getRGB(0,0))); >>> >>> - imageProcessingStep1 = getVisiblePartOfTheImage( >> getImageForDisplay(), imagePart ); >>> + //logger.printDebug("color: " + new >> Color(this.imageProcessingStep1.getAsBufferedImage().getRGB(0,0)).toString()); >>> >>> - if ( imageProcessingStep1 != null) { >>> - // avoid an 1 pixel by 1 pixel image to get >> scaled to thousands by thousands pixels causing an out of memory error >>> - if (imagePart.width == 1 || imagePart.height == >> 1){ >>> - xOffset = 0; >>> - yOffset = 0; >>> - imageProcessingStep2 = >> createOneColorImage(scaleXImg2Canvas, scaleYImg2Canvas); >>> - } else { >>> - imageProcessingStep2 = >> getScaledImageMatchingVisible( imageProcessingStep1, scaleXImg2Canvas, >> scaleYImg2Canvas ); >>> - } >>> + grfcs.fillRect( 0, 0, bim.getWidth(), bim.getHeight() ); >>> >>> - } else { >>> - return null; >>> - } >>> + grfcs.dispose(); >>> >>> - if (transparentColor!=null) >> transparencyColorNeedsToBeApplied = true; >>> + return bim; >>> >>> - imageProcessingStep1 = null; >>> + //return PlanarImage.wrapRenderedImage(bim); >>> + } >>> >>> - xOffset = (int)(xOffset *scaleXImg2Canvas); >>> - yOffset = (int)(yOffset *(-scaleYImg2Canvas)); >>> + /** >>> + * Creates the image to draw >>> + * @param layerViewPanel >>> + * @return >>> + */ >>> + public BufferedImage createImage(LayerViewPanel layerViewPanel) { >>> >>> - oldScaleXImg2Canvas = scaleXImg2Canvas; >>> + Viewport viewport = layerViewPanel.getViewport(); >>> >>> - oldVisibleEnv = visibleEnv; >>> - } >>> - >>> - >>> - } >>> - >>> - if (imageProcessingStep2 != null && >> transparencyColorNeedsToBeApplied ){ >>> - imageToDraw = setupTransparency(imageProcessingStep2); >>> - } else if (imageProcessingStep2 != null) { >>> - imageToDraw = imageProcessingStep2; >>> - } >>> - >>> + if (!this.isVisible() || this.transparencyLevel >= 1.0){ >>> + >> this.setImageProcessingMode(RasterImageLayer.MODE_NONE); >>> + this.clearImageAndRaster(true); >>> + //logger.printDebug("!visible"); >>> + return null; >>> + } >>> >>> - } catch (Exception e){ >>> - //logger.printError(e.getMessage()); >>> - e.printStackTrace(); >>> - } >>> + BufferedImage imageToDraw = null; >>> >>> - if (Runtime.getRuntime().freeMemory() < >> RasterImageLayer.getMinRamToKeepFree()){ >>> - clearImageAndRaster(true); >>> - } >>> - >>> - if (imageToDraw != null) { >>> - return imageToDraw; >>> - } else if (imageProcessingStep2!=null) { >>> - return imageProcessingStep2; >>> - } >>> - >>> - >>> - return null; >>> - } >>> - >>> - /** >>> - * deletes image from RAM (if it is not to be kept and if the RAM >> consumption is high) >>> - * and calls the garbage collector, if the >> <code>garbageCollect</code> is true. >>> - *@param garbageCollect if true the garbage collector will be >> called (this parameter may be overridden, if there is not enough RAM >> available...) >>> - */ >>> - public boolean clearImageAndRaster(boolean garbageCollect){ >>> - //TODO: [sstein 9.Aug.2010] not sure if below condition is >> correct, since it >>> - // does not account for Xmx (max memory), only for the >> actual memory >>> - // Hence we should work with committed memory as I did >> above??? >>> - boolean reallyNeedToFreeRAM = >> (Runtime.getRuntime().freeMemory() < minRamToKeepFree); >>> - if (!needToKeepImage && reallyNeedToFreeRAM ){ >>> - //this.image = null; >>> - //rasterData = null; //[sstein 2Aug2010] line added >>> - wasScaledForDisplay = false; //[sstein 20Aug2010] line added >>> - } >>> - if (garbageCollect){ >>> - Runtime.getRuntime().gc(); >>> - } >>> - return reallyNeedToFreeRAM; >>> - } >>> - >>> - /** >>> - * flushes all images from the RAM. >>> - *@param garbageCollect if true the garbage collector will be >> called (this parameter may be overridden, if there is not enough RAM >> available...) >>> - */ >>> - public void flushImages(boolean garbageCollect){ >>> - if (image!=null) >>> - image.flush(); >>> - image = null; >>> - >>> - if (imageProcessingStep1!=null) >>> - imageProcessingStep1.flush(); >>> - imageProcessingStep1 = null; >>> - >>> - if (imageProcessingStep2!=null) >>> - imageProcessingStep2.flush(); >>> - imageProcessingStep2 = null; >>> - >>> - if (garbageCollect){ >>> - Runtime.getRuntime().gc(); >>> - } >>> - } >>> - >>> - public void reLoadImage() throws IOException, >> NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> - >>> - //if (image == null && !needToKeepImage){ >>> - >>> - RasterImageIO rasterImageIO = new RasterImageIO(); >>> + try { >>> >>> - Viewport viewport = >> getWorkbenchContext().getLayerViewPanel().getViewport(); >>> - >> if(!viewport.getEnvelopeInModelCoordinates().intersects(originalImageEnvelope) >> && >>> - >> getWorkbenchContext().getLayerManager().getLayerables(Layerable.class).isEmpty()) >> { >>> - viewport.zoom(originalImageEnvelope); >>> - } >>> - >>> -// Rectangle visibleRect = viewport.getPanel().getVisibleRect(); >>> - >>> - Resolution requestedRes = >> RasterImageIO.calcRequestedResolution(viewport); >>> - >>> - ImageAndMetadata imageAndMetadata = >> rasterImageIO.loadImage(getWorkbenchContext(), imageFileName, stats, >> viewport.getEnvelopeInModelCoordinates(), requestedRes); >>> - metadata = imageAndMetadata.getMetadata(); >>> - image = imageAndMetadata.getImage(); >>> - numBands = metadata.getStats().getBandCount(); >>> - noDataValue = imageAndMetadata.getMetadata().getNoDataValue(); >>> - stats = imageAndMetadata.getMetadata().getStats(); >>> - originalImageEnvelope = >> imageAndMetadata.getMetadata().getOriginalImageEnvelope(); >>> - actualImageEnvelope = >> imageAndMetadata.getMetadata().getActualEnvelope(); >>> - originalCellSize = >> imageAndMetadata.getMetadata().getOriginalCellSize(); >>> - actualCellSize = >> imageAndMetadata.getMetadata().getActualCellSize(); >>> - >>> - if(image != null) { >>> - setImage(image); >>> - } >>> - wasScaledForDisplay = false; >>> - >>> - if(image != null) { >>> - actualRasterData = image.copyData(null); >>> - } else { >>> - actualRasterData = null; >>> - } >>> - } >>> - >>> - /** >>> - * use this to assign the raster data again >>> - * the method is called from getRasterData(); >>> - */ >>> - public void reLoadImageButKeepImageForDisplay() throws IOException, >>> - NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> - WorkbenchContext context = getWorkbenchContext(); >>> - BufferedImage pi = getImageForDisplay(); >>> - //[sstein 24.Sept.2010] commented out: >>> - //PlanarImage dontNeedThisImage = RasterImageLayer.loadImage( >> context, imageFileName); //causes error for .clone() >>> - this.setImage(pi); >>> - } >>> - >>> - protected BufferedImage stretchImageValuesForDisplay() throws >> NoninvertibleTransformException{ >>> - >>> - int width = actualRasterData.getWidth(); >>> - int height = actualRasterData.getHeight(); >>> - >>> - // Need to change image type to support transparency and apply >> symbology >>> - if(image.getColorModel() instanceof IndexColorModel) { >>> - return image; >>> - } >>> - >>> - BufferedImage newImage = new BufferedImage(width, height, >> BufferedImage.TYPE_4BYTE_ABGR); >>> - for (int row = 0; row < height; row++) { >>> - for (int col = 0; col < width; col++) { >>> + //GeoTIFFRaster grr = new GeoTIFFRaster((new >> File(imageFileName)).toURI().toString()); >>> >>> - if(symbology == null) { >>> - if(stats.getBandCount() < 3) { >>> - >>> - final RasterSymbology rasterSymbology; >>> - if (metadata.getStats().getMin(0) == metadata >>> - .getStats().getMax(0)) { >>> - rasterSymbology = new >> RasterSymbology(RasterSymbology.TYPE_SINGLE); >>> - } else { >>> - rasterSymbology = new >> RasterSymbology(RasterSymbology.TYPE_RAMP); >>> - } >>> - >> rasterSymbology.addColorMapEntry(metadata.getNoDataValue(), >> transparentColor); >>> - >> rasterSymbology.addColorMapEntry(metadata.getStats().getMin(0), >> Color.WHITE); >>> - >> rasterSymbology.addColorMapEntry(metadata.getStats().getMax(0), >> Color.BLACK); >>> - setSymbology(rasterSymbology); >>> - >>> - } else { >>> - double valueR = >> actualRasterData.getSampleDouble(col, row, 0); >>> - double valueG = >> actualRasterData.getSampleDouble(col, row, 1); >>> - double valueB = >> actualRasterData.getSampleDouble(col, row, 2); >>> - double valueAlpha = 255; >>> - if(stats.getBandCount() > 3) { >>> - valueAlpha = >> actualRasterData.getSampleDouble(col, row, 3); >>> - } >>> - if(Double.isNaN(valueR) || >> Double.isInfinite(valueR) || valueR == noDataValue >>> - || Double.isNaN(valueG) || >> Double.isInfinite(valueG) || valueG == noDataValue >>> - || Double.isNaN(valueB) || >> Double.isInfinite(valueB) || valueB == noDataValue >>> - || valueAlpha <= 0) { >>> - newImage.setRGB(col, row, >> Color.TRANSLUCENT); >>> - continue; >>> - } >>> - >>> - int r = (int) ((valueR - stats.getMin(0)) * >> 255./(stats.getMax(0) - stats.getMin(0))); >>> - if(r > 255) r = 255; >>> - if(r < 0) r = 0; >>> - int g = (int) ((valueG - stats.getMin(1)) * >> 255./(stats.getMax(1) - stats.getMin(0))); >>> - if(g > 255) g = 255; >>> - if(g < 0) g = 0; >>> - int b = (int) ((valueB - stats.getMin(2)) * >> 255./(stats.getMax(2) - stats.getMin(0))); >>> - if(b > 255) b = 255; >>> - if(b < 0) b = 0; >>> + java.awt.Point imageDims = >> RasterImageIO.getImageDimensions(imageFileName); >>> >>> - int alpha = (int) valueAlpha; >>> - >>> - newImage.setRGB(col, row, new Color(r, g, b, >> alpha).getRGB()); >>> - } >>> - } else { >>> - // Symbology exists >>> - double value = >> actualRasterData.getSampleDouble(col, row, 0); >>> - >>> - /** >>> - * If symbology