org.openscience.cdk.renderer.visitor

Class AWTDrawVisitor

java.lang.Object

org.openscience.cdk.renderer.visitor.AbstractAWTDrawVisitor

org.openscience.cdk.renderer.visitor.AWTDrawVisitor

All Implemented Interfaces:

IRenderingVisitor, IDrawVisitor

public class AWTDrawVisitor
extends AbstractAWTDrawVisitor

Implementation of the IDrawVisitor interface for the AWT widget toolkit, allowing molecules to be rendered with toolkits based on AWT, like the Java reference graphics platform Swing.

Source code:

master

Belongs to CDK module:

renderawt

Field Summary

Fields inherited from class org.openscience.cdk.renderer.visitor.AbstractAWTDrawVisitor

transform

Constructor Summary

Constructors

Constructor and Description
AWTDrawVisitor(Graphics2D graphics) Constructs a new IDrawVisitor using the AWT widget toolkit, taking a Graphics2D object to which the chemical content is drawn.

Method Summary

Modifier and Type	Method and Description
static AWTDrawVisitor	forVectorGraphics(Graphics2D g2) Create a draw visitor that will be rendering to a vector graphics output.
Graphics2D	getGraphics() Returns the Graphics2D for for this visitor.
RendererModel	getRendererModel() Returns the current RendererModel.
Map<Integer,BasicStroke>	getStrokeMap() Returns the current stroke map.
void	setFontManager(IFontManager fontManager) The font manager must be set by any renderer that uses this class! This manager is needed to keep track of fonts of the right size.
void	setRendererModel(RendererModel rendererModel) Sets the RendererModel this IDrawVisitor should use.
void	setRounding(boolean val) Set whether we should we round coordinates to ints, this tries to circumvent graphical glitches from AWT where floating points are truncated (e.g.
void	visit(IRenderingElement element) Translates a IRenderingElement into a widget toolkit specific rendering element.

Methods inherited from class org.openscience.cdk.renderer.visitor.AbstractAWTDrawVisitor

getTextBasePoint, getTextBounds, getTextBounds, setTransform, transformPoint, transformPoint

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

AWTDrawVisitor

public AWTDrawVisitor(Graphics2D graphics)

Constructs a new IDrawVisitor using the AWT widget toolkit, taking a Graphics2D object to which the chemical content is drawn.

Parameters:

graphics - Graphics2D to which will be drawn

Method Detail

getRendererModel

public RendererModel getRendererModel()

Returns the current RendererModel.

Returns:

the current model

getStrokeMap

public Map<Integer,BasicStroke> getStrokeMap()

Returns the current stroke map.

Returns:

a Map with Integer as keys and BasicStrokes.

getGraphics

public Graphics2D getGraphics()

Returns the Graphics2D for for this visitor.

Returns:

the Graphics2D object

forVectorGraphics

public static AWTDrawVisitor forVectorGraphics(Graphics2D g2)

Create a draw visitor that will be rendering to a vector graphics output. This disables the minimum stroke size and stroke caching when drawing lines.

Parameters:

g2 - graphics environment

Returns:

draw visitor

setRounding

public void setRounding(boolean val)

Set whether we should we round coordinates to ints, this tries to circumvent graphical glitches from AWT where floating points are truncated (e.g. 1.6 -> 1) which causes notable defect such as parallel lines that aren't parallel.

Parameters:

val - rounding mode

visit

public void visit(IRenderingElement element)

Translates a IRenderingElement into a widget toolkit specific rendering element.

Parameters:

element - Abstract rendering element reflecting some part of the chemical drawing.

setFontManager

public void setFontManager(IFontManager fontManager)

The font manager must be set by any renderer that uses this class! This manager is needed to keep track of fonts of the right size.

Parameters:

fontManager - the IFontManager to be used

setRendererModel

public void setRendererModel(RendererModel rendererModel)

Sets the RendererModel this IDrawVisitor should use.

Parameters:

rendererModel - the RendererModel to be used