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will crop second dimension of the given array at the given length
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AffineTransform . <unk> AffineTransform . transform
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create a affine transform which transforms the second rectangle x2 , y2 , <unk> , <unk> into the first rectangle x1 , y1 , <unk> , <unk>
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AffineTransform . <unk> AffineTransform . translate AffineTransform . <unk> AffineTransform . translate AffineTransform . scale AffineTransform . <unk> AffineTransform . translate AffineTransform . scale AffineTransform . <init> AffineTransform . translate AffineTransform . preConcatenate
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update the transform based on current parameters
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AffineTransform . <unk> AffineTransform . translate AffineTransform . rotate AffineTransform . scale AffineTransform . translate AffineTransform . rotate AffineTransform . scale
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render a generic object to the display , if its in the viewport
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AffineTransform . <unk> AffineTransform . translate AffineTransform . rotate Float . <init> AffineTransform . createTransformedShape Shape . getBounds Graphics2D . setColor Graphics2D . draw Graphics2D . setColor Graphics2D . draw
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update the data to screen transform map according to the currently visible data area and screen size
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AffineTransform . <unk> AffineTransform . translate AffineTransform . scale AffineTransform . translate
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this class uses its move to update the scale of the energy bar
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AffineTransform . <unk> AffineTransform . translate AffineTransform . scale
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translate and or rotates the currently displayed image
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AffineTransform . <unk> AffineTransform . translate Math . toRadians AffineTransform . rotate AffineTransform . translate
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transform the layer coordinates of the event with the given transform
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AffineTransform . <unk> Double . <init> AffineTransform . transform Point2D . getX Point2D . getY
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transform the point according to the inverse of this affine transformation
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AffineTransform . <unk> Double . <init> Float . <init> Point2D . getX Point2D . getY Point2D . setLocation
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return the geometric shape surrounding the last region to be selected by the user
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AffineTransform . <unk> Float . <init> AffineTransform . inverseTransform Float . <init> Double . <init> RectangularShape . getMinX RectangularShape . getMaxX RectangularShape . getMaxY RectangularShape . getMinY AffineTransform . inverseTransform Float . <init> RectangularShape . clone RectangularShape . cast RectangularShape . setFrame RectangularShape . clone Float . <init> RectangularShape . clone Shape . cast
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create an ellipse with given center point and rotation angle
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AffineTransform . <unk> Math . <unk> AffineTransform . <unk> Math . <unk> Double . <init>
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apply the transform to all the points in the shape
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AffineTransform . <unk> Math . abs AffineTransform . <unk> AffineTransform . getTranslateInstance AffineTransform . getTranslateX AffineTransform . getTranslateY
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getScaleX Math . abs AffineTransform . getScaleY Math . abs AffineTransform . getShearX Math . abs AffineTransform . getShearY Math . abs AffineTransform . getTranslateX Math . abs
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getScaleX Math . abs AffineTransform . getScaleY Math . abs
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getScaleX Math . abs AffineTransform . getShearX Math . abs AffineTransform . getTranslateX Math . abs AffineTransform . getTranslateY Math . abs
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getScaleX Math . abs AffineTransform . getTranslateY Math . abs
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getScaleY Math . abs AffineTransform . getShearX Math . abs AffineTransform . getTranslateX Math . abs
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getShearY Math . abs AffineTransform . getTranslateX Math . abs
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check if the specified affine transform is an identity transform up to thespecified tolerance
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AffineTransform . <unk> Math . abs AffineTransform . getShearY Math . abs
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transform the point according to the inverse of this affine transformation
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AffineTransform . <unk> Math . abs Messages . getString Double . <init> Float . <init> Point2D . getX Point2D . getY Point2D . setLocation
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draw an arrow at the end of the given line with the given graphics reference
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AffineTransform . <unk> Math . atan2 AffineTransform . translate AffineTransform . rotate Graphics2D . cast Graphics2D . setTransform Graphics2D . fill Graphics2D . dispose
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draw an arrow at the end of the given line with the given graphics reference
