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* Makefile.am (texinfo): Add texinfo target for generating texinfo
documentation.
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* doc/java-applet.texi, doc/java-lang-reflect.texi,
doc/java-awt-color.texi, doc/java-lang.texi,
doc/java-awt-datatransfer.texi, doc/java-math.texi,
doc/java-awt-event.texi, doc/java-net.texi,
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doc/java-awt-peer.texi, doc/java-sql.texi, doc/java-awt.texi,
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doc/java-util-zip.texi, doc/java-io.texi, doc/java-util.texi,
doc/java-lang-ref.texi: New files.
From-SVN: r38789
577 lines
22 KiB
Plaintext
577 lines
22 KiB
Plaintext
@deftypemethod AffineTransform {public static AffineTransform} getTranslateInstance (double@w{ }@var{tx}, double@w{ }@var{ty})
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@end deftypemethod
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@deftypemethod AffineTransform {public static AffineTransform} getRotateInstance (double@w{ }@var{theta})
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@end deftypemethod
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@deftypemethod AffineTransform {public static AffineTransform} getRotateInstance (double@w{ }@var{theta}, double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod AffineTransform {public static AffineTransform} getScaleInstance (double@w{ }@var{sx}, double@w{ }@var{sy})
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@end deftypemethod
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@deftypemethod AffineTransform {public static AffineTransform} getShearInstance (double@w{ }@var{shx}, double@w{ }@var{shy})
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@end deftypemethod
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@deftypemethod AffineTransform {public int} getType ()
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getDeterminant ()
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@end deftypemethod
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@deftypemethod AffineTransform {public void} getMatrix (double[]@w{ }@var{flatmatrix})
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getScaleX ()
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getScaleY ()
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getShearX ()
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getShearY ()
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getTranslateX ()
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@end deftypemethod
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@deftypemethod AffineTransform {public double} getTranslateY ()
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@end deftypemethod
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@deftypemethod AffineTransform {public void} translate (double@w{ }@var{tx}, double@w{ }@var{ty})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} rotate (double@w{ }@var{theta})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} rotate (double@w{ }@var{theta}, double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} scale (double@w{ }@var{sx}, double@w{ }@var{sy})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} shear (double@w{ }@var{shx}, double@w{ }@var{shy})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setToIdentity ()
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setToTranslation (double@w{ }@var{tx}, double@w{ }@var{ty})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setToRotation (double@w{ }@var{theta})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setToScale (double@w{ }@var{sx}, double@w{ }@var{sy})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setToShear (double@w{ }@var{shx}, double@w{ }@var{shy})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setTransform (java.awt.geom.AffineTransform@w{ }@var{tx})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} setTransform (double@w{ }@var{m00}, double@w{ }@var{m10}, double@w{ }@var{m01}, double@w{ }@var{m11}, double@w{ }@var{m02}, double@w{ }@var{m12})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} concatenate (java.awt.geom.AffineTransform@w{ }@var{tx})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} preConcatenate (java.awt.geom.AffineTransform@w{ }@var{tx})
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@end deftypemethod
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@deftypemethod AffineTransform {public AffineTransform} createInverse () @*throws NoninvertibleTransformException
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@end deftypemethod
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@deftypemethod AffineTransform {public Point2D} transform (java.awt.geom.Point2D@w{ }@var{src}, java.awt.geom.Point2D@w{ }@var{dst})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} transform (java.awt.geom.Point2D[]@w{ }@var{src}, int@w{ }@var{srcOff}, java.awt.geom.Point2D[]@w{ }@var{dst}, int@w{ }@var{dstOff}, int@w{ }@var{num})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} transform (float[]@w{ }@var{srcPts}, int@w{ }@var{srcOff}, float[]@w{ }@var{dstPts}, int@w{ }@var{dstOff}, int@w{ }@var{num})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} transform (double[]@w{ }@var{srcPts}, int@w{ }@var{srcOff}, double[]@w{ }@var{dstPts}, int@w{ }@var{dstOff}, int@w{ }@var{num})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} transform (float[]@w{ }@var{srcPts}, int@w{ }@var{srcOff}, double[]@w{ }@var{dstPts}, int@w{ }@var{dstOff}, int@w{ }@var{num})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} transform (double[]@w{ }@var{srcPts}, int@w{ }@var{srcOff}, float[]@w{ }@var{dstPts}, int@w{ }@var{dstOff}, int@w{ }@var{num})
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@end deftypemethod
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@deftypemethod AffineTransform {public Point2D} inverseTransform (java.awt.geom.Point2D@w{ }@var{src}, java.awt.geom.Point2D@w{ }@var{dst}) @*throws NoninvertibleTransformException
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@end deftypemethod
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@deftypemethod AffineTransform {public void} inverseTransform (double[]@w{ }@var{srcPts}, int@w{ }@var{srcOff}, double[]@w{ }@var{dstPts}, int@w{ }@var{dstOff}, int@w{ }@var{num}) @*throws NoninvertibleTransformException
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@end deftypemethod
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@deftypemethod AffineTransform {public Point2D} deltaTransform (java.awt.geom.Point2D@w{ }@var{src}, java.awt.geom.Point2D@w{ }@var{dst})
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@end deftypemethod
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@deftypemethod AffineTransform {public void} deltaTransform (double[]@w{ }@var{srcPts}, int@w{ }@var{srcOff}, double[]@w{ }@var{dstPts}, int@w{ }@var{dstOff}, int@w{ }@var{num})
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@end deftypemethod
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@deftypemethod AffineTransform {public Shape} createTransformedShape (java.awt.Shape@w{ }@var{pSrc})
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@end deftypemethod
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@deftypemethod AffineTransform {public String} toString ()
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@end deftypemethod
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@deftypemethod AffineTransform {public boolean} isIdentity ()
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@end deftypemethod
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@deftypemethod AffineTransform {public Object} clone ()
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@end deftypemethod
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@deftypemethod AffineTransform {public int} hashCode ()
