Uses of Class
org.pathvisio.libgpml.model.connector.ConnectorShape.Segment

Packages that use ConnectorShape.Segment

Package	Description
org.pathvisio.libgpml.model	Classes representing the pathway "model".
org.pathvisio.libgpml.model.connector	Line connectors classes

Uses of ConnectorShape.Segment in org.pathvisio.libgpml.model

Methods in org.pathvisio.libgpml.model that return ConnectorShape.Segment

Modifier and Type	Method	Description
private ConnectorShape.Segment	LineElement.findAnchorSegment(LineElement attLine, double pos)

Uses of ConnectorShape.Segment in org.pathvisio.libgpml.model.connector

Subclasses of ConnectorShape.Segment in org.pathvisio.libgpml.model.connector

Modifier and Type	Class	Description
private class	CurvedConnectorShape.CurvedSegment	Segment for curved connector, also stores bezier control points

Fields in org.pathvisio.libgpml.model.connector declared as ConnectorShape.Segment

Modifier and Type	Field	Description
(package private) ConnectorShape.Segment[]	CurvedConnectorShape.curveHigh
(package private) ConnectorShape.Segment[]	CurvedConnectorShape.curveLow
(package private) ConnectorShape.Segment[]	CurvedConnectorShape.elbowSegments
private ConnectorShape.Segment[]	AbstractConnector.segments

Methods in org.pathvisio.libgpml.model.connector that return ConnectorShape.Segment

Modifier and Type	Method	Description
protected ConnectorShape.Segment[]	CurvedConnectorShape.calculateCurve(int nrStep)	Calculates the bezier curve, using NRSTEP segments for each curvedSegment.
protected ConnectorShape.Segment[]	CurvedConnectorShape.calculateSegments(ConnectorRestrictions restrictions, ConnectorShape.WayPoint[] waypoints)	Also calculates curvedSegments and curve.
protected ConnectorShape.Segment[]	ElbowConnectorShape.calculateSegments(ConnectorRestrictions restrictions, ConnectorShape.WayPoint[] waypoints)
protected ConnectorShape.Segment[]	FreeConnectorShape.calculateSegments(ConnectorRestrictions restrictions, ConnectorShape.WayPoint[] waypoints)	Calculates segments given restrictions and waypoints.
protected ConnectorShape.Segment	ElbowConnectorShape.createStraightSegment(java.awt.geom.Point2D start, java.awt.geom.Point2D end, int axis)
ConnectorShape.Segment[]	AbstractConnector.getSegments()	Returns the segments of the connector shape as an array.
ConnectorShape.Segment[]	ConnectorShape.getSegments()	Get the individual segments of the path

Methods in org.pathvisio.libgpml.model.connector with parameters of type ConnectorShape.Segment

Modifier and Type	Method	Description
protected CurvedConnectorShape.CurvedSegment[]	CurvedConnectorShape.calculateCurvedSegments(ConnectorShape.Segment[] segments)	Based on the given elbow segments, calculate a new segment and control points for each bezier curve.
protected abstract java.awt.Shape	AbstractConnector.calculateShape(ConnectorShape.Segment[] segments)	Calculates shape from the width of the line endings.
java.awt.Shape	CurvedConnectorShape.calculateShape(ConnectorShape.Segment[] segments)	Calculates shapes from the width of the line endings.
protected java.awt.Shape	SegmentedConnector.calculateShape(ConnectorShape.Segment[] segments)	Calculates shape from the width of the line endings.
protected java.awt.Shape	StraightConnectorShape.calculateShape(ConnectorShape.Segment[] segments)	Calculates shape from the width of the line endings.
protected java.awt.geom.Point2D	SegmentedConnector.fromLineCoordinate(double l, ConnectorShape.Segment[] segments)
(package private) double	SegmentedConnector.getTotalLength(ConnectorShape.Segment[] segments)	Returns the sum of the lengths of the segments
protected void	AbstractConnector.setSegments(ConnectorShape.Segment[] segments)	Sets the segment cache that will be returned by AbstractConnector.getSegments().
protected ConnectorShape.WayPoint[]	CurvedConnectorShape.wayPointsToCenter(ConnectorShape.WayPoint[] waypoints, ConnectorShape.Segment[] segments)
protected ConnectorShape.WayPoint[]	ElbowConnectorShape.wayPointsToCenter(ConnectorShape.WayPoint[] waypoints, ConnectorShape.Segment[] segments)	Sets all waypoints to the center of the segments.