min value is higher than raster min >> value >>> - * the value becomes equal to the symbology min >> value >>> - */ >>> - >>> - Double[] symbologyClassLimits = >> symbology.getColorMapEntries_tm().keySet().toArray(new >> Double[symbology.getColorMapEntries_tm().keySet().size()]); >>> - double symbMinValue = symbologyClassLimits[0]; >>> - double symbFirstValue = symbologyClassLimits[0]; >>> - if(this.isNoData(symbFirstValue)) { >>> - symbMinValue = symbologyClassLimits[1]; >>> - } >>> - >>> - if(!this.isNoData(value) && value < symbMinValue) { >>> - value = symbMinValue; >>> - } >>> - >>> - Color color = symbology.getColor(value); >>> - >>> - if((Double.isNaN(value) || Double.isInfinite(value) >> || this.isNoData(value)) >>> - && color == null) { >>> - newImage.setRGB(col, row, Color.TRANSLUCENT); >>> - continue; >>> - } >>> - >>> - // Transparency is a combination of total layer >> transparency >>> - // and single cell transparency >>> - int transparency = >>> - (int)(((1 - symbology.getTransparency()) * >>> - (color.getAlpha() / 255d)) * 255); >>> - newImage.setRGB(col, row, new Color( >>> - color.getRed(), >>> - color.getGreen(), >>> - color.getBlue(), >>> - transparency).getRGB()); >>> - } >>> - } >>> - } >>> + origImageWidth = imageDims.x; >>> + origImageHeight = imageDims.y; >>> + visibleRect = viewport.getPanel().getVisibleRect(); >>> >>> - return newImage; >>> - } >>> - >>> - /** >>> - * @return Envelope with the real world coordinates of the image >>> - */ >>> - public Envelope getWholeImageEnvelope() { >>> - return originalImageEnvelope; >>> - } >>> - >>> - public Envelope getActualImageEnvelope() { >>> - return actualImageEnvelope; >>> - } >>> - >>> - /** >>> - * Sets the Envelope object containing the real world coordinates >> (e.g. WGS84) of the image - this needs to be set (if it wasn't given to the >> constructor)! >>> - *@param envelope the Envelope >>> - */ >>> - private void setWholeImageEnvelope(Envelope envelope) { >>> - originalImageEnvelope = envelope; >>> - >>> - forceTotalRepaint(); >>> - >>> - if (this.isFiringAppearanceEvents()) >>> - this.fireAppearanceChanged(); >>> - } >>> - >>> - private void setActualImageEnvelope(Envelope envelope) { >>> - actualImageEnvelope = envelope; >>> - >>> - forceTotalRepaint(); >>> - >>> - if (isFiringAppearanceEvents()) >>> - fireAppearanceChanged(); >>> - } >>> - >>> - /** >>> - * for java2xml >>> - *@return the Envelope as string >>> - */ >>> - public String getXmlWholeImageEnvelope(){ >>> - return this.originalImageEnvelope.toString(); >>> - } >>> - >>> - public String getXmlActualImageEnvelope() { >>> - return this.actualImageEnvelope.toString(); >>> - } >>> - >>> - /** >>> - * for java2xml >>> - *@param envStr the Envelope as string >>> - */ >>> - public void setXmlWholeImageEnvelope(String envStr){ >>> - String coords = envStr.substring(envStr.indexOf("[")+1, >> envStr.indexOf("]")); >>> - >>> - String[] coordArray = coords.split(","); >>> - >>> - String[] xCoords = coordArray[0].split(":"); >>> - String[] yCoords = coordArray[1].split(":"); >>> - >>> - double minX = java.lang.Double.parseDouble(xCoords[0]); >>> - double maxX = java.lang.Double.parseDouble(xCoords[1]); >>> - >>> - double minY = java.lang.Double.parseDouble(yCoords[0]); >>> - double maxY = java.lang.Double.parseDouble(yCoords[1]); >>> - >>> - this.setWholeImageEnvelope( new Envelope( minX, maxX, minY, >> maxY ) ); >>> - } >>> - >>> - public void setXmlActualImageEnvelope(String envStr){ >>> - String coords = envStr.substring(envStr.indexOf("[")+1, >> envStr.indexOf("]")); >>> - >>> - String[] coordArray = coords.split(","); >>> - >>> - String[] xCoords = coordArray[0].split(":"); >>> - String[] yCoords = coordArray[1].split(":"); >>> - >>> - double minX = java.lang.Double.parseDouble(xCoords[0]); >>> - double maxX = java.lang.Double.parseDouble(xCoords[1]); >>> - >>> - double minY = java.lang.Double.parseDouble(yCoords[0]); >>> - double maxY = java.lang.Double.parseDouble(yCoords[1]); >>> - >>> - this.setActualImageEnvelope( new Envelope( minX, maxX, minY, >> maxY ) ); >>> - } >>> - >>> - /** >>> - * Method to change the coordinates of the image and later apply the >>> - * changes to the RasterImageLayer by using {@link >> RasterImageLayer#setGeometryAsEnvelope(Geometry)}. >>> - *@return return the imageEnvelope (= bounding box) as a geometry, >>> - */ >>> - public Polygon getWholeImageEnvelopeAsGeometry(){ >>> - Coordinate[] coordinates = new Coordinate[5]; >>> - >>> - coordinates[0] = new >> Coordinate(originalImageEnvelope.getMinX(), >> originalImageEnvelope.getMaxY()); >>> - coordinates[1] = new >> Coordinate(originalImageEnvelope.getMaxX(), >> originalImageEnvelope.getMaxY()); >>> - coordinates[2] = new >> Coordinate(originalImageEnvelope.getMaxX(), >> originalImageEnvelope.getMinY()); >>> - coordinates[3] = new >> Coordinate(originalImageEnvelope.getMinX(), >> originalImageEnvelope.getMinY()); >>> - coordinates[4] = new >> Coordinate(originalImageEnvelope.getMinX(), >> originalImageEnvelope.getMaxY()); >>> - >>> - GeometryFactory gf = new GeometryFactory(); >>> - >>> - return gf.createPolygon(gf.createLinearRing(coordinates), null); >>> - } >>> - >>> - public Polygon getActualImageEnvelopeAsGeometry(){ >>> - Coordinate[] coordinates = new Coordinate[5]; >>> - >>> - coordinates[0] = new Coordinate(actualImageEnvelope.getMinX(), >> actualImageEnvelope.getMaxY()); >>> - coordinates[1] = new Coordinate(actualImageEnvelope.getMaxX(), >> actualImageEnvelope.getMaxY()); >>> - coordinates[2] = new Coordinate(actualImageEnvelope.getMaxX(), >> actualImageEnvelope.getMinY()); >>> - coordinates[3] = new Coordinate(actualImageEnvelope.getMinX(), >> actualImageEnvelope.getMinY()); >>> - coordinates[4] = new Coordinate(actualImageEnvelope.getMinX(), >> actualImageEnvelope.getMaxY()); >>> - >>> - GeometryFactory gf = new GeometryFactory(); >>> - >>> - return gf.createPolygon(gf.createLinearRing(coordinates), null); >>> - } >>> - >>> - /** >>> - * Method to set the coordinates of the image, e.g. after changing >> them after using {@link RasterImageLayer#getEnvelopeAsGeometry()}. >>> - */ >>> - public void setGeometryAsWholeImageEnvelope(Geometry geometry){ >>> - setWholeImageEnvelope(geometry.getEnvelopeInternal()); >>> - } >>> - >>> - public void setGeometryAsActualImageEnvelope(Geometry geometry){ >>> - setActualImageEnvelope(geometry.getEnvelopeInternal()); >>> - } >>> - >>> - /** >>> - * Add transparency to the image (more exactly: to each pixel which >> a color == this.transparentColor) >>> - *@param pImage the image >>> - */ >>> - private BufferedImage setupTransparency(BufferedImage bim){ >>> - //BufferedImage bim = pImage.getAsBufferedImage(); >>> - >>> - ColorModel cm = bim.getColorModel(); >>> - int fullTransparencyAlpha = 255; >>> - >>> - if (this.getTransparentColor()==null){ >>> - return null; >>> - } >>> - >>> - int transparentColor = this.getTransparentColor().getRGB(); >>> - >>> - int currentColor = -1; >>> - int[] argb = new int[4]; >>> - >>> - if (!cm.hasAlpha()){ >>> - bim = RasterImageLayer.makeBufferedImage(bim); >>> - cm = bim.getColorModel(); >>> - >>> - } >>> - >>> - for( int w=0; w<bim.getWidth(); w++){ >>> - for (int h=0; h<bim.getHeight(); h++){ >>> - >>> - currentColor = bim.getRGB(w,h); >>> - >>> - if (currentColor==transparentColor){ >>> - Color color = new Color(bim.getRGB(w, h)); >>> - >>> - argb[0] = fullTransparencyAlpha; >>> - argb[1] = color.getRed(); >>> - argb[2] = color.getGreen(); >>> - argb[3] = color.getBlue(); >>> - >>> - bim.setRGB(w,h,1,1,argb,0,1); >>> - } >>> - } >>> - } >>> - >>> - return bim; >>> - } >>> - >>> - private void setImageProcessingMode( int nr ){ >>> - if (lastImgProcessingMode != nr){ >>> - if (imageProcessingStep1!=null) >>> - imageProcessingStep1.flush(); >>> - imageProcessingStep1 = null; >>> - >>> - if (imageProcessingStep2!=null) >>> - imageProcessingStep2.flush(); >>> - imageProcessingStep2 = null; >>> + int visibleX1 = visibleRect.x; >>> + int visibleY1 = visibleRect.y; >>> + int visibleX2 = visibleX1 + visibleRect.width; >>> + int visibleY2 = visibleY1 + visibleRect.height; >>> >>> - imagePart = null; >>> - >>> - oldScaleXImg2Canvas = -1; >>> - >>> - if (Runtime.getRuntime().freeMemory() < >> RasterImageLayer.getMinRamToKeepFree()){ >>> - Runtime.getRuntime().gc(); >>> - } >>> - >>> - lastImgProcessingMode = nr; >>> - } >>> - } >>> - >>> + Coordinate upperLeftVisible = >> viewport.toModelCoordinate(nullpunkt); >>> + Coordinate lowerRightVisible = >> viewport.toModelCoordinate(new Point(visibleX2, visibleY2)); >>> >>> - private static boolean tilesAreNotNullAndCongruent( Envelope >> oldVisibleEnv, Envelope newVisibleEnv ){ >>> + Envelope newVisibleEnv = new >> Envelope(upperLeftVisible.x, lowerRightVisible.x, upperLeftVisible.y, >> lowerRightVisible.y); >>> >>> - if (oldVisibleEnv == null || newVisibleEnv == null) return true; >>> - return (oldVisibleEnv.getMinX() == newVisibleEnv.getMinX() && >>> - oldVisibleEnv.getMaxX() == newVisibleEnv.getMaxX() && >>> - oldVisibleEnv.getMinY() == newVisibleEnv.getMinY() && >>> - oldVisibleEnv.getMaxY() == newVisibleEnv.getMaxY()); >>> - >>> - } >>> - >>> - /** >>> - * creates a BufferedImage out of an Image >>> - *@param im the Image >>> - *@return the BufferedImage >>> - */ >>> - public static final BufferedImage makeBufferedImage(Image im) { >>> - BufferedImage copy = new BufferedImage(im.getWidth(null), >> im.getHeight(null), BufferedImage.TYPE_INT_ARGB); >>> - // create