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@end deftypemethod
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@deftypemethod AffineTransform {public boolean} equals (java.lang.Object@w{ }@var{obj})
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@end deftypemethod
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@deftypemethod Dimension2D {public abstract double} getWidth ()
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@end deftypemethod
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@deftypemethod Dimension2D {public abstract double} getHeight ()
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@end deftypemethod
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@deftypemethod Dimension2D {public abstract void} setSize (double@w{ }@var{width}, double@w{ }@var{height})
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@end deftypemethod
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@deftypemethod Dimension2D {public void} setSize (java.awt.geom.Dimension2D@w{ }@var{dim})
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@end deftypemethod
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@deftypemethod Dimension2D {public Object} clone ()
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@end deftypemethod
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@deftypemethod Ellipse2D {public boolean} contains (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Ellipse2D {public boolean} contains (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Ellipse2D {public PathIterator} getPathIterator (java.awt.geom.AffineTransform@w{ }@var{at})
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@end deftypemethod
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@deftypemethod Ellipse2D {public boolean} intersects (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public double} getHeight ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public double} getWidth ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public double} getX ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public double} getY ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Double {public void} setFrame (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public double} getHeight ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public double} getWidth ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public double} getX ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public double} getY ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public void} setFrame (float@w{ }@var{x}, float@w{ }@var{y}, float@w{ }@var{w}, float@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Ellipse2D.Float {public void} setFrame (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod PathIterator {public int} currentSegment (double[]@w{ }@var{coords})
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@end deftypemethod
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@deftypemethod PathIterator {public int} currentSegment (float[]@w{ }@var{coords})
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@end deftypemethod
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@deftypemethod PathIterator {public int} getWindingRule ()
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@end deftypemethod
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@deftypemethod PathIterator {public boolean} isDone ()
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@end deftypemethod
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@deftypemethod PathIterator {public void} next ()
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@end deftypemethod
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@deftypemethod Point2D {public abstract double} getX ()
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@end deftypemethod
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@deftypemethod Point2D {public abstract double} getY ()
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@end deftypemethod
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@deftypemethod Point2D {public abstract void} setLocation (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Point2D {public void} setLocation (java.awt.geom.Point2D@w{ }@var{pt})
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@end deftypemethod
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@deftypemethod Point2D {public static double} distanceSq (double@w{ }@var{X1}, double@w{ }@var{Y1}, double@w{ }@var{X2}, double@w{ }@var{Y2})
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@end deftypemethod
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@deftypemethod Point2D {public static double} distance (double@w{ }@var{X1}, double@w{ }@var{Y1}, double@w{ }@var{X2}, double@w{ }@var{Y2})
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@end deftypemethod
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@deftypemethod Point2D {public double} distanceSq (double@w{ }@var{PX}, double@w{ }@var{PY})
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@end deftypemethod
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@deftypemethod Point2D {public double} distance (double@w{ }@var{PX}, double@w{ }@var{PY})
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@end deftypemethod
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@deftypemethod Point2D {public double} distanceSq (java.awt.geom.Point2D@w{ }@var{pt})
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@end deftypemethod
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@deftypemethod Point2D {public double} distance (java.awt.geom.Point2D@w{ }@var{pt})
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@end deftypemethod
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@deftypemethod Point2D {public int} hashCode ()
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@end deftypemethod
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@deftypemethod Point2D {public Object} clone ()
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@end deftypemethod
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@deftypemethod Point2D {public boolean} equals (java.lang.Object@w{ }@var{o})
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@end deftypemethod
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@deftypemethod Point2D.Double {public double} getX ()
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@end deftypemethod
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@deftypemethod Point2D.Double {public double} getY ()
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@end deftypemethod
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@deftypemethod Point2D.Double {public void} setLocation (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Point2D.Double {public String} toString ()
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@end deftypemethod
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@deftypemethod Point2D.Float {public double} getX ()
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@end deftypemethod
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@deftypemethod Point2D.Float {public double} getY ()
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@end deftypemethod
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@deftypemethod Point2D.Float {public void} setLocation (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Point2D.Float {public void} setLocation (float@w{ }@var{x}, float@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Point2D.Float {public String} toString ()
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@end deftypemethod
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@deftypemethod Rectangle2D {public abstract void} setRect (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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Set the bounding box of this rectangle.
