Uses of Class
edu.neu.ccs.XPoint2D

Packages that use XPoint2D

edu.neu.ccs	Provides the Stringable interface and data models that implement the interface.
edu.neu.ccs.gui	Provides classes and interfaces for designing and implementing graphical interfaces and for the creation of paintable and mutatable objects..
edu.neu.ccs.parser	Provides classes for translating Strings into values of various data types using languages with simple lexical and syntactic structures.

Uses of XPoint2D in edu.neu.ccs

Subclasses of XPoint2D in edu.neu.ccs

class

XComplex Class XComplex extends XPoint2D in order to implement the operations of complex numbers.

Uses of XPoint2D in edu.neu.ccs.gui

Fields in edu.neu.ccs.gui declared as XPoint2D

private static XPoint2D	PointPaintable.ORIGIN The origin for use in originalPaint.
private XPoint2D	PointPaintable.point The internal point for this PointPaintable.
protected XPoint2D	LayeredComponent.corner The corner of the topmost object.
private XPoint2D	AbstractPaintable.defaultCenter The default center.
private XPoint2D	AbstractPaintable.defaultOriginalCenter The default original center.

Methods in edu.neu.ccs.gui that return XPoint2D

XPoint2D	TextPaintable.getOriginalCenter() Returns a copy of the center of the paint region affected by the originalPaint method.
XPoint2D	TextAnchor.Locator.getCenter(String string, Font font, float anchorX, float anchorY) Returns a copy of the logical center of the displayed string, that is, the point specified by getCenterX and by getBaseLineY.
XPoint2D	PointPaintable.getOriginalCenter() Returns a copy of the original center of the paint region.
XPoint2D	PointPaintable.getPoint() Returns a copy of the current point of this object.
XPoint2D	PathListFunction.getShapePoint2D(double t) Returns the point on the path as XPoint2D corresponding to the parameter t.
XPoint2D[]	PathListFunction.getShapePoint2DArray(int divisions) Returns an array XPoint2D[] of objects representing points on the path.
XPoint2D	PathList.getShapePoint2D(double t) Returns the point on the path corresponding to the parameter t as XPoint2D.
XPoint2D	Paintable.getCenter() Returns a copy of the center of the paintable.
XPoint2D	Paintable.getCorner() Returns a copy of the corner of the paintable.
XPoint2D	Paintable.getOriginalCenter() Returns a copy of the original center of the paint region.
XPoint2D	Paintable.getDefaultCenter() Returns a copy of the default center, that is, the default for computation of getCenter.
XPoint2D	Paintable.getDefaultOriginalCenter() Returns a copy of the default original center, that is, the default for computation of getOriginalCenter.
XPoint2D	MultiLineTextPaintable.getOriginalCenter() Returns a copy of the center of the paint region affected by the originalPaint method.
XPoint2D	AbstractPaintable.getCenter() Returns a copy the center of the paintable.
XPoint2D	AbstractPaintable.getCorner() Returns a copy the corner of the paintable.
XPoint2D	AbstractPaintable.getOriginalCenter() Returns a copy of the original center of the paint region.
XPoint2D	AbstractPaintable.getDefaultCenter() Returns a copy of the default center, that is, the default for computation of getCenter.
XPoint2D	AbstractPaintable.getDefaultOriginalCenter() Returns a copy of the default original center, that is, the default for computation of getOriginalCenter.

Uses of XPoint2D in edu.neu.ccs.parser

Methods in edu.neu.ccs.parser that return XPoint2D

XPoint2D[][]	BaseParser.makeTable(String names, double endpointA, double endpointB, int divisions) Views the given String as a comma separated list of names of AbstractFunction objects installed in this parser; for each such function object f, makes an XPoint2D array of pairs (x,f(x)) where x is sampled on the given interval divided into the given number of divisions; all such arrays are collected and returned in a 2-dimensional array.
XPoint2D[][]	BaseParser.makeTable(String names, XInterval limits, int divisions) Views the given String as a comma separated list of names of AbstractFunction objects installed in this parser; for each such function object f, makes an XPoint2D array of pairs (x,f(x)) where x is sampled on the given interval divided into the given number of divisions; all such arrays are collected and returned in a 2-dimensional array.
static XPoint2D[]	BaseParser.makeTable(AbstractFunction f, double endpointA, double endpointB, int divisions) Make an XPoint2D array of pairs (x,f(x)) where x is sampled on the given interval divided into the given number of divisions.
static XPoint2D[]	BaseParser.makeTable(AbstractFunction f, XInterval limits, int divisions) Make an XPoint2D array of pairs (x,f(x)) where x is sampled on the given interval divided into the given number of divisions.