Rogue Wave JViews Diagrammer 9.0 Release Notes

This document contains a summary of new features and enhancements, late breaking product issues, and bug fixes. The following describes changes to Rogue Wave JViews Diagrammer since version 8.10. Release notes documenting changes in previous versions are located in the current directory.

Incompatibilities
General Changes
Library Changes

Modified Classes

Incompatibilities

• Because of general changes, some methods and constructors have a modified signature. See migration notes.

General Changes

• Most computations are now made using double precision in place of float precision. See the main Release Notes of JViews 9.0.

Library Changes

Modified Classes

ilog.views.bpmn.IlvBPMNMakeSDMNodeInteractor

• New methods:
  • createNode(double, double) : Creates the new node.
• Removed methods:
  • createNode(float, float)

ilog.views.dashboard.IlvDashboardDiagram

• New methods:
  • readDashboard(org.w3c.dom.Document, boolean, double, double) : Reads the dashboard diagram contents from document.
• Removed methods:
  • readDashboard(org.w3c.dom.Document, boolean, float, float)

ilog.views.dashboard.IlvDashboardKeySelectManager

• New methods:
  • selectAt(double, double, ilog.views.IlvManagerView) : Selects the object located at the (x,y) coordinate in view.
• Removed methods:
  • selectAt(float, float, ilog.views.IlvManagerView)

ilog.views.dashboard.IlvDashboardSymbol

• New methods:
  • setHeight(double) : Sets the height for this symbol.
  • setWidth(double) : Sets the width for this symbol.
  • setX(double) : Sets the x coordinate for this symbol.
  • setY(double) : Sets the y coordinate of this symbol.
• Removed methods:
  • setHeight(float)
  • setWidth(float)
  • setX(float)
  • setY(float)

ilog.views.graphlayout.basic.IlvBasicLinkStyleLayout

• New methods:
  • setMultiLinkMaxSpread(double) : Sets the maximum spread width between multiple links between the same pair of nodes.
  • setMultiLinkOffset(double) : Sets the offset between multiple links between the same pair of nodes.
  • setMultiSelfLinkMaxSpread(double) : Sets the maximum spread width between multiple self-links (that is, multiple links that start and end at the same node).
  • setMultiSelfLinkOffset(double) : Sets the offset between multiple self-links (that is, multiple links that start and end at the same node).
  • setSelfLinkSpacing(double) : Sets the minimal spacing between node border and self-links (that is, links that start and end at the same node).
• Removed methods:
  • setMultiLinkMaxSpread(float)
  • setMultiLinkOffset(float)
  • setMultiSelfLinkMaxSpread(float)
  • setMultiSelfLinkOffset(float)
  • setSelfLinkSpacing(float)

ilog.views.graphlayout.bus.IlvBusLayout

• New methods:
  • setConnectionOnBusMargin(double) : Sets the horizontal offset between the first/last node on a given level and the left/right margin of the level.
  • setHorizontalOffset(double) : Sets the horizontal offset between nodes placed on the same level of the bus.
  • setMargin(double) : Sets the horizontal offset between the left/right border of the bus level and the left/right border of the layout region.
  • setMarginOnBus(double) : Sets the horizontal offset between the first/last node on a given level and the left/right margin of the level.
  • setVerticalOffsetToLevel(double) : Sets the vertical offset between the nodes and the horizontal level of the bus to which they are connected.
  • setVerticalOffsetToPreviousLevel(double) : Sets the vertical offset between the nodes and the horizontal level of the bus above the nodes.
• Removed methods:
  • setConnectionOnBusMargin(float)
  • setHorizontalOffset(float)
  • setMargin(float)
  • setMarginOnBus(float)
  • setVerticalOffsetToLevel(float)
  • setVerticalOffsetToPreviousLevel(float)

ilog.views.graphlayout.bus.IlvBusLinkConnector

• New methods:
  • setMargin(double) : Sets the horizontal offset between the first/last node on a given level and the left/right margin of the level.
• Removed methods:
  • setMargin(float)

