Package org.geotools.renderer.lite

A simple renderer implementation.

See: Description

Interface Summary

Interface	Description
GlyphRenderer
LabelCache	Used to cache labels prior to their being drawn on the screen.

Class Summary

Class	Description
BatikXMLReader	A wrapper that forwards any request to the default JAXP xml reader.
CustomGlyphRenderer
DashedShape	A shape wrapper that generates a stroked version of the shape without actually holding it all in memory (it is streamed through the path iterator)
GlyphPropertiesList
GlyphProperty
GraphicsAwareDpiRescaleStyleVisitor	This class extends DpiRescaleStyleVisitor to add support for rescaling external graphics and marks whose size has not been explicitly set.
IndexedFeatureResults	IndexedFeatureReader
MetaBufferEstimator	Parses a style or part of it and returns the size of the largest stroke and the biggest point symbolizer whose width is specified with a literal expression.
OpacityFinder	Searches for translucent symbolizers
ParallelLinesFiller	Support class that fills a given rectangle with a set of parallel lines derived from a sample mark that would generate sets of parallel lines when tiled
RendererUtilities	Class for holding utility functions that are common tasks for people using the "StreamingRenderer/Renderer".
RenderingTransformationHelper	Helper class that transforms the input data via rendering transformations.
StreamingRenderer	A streaming implementation of the GTRenderer interface.
StyledShapePainter	A simple class that knows how to paint a Shape object onto a Graphic given a Style2D.
StyledShapePainter.TextureAnchorKey
SynchronizedLabelCache	Allow multiple thread to modify LabelCache.

Package org.geotools.renderer.lite Description

A simple renderer implementation. It's supposed to be as simple as possible, thus easy to understand at the source level, and to use as few memory as possible. Should be used when memory is a constraint and/or when the rendering is stateless (that is, the application is not an interactive viewer that displays the same map more than once). In the latter case, a renderer that uses more memory but avoids recomputing map rendering details is to be preferred.