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AffineTransform . <unk> Math . atan2 AffineTransform . translate AffineTransform . rotate Graphics2D . create Graphics2D . cast Graphics2D . setTransform Graphics2D . fill Graphics2D . dispose
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return the rotation component of this affine transform
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AffineTransform . <unk> Math . atan2
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dom implements <unk> <unk> current scale float
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AffineTransform . <unk> Math . sqrt AffineTransform . <init> AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getTranslateY
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dom implements <unk> <unk> current scale float
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AffineTransform . <unk> Math . sqrt AffineTransform . <init> AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getTranslateX AffineTransform . getTranslateY
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dom implements <unk> <unk> current scale float
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AffineTransform . <unk> Math . sqrt AffineTransform . <init> AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getTranslateY
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<unk> b : implements svg <unk> skew y float
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AffineTransform . <unk> Math . toRadians Math . tan
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<unk> b : implements svg <unk> skew x float
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AffineTransform . <unk> Math . toRadians
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perform the inverse of this transformation on the given source point , and store the result in the destination creating it if necessary
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AffineTransform . <unk> Point . <init> Point . set
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return a <unk> , which represents the transformed rectangle
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AffineTransform . <unk> Polygon . <init>
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reset transform to show all <unk>
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AffineTransform . <unk> Position . <unk> Position . <unk> Math . min Math . max Position . <unk> Math . min Math . max JPanel . getWidth JPanel . getHeight AffineTransform . <unk> Math . max AffineTransform . setToScale SwingUtilities . invokeLater JPanel . getHeight AffineTransform . translate Position . <unk> Position . <unk> JPanel . repaint
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reset transform to show all <unk>
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AffineTransform . <unk> Position . <unk> Position . <unk> Position . <unk> Math . min Position . <unk> Math . max Position . <unk> Math . min Math . max JPanel . getHeight AffineTransform . <unk> Math . max AffineTransform . setToScale SwingUtilities . invokeLater JPanel . getHeight AffineTransform . translate Position . <unk> Position . <unk> JPanel . repaint
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transform the point according inside the panel
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AffineTransform . <unk> Rectangle . getCenterX Rectangle . getCenterY Rectangle . getCenterX Rectangle . getCenterY AffineTransform . transform Point2D . getY Point . <init> Point2D . getX
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transform the point according inside the panel
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AffineTransform . <unk> Rectangle . getCenterX Rectangle . getCenterY Rectangle . getCenterX Rectangle . getCenterY AffineTransform . transform Point2D . getY Point2D . getX Point . <init>
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set up a named icon to be drawn using the provided boundaries
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AffineTransform . <unk> Rectangle2D . getX AffineTransform . translate Rectangle2D . getWidth AffineTransform . scale Image . getWidth AffineTransform . scale
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return the smallest rectangle that contains the specified rectangle after it is transformed by the specified transform
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AffineTransform . <unk> Rectangle2D . getX Rectangle2D . getY Rectangle2D . getX Rectangle2D . getWidth Rectangle2D . getY Rectangle2D . getX Rectangle2D . getY Rectangle2D . getHeight Rectangle2D . getY Rectangle2D . getHeight AffineTransform . transform Double . <init>
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set up a named icon to be drawn using the provided boundaries
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AffineTransform . <unk> Rectangle2D . getY AffineTransform . translate Rectangle2D . getWidth AffineTransform . scale Image . getWidth AffineTransform . scale
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this modifies the supplied affine transform so that the rectangle given by real bounds will fit exactly inside the rectangle given by window bounds
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AffineTransform . <unk> RectangularShape . getWidth RectangularShape . getHeight RectangularShape . getWidth RectangularShape . getHeight AffineTransform . setTransform RectangularShape . getX RectangularShape . getY AffineTransform . <unk>
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this modifies the supplied affine transform so that the rectangle given by real bounds will fit inside of the rectangle given by window bounds
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AffineTransform . <unk> RectangularShape . getWidth RectangularShape . getHeight RectangularShape . getWidth RectangularShape . getHeight Math . min AffineTransform . setTransform AffineTransform . <unk>