ilog.views.graphlayout.circular.IlvCircularLayout

• New methods:
  • setDisconnectedGraphOffset(double) : Sets the offset between disconnected groups of clusters (rings and/or stars).
  • setInterClusterLinkCrossingPenalty(double) : Sets the penalty for crossings of links between nodes of different clusters.
  • setIntraClusterLinkCrossingPenalty(double) : Sets the penalty for crossings of links between nodes of the same cluster.
  • setLevelOffset(double) : Sets the offset between two concentric levels.
  • setMixedClusterLinkCrossingPenalty(double) : Sets the penalty for crossings of intra cluster links with inter cluster links.
  • setOffset(double) : Sets the offset value.
• Removed methods:
  • setDisconnectedGraphOffset(float)
  • setInterClusterLinkCrossingPenalty(float)
  • setIntraClusterLinkCrossingPenalty(float)
  • setLevelOffset(float)
  • setMixedClusterLinkCrossingPenalty(float)
  • setOffset(float)

ilog.views.graphlayout.grid.IlvGridLayout

• New methods:
  • setBottomMargin(double) : Sets the bottom margin parameter.
  • setHorizontalGridOffset(double) : Sets the spacing of the grid lines on the horizontal axis.
  • setLeftMargin(double) : Sets the left margin parameter.
  • setRightMargin(double) : Sets the right margin parameter.
  • setTopMargin(double) : Sets the top margin parameter.
  • setVerticalGridOffset(double) : Sets the spacing of the grid lines on the vertical axis.
• Removed methods:
  • setBottomMargin(float)
  • setHorizontalGridOffset(float)
  • setLeftMargin(float)
  • setRightMargin(float)
  • setTopMargin(float)
  • setVerticalGridOffset(float)

ilog.views.graphlayout.hierarchical.IlvHierarchicalLayout

• New methods:
  • setHorizontalLinkOffset(double) : Sets the horizontal offset between parallel segments of links.
  • setHorizontalNodeLinkOffset(double) : Sets the horizontal offset between a node and a link segment that is parallel to the node border.
  • setHorizontalNodeOffset(double) : Sets the horizontal offset between nodes.
  • setIncrementalAbsoluteLevelPositionRange(double) : Sets the range that is considered very close to the previous node position.
  • setIncrementalAbsoluteLevelPositionTendency(double) : Sets the percentage how much the layout algorithm tries to place nodes to absolute positions within the level that are close to the previous positions during incremental layout.
  • setMaxInterLevelApertureAngle(double) : Sets the maximum aperture angle of the links incident to a node.
  • setMinEndSegmentLength(double) : Sets the minimum length of the last segment of each link, that is, the segment that is incident to the "to" node.
  • setMinForkSegmentLength(double) : Sets the minimum length of the start or end segment of links if a fork shape is used for these links.
  • setMinStartSegmentLength(double) : Sets the minimum length of the first segment of each link, that is, the segment that is incident to the "from" node.
  • setMultiLinkOptimizationMaxSpread(double) : Sets the maximum spread width for the bends introduced by the optimization of overlapping multiple links.
  • setMultiLinkOptimizationOffset(double) : Sets the minimum distance between bends introduced by the optimization of overlapping multiple links.
  • setPreferredForkAxisLength(double) : Sets the preferred length of the axis of a fork shape.
  • setVerticalLinkOffset(double) : Sets the vertical offset between parallel segments of links.
  • setVerticalNodeLinkOffset(double) : Sets the vertical offset between a node and a link segment that is parallel to the node border.
  • setVerticalNodeOffset(double) : Sets the vertical offset between nodes.
• Removed methods:
  • setHorizontalLinkOffset(float)
  • setHorizontalNodeLinkOffset(float)
  • setHorizontalNodeOffset(float)
  • setIncrementalAbsoluteLevelPositionRange(float)
  • setIncrementalAbsoluteLevelPositionTendency(float)
  • setMaxInterLevelApertureAngle(float)
  • setMinEndSegmentLength(float)
  • setMinForkSegmentLength(float)
  • setMinStartSegmentLength(float)
  • setMultiLinkOptimizationMaxSpread(float)
  • setMultiLinkOptimizationOffset(float)
  • setPreferredForkAxisLength(float)
  • setVerticalLinkOffset(float)
  • setVerticalNodeLinkOffset(float)
  • setVerticalNodeOffset(float)