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@end deftypemethod
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@deftypemethod Rectangle2D {public void} setRect (java.awt.geom.Rectangle2D@w{ }@var{r})
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Set the bounding box of this rectangle.
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@end deftypemethod
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@deftypemethod Rectangle2D {public boolean} intersectsLine (double@w{ }@var{x1}, double@w{ }@var{y1}, double@w{ }@var{x2}, double@w{ }@var{y2})
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Returns true if line segment intersects interior of this
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rectangle.
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@end deftypemethod
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@deftypemethod Rectangle2D {public abstract int} outcode (double@w{ }@var{x}, double@w{ }@var{y})
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Return true if line segment intersects interior of this
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rectangle.
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@end deftypemethod
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@deftypemethod Rectangle2D {public int} outcode (java.awt.geom.Point2D@w{ }@var{p})
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@end deftypemethod
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@deftypemethod Rectangle2D {public void} setFrame (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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Set bounding frame for this rectangle.
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@end deftypemethod
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@deftypemethod Rectangle2D {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod Rectangle2D {public boolean} contains (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Rectangle2D {public boolean} intersects (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Rectangle2D {public boolean} contains (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Rectangle2D {public abstract Rectangle2D} createIntersection (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D {public static void} intersect (java.awt.geom.Rectangle2D@w{ }@var{src1}, java.awt.geom.Rectangle2D@w{ }@var{src2}, java.awt.geom.Rectangle2D@w{ }@var{dest})
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@end deftypemethod
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@deftypemethod Rectangle2D {public abstract Rectangle2D} createUnion (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D {public static void} union (java.awt.geom.Rectangle2D@w{ }@var{src1}, java.awt.geom.Rectangle2D@w{ }@var{src2}, java.awt.geom.Rectangle2D@w{ }@var{dest})
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@end deftypemethod
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@deftypemethod Rectangle2D {public void} add (double@w{ }@var{newx}, double@w{ }@var{newy})
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@end deftypemethod
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@deftypemethod Rectangle2D {public void} add (java.awt.geom.Point2D@w{ }@var{p})
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@end deftypemethod
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@deftypemethod Rectangle2D {public void} add (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D {public PathIterator} getPathIterator (java.awt.geom.AffineTransform@w{ }@var{at})
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public double} getX ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public double} getY ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public double} getWidth ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public double} getHeight ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public void} setRect (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public void} setRect (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public int} outcode (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public Rectangle2D} createIntersection (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public Rectangle2D} createUnion (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D.Double {public String} toString ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public double} getX ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public double} getY ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public double} getWidth ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public double} getHeight ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public void} setRect (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public void} setRect (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public int} outcode (double@w{ }@var{x}, double@w{ }@var{y})
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public Rectangle2D} createIntersection (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public Rectangle2D} createUnion (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod Rectangle2D.Float {public String} toString ()
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@end deftypemethod
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@deftypemethod RectangularShape {public abstract double} getX ()
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@end deftypemethod
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@deftypemethod RectangularShape {public abstract double} getY ()
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@end deftypemethod
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@deftypemethod RectangularShape {public abstract double} getWidth ()
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@end deftypemethod
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@deftypemethod RectangularShape {public abstract double} getHeight ()
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@end deftypemethod
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@deftypemethod RectangularShape {public double} getMinX ()
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@end deftypemethod
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@deftypemethod RectangularShape {public double} getMinY ()
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@end deftypemethod
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@deftypemethod RectangularShape {public double} getMaxX ()
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@end deftypemethod
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@deftypemethod RectangularShape {public double} getMaxY ()
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@end deftypemethod
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@deftypemethod RectangularShape {public double} getCenterX ()
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@end deftypemethod
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@deftypemethod RectangularShape {public double} getCenterY ()
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@end deftypemethod
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@deftypemethod RectangularShape {public Rectangle2D} getFrame ()
