public PDRectangle() 
{
        rectArray = new COSArray();
        rectArray.add( new COSFloat( 0.0f ) );
        rectArray.add( new COSFloat( 0.0f ) );
        rectArray.add( new COSFloat( 0.0f ) );
        rectArray.add( new COSFloat( 0.0f ) );
}

Constructor. Initializes to 0,0,0,0

 public PDRectangle(BoundingBox box) 
{
        rectArray = new COSArray();
        rectArray.add( new COSFloat( box.getLowerLeftX() ) );
        rectArray.add( new COSFloat( box.getLowerLeftY() ) );
        rectArray.add( new COSFloat( box.getUpperRightX() ) );
        rectArray.add( new COSFloat( box.getUpperRightY() ) );
}

Constructor.

Parameters:

box - The non PD bouding box.

 public PDRectangle(COSArray array) 
{
        rectArray = array;
}

Constructor.

Parameters:

array - An array of numbers as specified in the PDF Reference for a rectangle type.

 public PDRectangle(float width,
    float height) 
{
        rectArray = new COSArray();
        rectArray.add( new COSFloat( 0.0f ) );
        rectArray.add( new COSFloat( 0.0f ) );
        rectArray.add( new COSFloat( width ) );
        rectArray.add( new COSFloat( height ) );
}

Constructor.

Parameters:

width - The width of the rectangle.

height - The height of the rectangle.

 public boolean contains(float x,
    float y) 
{
        float llx = getLowerLeftX();
        float urx = getUpperRightX();
        float lly = getLowerLeftY();
        float ury = getUpperRightY();
        return x  >= llx && x < = urx &&
               y  >= lly && y < = ury;
}

Method to determine if the x/y point is inside this rectangle.

 public Dimension createDimension() 
{
        return new Dimension( (int)getWidth(), (int)getHeight() );
}

A convenience method to create a dimension object for AWT operations.

 public PDRectangle createRetranslatedRectangle() 
{
        PDRectangle retval = new PDRectangle();
        retval.setUpperRightX( getWidth() );
        retval.setUpperRightY( getHeight() );
        return retval;
}

This will create a translated rectangle based off of this rectangle, such that the new rectangle retains the same dimensions(height/width), but the lower left x,y values are zero.
100, 100, 400, 400 (llx, lly, urx, ury )
will be translated to 0,0,300,300

 public COSArray getCOSArray() 
{
        return rectArray;
}

This will get the underlying array for this rectangle.

 public COSBase getCOSObject() 
{
        return rectArray;
}

Convert this standard java object to a COS object.

 public float getHeight() 
{
        return getUpperRightY() - getLowerLeftY();
}

This will get the height of this rectangle as calculated by upperRightY - lowerLeftY.

 public float getLowerLeftX() 
{
        return ((COSNumber)rectArray.get(0)).floatValue();
}

This will get the lower left x coordinate.

 public float getLowerLeftY() 
{
        return ((COSNumber)rectArray.get(1)).floatValue();
}

This will get the lower left y coordinate.

 public float getUpperRightX() 
{
        return ((COSNumber)rectArray.get(2)).floatValue();
}

This will get the upper right x coordinate.

 public float getUpperRightY() 
{
        return ((COSNumber)rectArray.get(3)).floatValue();
}

This will get the upper right y coordinate.

 public float getWidth() 
{
        return getUpperRightX() - getLowerLeftX();
}

This will get the width of this rectangle as calculated by upperRightX - lowerLeftX.

 public  void move(float horizontalAmount,
    float verticalAmount) 
{
        setUpperRightX(getUpperRightX() + horizontalAmount);
        setLowerLeftX(getLowerLeftX() + horizontalAmount);
        setUpperRightY(getUpperRightY() + verticalAmount);
        setLowerLeftY(getLowerLeftY() + verticalAmount);
}

This will move the rectangle the given relative amount.

 public  void setLowerLeftX(float value) 
{
        rectArray.set(0, new COSFloat( value ) );
}

This will set the lower left x coordinate.

 public  void setLowerLeftY(float value) 
{
        rectArray.set(1, new COSFloat( value ) );
}

This will set the lower left y coordinate.

 public  void setUpperRightX(float value) 
{
        rectArray.set(2, new COSFloat( value ) );
}

This will set the upper right x coordinate.

 public  void setUpperRightY(float value) 
{
        rectArray.set(3, new COSFloat( value ) );
}

This will set the upper right y coordinate.

 public String toString() 
{
        return "[" + getLowerLeftX() + "," + getLowerLeftY() + "," +
                     getUpperRightX() + "," + getUpperRightY() +"]";
}

This will return a string representation of this rectangle.