Examples of java.awt.geom.AffineTransform.concatenate()

java.awt.geom.AffineTransform.concatenate()
Concatenates an AffineTransform Tx to this AffineTransform Cx in the most commonly useful way to provide a new user space that is mapped to the former user space by Tx. Cx is updated to perform the combined transformation. Transforming a point p by the updated transform Cx' is equivalent to first transforming p by Tx and then transforming the result by the original transform Cx like this: Cx'(p) = Cx(Tx(p)) In matrix notation, if this transform Cx is represented by the matrix [this] and Tx is represented by the matrix [Tx] then this method does the following:
```
 [this] = [this] x [Tx] 
```
@param Tx the AffineTransform object to beconcatenated with this AffineTransform object. @see #preConcatenate @since 1.2

            // Build proper transform from gradient space to page space
            // ('Patterns' don't get userspace transform).
            AffineTransform transform;
            transform = new AffineTransform(getBaseTransform());
            transform.concatenate(getTransform());
            transform.concatenate(gp.getTransform());


            List theMatrix = new java.util.ArrayList();
            double [] mat = new double[6];
            transform.getMatrix(mat);
            for (int idx = 0; idx < mat.length; idx++) {

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                return false;
            }


            AffineTransform transform;
            transform = new AffineTransform(getBaseTransform());
            transform.concatenate(getTransform());
            transform.concatenate(rgp.getTransform());


            List theMatrix = new java.util.ArrayList();
            double [] mat = new double[6];
            transform.getMatrix(mat);

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            }


            AffineTransform transform;
            transform = new AffineTransform(getBaseTransform());
            transform.concatenate(getTransform());
            transform.concatenate(rgp.getTransform());


            List theMatrix = new java.util.ArrayList();
            double [] mat = new double[6];
            transform.getMatrix(mat);
            for (int idx = 0; idx < mat.length; idx++) {

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        bbox.add(new Double(rect.getWidth() + rect.getX()));
        bbox.add(new Double(rect.getY()));


        AffineTransform transform;
        transform = new AffineTransform(getBaseTransform());
        transform.concatenate(getTransform());
        transform.concatenate(pp.getPatternTransform());


        List theMatrix = new java.util.ArrayList();
        double [] mat = new double[6];
        transform.getMatrix(mat);

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        bbox.add(new Double(rect.getY()));


        AffineTransform transform;
        transform = new AffineTransform(getBaseTransform());
        transform.concatenate(getTransform());
        transform.concatenate(pp.getPatternTransform());


        List theMatrix = new java.util.ArrayList();
        double [] mat = new double[6];
        transform.getMatrix(mat);
        for (int idx = 0; idx < mat.length; idx++) {

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        currentStream.write("BT\n");


        AffineTransform localTransform = new AffineTransform();
        localTransform.translate(x, y);
        if (fontTransform != null) {
            localTransform.concatenate(fontTransform);
        }
        localTransform.scale(1, -1);
        double[] lt = new double[6];
        localTransform.getMatrix(lt);
        currentStream.write(PDFNumber.doubleOut(lt[0]) + " "

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       AffineTransform tf;
       AffineTransform at = new AffineTransform();
       for (Iterator iter = stateStack.iterator(); iter.hasNext();) {
           Data d = (Data)iter.next();
           tf = d.transform;
           at.concatenate(tf);
       }
       at.concatenate(getData().transform);
       return at;
    }

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       for (Iterator iter = stateStack.iterator(); iter.hasNext();) {
           Data d = (Data)iter.next();
           tf = d.transform;
           at.concatenate(tf);
       }
       at.concatenate(getData().transform);
       return at;
    }


    /**
     * Get a copy of the base transform for the page. Used to translate

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    }


    public AffineTransform transform() {
      AffineTransform toReturn = new AffineTransform();
      toReturn.translate(left, top);
      toReturn.concatenate(transform);


      assert checkTransform(toReturn);
      return toReturn;
    }

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                int x = dim.width / 2;
                int y = dim.height / 2;
                AffineTransform t = AffineTransform.getTranslateInstance(x, y);
                t.scale(2, 2);
                t.translate(-x, -y);
                t.concatenate(at);
                setRenderingTransform(t);
            }
        }
    }

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