ilog.views.graphlayout.hierarchical.IlvSwimLaneConstraint

• New constructors:
  • IlvSwimLaneConstraint(ilog.views.graphlayout.hierarchical.IlvNodeGroup, double, int, double, double) : Creates a new IlvSwimLaneConstraint .
  • IlvSwimLaneConstraint(ilog.views.graphlayout.hierarchical.IlvNodeGroup, double, int) : Creates a new IlvSwimLaneConstraint.
  • IlvSwimLaneConstraint(ilog.views.graphlayout.hierarchical.IlvNodeGroup, double, int, double) : Creates a new IlvSwimLaneConstraint .
• Removed constructors:
  • IlvSwimLaneConstraint(ilog.views.graphlayout.hierarchical.IlvNodeGroup, float, int, float)
  • IlvSwimLaneConstraint(ilog.views.graphlayout.hierarchical.IlvNodeGroup, float, int)
  • IlvSwimLaneConstraint(ilog.views.graphlayout.hierarchical.IlvNodeGroup, float, int, float, float)
• New methods:
  • setEastMinMargin(double) : Sets the minimal margin of the swimlane at the east side.
  • setMinMargin(double) : Sets the minimal margin of the swimlane.
  • setRelativeSize(double) : Sets the relative size of the swimlane.
  • setWestMinMargin(double) : Sets the minimal margin of the swimlane at the west side.
• Removed methods:
  • setEastMinMargin(float)
  • setMinMargin(float)
  • setRelativeSize(float)
  • setWestMinMargin(float)

ilog.views.graphlayout.IlvGrapherAdapter

• New methods:
  • moveNode(java.lang.Object, double, double, boolean) : Changes the position of the specified node.
• Removed methods:
  • moveNode(java.lang.Object, float, float, boolean)

ilog.views.graphlayout.IlvGraphLayout

• New methods:
  • setBalanceSplineCurveThreshold(double) : Sets the threshold for spline curves at bends which the optimized spline control point routing uses to balance the curve.
  • setMaxSplineCurveSize(double) : Sets the maximum curve size used when optimized spline control point routing is enabled.
  • setMinSplineCurveSize(double) : Sets the minimum curve size used when optimized spline control point routing is enabled.
• Removed methods:
  • setBalanceSplineCurveThreshold(float)
  • setMaxSplineCurveSize(float)
  • setMinSplineCurveSize(float)

ilog.views.graphlayout.IlvGraphModel

• New methods:
  • move(double, double, boolean) : Moves the entire graph.
  • moveNode(java.lang.Object, double, double, boolean) : Changes the position of the specified node.
• Removed methods:
  • move(float, float, boolean)
  • moveNode(java.lang.Object, float, float, boolean)

ilog.views.graphlayout.IlvRotatedGraphModel

• New methods:
  • moveNode(java.lang.Object, double, double, boolean) : Changes the position of the specified node.
• Removed methods:
  • moveNode(java.lang.Object, float, float, boolean)

ilog.views.graphlayout.labellayout.annealing.IlvAnnealingLabelDescriptor

• New methods:
  • getMinDist(java.lang.Object, double) : Returns the minimum distance value between this label and the input obstacle.
  • setActDistFromPath(double) : Sets the actual distance of the label from the location on the path that is given by the property actPathLocation.
  • setMaxDistFromPath(double) : Sets the maximum distance from the location on the path.
  • setPosition(double, double) : Sets the label conceptually to the specified position.
  • setTowardsPreferredPosition(double, double, int, int) : Sets the label to a position that is closer to the preferred position than the input position given by pathLocation and distFromPath.
  • updatePosition(double, double) : Updates the internal representation of the position of the label.
• Removed methods:
  • getMinDist(java.lang.Object, float)
  • setActDistFromPath(float)
  • setMaxDistFromPath(float)
  • setPosition(double, float)
  • setTowardsPreferredPosition(double, float, int, int)
  • updatePosition(float, float)

ilog.views.graphlayout.labellayout.annealing.IlvAnnealingLabelLayout

• New methods:
  • setLabelOffset(double) : Sets the minimum offset between the border of neighbored labels.
  • setMinImprovementPercentageToContinue(double) : Sets the minimum required percentage the layout needs to improve over a couple of rounds before the layout algorithm stops.
  • setObstacleOffset(double) : Sets the global minimum offset between a label and an unrelated obstacle.
• Removed methods:
  • setLabelOffset(float)
  • setMinImprovementPercentageToContinue(float)
  • setObstacleOffset(float)