a graphics context >>> - Graphics2D g2d = copy.createGraphics(); >>> - // copy image >>> - g2d.drawImage(im,0,0,null); >>> - g2d.dispose(); >>> - return copy; >>> - } >>> - >>> - protected BufferedImage getScaledImageMatchingVisible( >> BufferedImage toBeScaled, double XscaleImg2Canvas, double YscaleImg2Canvas >> ){ >>> + setImageSet(false); >>> >>> - if (toBeScaled==null) return null; >>> - >>> - int scaledWidth = (int)(toBeScaled.getWidth() * >> XscaleImg2Canvas); >>> - int scaledHeight = (int)(toBeScaled.getHeight() * >> Math.abs(YscaleImg2Canvas) ); >>> - >>> - if (scaledWidth<=0 || scaledHeight<=0) return null; >>> - >>> - return scaleImage(toBeScaled, (float)XscaleImg2Canvas, >> (float)Math.abs(YscaleImg2Canvas) ); >>> + if (visibleEnv == null || visibleEnv.getMinX() != >> newVisibleEnv.getMinX() || visibleEnv.getMaxX() != newVisibleEnv.getMaxX() >> || >>> + visibleEnv.getMinY() != >> newVisibleEnv.getMinY() || visibleEnv.getMaxY() != newVisibleEnv.getMaxY() >> || symbologyChanged){ >>> + visibleEnv = newVisibleEnv; >>> >>> - } >>> - >>> - public BufferedImage getTileAsImage( Envelope wantedEnvelope ) >> throws IOException, NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> - double imgWidth = image.getWidth(); >>> - double imgHeight = image.getHeight(); >>> - Envelope imageEnv = getActualImageEnvelope(); >>> - >>> - double minVisibleX = Math.max(wantedEnvelope.getMinX(), >> imageEnv.getMinX()); >>> - double minVisibleY = Math.max(wantedEnvelope.getMinY(), >> imageEnv.getMinY()); >>> - >>> - double maxVisibleX = Math.min(wantedEnvelope.getMaxX(), >> imageEnv.getMaxX()); >>> - double maxVisibleY = Math.min(wantedEnvelope.getMaxY(), >> imageEnv.getMaxY()); >>> - >>> - double offset2VisibleX = imageEnv.getMinX() - >> wantedEnvelope.getMinX(); >>> - double offset2VisibleY = wantedEnvelope.getMaxY() - >> imageEnv.getMaxY(); >>> - >>> - double scaleX = imgWidth / imageEnv.getWidth(); >>> - double scaleY = imgHeight / imageEnv.getHeight(); >>> - >>> - // use local variables! >>> - int xOffset, yOffset, width, height; >>> - >>> - if (offset2VisibleX >= 0){ >>> - xOffset = 0; >>> - } else { >>> - xOffset = (int)(-offset2VisibleX * scaleX); >>> - } >>> - >>> - if (offset2VisibleY >= 0){ >>> - yOffset = 0; >>> - } else { >>> - yOffset = (int)(-offset2VisibleY * scaleY); >>> - } >>> - >>> - width = (int)((maxVisibleX-minVisibleX) * scaleX); >>> - height = (int)((maxVisibleY-minVisibleY) * scaleY); >>> - >>> - if (width < imgWidth && height < imgHeight){ >>> - width += 1; >>> - height += 1; >>> - } >>> - >>> - >>> - if (width <= 0 || height <= 0) return null; >>> - >>> - int wantedWidth = (int)(wantedEnvelope.getWidth() * scaleX); >>> - int wantedHeight = (int)(wantedEnvelope.getHeight() * scaleY); >>> - >>> - if (image==null){ >>> - reLoadImage(); >>> - } >>> - >>> - BufferedImage imgTile = this.image.getSubimage(xOffset, >> yOffset, width, height); >>> - >>> - BufferedImage result = new BufferedImage( wantedWidth, >> wantedHeight, BufferedImage.TYPE_INT_ARGB); >>> - >>> - Graphics2D graf = result.createGraphics(); >>> - >>> - Color backgroundColor = >> (this.transparentColor!=null)?this.transparentColor:Color.white; >>> - >>> - graf.fillRect(0,0,wantedWidth, wantedHeight); >>> - >>> - int xTileOffset,yTileOffset; >>> - >>> - if (xOffset > 0){ >>> - xTileOffset = 0; >>> - } else { >>> - xTileOffset = (int)(offset2VisibleX * scaleX); >>> - } >>> - >>> - if (yOffset > 0){ >>> - yTileOffset = 0; >>> - } else { >>> - yTileOffset = (int)(offset2VisibleY * scaleY); >>> - } >>> - >>> - graf.drawImage(imgTile, xTileOffset, yTileOffset, >> imgTile.getWidth(), imgTile.getHeight(), backgroundColor, null); >>> - graf.dispose(); >>> - >>> - this.clearImageAndRaster(false); >>> - >>> - return result; >>> - } >>> - >>> -// public Raster getTileAsRaster( Envelope wantedEnvelope ) throws >> IOException{ >>> -// >>> -// double imgWidth = origImageWidth; >>> -// double imgHeight = origImageHeight; >>> -// Envelope imageEnv = originalImageEnvelope; >>> -// >>> -// double minVisibleX = Math.max(wantedEnvelope.getMinX(), >> imageEnv.getMinX()); >>> -// double minVisibleY = Math.max(wantedEnvelope.getMinY(), >> imageEnv.getMinY()); >>> -// >>> -// double maxVisibleX = Math.min(wantedEnvelope.getMaxX(), >> imageEnv.getMaxX()); >>> -// double maxVisibleY = Math.min(wantedEnvelope.getMaxY(), >> imageEnv.getMaxY()); >>> -// >>> -// double offset2VisibleX = imageEnv.getMinX() - >> wantedEnvelope.getMinX(); >>> -// double offset2VisibleY = wantedEnvelope.getMaxY() - >> imageEnv.getMaxY(); >>> -// >>> -// double scaleX = imgWidth / imageEnv.getWidth(); >>> -// double scaleY = imgHeight / imageEnv.getHeight(); >>> -// >>> -// // use local variables! >>> -// int xOffset, yOffset, width, height; >>> -// >>> -// if (offset2VisibleX >= 0){ >>> -// xOffset = 0; >>> -// } else { >>> -// xOffset = (int)(-offset2VisibleX * scaleX); >>> -// } >>> -// >>> -// if (offset2VisibleY >= 0){ >>> -// yOffset = 0; >>> -// } else { >>> -// yOffset = (int)(-offset2VisibleY * scaleY); >>> -// } >>> -// >>> -// width = (int)((maxVisibleX-minVisibleX) * scaleX); >>> -// height = (int)((maxVisibleY-minVisibleY) * scaleY); >>> -// >>> -// if (width < imgWidth && height < imgHeight){ >>> -// width += 1; >>> -// height += 1; >>> -// } >>> -// >>> -// >>> -// if (width <= 0 || height <= 0) return null; >>> -// >>> -// int wantedWidth = (int)(wantedEnvelope.getWidth() * scaleX); >>> -// int wantedHeight = (int)(wantedEnvelope.getHeight() * scaleY); >>> -// >>> -// Rectangle subset = new Rectangle(xOffset, yOffset, >> wantedWidth, wantedHeight); >>> -// Raster rasterData = >> RasterImageIO.loadRasterData(imageFileName, subset); >>> -// return rasterData; >>> -// >>> -// >>> -//// ColorModel colorModel = >> PlanarImage.createColorModel(rasterData.getSampleModel()); >>> -//// BufferedImage bufimg = new BufferedImage(colorModel, >> (WritableRaster) rasterData, false, null); >>> -//// PlanarImage pimage = PlanarImage.wrapRenderedImage(bufimg); >>> -//// >>> -//// BufferedImage imgTile = pimage.getAsBufferedImage( new >> Rectangle(xOffset, yOffset, width, height), pimage.getColorModel()); >>> -//// >>> -//// BufferedImage result = new BufferedImage( wantedWidth, >> wantedHeight, BufferedImage.TYPE_INT_ARGB); >>> -//// >>> -//// Graphics2D graf = result.createGraphics(); >>> -//// >>> -//// Color backgroundColor = >> (this.transparentColor!=null)?this.transparentColor:Color.white; >>> -//// >>> -//// graf.fillRect(0,0,wantedWidth, wantedHeight); >>> -//// >>> -//// int xTileOffset,yTileOffset; >>> -//// >>> -//// if (xOffset > 0){ >>> -//// xTileOffset = 0; >>> -//// } else { >>> -//// xTileOffset = (int)(offset2VisibleX * scaleX); >>> -//// } >>> -//// >>> -//// if (yOffset > 0){ >>> -//// yTileOffset = 0; >>> -//// } else { >>> -//// yTileOffset = (int)(offset2VisibleY * scaleY); >>> -//// } >>> -//// >>> -//// graf.drawImage(imgTile, xTileOffset, yTileOffset, >> imgTile.getWidth(), imgTile.getHeight(), backgroundColor, null); >>> -//// graf.dispose(); >>> -//// >>> -//// this.clearImageAndRaster(false); >>> -//// >>> -//// return result.getData(); >>> -// } >>> - >>> - protected WorkbenchContext getWorkbenchContext(){ >>> - return >> (WorkbenchContext)this.getBlackboard().get(BLACKBOARD_KEY_WORKBENCHCONTEXT); >>> - } >>> - >>> - public static void setWorkbenchContext(WorkbenchContext wContext){ >>> - if (blackboard==null) >>> - blackboard = new Blackboard(); >>> - >>> - blackboard.put(BLACKBOARD_KEY_WORKBENCHCONTEXT, wContext); >>> - } >>> - >>> - public Rectangle getDrawingRectangle( double imgWidth, double >> imgHeight, Envelope imageEnv, Viewport viewport ) throws >> NoninvertibleTransformException{ >>> - >>> - Rectangle visible = viewport.getPanel().getVisibleRect(); >>> - >>> - Point2D upperLeftCorner = null; >>> - Point2D lowerRightCorner = null; >>> - >>> - try { >>> - upperLeftCorner = viewport.toViewPoint(new >> Coordinate(imageEnv.getMinX(), imageEnv.getMaxY())); >>> - lowerRightCorner = viewport.toViewPoint(new >> Coordinate(imageEnv.getMaxX(), imageEnv.getMinY())); >>> - } catch(java.awt.geom.NoninvertibleTransformException ne) { >>> - //logger.printError(ne.getLocalizedMessage()); >>> - ne.printStackTrace(); >>> - return null; >>> - } >>> - >>> - int visibleX1 = visible.x; >>> - int visibleY1 = visible.y; >>> - int visibleX2 = visibleX1 + visible.width; >>> - int visibleY2 = visibleY1 + visible.height; >>> - >>> - Coordinate upperLeftVisible = >> viewport.toModelCoordinate(nullpunkt); >>> - Coordinate lowerRightVisible = viewport.toModelCoordinate(new >> Point(visibleX2, visibleY2)); >>> - >>> - Envelope newVisibleEnv = new Envelope(upperLeftVisible.x, >> lowerRightVisible.x, upperLeftVisible.y, lowerRightVisible.y); >>> - >>> - Rectangle rect = getVisibleImageCoordinatesOfImage(imgWidth, >> imgHeight, newVisibleEnv, imageEnv); >>> - >>> - if (rect==null) return null; >>> - >>> - double scaledWidth = lowerRightCorner.getX() - >> upperLeftCorner.getX(); >>> - double scaledHeight = upperLeftCorner.getY() - >> lowerRightCorner.getY(); >>> - >>> - >>> - double scaleXImg2Canvas = scaledWidth / imgWidth; >>> - double scaleYImg2Canvas = scaledHeight / imgHeight; >>> - >>> - rect.width *= scaleXImg2Canvas; >>> - rect.height *= scaleYImg2Canvas; >>> - >>> - return rect; >>> - } >>> - >>> - protected Rectangle getVisibleImageCoordinatesOfImage( double >> imgWidth, double imgHeight, Envelope visible, Envelope imageEnv ){ >>> - >>> - double minVisibleX = Math.max(visible.getMinX(), >> imageEnv.getMinX()); >>> - double minVisibleY = Math.max(visible.getMinY(), >> imageEnv.getMinY()); >>> - >>> - double maxVisibleX = Math.min(visible.getMaxX(), >> imageEnv.getMaxX()); >>> - double maxVisibleY = Math.min(visible.getMaxY(), >> imageEnv.getMaxY()); >>> - >>> - double offset2VisibleX = imageEnv.getMinX() - visible.getMinX(); >>> - double offset2VisibleY = visible.getMaxY() - imageEnv.getMaxY(); >>> - >>> - double scaleX = imgWidth / imageEnv.getWidth(); >>> - double scaleY = imgHeight / imageEnv.getHeight(); >>> - >>> - if (offset2VisibleX >= 0){ >>> - xOffset = 0; >>> - } else { >>> - xOffset = (int)(-offset2VisibleX * scaleX); >>> - } >>> - >>> - if (offset2VisibleY >= 0){ >>> - yOffset = 0; >>> - } else { >>> - yOffset = (int)(-offset2VisibleY * scaleY); >>> - } >>> - >>> - int width = (int)((maxVisibleX-minVisibleX) * scaleX); >>> - int height = (int)((maxVisibleY-minVisibleY) * scaleY); >>> - >>> - if (width < imgWidth && height < imgHeight){ >>> - width += 1; >>> - height += 1; >>> - } >>> - >>> - >>> - if (width <= 0 || height <= 0){ >>> - return null; >>> - } >>> - >>> - return new Rectangle(xOffset, yOffset, width, height); >>> - } >>> - >>> - >>> - protected Rectangle getVisibleImageCoordinatesOfImage( >> BufferedImage img, Envelope visible, Envelope imageEnv ){ >>> - return this.getVisibleImageCoordinatesOfImage( img.getWidth(), >> img.getHeight(), visible, imageEnv ); >>> - } >>> - >>> - protected BufferedImage getVisiblePartOfTheImage( BufferedImage >> img, Rectangle desiredImageArea ){ >>> - if (desiredImageArea==null){ >>> - return null; >>> - } >>> - if ( desiredImageArea.width > 0 && desiredImageArea.height > 0 >> ){ >>> - if (desiredImageArea.width + desiredImageArea.x <= >> img.getWidth() && >>> - desiredImageArea.height + desiredImageArea.y <= >> img.getHeight() ) { >>> - >>> - ParameterBlock pb = new ParameterBlock(); >>> - pb.addSource(img); >>> - pb.add((float) desiredImageArea.x); >>> - pb.add((float) desiredImageArea.y); >>> - pb.add((float) desiredImageArea.width); >>> - pb.add((float) desiredImageArea.height); >>> - >>> - return JAI.create("crop", pb).getAsBufferedImage(); >>> - >>> - } >>> + symbologyChanged = false; >>> >>> - //return PlanarImage.wrapRenderedImage( >> img.getAsBufferedImage( new Rectangle(desiredImageArea.x, >> desiredImageArea.y, desiredImageArea.width, desiredImageArea.height), >> img.getColorModel() )); >>> - //logger.printWarning("desired area invalid: " + >> (desiredImageArea.width + desiredImageArea.x) + ", " + >> (desiredImageArea.height + desiredImageArea.y) + "; image dimensions: " + >> img.getWidth() + ", " + img.getHeight()); >>> - } >>> - return null; >>> - } >>> + reLoadImage(); >>> + if(image == null) { >>> + return null; >>> + } >>> >>> - public BufferedImage getImage() { >>> - return image; >>> - } >>> - >>> - >>> - /** >>> - * Sets the image that will be shown in the map (also sets some >> interally used flags) >>> - *@param image image that will be shown in the map >>> - */ >>> - public void setImage(BufferedImage image) { >>> - this.image = image; >>> - //origImageWidth = image.getWidth(); >>> - //origImageHeight = image.getHeight(); >>> - imageSet = true; >>> - } >>> - >>> - >>> - >>> - public void setImageSet(boolean imageSet) { >>> - this.imageSet = imageSet; >>> - } >>> + Point2D upperLeftCornerOfImage = >> viewport.toViewPoint(new Coordinate(getActualImageEnvelope().getMinX(), >> getActualImageEnvelope().getMaxY())); >>> + Point2D lowerRightCornerOfImage = >> viewport.toViewPoint(new Coordinate(getActualImageEnvelope().getMaxX(), >> getActualImageEnvelope().getMinY())); >>> >>> - public boolean isImageNull(){ >>> - return this.image == null; >>> - } >>> - >>> - /** >>> - * returns the image, this can be modified - i.e. is just a >> representation. >>> - *@return the image >>> - */ >>> - public BufferedImage getImageForDisplay() throws IOException, >> NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> - if (image == null) >>> - reLoadImage(); >>> - return image; >>> - } >>> - >>> - /** >>> - *@return true, if the image object was set at least once, else >> false >>> - */ >>> - public boolean isImageSet() { >>> - return imageSet; >>> - } >>> - >>> - /** >>> - * Returns the transparency level of the image. The >> transparencyLevel controlls the transparency level of the whole image (all >> pixels). It >>> - * is independent of the transparency color, that replaces a >> certain color in the image. >>> - * The transparencyLevel is expressed as a float within a range >> from 0.0 (no transparency) to 1.0 (full transparency). >>> - *@return the transparency level of the image >>> - */ >>> - public double getTransparencyLevel() { >>> - return transparencyLevel; >>> - } >>> - >>> - >>> - /** >>> - * Sets the transparency level of the image. This controlls the >> transparency level of the whole image (all pixels). It >>> - * is independent of the transparency color, that replaces a >> certain color in the image. >>> - * The transparencyLevel is expressed as a float within a range >> from 0.0 (no transparency) to 1.0 (full transparency). >>> - *@param transparencyLevel the transparency level of the image >>> - */ >>> - public void setTransparencyLevel(double transparencyLevel) { >>> - if (transparencyLevel != this.transparencyLevel){ >>> - this.transparencyLevel = transparencyLevel; >>> - >>> - if (this.isFiringAppearanceEvents()) >>> - this.fireAppearanceChanged(); >>> - } >>> - } >>> - /** >>> - * Sets the transparency level of the image. This controlls the >> transparency level of the whole image (all pixels). It >>> - * is independent of the transparency color, that replaces a >> certain color in the image. >>> - * The transparencyLevel is expressed as a percentage within a >> range from 0 (no transparency) to 100 (full transparency). >>> - *@param transparencyInPercent the transparency level of the image >>> - */ >>> - public void setTransparencyLevelInPercent(int >> transparencyInPercent) { >>> - double tLevel = transparencyInPercent/100.0; >>> - if (tLevel != this.transparencyLevel){ >>> - this.transparencyLevel = tLevel; >>> - if (this.isFiringAppearanceEvents()) >>> - this.fireAppearanceChanged(); >>> - } >>> - } >>> - >>> - /** >>> - * Gets the color which will be drawn with a zero opacity in the >> Jump map >>> - *@return color that will be replaced with transparent pixels >>> - */ >>> - public Color getTransparentColor() { >>> - return transparentColor; >>> - } >>> - >>> - /** >>> - * for java2xml >>> - */ >>> - public String getTransparentColorAsString() { >>> - if (this.getTransparentColor()==null) >>> - return "null"; >>> - >>> - String hexColor = >> Integer.toHexString(this.getTransparentColor().getRGB()); >>> - if (hexColor.length()>6){ >>> - hexColor = hexColor.substring(2); >>> - } >>> - return hexColor; >>> - } >>> - >>> - /** >>> - * for java2xml >>> - */ >>> - public void setTransparentColorAsString(String hexColorString) { >>> - if (hexColorString==null || hexColorString.equals("null")){ >>> - return; >>> - } >>> - >>> - int rgb = Integer.parseInt(hexColorString.toUpperCase(), 16); >>> - >>> - Color tColor = new Color(rgb); >>> + double scaledWidth = >> lowerRightCornerOfImage.getX() - upperLeftCornerOfImage.getX(); >>> + double scaledHeight = >> upperLeftCornerOfImage.getY() - lowerRightCornerOfImage.getY(); >>> >>> - this.setTransparentColor(tColor); >>> - } >>> - >>> - /** >>> - * Sets the color which will be drawn with a zero opacity in the >> Jump map >>> - *@param transparentColor the color for transparency >>> - */ >>> - public void setTransparentColor(Color transparentColor) { >>> - if (this.transparentColor != transparentColor && >> (this.transparentColor==null || >> !this.transparentColor.equals(transparentColor))){ >>> - >>> - this.transparentColor = transparentColor; >>> - >>> - this.forceTotalRepaint(); >>> - >>> - if (this.isFiringAppearanceEvents()) >>> - this.fireAppearanceChanged(); >>> - } >>> - } >>> - >>> - /** >>> - * After this method was invoked, the image will be >>> - * completely re-rendered (not using caches) the next time. >>> - */ >>> - protected void forceTotalRepaint(){ >>> - this.visibleEnv = null; >>> - this.setImageProcessingMode(RasterImageLayer.MODE_NONE); >>> - } >>> + long totalMem = >> Runtime.getRuntime().totalMemory(); >>> + long freeMem = >> Runtime.getRuntime().freeMemory(); >>> + long committedMemory = totalMem - freeMem; >>> + double maxMemoryToCommit = availRAM - >> minRamToKeepFree; >>> + boolean needFreeRAM = (committedMemory > >> maxMemoryToCommit); >>> + if(needFreeRAM == false){ >>> >>> - /** >>> - *@return the current offset (to the viewport's <code>(0,0)</code>) >> in x direction >>> - */ >>> - public int getXOffset() { >>> - return xOffset; >>> - } >>> + >> setImage(stretchImageValuesForDisplay()); >>> + wasScaledForDisplay = true; >>> >>> - /** >>> - *@return the current offset (to the viewport's <code>(0,0)</code>) >> in y direction >>> - */ >>> - public int getYOffset() { >>> - return yOffset; >>> - } >>> - >>> - public static double getFreeRamFactor() { >>> - return freeRamFactor; >>> - } >>> + setNeedToKeepImage(true); //so >> small images are not reloaded every time >>> + } >>> >>> - public static void setFreeRamFactor(double freeRamFactor) { >>> - //logger.printDebug("setting freeRamFactor to " + >> freeRamFactor); >>> - RasterImageLayer.freeRamFactor = freeRamFactor; >>> - RasterImageLayer.minRamToKeepFree = RasterImageLayer.availRAM * >> RasterImageLayer.freeRamFactor; >>> - RasterImageLayer.maxPixelsForFastDisplayMode = >> (int)((RasterImageLayer.availRAM - >> RasterImageLayer.minRamToKeepFree)/(1024*1024) * 3000); >>> - //logger.printDebug("maxPixelsForFastDisplayMode: " + >> maxPixelsForFastDisplayMode); >>> - } >>> + //[sstein end] >>> + imagePart = >> getVisibleImageCoordinatesOfImage( image.getWidth(), image.getHeight(), >> visibleEnv, getActualImageEnvelope() ); >>> >>> + double scaleXImg2Canvas = scaledWidth / >> image.getWidth(); >>> + double scaleYImg2Canvas = scaledHeight / >> image.getHeight(); >>> >>> - public static long getAvailRAM() { >>> - return availRAM; >>> - } >>> + if (imageProcessingStep2 == null || >> scaleXImg2Canvas != oldScaleXImg2Canvas || >>> + >> !RasterImageLayer.tilesAreNotNullAndCongruent( visibleEnv, oldVisibleEnv)){ >>> >>> - public static int getMaxPixelsForFastDisplayMode() { >>> - return maxPixelsForFastDisplayMode; >>> - } >>> + imageProcessingStep1 = >> getVisiblePartOfTheImage( getImageForDisplay(), imagePart ); >>> >>> - public static double getMinRamToKeepFree() { >>> - return minRamToKeepFree; >>> - } >>> + if ( imageProcessingStep1 != null) >> { >>> + // avoid an 1 pixel by 1 >> pixel image to get scaled to thousands by thousands pixels causing an out >> of memory error >>> + if (imagePart.width == 1 >> || imagePart.height == 1){ >>> + xOffset = 0; >>> + yOffset = 0; >>> + >> imageProcessingStep2 = createOneColorImage(scaleXImg2Canvas, >> scaleYImg2Canvas); >>> + } else { >>> + >> imageProcessingStep2 = getScaledImageMatchingVisible( >> imageProcessingStep1, scaleXImg2Canvas, scaleYImg2Canvas ); >>> + } >>> >>> - /** >>> - * Sets the image's files name (if image is not to be keeped) - >> this needs to be set! >>> - *@param imageFileName the file name of the image >>> - */ >>> - public void setImageFileName(String imageFileName) { >>> - this.imageFileName = imageFileName; >>> - this.setNeedToKeepImage(false); >>> - } >>> - >>> - >>> - /** >>> - * >>> - *@return the file name of the image represented by this instance >> of the <code>RasterImageLayer</code> >>> - */ >>> - public String getImageFileName() { >>> - return imageFileName; >>> - } >>> + } else { >>> + return null; >>> + } >>> >>> - /** >>> - * check, if image will be keeped in RAM or if it will be reloaded >> from a file >>> - * if needed >>> - *@return true if image will be keeped in RAM, else false >>> - */ >>> - public boolean isNeedToKeepImage() { >>> - return needToKeepImage; >>> - } >>> - /** >>> - * toogle, if image will be keeped in RAM or if it will be reloaded >> from a file >>> - * if needed >>> - *@param needToKeepImage true if image is supposed be keeped in >> RAM, else false >>> - */ >>> - public void setNeedToKeepImage(boolean needToKeepImage) { >>> - this.needToKeepImage = needToKeepImage; >>> - } >>> + if (transparentColor!=null) >> transparencyColorNeedsToBeApplied = true; >>> >>> - protected void finalize() throws Throwable { >>> - super.finalize(); >>> - this.flushImages(true); >>> - } >>> + imageProcessingStep1 = null; >>> >>> - /** >>> - *@return the height of the source image >>> - */ >>> - public int getOrigImageHeight() { >>> - return origImageHeight; >>> - } >>> + xOffset = (int)(xOffset >> *scaleXImg2Canvas); >>> + yOffset = (int)(yOffset >> *(-scaleYImg2Canvas)); >>> >>> - /** >>> - *@return the width of the source image >>> - */ >>> - public int getOrigImageWidth() { >>> - return origImageWidth; >>> - } >>> + oldScaleXImg2Canvas = >> scaleXImg2Canvas; >>> >>> - >>> - /** >>> - * for java2xml >>> - *@param origImageHeight >>> - */ >>> - public void setOrigImageHeight(int origImageHeight) { >>> - this.origImageHeight = origImageHeight; >>> - } >>> + oldVisibleEnv = visibleEnv; >>> + } >>> >>> - /** >>> - * for java2xml >>> - *@param origImageWidth >>> - */ >>> - public void setOrigImageWidth(int origImageWidth) { >>> - this.origImageWidth = origImageWidth; >>> - } >>> >>> - /** >>> - * shows or hides the image in the Jump map >>> - *@param visible >>> - */ >>> - public void setVisible(boolean visible) { >>> - super.setVisible(visible); >>> - >>> - if (!visible) >>> - this.clearImageAndRaster(true); >>> - >>> - if (this.isFiringAppearanceEvents()) >>> - this.fireAppearanceChanged(); >>> - } >>> - >>> + } >>> >>> - /** >>> - * @see #firingAppearanceEvents >>> - *@return true if appearance events are fired automatically, false >> if not >>> - */ >>> - public boolean isFiringAppearanceEvents() { >>> - return firingAppearanceEvents; >>> - } >>> + if (imageProcessingStep2 != null && >> transparencyColorNeedsToBeApplied ){ >>> + imageToDraw = >> setupTransparency(imageProcessingStep2); >>> + } else if (imageProcessingStep2 != null) { >>> + imageToDraw = imageProcessingStep2; >>> + } >>> >>> - /** >>> - * @see #firingAppearanceEvents >>> - *@param firingAppearanceEvents true if appearance events are to be >> fired automatically, false if not >>> - */ >>> - public void setFiringAppearanceEvents(boolean >> firingAppearanceEvents) { >>> - this.firingAppearanceEvents = firingAppearanceEvents; >>> - } >>> - >>> - // Metainformation stuff >>> - >>> - protected MetaDataMap metaInformation = null; >>> - >>> - @Override >>> - public MetaDataMap getMetaInformation() { >>> - return metaInformation; >>> - } >>> >>> - @Override >>> - public void setMetaInformation(MetaDataMap metaInformation) { >>> - this.metaInformation = metaInformation; >>> - } >>> + } catch (Exception e){ >>> + //logger.printError(e.getMessage()); >>> + e.printStackTrace(); >>> + } >>> >>> - public Raster getRasterData(Rectangle subset) throws IOException { >>> - >>> - Raster raster = RasterImageIO.loadRasterData(imageFileName, >> subset); >>> - return raster; >>> - >>> - } >>> - >>> - public Rectangle getRectangleFromEnvelope(Envelope envelope) throws >> IOException { >>> - >>> - double imgWidth = origImageWidth; >>> - double imgHeight = origImageHeight; >>> - Envelope imageEnv = originalImageEnvelope; >>> - >>> - double minVisibleX = Math.max(envelope.getMinX(), >> imageEnv.getMinX()); >>> - double minVisibleY = Math.max(envelope.getMinY(), >> imageEnv.getMinY()); >>> - >>> - double maxVisibleX = Math.min(envelope.getMaxX(), >> imageEnv.getMaxX()); >>> - double maxVisibleY = Math.min(envelope.getMaxY(), >> imageEnv.getMaxY()); >>> - >>> - double offset2VisibleX = imageEnv.getMinX() - >> envelope.getMinX(); >>> - double offset2VisibleY = envelope.getMaxY() - >> imageEnv.getMaxY(); >>> - >>> - double scaleX = imgWidth / imageEnv.getWidth(); >>> - double scaleY = imgHeight / imageEnv.getHeight(); >>> - >>> - // use local variables! >>> - int xOffset, yOffset, width, height; >>> - >>> - if (offset2VisibleX >= 0){ >>> - xOffset = 0; >>> - } else { >>> - xOffset = (int)(-offset2VisibleX * scaleX); >>> - } >>> - >>> - if (offset2VisibleY >= 0){ >>> - yOffset = 0; >>> - } else { >>> - yOffset = (int)(-offset2VisibleY * scaleY); >>> - } >>> - >>> - width = (int)((maxVisibleX-minVisibleX) * scaleX); >>> - height = (int)((maxVisibleY-minVisibleY) * scaleY); >>> - >>> - if (width < imgWidth && height < imgHeight){ >>> - width += 1; >>> - height += 1; >>> - } >>> - >>> - >>> - if (width <= 0 || height <= 0) return null; >>> - >>> - int wantedWidth = (int)(envelope.getWidth() * scaleX); >>> - int wantedHeight = (int)(envelope.getHeight() * scaleY); >>> - >>> - Rectangle subset = new Rectangle(xOffset, yOffset, wantedWidth, >> wantedHeight); >>> - return subset; >>> - >>> - } >>> - >>> -// /** >>> -// * to set the Raster data, use also setImage() >>> -// * @param newRaster >>> -// */ >>> -// public void setRasterData(Raster newRaster) { >>> -// rasterData = newRaster; >>> -// setRasterDataChanged(true); >>> -// } >>> + if (Runtime.getRuntime().freeMemory() < >> RasterImageLayer.getMinRamToKeepFree()){ >>> + clearImageAndRaster(true); >>> + } >>> >>> - >>> - /** >>> - * @return the rasterDataChanged >>> - */ >>> - public boolean isRasterDataChanged() { >>> - return rasterDataChanged; >>> - } >>> + if (imageToDraw != null) { >>> + return imageToDraw; >>> + } else if (imageProcessingStep2!