ballworld.model.paint.strategy
Class EllipsePaintStrategy

java.lang.Object
  ballworld.model.paint.APaintStrategy
      ballworld.model.paint.ShapePaintStrategy
          ballworld.model.paint.strategy.EllipsePaintStrategy

All Implemented Interfaces:

IPaintStrategy

public class EllipsePaintStrategy
extends ShapePaintStrategy

Paint strategy to paint an ellipse shape

Field Summary

Fields inherited from class ballworld.model.paint.APaintStrategy

at

Fields inherited from interface ballworld.model.IPaintStrategy

NullObject

Constructor Summary

EllipsePaintStrategy()
No parameter constructor that creates a prototype ellipse that has twice the width as height but an average radius of 1.

EllipsePaintStrategy(java.awt.geom.AffineTransform at, double x, double y, double width, double height)
Constructor that allows the specification of the location, x-radius and y-radius of the prototype ellipse.

Method Summary

Methods inherited from class ballworld.model.paint.ShapePaintStrategy

paintXfrm

Methods inherited from class ballworld.model.paint.APaintStrategy

init, paint, paintCfg

Methods inherited from class java.lang.Object

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

Constructor Detail

EllipsePaintStrategy

public EllipsePaintStrategy()

No parameter constructor that creates a prototype ellipse that has twice the width as height but an average radius of 1. An AffineTranform for internal use is instantiated.

EllipsePaintStrategy

public EllipsePaintStrategy(java.awt.geom.AffineTransform at,
                            double x,
                            double y,
                            double width,
                            double height)

Constructor that allows the specification of the location, x-radius and y-radius of the prototype ellipse. The AffineTransform to use is given.

Parameters:

at - The AffineTransform to use for internal calculations

x - floating point x-coordinate of center of circle

y - floating point y-coordinate of center of circle

width - floating point x-radius of the circle (ellipse)

height - floating point y-radius of the circle (ellipse)