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in place transform of a rectangular shape
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AffineTransform . <unk> RectangularShape . setFrame Double . instance Double . cast AffineTransform . transform Float . instance Float . cast AffineTransform . transform RectangularShape . getX RectangularShape . getY RectangularShape . getWidth RectangularShape . getHeight AffineTransform . transform RectangularShape . setFrameFromDiagonal
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construct affine transform op with the given <unk> and interpolation type
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AffineTransform . <unk> RenderingHints . <init>
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return an iterator object that iterates along the shape code boundary and provides access to the geometry of the shape code outline
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AffineTransform . <unk> Shape . getPathIterator AffineTransform . <init> AffineTransform . concatenate Shape . getPathIterator
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construct an <unk> tile generator for the given shape with the given rendering attributes and store the bounds of the tile iteration in the <unk> parameter
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AffineTransform . <unk> Shape . getPathIterator Renderer . init Region . <unk> Region . getHeight Region . getWidth PathIterator . <unk> Region . <unk> Renderer . init Region . getHeight Region . getWidth Renderer . dispose
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retrieve the original grid to world transformation for this <unk>
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AffineTransform . cast AffineTransform . <init> AffineTransform . getTranslateInstance AffineTransform . concatenate AffineTransform . <init> AffineTransform . concatenate
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get a deep copy of the graphics state object
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AffineTransform . cast AffineTransform . clone AffineTransform . cast AffineTransform . clone AffineTransform . cast
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implement svg <unk> x float
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AffineTransform . cast AffineTransform . concatenate AffineTransform . <unk> Math . toRadians
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implement svg <unk> y float
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AffineTransform . cast AffineTransform . concatenate AffineTransform . <unk> Math . toRadians
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implement svg <unk> y float
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AffineTransform . cast AffineTransform . concatenate Math . tan AffineTransform . <unk>
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implement svg <unk> x float
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AffineTransform . cast AffineTransform . concatenate Math . toRadians AffineTransform . <unk>
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implement svg <unk> y float
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AffineTransform . cast AffineTransform . concatenate Math . toRadians Math . tan AffineTransform . <unk>
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transform the relative distance vector specified by source and <unk> result in dest
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AffineTransform . cast AffineTransform . deltaTransform Point2D . getX Point2D . getY Point2D . getX Point2D . getY Double . <init> Point2D . getX Point2D . getY Point2D . setLocation
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transform the relative distance vector specified by source and <unk> result in dest
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AffineTransform . cast AffineTransform . deltaTransform Point2D . getX Point2D . getY Point2D . getX Point2D . getY Double . <init> Point2D . getX Point2D . setLocation
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transform the relative distance vector specified by source and <unk> result in dest
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AffineTransform . cast AffineTransform . deltaTransform Point2D . getX Point2D . getY Point2D . getX Point2D . getY Double . <init> Point2D . getY Point2D . getX Point2D . setLocation
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transform the relative distance vector specified by source and <unk> result in dest
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AffineTransform . cast AffineTransform . deltaTransform Point2D . getX Point2D . getY Point2D . getX Point2D . getY Double . <init> Point2D . getY Point2D . setLocation Point2D . getY Point2D . setLocation
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transform the relative distance vector specified by source and <unk> result in dest
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AffineTransform . cast AffineTransform . deltaTransform Point2D . getX Point2D . getY Point2D . getX Point2D . getY Double . <init> Point2D . setLocation Point2D . getY Point2D . setLocation Point2D . getY
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator Iterator . hasNext Iterator . next String . cast StringBuffer . append StringBuffer . toString File . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator Iterator . hasNext String . cast StringBuffer . append StringBuffer . toString File . <init> FileOutputStream . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator Iterator . hasNext String . cast StringBuffer . append StringBuffer . toString File . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator Iterator . hasNext StringBuffer . append Iterator . next StringBuffer . append StringBuffer . toString File . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator Iterator . next String . cast StringBuffer . append File . <init> FileOutputStream . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator String . cast StringBuffer . append File . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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this method is responsible <unk> creating a world file to <unk> an image given the image bounding box and the image geometry