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@end deftypemethod
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@deftypemethod RectangularShape {public abstract boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod RectangularShape {public abstract void} setFrame (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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@end deftypemethod
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@deftypemethod RectangularShape {public void} setFrame (java.awt.geom.Point2D@w{ }@var{loc}, java.awt.geom.Dimension2D@w{ }@var{size})
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@end deftypemethod
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@deftypemethod RectangularShape {public void} setFrame (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod RectangularShape {public void} setFrameFromDiagonal (double@w{ }@var{x1}, double@w{ }@var{y1}, double@w{ }@var{x2}, double@w{ }@var{y2})
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@end deftypemethod
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@deftypemethod RectangularShape {public void} setFrameFromDiagonal (java.awt.geom.Point2D@w{ }@var{p1}, java.awt.geom.Point2D@w{ }@var{p2})
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@end deftypemethod
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@deftypemethod RectangularShape {public void} setFrameFromCenter (double@w{ }@var{centerX}, double@w{ }@var{centerY}, double@w{ }@var{cornerX}, double@w{ }@var{cornerY})
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@end deftypemethod
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@deftypemethod RectangularShape {public void} setFrameFromCenter (java.awt.geom.Point2D@w{ }@var{center}, java.awt.geom.Point2D@w{ }@var{corner})
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@end deftypemethod
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@deftypemethod RectangularShape {public boolean} contains (java.awt.geom.Point2D@w{ }@var{p})
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@end deftypemethod
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@deftypemethod RectangularShape {public boolean} intersects (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod RectangularShape {public boolean} contains (java.awt.geom.Rectangle2D@w{ }@var{r})
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@end deftypemethod
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@deftypemethod RectangularShape {public Rectangle} getBounds ()
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@end deftypemethod
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@deftypemethod RectangularShape {public PathIterator} getPathIterator (java.awt.geom.AffineTransform@w{ }@var{at}, double@w{ }@var{flatness})
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@end deftypemethod
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@deftypemethod RectangularShape {public Object} clone ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public abstract double} getArcHeight ()
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Return the arc height of this round rectangle.
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public abstract double} getArcWidth ()
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Return the arc width of this round rectangle.
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public abstract void} setRoundRect (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h}, double@w{ }@var{arcWidth}, double@w{ }@var{arcHeight})
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Set the values of this round rectangle
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public boolean} contains (double@w{ }@var{x}, double@w{ }@var{y})
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Return true if this object contains the specified point.
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public boolean} contains (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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Return true if this object contains the specified rectangle
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public PathIterator} getPathIterator (java.awt.geom.AffineTransform@w{ }@var{at})
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Return a new path iterator which iterates over this rectangle.
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public boolean} intersects (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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Return true if the given rectangle intersects this shape.
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public void} setFrame (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h})
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Set the boundary of this round rectangle.
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@end deftypemethod
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@deftypemethod RoundRectangle2D {public void} setRoundRect (java.awt.geom.RoundRectangle2D@w{ }@var{rr})
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Set the values of this round rectangle to be the same as those
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of the argument.
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public double} getArcHeight ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public double} getArcWidth ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public double} getX ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public double} getY ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public double} getWidth ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public double} getHeight ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public void} setRoundRect (float@w{ }@var{x}, float@w{ }@var{y}, float@w{ }@var{w}, float@w{ }@var{h}, float@w{ }@var{arcWidth}, float@w{ }@var{arcHeight})
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Float {public void} setRoundRect (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h}, double@w{ }@var{arcWidth}, double@w{ }@var{arcHeight})
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public double} getArcHeight ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public double} getArcWidth ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public Rectangle2D} getBounds2D ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public double} getX ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public double} getY ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public double} getWidth ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public double} getHeight ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public boolean} isEmpty ()
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@end deftypemethod
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@deftypemethod RoundRectangle2D.Double {public void} setRoundRect (double@w{ }@var{x}, double@w{ }@var{y}, double@w{ }@var{w}, double@w{ }@var{h}, double@w{ }@var{arcWidth}, double@w{ }@var{arcHeight})
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@end deftypemethod
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