=null) { >>> + return imageProcessingStep2; >>> + } >>> >>> - /** >>> - * @param rasterDataChanged the rasterDataChanged to set >>> - */ >>> - public void setRasterDataChanged(boolean rasterDataChanged) { >>> - this.rasterDataChanged = rasterDataChanged; >>> - } >>> - >>> - /** >>> - * Default value is NaN. The value can be different when data have >> been read, >>> - * for example, from (ESRI) ASCII grid images >>> - * @return value that is written when a cell does not contain data >>> - */ >>> - public double getNoDataValue() { >>> - return noDataValue; >>> - } >>> - >>> - /** >>> - * TODO: sstein test - 25.Sept.2013 >>> - * @return >>> - */ >>> - public int getNumBands(){ >>> - return numBands; >>> - } >>> - >>> - public void dispose() { >>> - // TODO: probably a good idea to remove resources when the layer is >> closed up >>> - // dunno what is needed to clean up Sextante though, hence leave it >> for now >>> - } >>> - >>> - public Double getCellValue(Coordinate coordinate, int band) throws >> RasterDataNotFoundException, IOException { >>> - >>> - return getCellValue(coordinate.x, coordinate.y, band); >>> - >>> - } >>> - >>> - public Double getCellValue(int col, int row, int band) throws >> RasterDataNotFoundException, IOException { >>> >>> - int pos = row * origImageWidth + col; >>> - if(pos <0 || pos > origImageWidth * origImageHeight) return >> null; >>> - >>> - return RasterImageIO.readCellValue(imageFileName, col, row, >> band); >>> - >>> - } >>> + return null; >>> + } >>> >>> - public Double getCellValue(double coordX, double coordY, int band) >> throws RasterDataNotFoundException, IOException { >>> - >>> - double cellSizeX = (originalImageEnvelope.getMaxX() - >> originalImageEnvelope.getMinX()) / origImageWidth; >>> - double cellSizeY = (originalImageEnvelope.getMaxY() - >> originalImageEnvelope.getMinY()) / origImageHeight; >>> - >>> - int col = (int) Math.floor((coordX - >> originalImageEnvelope.getMinX()) / cellSizeX); >>> - int row = origImageHeight - (int) Math.floor((coordY - >> originalImageEnvelope.getMinY()) / cellSizeY) - 1; >>> - >>> - if(col <0 || col >= origImageWidth || row <0 || row >= >> origImageHeight) return null; >>> - >>> - int pos = row * origImageWidth + col; >>> - >>> - return RasterImageIO.readCellValue(imageFileName, col, row, >> band); >>> - >>> - } >>> - >>> - public boolean isNoData(double value) { >>> - if(Double.isInfinite(noDataValue) && Double.isInfinite(value)) { >>> - return true; >>> - } >>> - if(Double.isNaN(noDataValue) && Double.isNaN(value)) { >>> - return true; >>> - } >>> - return(value == noDataValue || (float)value == >> (float)noDataValue); >>> - } >>> + /** >>> + * deletes image from RAM (if it is not to be kept and if the RAM >> consumption is high) >>> + * and calls the garbage collector, if the >> <code>garbageCollect</code> is true. >>> + *@param garbageCollect if true the garbage collector will be >> called (this parameter may be overridden, if there is not enough RAM >> available...) >>> + */ >>> + public boolean clearImageAndRaster(boolean garbageCollect){ >>> + //TODO: [sstein 9.Aug.2010] not sure if below condition is >> correct, since it >>> + // does not account for Xmx (max memory), only for >> the actual memory >>> + // Hence we should work with committed memory as I >> did above??? >>> + boolean reallyNeedToFreeRAM = >> (Runtime.getRuntime().freeMemory() < minRamToKeepFree); >>> + if (!needToKeepImage && reallyNeedToFreeRAM ){ >>> + //this.image = null; >>> + //rasterData = null; //[sstein 2Aug2010] line added >>> + wasScaledForDisplay = false; //[sstein 20Aug2010] >> line added >>> + } >>> + if (garbageCollect){ >>> + Runtime.getRuntime().gc(); >>> + } >>> + return reallyNeedToFreeRAM; >>> + } >>> >>> - public Metadata getMetadata() { >>> - return metadata; >>> - } >>> - >>> - public class RasterDataNotFoundException extends Exception { >>> - >>> - } >>> - >>> - public static Rectangle getViewportRectangle(WorkbenchContext >> workbenchContext) { >>> - >>> - Rectangle viewportRectangle = new Rectangle( >>> - 0, >>> - 0, >>> - >> workbenchContext.getLayerViewPanel().getVisibleRect().width, >>> - >> workbenchContext.getLayerViewPanel().getVisibleRect().height); >>> - return viewportRectangle; >>> - >>> - } >>> - >>> - public RasterSymbology getSymbology() { >>> - return symbology; >>> - } >>> - >>> - public void setSymbology(RasterSymbology symbology) throws >> NoninvertibleTransformException { >>> - this.symbology = symbology; >>> - symbologyChanged = true; >>> -// setImage(stretchImageValuesForDisplay()); >>> - >>> -// forceTotalRepaint(); >>> -// if (isFiringAppearanceEvents()) { >>> -// fireAppearanceChanged(); >>> -// } >>> - imageProcessingStep2 = null; >>> - LayerViewPanel layerViewPanel = >> getWorkbenchContext().getLayerViewPanel(); >>> - if(layerViewPanel != null) { >>> - layerViewPanel.getViewport().update(); >>> - } >>> - } >>> + /** >>> + * flushes all images from the RAM. >>> + *@param garbageCollect if true the garbage collector will be >> called (this parameter may be overridden, if there is not enough RAM >> available...) >>> + */ >>> + public void flushImages(boolean garbageCollect){ >>> + if (image!=null) >>> + image.flush(); >>> + image = null; >>> >>> - public Raster getActualRasterData() { >>> - return actualRasterData; >>> - } >>> - >>> - public UUID getUUID() { >>> - return uuid; >>> - } >>> - >>> - >>> - /* >>> - * Giuseppe Aruta 26/01/2015 >>> - * Some experimental boolean methods >>> - */ >>> - >>> - /** >>> - * Check if selected sextante raster layer is Temporary layer >>> - * Both layers in memory and layes stored into TEMP folder are >> considered >>> - * as "Temporary layers" >>> - */ >>> - public boolean isTemporaryLayer() { >>> - if (imageFileName.contains(System.getProperty("java.io.tmpdir"))) >> { >>> - return true; >>> - } else{ >>> - return false; >>> - } >>> - } >>> - >>> - >>> - >>> - private final static String NODATASOURCELAYER= I18N >>> - >> .get("org.openjump.core.ui.plugin.layer.LayerPropertiesPlugIn.nodatasourcelayer.message"); >>> + if (imageProcessingStep1!=null) >>> + imageProcessingStep1.flush(); >>> + imageProcessingStep1 = null; >>> + >>> + if (imageProcessingStep2!=null) >>> + imageProcessingStep2.flush(); >>> + imageProcessingStep2 = null; >>> + >>> + if (garbageCollect){ >>> + Runtime.getRuntime().gc(); >>> + } >>> + } >>> + >>> + public void reLoadImage() throws IOException, >> NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> + >>> + //if (image == null && !needToKeepImage){ >>> + >>> + RasterImageIO rasterImageIO = new RasterImageIO(); >>> + >>> + Viewport viewport = >> getWorkbenchContext().getLayerViewPanel().getViewport(); >>> + >> >> if(!viewport.getEnvelopeInModelCoordinates().intersects(originalImageEnvelope) >> && >>> + >> >> getWorkbenchContext().getLayerManager().getLayerables(Layerable.class).isEmpty()) >> { >>> + viewport.zoom(originalImageEnvelope); >>> + } >>> + >>> + // Rectangle visibleRect = >> viewport.getPanel().getVisibleRect(); >>> + >>> + Resolution requestedRes = >> RasterImageIO.calcRequestedResolution(viewport); >>> + >>> + ImageAndMetadata imageAndMetadata = >> rasterImageIO.loadImage(getWorkbenchContext(), imageFileName, stats, >> viewport.getEnvelopeInModelCoordinates(), requestedRes); >>> + metadata = imageAndMetadata.getMetadata(); >>> + image = imageAndMetadata.getImage(); >>> + numBands = metadata.getStats().getBandCount(); >>> + noDataValue = >> imageAndMetadata.getMetadata().getNoDataValue(); >>> + stats = imageAndMetadata.getMetadata().getStats(); >>> + originalImageEnvelope = >> imageAndMetadata.getMetadata().getOriginalImageEnvelope(); >>> + actualImageEnvelope = >> imageAndMetadata.getMetadata().getActualEnvelope(); >>> + originalCellSize = >> imageAndMetadata.getMetadata().getOriginalCellSize(); >>> + actualCellSize = >> imageAndMetadata.getMetadata().getActualCellSize(); >>> + >>> + if(image != null) { >>> + setImage(image); >>> + } >>> + wasScaledForDisplay = false; >>> + >>> + if(image != null) { >>> + actualRasterData = image.copyData(null); >>> + } else { >>> + actualRasterData = null; >>> + } >>> + } >>> + >>> /** >>> - *@return the file path of a RasterImageLayer.class >>> - *eg. C/File/imagename.tif. If the file path is a TEMP folder >>> - * it returns that the layer has no datasource >>> - */ >>> - public String getFilePath() { >>> - String fileName = null; >>> - if (!imageFileName.contains(System.getProperty("java.io.tmpdir"))) >> { >>> - fileName = getImageFileName(); >>> - } else{ >>> - fileName = NODATASOURCELAYER; >>> - } >>> - return fileName; >>> - } >>> - >>> - //[Giuseppe Aruta 04/01/2017] SRS info for RasterImageLayer.class >>> - private SRSInfo srsInfo; >>> + * use this to assign the raster data again >>> + * the method is called from getRasterData(); >>> + */ >>> + public void reLoadImageButKeepImageForDisplay() throws IOException, >>> + NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> + WorkbenchContext context = getWorkbenchContext(); >>> + BufferedImage pi = getImageForDisplay(); >>> + //[sstein 24.Sept.2010] commented out: >>> + //PlanarImage dontNeedThisImage = >> RasterImageLayer.loadImage( context, imageFileName); //causes error for >> .clone() >>> + this.setImage(pi); >>> + } >>> >>> - public SRSInfo getSRSInfo() { >>> - return srsInfo; >>> - } >>> + protected BufferedImage stretchImageValuesForDisplay() throws >> NoninvertibleTransformException{ >>> >>> - public void setSRSInfo(SRSInfo srs) { >>> - this.srsInfo = srs; >>> - } >>> - >>> - >>> + int width = actualRasterData.getWidth(); >>> + int height = actualRasterData.getHeight(); >>> + >>> + // Need to change image type to support transparency and >> apply symbology >>> + if(image.getColorModel() instanceof IndexColorModel) { >>> + return image; >>> + } >>> + >>> + BufferedImage newImage = new BufferedImage(width, height, >> BufferedImage.TYPE_4BYTE_ABGR); >>> + for (int row = 0; row < height; row++) { >>> + for (int col = 0; col < width; col++) { >>> + >>> + if(symbology == null) { >>> + if(stats.getBandCount() < 3) { >>> + >>> + final RasterSymbology >> rasterSymbology; >>> + if >> (metadata.getStats().getMin(0) == metadata >>> + >> .getStats().getMax(0)) { >>> + rasterSymbology = >> new RasterSymbology(RasterSymbology.TYPE_SINGLE); >>> + } else { >>> + rasterSymbology = >> new RasterSymbology(RasterSymbology.TYPE_RAMP); >>> + } >>> + >> rasterSymbology.addColorMapEntry(metadata.getNoDataValue(), >> transparentColor); >>> + >> rasterSymbology.addColorMapEntry(metadata.getStats().getMin(0), >> Color.WHITE); >>> + >> rasterSymbology.addColorMapEntry(metadata.getStats().getMax(0), >> Color.BLACK); >>> + >> setSymbology(rasterSymbology); >>> + >>> + } else { >>> + double valueR = >> actualRasterData.getSampleDouble(col, row, 0); >>> + double valueG = >> actualRasterData.getSampleDouble(col, row, 1); >>> + double