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Uses of Class
jpicedt.graphic.model.DefaultLeafElement

Packages that use DefaultLeafElement
jpicedt.graphic.model Document structure and graphic primitives. 
 

Uses of DefaultLeafElement in jpicedt.graphic.model
 

Subclasses of DefaultLeafElement in jpicedt.graphic.model
 class AbstractCurve
          A curve made up of a concatenation of cubic bezier curves and straight lines, hereafter globally denoted as "segments".
 class PicCircleFrom3Points
          A class implementing either a circle or an arc, whose geometry is specified by a PicEllipse, yet is further controllable by three additional points : this may either be a plain circle going through these three points, or an arc going from P_1 to P_3 through P_2, in which case a pie or a chord may be added as well.
Superclass control-points are still available here, yet geometry is constrained to a circle by invoking e.g.
 class PicEllipse
          Ellipse or arc, based on parallelogram
The geometrical model of this ellipse (or its arc counterpart) is based on a parallelogram, yet is equivalent to an ellipse rotated around its center.
 class PicMultiCurve
          PicMultiCurve is basically an AbstractCurve where each subdivision point has additionnal features regarding 2nd-order smoothness and symmetry.
 class PicParallelogram
          A class implementing a parallelogram.
 class PicPsCurve
           A multicurve, either closed or not, going through a set of control points.
 class PicSmoothPolygon
           A multicurve, either close or not, whose geometry is specified using a polygon, in such a way that the curve snakes "smoothly" along the polygon.
 class PicText
          Textual elements, possibly surrounded by a box (currently, only rectangular, oval and circular shapes are supported).
 class TextEditable
          An abstract class for Element's that have a textual representation, and [pending:removed as of 1.3.2] whose text can be graphically edited
 

Methods in jpicedt.graphic.model that return DefaultLeafElement
 DefaultLeafElement PicNodeConnection.getNodeA()
          Returns the first node.
 DefaultLeafElement PicNodeConnection.getNodeB()
          Returns the second node.
 

Methods in jpicedt.graphic.model with parameters of type DefaultLeafElement
 int PicNodeConnection.getNodeIndex(DefaultLeafElement o)
          Returns the index (0 or 1) of the given node, or -1 if the given node is not connected to this edge.
 void PicNodeConnection.setNodeA(DefaultLeafElement o)
          Sets the first node.
 void PicNodeConnection.setNodeB(DefaultLeafElement o)
          Sets the second node.
 

Constructors in jpicedt.graphic.model with parameters of type DefaultLeafElement
DefaultLeafElement(DefaultLeafElement obj)
          cloning constructor ; specification points and attribute set are deeply copied.
PicNodeConnection(DefaultLeafElement _nodeA, DefaultLeafElement _nodeB, java.lang.String _edgeType, PicAttributeSet set)
           
 


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