Package org.apache.batik.gvt

Contains all of the interfaces for describing and painting vector graphics as Java objects.

See:
Description

Interface Summary

GraphicsNode	The base class for all graphics nodes.
Mask	Describes a mask.
Selectable	Interface describing object that can be selected or have selections made on it.
Selector	Interface which allows selection of GraphicsNodes and their contents.
ShapePainter	Renders the shape of a ShapeNode.

Class Summary

AbstractGraphicsNode	A partial implementation of the GraphicsNode interface.
CanvasGraphicsNode	The graphics node container with a background color.
CompositeGraphicsNode	A CompositeGraphicsNode is a graphics node that can contain graphics nodes.
CompositeShapePainter	A shape painter which consists of multiple shape painters.
FillShapePainter	A shape painter that can be used to fill a shape.
GVTTreeWalker	GVTTreeWalker objects are used to navigate a GVT tree or subtree.
ImageNode	A graphics node that represents an image described as a graphics node.
Marker	A Marker describes a GraphicsNode with a reference point that can be used to position the Marker at a particular location and a particular policy for rotating the marker when drawing it.
MarkerShapePainter	A shape painter that can be used to paint markers on a shape.
PatternPaint	The PatternPaint class provides a way to fill a Shape with a a pattern defined as a GVT Tree.
PatternPaintContext	PaintContext for the ConcretePatterPaint paint implementation.
ProxyGraphicsNode	A graphics node which provides a placeholder for another graphics node.
RasterImageNode	A graphics node that represents a raster image.
RootGraphicsNode	The top-level graphics node of the GVT tree.
ShapeNode	A graphics node that represents a shape.
StrokeShapePainter	A shape painter that can be used to draw the outline of a shape.
UpdateTracker	This class tracks the changes on a GVT tree

Package org.apache.batik.gvt Description

Contains all of the interfaces for describing and painting vector graphics as Java objects. Graphical objects are composed into tree structures to represent part-whole hierarchies (Composite design pattern).