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY StringBuffer . <init> Set . iterator StringBuffer . append Iterator . next StringBuffer . append File . <init> FileOutputStream . <init> PrintWriter . <init> PrintWriter . println PrintWriter . flush PrintWriter . close
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX File . <init> File . cast StringBuffer . append File . <init> StringBuffer . append FileOutputStream . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . closeEntry ZipOutputStream . cast
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX File . instance File . cast File . <init> StringBuffer . <init> FileOutputStream . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . closeEntry ZipOutputStream . cast
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX File . instance File . cast StringBuffer . append File . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . closeEntry ZipOutputStream . cast
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX File . instance StringBuffer . <init> File . <init> File . cast FileOutputStream . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . cast ZipOutputStream . closeEntry
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX File . instance StringBuffer . append File . <init> File . cast PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . cast ZipOutputStream . closeEntry
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX File . instance StringBuffer . append File . <init> StringBuffer . append File . <init> File . cast PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . cast ZipOutputStream . closeEntry
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX StringBuffer . <init> File . cast File . <init> FileOutputStream . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . cast ZipOutputStream . closeEntry
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX StringBuffer . <init> File . cast File . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . closeEntry ZipOutputStream . cast
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write the world file
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AffineTransform . cast AffineTransform . getScaleX AffineTransform . getShearY AffineTransform . getShearX AffineTransform . getScaleY AffineTransform . getShearY AffineTransform . getScaleX AffineTransform . getScaleY AffineTransform . getShearX AffineTransform . getTranslateX AffineTransform . getTranslateY AffineTransform . getTranslateX StringBuffer . append File . cast StringBuffer . append File . <init> FileOutputStream . <init> PrintWriter . <init> File . cast PrintWriter . println PrintWriter . close ZipOutputStream . cast ZipEntry . <init> ZipOutputStream . putNextEntry ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write Double . toString ZipOutputStream . write ZipOutputStream . cast ZipOutputStream . closeEntry
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compute the rotation angle of an affine transformation
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AffineTransform . cast AffineTransform . getTranslateInstance AffineTransform . preConcatenate AffineTransform . getTranslateY AffineTransform . getTranslateX Double . <init> AffineTransform . transform Point2D . getX Point2D . getY Math . atan2
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setup a net cdf utilities geo transform attribute on top of the math transform
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AffineTransform . cast AffineTransform . getTranslateX Double . toString AffineTransform . getScaleX Double . toString AffineTransform . getShearX Double . toString AffineTransform . getTranslateY Double . toString AffineTransform . getScaleY Double . toString Attribute . <init>
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compute the rotation angle of an affine transformation
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AffineTransform . cast AffineTransform . preConcatenate AffineTransform . getTranslateY AffineTransform . getTranslateX Double . <init> AffineTransform . transform Math . atan2 Point2D . getX
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concatenate an affine transform code tx code to this affine transform code cx in the most commonly useful way to provide a new user space that is mapped to the former user space by tx code
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AffineTransform . cast AffineTransform . translate AffineTransform . scale AffineTransform . stateError AffineTransform . updateState
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concatenate an affine transform tx to this affine transform cx in the most commonly useful way to provide a new user space that is mapped to the former user space by tx
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AffineTransform . cast AffineTransform . translate AffineTransform . scale AffineTransform . stateError AffineTransform . updateState
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build a <unk> line string
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AffineTransform . cast Arc2D . getPathIterator LinkedList . <init> PathIterator . isDone PathIterator . currentSegment List . size List . add PathIterator . next List . size List . toArray
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setup a net cdf utilities geo transform attribute on top of the math transform
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AffineTransform . cast Double . toString AffineTransform . getShearX Double . toString AffineTransform . getScaleX Double . toString AffineTransform . getTranslateY Double . toString Attribute . <init>
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implement svg <unk> from vector float , float
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AffineTransform . cast Math . atan2 AffineTransform . rotate