valueB = >> actualRasterData.getSampleDouble(col, row, 2); >>> + double valueAlpha = 255; >>> + if(stats.getBandCount() > >> 3) { >>> + valueAlpha = >> actualRasterData.getSampleDouble(col, row, 3); >>> + } >>> + if(Double.isNaN(valueR) || >> Double.isInfinite(valueR) || valueR == noDataValue >>> + || >> Double.isNaN(valueG) || Double.isInfinite(valueG) || valueG == noDataValue >>> + || >> Double.isNaN(valueB) || Double.isInfinite(valueB) || valueB == noDataValue >>> + || >> valueAlpha <= 0) { >>> + >> newImage.setRGB(col, row, Color.TRANSLUCENT); >>> + continue; >>> + } >>> + >>> + int r = (int) ((valueR - >> stats.getMin(0)) * 255./(stats.getMax(0) - stats.getMin(0))); >>> + if(r > 255) r = 255; >>> + if(r < 0) r = 0; >>> + int g = (int) ((valueG - >> stats.getMin(1)) * 255./(stats.getMax(1) - stats.getMin(0))); >>> + if(g > 255) g = 255; >>> + if(g < 0) g = 0; >>> + int b = (int) ((valueB - >> stats.getMin(2)) * 255./(stats.getMax(2) - stats.getMin(0))); >>> + if(b > 255) b = 255; >>> + if(b < 0) b = 0; >>> + >>> + int alpha = (int) >> valueAlpha; >>> + >>> + newImage.setRGB(col, row, >> new Color(r, g, b, alpha).getRGB()); >>> + } >>> + } else { >>> + // Symbology exists >>> + double value = >> actualRasterData.getSampleDouble(col, row, 0); >>> + >>> + /** >>> + * If symbology min value is >> higher than raster min value >>> + * the value becomes equal to the >> symbology min value >>> + */ >>> + >>> + Double[] symbologyClassLimits = >> symbology.getColorMapEntries_tm().keySet().toArray(new >> Double[symbology.getColorMapEntries_tm().keySet().size()]); >>> + double symbMinValue = >> symbologyClassLimits[0]; >>> + double symbFirstValue = >> symbologyClassLimits[0]; >>> + if(this.isNoData(symbFirstValue)) { >>> + symbMinValue = >> symbologyClassLimits[1]; >>> + } >>> + >>> + if(!this.isNoData(value) && value >> < symbMinValue) { >>> + value = symbMinValue; >>> + } >>> + >>> + Color color = >> symbology.getColor(value); >>> + >>> + if((Double.isNaN(value) || >> Double.isInfinite(value) || this.isNoData(value)) >>> + && color == null) { >>> + newImage.setRGB(col, row, >> Color.TRANSLUCENT); >>> + continue; >>> + } >>> + >>> + // Transparency is a combination >> of total layer transparency >>> + // and single cell transparency >>> + int transparency = >>> + (int)(((1 - >> symbology.getTransparency()) * >>> + >> (color.getAlpha() / 255d)) * 255); >>> + newImage.setRGB(col, row, new >> Color( >>> + color.getRed(), >>> + color.getGreen(), >>> + color.getBlue(), >>> + >> transparency).getRGB()); >>> + } >>> + } >>> + } >>> + >>> + return newImage; >>> + } >>> + >>> + /** >>> + * @return Envelope with the real world coordinates of the image >>> + */ >>> + public Envelope getWholeImageEnvelope() { >>> + return originalImageEnvelope; >>> + } >>> + >>> + public Envelope getActualImageEnvelope() { >>> + return actualImageEnvelope; >>> + } >>> + >>> + /** >>> + * Sets the Envelope object containing the real world coordinates >> (e.g. WGS84) of the image - this needs to be set (if it wasn't given to the >> constructor)! >>> + *@param envelope the Envelope >>> + */ >>> + private void setWholeImageEnvelope(Envelope envelope) { >>> + originalImageEnvelope = envelope; >>> + >>> + forceTotalRepaint(); >>> + >>> + if (this.isFiringAppearanceEvents()) >>> + this.fireAppearanceChanged(); >>> + } >>> + >>> + private void setActualImageEnvelope(Envelope envelope) { >>> + actualImageEnvelope = envelope; >>> + >>> + forceTotalRepaint(); >>> + >>> + if (isFiringAppearanceEvents()) >>> + fireAppearanceChanged(); >>> + } >>> + >>> + /** >>> + * for java2xml >>> + *@return the Envelope as string >>> + */ >>> + public String getXmlWholeImageEnvelope(){ >>> + return this.originalImageEnvelope.toString(); >>> + } >>> + >>> + public String getXmlActualImageEnvelope() { >>> + return this.actualImageEnvelope.toString(); >>> + } >>> + >>> + /** >>> + * for java2xml >>> + *@param envStr the Envelope as string >>> + */ >>> + public void setXmlWholeImageEnvelope(String envStr){ >>> + String coords = envStr.substring(envStr.indexOf("[")+1, >> envStr.indexOf("]")); >>> + >>> + String[] coordArray = coords.split(","); >>> + >>> + String[] xCoords = coordArray[0].split(":"); >>> + String[] yCoords = coordArray[1].split(":"); >>> + >>> + double minX = java.lang.Double.parseDouble(xCoords[0]); >>> + double maxX = java.lang.Double.parseDouble(xCoords[1]); >>> + >>> + double minY = java.lang.Double.parseDouble(yCoords[0]); >>> + double maxY = java.lang.Double.parseDouble(yCoords[1]); >>> + >>> + this.setWholeImageEnvelope( new Envelope( minX, maxX, >> minY, maxY ) ); >>> + } >>> + >>> + public void setXmlActualImageEnvelope(String envStr){ >>> + String coords = envStr.substring(envStr.indexOf("[")+1, >> envStr.indexOf("]")); >>> + >>> + String[] coordArray = coords.split(","); >>> + >>> + String[] xCoords = coordArray[0].split(":"); >>> + String[] yCoords = coordArray[1].split(":"); >>> + >>> + double minX = java.lang.Double.parseDouble(xCoords[0]); >>> + double maxX = java.lang.Double.parseDouble(xCoords[1]); >>> + >>> + double minY = java.lang.Double.parseDouble(yCoords[0]); >>> + double maxY = java.lang.Double.parseDouble(yCoords[1]); >>> + >>> + this.setActualImageEnvelope( new Envelope( minX, maxX, >> minY, maxY ) ); >>> + } >>> + >>> + /** >>> + * Method to change the coordinates of the image and later apply >> the >>> + * changes to the RasterImageLayer by using {@link >> RasterImageLayer#setGeometryAsEnvelope(Geometry)}. >>> + *@return return the imageEnvelope (= bounding box) as a geometry, >>> + */ >>> + public Polygon getWholeImageEnvelopeAsGeometry(){ >>> + Coordinate[] coordinates = new Coordinate[5]; >>> + >>> + coordinates[0] = new >> Coordinate(originalImageEnvelope.getMinX(), >> originalImageEnvelope.getMaxY()); >>> + coordinates[1] = new >> Coordinate(originalImageEnvelope.getMaxX(), >> originalImageEnvelope.getMaxY()); >>> + coordinates[2] = new >> Coordinate(originalImageEnvelope.getMaxX(), >> originalImageEnvelope.getMinY()); >>> + coordinates[3] = new >> Coordinate(originalImageEnvelope.getMinX(), >> originalImageEnvelope.getMinY()); >>> + coordinates[4] = new >> Coordinate(originalImageEnvelope.getMinX(), >> originalImageEnvelope.getMaxY()); >>> + >>> + GeometryFactory gf = new GeometryFactory(); >>> + >>> + return gf.createPolygon(gf.createLinearRing(coordinates), >> null); >>> + } >>> + >>> + public Polygon getActualImageEnvelopeAsGeometry(){ >>> + Coordinate[] coordinates = new Coordinate[5]; >>> + >>> + coordinates[0] = new >> Coordinate(actualImageEnvelope.getMinX(), actualImageEnvelope.getMaxY()); >>> + coordinates[1] = new >> Coordinate(actualImageEnvelope.getMaxX(), actualImageEnvelope.getMaxY()); >>> + coordinates[2] = new >> Coordinate(actualImageEnvelope.getMaxX(), actualImageEnvelope.getMinY()); >>> + coordinates[3] = new >> Coordinate(actualImageEnvelope.getMinX(), actualImageEnvelope.getMinY()); >>> + coordinates[4] = new >> Coordinate(actualImageEnvelope.getMinX(), actualImageEnvelope.getMaxY()); >>> + >>> + GeometryFactory gf = new GeometryFactory(); >>> + >>> + return gf.createPolygon(gf.createLinearRing(coordinates), >> null); >>> + } >>> + >>> + /** >>> + * Method to set the coordinates of the image, e.g. after changing >> them after using {@link RasterImageLayer#getEnvelopeAsGeometry()}. >>> + */ >>> + public void setGeometryAsWholeImageEnvelope(Geometry geometry){ >>> + setWholeImageEnvelope(geometry.getEnvelopeInternal()); >>> + } >>> + >>> + public void setGeometryAsActualImageEnvelope(Geometry geometry){ >>> + setActualImageEnvelope(geometry.getEnvelopeInternal()); >>> + } >>> + >>> + /** >>> + * Add transparency to the image (more exactly: to each pixel >> which a color == this.transparentColor) >>> + *@param pImage the image >>> + */ >>> + private BufferedImage setupTransparency(BufferedImage bim){ >>> + //BufferedImage bim = pImage.getAsBufferedImage(); >>> + >>> + ColorModel cm = bim.getColorModel(); >>> + int fullTransparencyAlpha = 255; >>> + >>> + if (this.getTransparentColor()==null){ >>> + return null; >>> + } >>> + >>> + int transparentColor = this.getTransparentColor().getRGB(); >>> + >>> + int currentColor = -1; >>> + int[] argb = new int[4]; >>> + >>> + if (!cm.hasAlpha()){ >>> + bim = RasterImageLayer.makeBufferedImage(bim); >>> + cm = bim.getColorModel(); >>> + >>> + } >>> + >>> + for( int w=0; w<bim.getWidth(); w++){ >>> + for (int h=0; h<bim.getHeight(); h++){ >>> + >>> + currentColor = bim.getRGB(w,h); >>> + >>> + if (currentColor==transparentColor){ >>> + Color color = new >> Color(bim.getRGB(w, h)); >>> + >>> + argb[0] = fullTransparencyAlpha; >>> + argb[1] = color.getRed(); >>> + argb[2] = color.getGreen(); >>> + argb[3] = color.getBlue(); >>> + >>> + bim.setRGB(w,h,1,1,argb,0,1); >>> + } >>> + } >>> + } >>> + >>> + return bim; >>> + } >>> + >>> + private void setImageProcessingMode( int nr ){ >>> + if (lastImgProcessingMode != nr){ >>> + if (imageProcessingStep1!=null) >>> + imageProcessingStep1.flush(); >>> + imageProcessingStep1 = null; >>> + >>> + if (imageProcessingStep2!