Examples of java.awt.Graphics2D.drawRenderedImage()

java.awt.Graphics2D.drawRenderedImage()
Renders a {@link RenderedImage}, applying a transform from image space into user space before drawing. The transformation from user space into device space is done with the current Transform in the Graphics2D. The specified transformation is applied to the image before the transform attribute in the Graphics2D context is applied. The rendering attributes applied include the Clip, Transform, and Composite attributes. Note that no rendering is done if the specified transform is noninvertible. @param img the image to be rendered. This method doesnothing if img is null. @param xform the transformation from image space into user space @see #transform @see #setTransform @see #setComposite @see #clip @see #setClip


        if (image != null) {
            if (paintingTransform != null) {
                g2d.transform(paintingTransform);
            }
            g2d.drawRenderedImage(image, null);
            g2d.setRenderingHint(RenderingHints.KEY_ANTIALIASING,
                                 RenderingHints.VALUE_ANTIALIAS_OFF);
            Iterator it = overlays.iterator();
            while (it.hasNext()) {
                ((Overlay)it.next()).paint(g);

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        Dimension size = new Dimension(image.getWidth(), image.getHeight());
        BufferedImage buf = buildBufferedImage(size);


        Graphics2D g = createGraphics(buf);


        g.drawRenderedImage(image, IDENTITY);
        g.dispose();


        // Save image into file
        saveBufferedImageToFile(imageElement, buf, generatorContext);
    }

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        } else {
            decodedImage = new BufferedImage(decodedRenderedImage.getWidth(),
                                             decodedRenderedImage.getHeight(),
                                             BufferedImage.TYPE_INT_ARGB);
            ig = decodedImage.createGraphics();
            ig.drawRenderedImage(decodedRenderedImage, 
                                 new AffineTransform());
            ig.dispose();
        }


        // Compare images

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        AffineTransform redTxf = new AffineTransform();
        Point2D.Double redVec = new Point2D.Double();
        RenderedImage refRed = null;
        if(ARed != null){
            // System.out.println("Drawing A");
            g.drawRenderedImage(ARed, redTxf);
            refRed = ARed;
        }
        if(BRed != null){
            // System.out.println("Drawing B");

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            redVec.y = Math.floor(redVec.y) - (BRed.getMinY() - refRed.getMinY());


            // System.out.println("BRed adjust : " + redVec);


                // redTxf.setToTranslation(redVec.x, redVec.y);
            g.drawRenderedImage(BRed, redTxf);
        }
        if(CRed != null){
            // System.out.println("Drawing C");


            if(refRed == null){

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            redVec.y = Math.floor(redVec.y) - (CRed.getMinY() - refRed.getMinY());


            // System.out.println("CRed adjust : " + redVec);


                // redTxf.setToTranslation(redVec.x, redVec.y);
            g.drawRenderedImage(CRed, redTxf);
        }
        if(DRed != null){
            // System.out.println("Drawing D");


            if(refRed == null){

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            redVec.y = Math.floor(redVec.y) - (DRed.getMinY() - refRed.getMinY());


            // System.out.println("DRed adjust : " + redVec);


                // redTxf.setToTranslation(redVec.x, redVec.y);
            g.drawRenderedImage(DRed, redTxf);
        }


        CachableRed realTile;
        realTile = new BufferedImageCachableRed(realTileBI,
                                                realTileRectDev.x,

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        AffineTransform redTxf = new AffineTransform();
        Point2D.Double redVec = new Point2D.Double();
        RenderedImage refRed = null;
        if(ARed != null){
            // System.out.println("Drawing A");
            g.drawRenderedImage(ARed, redTxf);
            refRed = ARed;
        }
        if(BRed != null){
            // System.out.println("Drawing B");

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            redVec.y = Math.floor(redVec.y) - (BRed.getMinY() - refRed.getMinY());


            // System.out.println("BRed adjust : " + redVec);


                // redTxf.setToTranslation(redVec.x, redVec.y);
            g.drawRenderedImage(BRed, redTxf);
        }
        if(CRed != null){
            // System.out.println("Drawing C");


            if(refRed == null){

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            redVec.y = Math.floor(redVec.y) - (CRed.getMinY() - refRed.getMinY());


            // System.out.println("CRed adjust : " + redVec);


                // redTxf.setToTranslation(redVec.x, redVec.y);
            g.drawRenderedImage(CRed, redTxf);
        }
        if(DRed != null){
            // System.out.println("Drawing D");


            if(refRed == null){

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