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deserialize the render context proxy
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AffineTransform . cast ObjectInputStream . readObject Object . cast ObjectInputStream . readObject Shape . cast RenderingHints . isEmpty RenderContext . <init> RenderingHints . isEmpty RenderContext . <init>
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deserialize the render context state
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AffineTransform . cast ObjectInputStream . readObject Shape . cast RenderingHints . cast RenderContext . <init>
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make a deep copy of the <unk> : always override this method instead of draw <unk>
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AffineTransform . cast Rectangle . <init> PropertyChangeSupport . <init> PropertyChangeSupport . getPropertyChangeListeners PropertyChangeSupport . addPropertyChangeListener HashMap < String , Object > . <init> Entry < String , Object > > . hasNext Map < String , Object > . entrySet Entry < String , Object > > . next Entry < String , Object > . getValue Cloneable . instance Cloneable . cast Util . <unk> Map < String , Object > . put
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apply 2 d transforms before drawing this shape
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AffineTransform . cast Shape . getBounds2D RectangularShape . getX RectangularShape . getWidth RectangularShape . getHeight RectangularShape . getY Graphics2D . translate Math . toRadians Graphics2D . rotate Graphics2D . translate RectangularShape . getY RectangularShape . getX Graphics2D . translate Graphics2D . scale RectangularShape . getX Graphics2D . translate RectangularShape . getX Graphics2D . translate Graphics2D . scale RectangularShape . getX Graphics2D . translate
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convert the affine transform matrix into a String , similar to affine transform
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AffineTransform . cast StringBuffer . <init> AffineTransform . getMatrix StringBuffer . append StringBuffer . toString
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copy this graphics state into the specified one
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AffineTransform . cast Text . instance AffineTransform . cast AffineTransform . <init>
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copy this graphics state into the specified one
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AffineTransform . clone AffineTransform . cast AffineTransform . clone AffineTransform . cast AffineTransform . clone AffineTransform . cast AffineTransform . <init>
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get a deep copy of the graphics state object
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AffineTransform . clone AffineTransform . cast AffineTransform . clone AffineTransform . cast
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implement svg <unk> y float
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AffineTransform . clone AffineTransform . cast AffineTransform . concatenate AffineTransform . <unk> Math . tan
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implement svg <unk> x float
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AffineTransform . clone AffineTransform . cast AffineTransform . concatenate AffineTransform . <unk> Math . toRadians
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implement svg <unk> x float
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AffineTransform . clone AffineTransform . cast AffineTransform . concatenate Math . tan AffineTransform . <unk>
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implement svg <unk> x float
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AffineTransform . clone AffineTransform . cast AffineTransform . concatenate Math . toRadians Math . tan AffineTransform . <unk>
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return our local transform
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AffineTransform . clone AffineTransform . cast AffineTransform . scale
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copy this graphics state into the specified one
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AffineTransform . clone AffineTransform . cast Text . instance AffineTransform . clone AffineTransform . cast AffineTransform . <init>
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get a copy of the base transform for the page
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AffineTransform . clone AffineTransform . cast
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get a copy of the current transformation applied to this <unk> image when drawing
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AffineTransform . clone AffineTransform . cast
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return an affine transform which is appropriate for this selection
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AffineTransform . clone AffineTransform . cast
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return our local transform
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AffineTransform . clone AffineTransform . cast
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implement transform list <unk> y float
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AffineTransform . concatenate AffineTransform . <unk> Math . tan
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implement transform list <unk> y float
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AffineTransform . concatenate AffineTransform . <unk> Math . toRadians AffineTransform . <unk>
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implement transform list <unk> x float
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AffineTransform . concatenate AffineTransform . <unk>
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