Examples of java.awt.image.renderable.ParameterBlock

java.awt.image.renderable.ParameterBlock
A ParameterBlock encapsulates all the information about sources and parameters (Objects) required by a RenderableImageOp, or other classes that process images.
Although it is possible to place arbitrary objects in the source Vector, users of this class may impose semantic constraints such as requiring all sources to be RenderedImages or RenderableImage. ParameterBlock itself is merely a container and performs no checking on source or parameter types.
All parameters in a ParameterBlock are objects; convenience add and set methods are available that take arguments of base type and construct the appropriate subclass of Number (such as Integer or Float). Corresponding get methods perform a downward cast and have return values of base type; an exception will be thrown if the stored values do not have the correct type. There is no way to distinguish between the results of "short s; add(s)" and "add(new Short(s))".
Note that the get and set methods operate on references. Therefore, one must be careful not to share references between ParameterBlocks when this is inappropriate. For example, to create a new ParameterBlock that is equal to an old one except for an added source, one might be tempted to write:
```
 ParameterBlock addSource(ParameterBlock pb, RenderableImage im) { ParameterBlock pb1 = new ParameterBlock(pb.getSources()); pb1.addSource(im); return pb1; } 
```
This code will have the side effect of altering the original ParameterBlock, since the getSources operation returned a reference to its source Vector. Both pb and pb1 share their source Vector, and a change in either is visible to both.
A correct way to write the addSource function is to clone the source Vector:
```
 ParameterBlock addSource (ParameterBlock pb, RenderableImage im) { ParameterBlock pb1 = new ParameterBlock(pb.getSources().clone()); pb1.addSource(im); return pb1; } 
```
The clone method of ParameterBlock has been defined to perform a clone of both the source and parameter Vectors for this reason. A standard, shallow clone is available as shallowClone.
The addSource, setSource, add, and set methods are defined to return 'this' after adding their argument. This allows use of syntax like:
```
 ParameterBlock pb = new ParameterBlock(); op = new RenderableImageOp("operation", pb.add(arg1).add(arg2)); 
```

            formatHints.add(hints);


        final double C0 = 0;
        final double C1 = 256.0;


        ParameterBlock pb = new ParameterBlock();
        pb.addSource(source);
        pb.add(new double[]{C1});
        pb.add(new double[]{C0});
        return JAI.create("Rescale", pb, formatHints);
    }

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            formatHints.add(hints);


        final double C0 = 0;
        final double C1 = 1;


        ParameterBlock pb = new ParameterBlock();
        pb.addSource(source);
        pb.add(new double[]{C1});
        pb.add(new double[]{C0});
        return JAI.create("Rescale", pb, formatHints);
    }

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            formatHints.add(hints);


        final double C0 = 0;
        final double C1 = 1.0/256.0;


        ParameterBlock pb = new ParameterBlock();
        pb.addSource(source);
        pb.add(new double[]{C1});
        pb.add(new double[]{C0});
        return JAI.create("Rescale", pb, formatHints);
    }

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                                                                        cm));


        if (hints != null)
            formatHints.add(hints);


        ParameterBlock pb = new ParameterBlock();
        pb.addSource(source);
        pb.add(cm);
        if (intent != null)
            pb.add(intent);
        else
            pb.add(LCMSColorConvertDescriptor.PERCEPTUAL);
        if (proof != null) {
            pb.add(proof);
            if (proofIntent != null)
                pb.add(proofIntent);
        }
        return JAI.create("LCMSColorConvert", pb, formatHints);
    }

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        // Avoid pushing scaling transforms in drawRenderedImage, it is really slow...
        RenderedImage xformedImage = image;
        if (!imageXform.isIdentity()) {
            RenderingHints extenderHints = new RenderingHints(JAI.KEY_BORDER_EXTENDER,
                                                              BorderExtender.createInstance(BorderExtender.BORDER_COPY));
            ParameterBlock params = new ParameterBlock();
            params.addSource(image);
            params.add(imageXform);
            params.add(Interpolation.getInstance(Interpolation.INTERP_BILINEAR));
            xformedImage = JAI.create("Affine", params, extenderHints);
        }
        g.drawRenderedImage(xformedImage, identityTransform);


        // Find the text area bounds:

