Examples of java.awt.image.renderable.RenderContext

java.awt.image.renderable.RenderContext
A RenderContext encapsulates the information needed to produce a specific rendering from a RenderableImage. It contains the area to be rendered specified in rendering-independent terms, the resolution at which the rendering is to be performed, and hints used to control the rendering process.
Users create RenderContexts and pass them to the RenderableImage via the createRendering method. Most of the methods of RenderContexts are not meant to be used directly by applications, but by the RenderableImage and operator classes to which it is passed.
The AffineTransform parameter passed into and out of this class are cloned. The RenderingHints and Shape parameters are not necessarily cloneable and are therefore only reference copied. Altering RenderingHints or Shape instances that are in use by instances of RenderContext may have undesired side effects.

        
        background = new PadRable8Bit(background, r2d, PadMode.ZERO_PAD);


        
        RenderedImage ri = background.createRendering
            (new RenderContext(renderContext.getTransform(), r2d, 
                               renderContext.getRenderingHints()));
        // System.out.println("RI: [" + ri.getMinX() + ", " 
        //                    + ri.getMinY() + ", " +
        //                    + ri.getWidth() + ", " +
        //                    + ri.getHeight() + "]");

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        rh.put(RenderingHintsKeyExt.KEY_COLORSPACE, 
               ColorSpaceHintKey.VALUE_COLORSPACE_ALPHA_CONVERT);


        RenderedImage ri;
        ri = getSource().createRendering(new RenderContext(at, aoi, rh));
        if (ri == null)
            return null;


        CachableRed cr = RenderedImageCachableRed.wrap(ri);

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        RenderedImage ri = null;
        if (arect.intersects(srect) == true) {
            srect = (Rectangle2D)srect.clone();
            Rectangle2D.intersect(srect, arect, srect);
            
            RenderContext srcRC = new RenderContext(usr2dev, srect, rh);
            ri = src.createRendering(srcRC);


            // System.out.println("Pad filt: " + src + " R: " +
            //                    src.getBounds2D());
        }

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        if (origAOI == null)
            origAOI = getBounds2D();


        Rectangle2D aoiR = origAOI.getBounds2D();


        RenderContext srcRc = new RenderContext(srcAt, aoiR, rh);
        RenderedImage mapRed = map.createRendering(srcRc);


        if (mapRed == null) return null;


        // Grow the area of interest in user space. to account for
        // the max surround needs of displacement map.
        aoiR = new Rectangle2D.Double(aoiR.getX()      - scale/2,
                                      aoiR.getY()      - scale/2,
                                      aoiR.getWidth()  + scale,
                                      aoiR.getHeight() + scale);


        Rectangle2D displacedRect = displaced.getBounds2D();
        if (aoiR.intersects(displacedRect) == false)
            return null;


        aoiR = aoiR.createIntersection(displacedRect);
        srcRc = new RenderContext(srcAt, aoiR, rh);
        RenderedImage displacedRed = displaced.createRendering(srcRc);


        if (displacedRed == null) return null;


        mapRed = convertSourceCS(mapRed);

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        // update the current affine transform
        AffineTransform at = rc.getTransform();
        at.concatenate(affine);


        // Return what our input creates (it should factor in our affine).
        return getSource().createRendering(new RenderContext(at, aoi, rh));
    }

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            Rectangle2D.intersect(aoiR, bounds2d, aoiR);
        }


        Rectangle devRect = at.createTransformedShape(aoiR).getBounds();


        rc = new RenderContext(at, aoiR, rh);


        Vector srcs = new Vector();


        Iterator i = getSources().iterator();
        while (i.hasNext()) {

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        if (destCS == ColorSpace.getInstance(ColorSpace.CS_sRGB))
            tileRable.setColorSpaceLinear(false);
        else if (destCS == ColorSpace.getInstance(ColorSpace.CS_LINEAR_RGB))
            tileRable.setColorSpaceLinear(true);


        RenderContext rc = new RenderContext(usr2dev,  EVERYTHING, hints);
        tiled = tileRable.createRendering(rc);
        // System.out.println("tileRed: " + tiled);
        // org.apache.batik.test.gvt.ImageDisplay.showImage("Tiled: ", tiled);


        //System.out.println("Created rendering");

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                                       r.getWidth() +2*outsetX/scaleX,
                                       r.getHeight()+2*outsetY/scaleY);
        }


        RenderedImage ri;
        ri = getSource().createRendering(new RenderContext(srcAt, r, rh));
        if (ri == null)
            return null;


        CachableRed cr = convertSourceCS(ri);

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        // We only want it's alpha channel...
        rh.put(RenderingHintsKeyExt.KEY_COLORSPACE, 
               ColorSpaceHintKey.VALUE_COLORSPACE_ALPHA);


        RenderedImage ri;
        ri = getSource().createRendering(new RenderContext(at, aoi, rh));
        
        if(ri == null){
            return null;
        }

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        float yscale = 100f/src.getHeight();


        if (scale > yscale) scale=yscale;
        
        AffineTransform at = AffineTransform.getScaleInstance(scale, scale);
        rc = new RenderContext(at, rc.getRenderingHints());
        RenderedImage histRI = getSource().createRendering(rc);


        histo = new HistogramRed(convertSourceCS(histRI)).getHistogram();


        int t = (int)(histRI.getWidth()*histRI.getHeight()*trim+0.5);

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