=null) >>> + imageProcessingStep2.flush(); >>> + imageProcessingStep2 = null; >>> + >>> + imagePart = null; >>> + >>> + oldScaleXImg2Canvas = -1; >>> + >>> + if (Runtime.getRuntime().freeMemory() < >> RasterImageLayer.getMinRamToKeepFree()){ >>> + Runtime.getRuntime().gc(); >>> + } >>> + >>> + lastImgProcessingMode = nr; >>> + } >>> + } >>> + >>> + >>> + private static boolean tilesAreNotNullAndCongruent( Envelope >> oldVisibleEnv, Envelope newVisibleEnv ){ >>> + >>> + if (oldVisibleEnv == null || newVisibleEnv == null) return >> true; >>> + return (oldVisibleEnv.getMinX() == newVisibleEnv.getMinX() >> && >>> + oldVisibleEnv.getMaxX() == >> newVisibleEnv.getMaxX() && >>> + oldVisibleEnv.getMinY() == >> newVisibleEnv.getMinY() && >>> + oldVisibleEnv.getMaxY() == >> newVisibleEnv.getMaxY()); >>> + >>> + } >>> + >>> + /** >>> + * creates a BufferedImage out of an Image >>> + *@param im the Image >>> + *@return the BufferedImage >>> + */ >>> + public static final BufferedImage makeBufferedImage(Image im) { >>> + BufferedImage copy = new BufferedImage(im.getWidth(null), >> im.getHeight(null), BufferedImage.TYPE_INT_ARGB); >>> + // create a graphics context >>> + Graphics2D g2d = copy.createGraphics(); >>> + // copy image >>> + g2d.drawImage(im,0,0,null); >>> + g2d.dispose(); >>> + return copy; >>> + } >>> + >>> + protected BufferedImage getScaledImageMatchingVisible( >> BufferedImage toBeScaled, double XscaleImg2Canvas, double YscaleImg2Canvas >> ){ >>> + >>> + if (toBeScaled==null) return null; >>> + >>> + int scaledWidth = (int)(toBeScaled.getWidth() * >> XscaleImg2Canvas); >>> + int scaledHeight = (int)(toBeScaled.getHeight() * >> Math.abs(YscaleImg2Canvas) ); >>> + >>> + if (scaledWidth<=0 || scaledHeight<=0) return null; >>> + >>> + return scaleImage(toBeScaled, (float)XscaleImg2Canvas, >> (float)Math.abs(YscaleImg2Canvas) ); >>> + >>> + } >>> + >>> + public BufferedImage getTileAsImage( Envelope wantedEnvelope ) >> throws IOException, NoninvertibleTransformException, FileNotFoundException, >> TiffTags.TiffReadingException, Exception{ >>> + double imgWidth = image.getWidth(); >>> + double imgHeight = image.getHeight(); >>> + Envelope imageEnv = getActualImageEnvelope(); >>> + >>> + double minVisibleX = Math.max(wantedEnvelope.getMinX(), >> imageEnv.getMinX()); >>> + double minVisibleY = Math.max(wantedEnvelope.getMinY(), >> imageEnv.getMinY()); >>> + >>> + double maxVisibleX = Math.min(wantedEnvelope.getMaxX(), >> imageEnv.getMaxX()); >>> + double maxVisibleY = Math.min(wantedEnvelope.getMaxY(), >> imageEnv.getMaxY()); >>> + >>> + double offset2VisibleX = imageEnv.getMinX() - >> wantedEnvelope.getMinX(); >>> + double offset2VisibleY = wantedEnvelope.getMaxY() - >> imageEnv.getMaxY(); >>> + >>> + double scaleX = imgWidth / imageEnv.getWidth(); >>> + double scaleY = imgHeight / imageEnv.getHeight(); >>> + >>> + // use local variables! >>> + int xOffset, yOffset, width, height; >>> + >>> + if (offset2VisibleX >= 0){ >>> + xOffset = 0; >>> + } else { >>> + xOffset = (int)(-offset2VisibleX * scaleX); >>> + } >>> + >>> + if (offset2VisibleY >= 0){ >>> + yOffset = 0; >>> + } else { >>> + yOffset = (int)(-offset2VisibleY * scaleY); >>> + } >>> + >>> + width = (int)((maxVisibleX-minVisibleX) * scaleX); >>> + height = (int)((maxVisibleY-minVisibleY) * scaleY); >>> + >>> + if (width < imgWidth && height < imgHeight){ >>> + width += 1; >>> + height += 1; >>> + } >>> + >>> + >>> + if (width <= 0 || height <= 0) return null; >>> + >>> + int wantedWidth = (int)(wantedEnvelope.getWidth() * >> scaleX); >>> + int wantedHeight = (int)(wantedEnvelope.getHeight() * >> scaleY); >>> + >>> + if (image==null){ >>> + reLoadImage(); >>> + } >>> + >>> + BufferedImage imgTile = this.image.getSubimage(xOffset, >> yOffset, width, height); >>> + >>> + BufferedImage result = new BufferedImage( wantedWidth, >> wantedHeight, BufferedImage.TYPE_INT_ARGB); >>> + >>> + Graphics2D graf = result.createGraphics(); >>> + >>> + Color backgroundColor = >> (this.transparentColor!=null)?this.transparentColor:Color.white; >>> + >>> + graf.fillRect(0,0,wantedWidth, wantedHeight); >>> + >>> + int xTileOffset,yTileOffset; >>> + >>> + if (xOffset > 0){ >>> + xTileOffset = 0; >>> + } else { >>> + xTileOffset = (int)(offset2VisibleX * scaleX); >>> + } >>> + >>> + if (yOffset > 0){ >>> + yTileOffset = 0; >>> + } else { >>> + yTileOffset = (int)(offset2VisibleY * scaleY); >>> + } >>> + >>> + graf.drawImage(imgTile, xTileOffset, yTileOffset, >> imgTile.getWidth(), imgTile.getHeight(), backgroundColor, null); >>> + graf.dispose(); >>> + >>> + this.clearImageAndRaster(false); >>> + >>> + return result; >>> + } >>> + >>> + // public Raster getTileAsRaster( Envelope wantedEnvelope ) >> throws IOException{ >>> + // >>> + // double imgWidth = origImageWidth; >>> + // double imgHeight = origImageHeight; >>> + // Envelope imageEnv = originalImageEnvelope; >>> + // >>> + // double minVisibleX = Math.max(wantedEnvelope.getMinX(), >> imageEnv.getMinX()); >>> + // double minVisibleY = Math.max(wantedEnvelope.getMinY(), >> imageEnv.getMinY()); >>> + // >>> + // double maxVisibleX = Math.min(wantedEnvelope.getMaxX(), >> imageEnv.getMaxX()); >>> + // double maxVisibleY = Math.min(wantedEnvelope.getMaxY(), >> imageEnv.getMaxY()); >>> + // >>> + // double offset2VisibleX = imageEnv.getMinX() - >> wantedEnvelope.getMinX(); >>> + // double offset2VisibleY = wantedEnvelope.getMaxY() - >> imageEnv.getMaxY(); >>> + // >>> + // double scaleX = imgWidth / imageEnv.getWidth(); >>> + // double scaleY = imgHeight / imageEnv.getHeight(); >>> + // >>> + // // use local variables! >>> + // int xOffset, yOffset, width, height; >>> + // >>> + // if (offset2VisibleX >= 0){ >>> + // xOffset = 0; >>> + // } else { >>> + // xOffset = (int)(-offset2VisibleX * scaleX); >>> + // } >>> + // >>> + // if (offset2VisibleY >= 0){ >>> + // yOffset = 0; >>> + // } else { >>> + // yOffset = (int)(-offset2VisibleY * scaleY); >>> + // } >>> + // >>> + // width = (int)((maxVisibleX-minVisibleX) * scaleX); >>> + // height = (int)((maxVisibleY-minVisibleY) * scaleY); >>> + // >>> + // if (width < imgWidth && height < imgHeight){ >>> + // width += 1; >>> + // height += 1; >>> + // } >>> + // >>> + // >>> + // if (width <= 0 || height <= 0) return null; >>> + // >>> + // int wantedWidth = (int)(wantedEnvelope.getWidth() * >> scaleX); >>> + // int wantedHeight = (int)(wantedEnvelope.getHeight() * >> scaleY); >>> + // >>> + // Rectangle subset = new Rectangle(xOffset, yOffset, >> wantedWidth, wantedHeight); >>> + // Raster rasterData = >> RasterImageIO.loadRasterData(imageFileName, subset); >>> + // return rasterData; >>> + // >>> + // >>> + //// ColorModel colorModel = >> PlanarImage.createColorModel(rasterData.getSampleModel()); >>> + //// BufferedImage bufimg = new BufferedImage(colorModel, >> (WritableRaster) rasterData, false, null); >>> + //// PlanarImage pimage = >> PlanarImage.wrapRenderedImage(bufimg); >>> + //// >>> + //// BufferedImage imgTile = pimage.getAsBufferedImage( new >> Rectangle(xOffset, yOffset, width, height), pimage.getColorModel()); >>> + //// >>> + //// BufferedImage result = new BufferedImage( wantedWidth, >> wantedHeight, BufferedImage.TYPE_INT_ARGB); >>> + //// >>> + //// Graphics2D graf = result.createGraphics(); >>> + //// >>> + //// Color backgroundColor = >> (this.transparentColor!=null)?this.transparentColor:Color.white; >>> + //// >>> + //// graf.fillRect(0,0,wantedWidth, wantedHeight); >>> + //// >>> + //// int xTileOffset,yTileOffset; >>> + //// >>> + //// if (xOffset > 0){ >>> + //// xTileOffset = 0; >>> + //// } else { >>> + //// xTileOffset = (int)(offset2VisibleX * scaleX); >>> + //// } >>> + //// >>> + //// if (yOffset > 0){ >>> + //// yTileOffset = 0; >>> + //// } else { >>> + //// yTileOffset = (int)(offset2VisibleY * scaleY); >>> + //// } >>> + //// >>> + //// graf.drawImage(imgTile, xTileOffset, yTileOffset, >> imgTile.getWidth(), imgTile.getHeight(), backgroundColor, null); >>> + //// graf.dispose(); >>> + //// >>> + //// this.clearImageAndRaster(false); >>> + //// >>> + //// return result.getData(); >>> + // } >>> + >>> + protected WorkbenchContext getWorkbenchContext(){ >>> + return >> (WorkbenchContext)this.getBlackboard().get(BLACKBOARD_KEY_WORKBENCHCONTEXT); >>> + } >>> + >>> + public static void setWorkbenchContext(WorkbenchContext wContext){ >>> + if (blackboard==null) >>> + blackboard = new Blackboard(); >>> + >>> + blackboard.put(BLACKBOARD_KEY_WORKBENCHCONTEXT, wContext); >>> + } >>> + >>> + public Rectangle getDrawingRectangle( double imgWidth, double >> imgHeight, Envelope imageEnv, Viewport viewport ) throws >> NoninvertibleTransformException{ >>> + >>> + Rectangle visible = viewport.getPanel().getVisibleRect(); >>> + >>> + Point2D upperLeftCorner = null; >>> + Point2D lowerRightCorner = null; >>> + >>> + try { >>> + upperLeftCorner = viewport.toViewPoint(new >> Coordinate(imageEnv.getMinX(), imageEnv.getMaxY())); >>> + lowerRightCorner = viewport.toViewPoint(new >> Coordinate(imageEnv.getMaxX(), imageEnv.getMinY())); >>> >>> @@ Diff output truncated at 100000 characters. @@ >>> >>> >>> _______________________________________________ >>> Jump-pilot-devel mailing list >>> Jump-pilot-devel@lists.sourceforge.net >>> https://lists.sourceforge.net/lists/listinfo/jump-pilot-devel >>> >> >> >> >> _______________________________________________ >> Jump-pilot-devel mailing list >> Jump-pilot-devel@lists.sourceforge.net >> https://lists.sourceforge.net/lists/listinfo/jump-pilot-devel >> > > > > _______________________________________________ > Jump-pilot-devel mailing list > Jump-pilot-devel@lists.sourceforge.net > https://lists.sourceforge.net/lists/listinfo/jump-pilot-devel > _______________________________________________ Jump-pilot-devel mailing list Jump-pilot-devel@lists.sourceforge.net https://lists.sourceforge.net/lists/listinfo/jump-pilot-devel