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            AffineTransform transform = AffineTransform.getScaleInstance(scale, scale);
            transform.preConcatenate(AffineTransform.getTranslateInstance(imageBounds.x, imageBounds.y));
            RenderingHints formatHints = new RenderingHints(JAI.KEY_BORDER_EXTENDER,
                                                            BorderExtender.createInstance(BorderExtender.BORDER_COPY));
            Interpolation interp = Interpolation.getInstance(Interpolation.INTERP_BILINEAR);
            ParameterBlock params = new ParameterBlock();
            params.addSource(image);
            params.add(transform);
            params.add(interp);
            RenderedOp scaled = JAI.create("Affine", params, formatHints);


            g.drawRenderedImage(scaled, new AffineTransform());


            scaled.dispose();

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        if(opNode instanceof RenderedOp &&
           name.equalsIgnoreCase("roi")) {
            RenderedOp op = (RenderedOp)opNode;


            ParameterBlock pb = op.getParameterBlock();


            // Retrieve the rendered source image and its ROI.
            PlanarImage src = (PlanarImage)pb.getRenderedSource(0);
            Object roiProperty = src.getProperty("ROI");
            if(roiProperty == null ||
               roiProperty == java.awt.Image.UndefinedProperty ||
               !(roiProperty instanceof ROI)) {
                return java.awt.Image.UndefinedProperty;

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        }


        RenderedOp denoiser;


        public PlanarImage setFront1() {
            ParameterBlock pb = new ParameterBlock();
            pb.addSource( back );
            return JAI.create("BilateralFilter", pb, null);
        }

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            ColorScience.YST yst = new ColorScience.YST();


            double[][] rgb2yst = yst.fromRGB(back.getSampleModel().getDataType());
            double[][] yst2rgb = yst.toRGB(back.getSampleModel().getDataType());


            ParameterBlock pb = new ParameterBlock();
            pb.addSource( back );
            pb.add( rgb2yst );
            RenderedOp ystImage = JAI.create("BandCombine", pb, JAIContext.noCacheHint);


            pb = new ParameterBlock();
            pb.addSource(ystImage);
            pb.add(new int[]{0});
            RenderedOp y = JAI.create("bandselect", pb, JAIContext.noCacheHint);


            pb = new ParameterBlock();
            pb.addSource(ystImage);
            pb.add(new int[]{1, 2});
            // NOTE: we cache this because the median filter is an area op that gets its input multiple times
            RenderedOp cc = JAI.create("bandselect", pb, null);


            RenderingHints mfHints = new RenderingHints(JAI.KEY_BORDER_EXTENDER, BorderExtender.createInstance(BorderExtender.BORDER_COPY));
            mfHints.add(JAIContext.noCacheHint);
            pb = new ParameterBlock();
            pb.addSource(cc);
            pb.add(MedianFilterDescriptor.MEDIAN_MASK_SQUARE); // X Shape seems to give the least artifacts
            pb.add(new Integer(Math.max(2 * (int) (denoiseLevel * scale) + 1, 3)));
            denoiser = JAI.create("MedianFilter", pb, mfHints);


            RenderingHints layoutHints = new RenderingHints(JAI.KEY_IMAGE_LAYOUT, Functions.getImageLayout(ystImage));
            pb = new ParameterBlock();
            pb.addSource(y);
            pb.addSource(denoiser);
            layoutHints.add(JAIContext.noCacheHint);
            RenderedOp denoisedyst = JAI.create("BandMerge", pb, layoutHints);


            pb = new ParameterBlock();
            pb.addSource( denoisedyst );
            pb.add( yst2rgb );
            return JAI.create("BandCombine", pb, JAIContext.noCacheHint);
        }

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                ColorScience.LinearTransform transform = new ColorScience.YST();


                double[][] rgb2llab = transform.fromRGB(back.getSampleModel().getDataType());
                double[][] llab2rgb = transform.toRGB(back.getSampleModel().getDataType());


                ParameterBlock pb = new ParameterBlock();
                pb.addSource( front );
                pb.add( rgb2llab );
                PlanarImage ystImage = JAI.create("BandCombine", pb, null);


                pb = new ParameterBlock();
                pb.addSource(ystImage);
                pb.add(color_noise * scale);
                pb.add(0.02f + 0.001f * color_noise);
                ystImage = JAI.create("BilateralFilter", pb, mfHints);


                pb = new ParameterBlock();
                pb.addSource( ystImage );
                pb.add( llab2rgb );
                front = JAI.create("BandCombine", pb, null);
                front.setProperty(JAIContext.PERSISTENT_CACHE_TAG, Boolean.TRUE);
            }


            return front;

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