ilog.views.graphlayout.labellayout.annealing.IlvAnnealingPointLabelDescriptor

• New constructors:
  • IlvAnnealingPointLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint, double, double, int) : Creates a new instance of a point label descriptor.
  • IlvAnnealingPointLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint, int, double, double, double, double, int) : Creates a new instance of a point label descriptor.
• Removed constructors:
  • IlvAnnealingPointLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint, float, float, int)
  • IlvAnnealingPointLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint, int, float, float, float, float, int)
• New methods:
  • setHalfHeight(double) : Sets the half height of the path around the reference point.
  • setHalfWidth(double) : Sets the half width of the path around the reference point.
  • setMaxDistFromPath(double) : Sets the maximum distance from the location on the path.
  • setPosition(double, double) : Sets the label conceptually to the specified position.
  • setPreferredDistFromPath(double) : Sets the preferred distance from the location on the path.
  • setTowardsPreferredPosition(double, double, int, int) : Sets the label to a position that is closer to the preferred position than the input position given by pathLocation and distFromPath.
• Removed methods:
  • setHalfHeight(float)
  • setHalfWidth(float)
  • setMaxDistFromPath(float)
  • setPosition(double, float)
  • setPreferredDistFromPath(float)
  • setTowardsPreferredPosition(double, float, int, int)

ilog.views.graphlayout.labellayout.annealing.IlvAnnealingPolylineLabelDescriptor

• New constructors:
  • IlvAnnealingPolylineLabelDescriptor(java.lang.Object, java.lang.Object, java.lang.Object, java.lang.Object, int, double, double, int, int, int, double, double, double, double) : Creates a new instance of a polyline link label descriptor.
  • IlvAnnealingPolylineLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint[], double, double, double, double, double, int, int, int, double, double, double, double) : Creates a new instance of a polyline label descriptor.
  • IlvAnnealingPolylineLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint[], double, double, double, double, double, double, int, int, int, double, double, double, double) : Creates a new instance of a polyline label descriptor.
• Removed constructors:
  • IlvAnnealingPolylineLabelDescriptor(java.lang.Object, java.lang.Object, java.lang.Object, java.lang.Object, int, float, float, int, int, int, float, float, float, float)
  • IlvAnnealingPolylineLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint[], float, float, float, float, float, float, int, int, int, float, float, float, float)
  • IlvAnnealingPolylineLabelDescriptor(java.lang.Object, java.lang.Object, ilog.views.IlvPoint[], float, float, float, float, float, int, int, int, float, float, float, float)
• New methods:
  • getMinDist(java.lang.Object, double) : Returns the minimum distance value between this label and the input obstacle.
  • setBottomOverlap(double) : Sets the amount the label can overlap the related obstacle or reference polyline at the bottom side of the label.
  • setLeftOverlap(double) : Sets the amount the label can overlap the related obstacle or reference polyline at the left side of the label.
  • setLineWidth(double) : Sets the line width of the polyline given by the reference points.
  • setMaxDistFromPath(double) : Sets the maximum distance from the location on the path.
  • setMaxPercentageFromStart(double) : Sets the percentage relative to the length of the polyline that defines the end point of the area of the polyline that should be used for the label.
  • setMinPercentageFromStart(double) : Sets the percentage relative to the length of the polyline that defines the start point of the area of the polyline that should be used for the label.
  • setPosition(double, double) : Sets the label conceptually to the specified position.
  • setPreferredDistFromPath(double) : Sets the preferred distance from the location on the path.
  • setPreferredPercentageFromStart(double) : Sets the percentage relative to the length of the polyline that defines the preferred position for the label.
  • setRightOverlap(double) : Sets the amount the label can overlap the related obstacle or reference polyline at the right side of the label.
  • setTopOverlap(double) : Sets the amount the label can overlap the related obstacle or reference polyline at the top side of the label.
  • setTowardsPreferredPosition(double, double, int, int) : Sets the label to a position that is closer to the preferred position than the input position given by pathLocation and distFromPath.
• Removed methods:
  • getMinDist(java.lang.Object, float)
  • setBottomOverlap(float)
  • setLeftOverlap(float)
  • setLineWidth(float)
  • setMaxDistFromPath(float)
  • setMaxPercentageFromStart(float)
  • setMinPercentageFromStart(float)
  • setPosition(double, float)
  • setPreferredDistFromPath(float)
  • setPreferredPercentageFromStart(float)
  • setRightOverlap(float)
  • setTopOverlap(float)
  • setTowardsPreferredPosition(double, float, int, int)

ilog.views.graphlayout.labellayout.IlvDefaultLabelingModel

• New methods:
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, double) : Returns the overlap between two labels, if the labels would be at the given positions specified by the passed bounding boxes.
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, double, double) : Returns the overlap between two labels if you move the labels to the positions specified by the passed rectangles and the rotation angle.
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, double) : Returns the overlap between the label and the obstacle, if the label would be at the given position specified by the passed bounding box.
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, double) : Returns the overlap between the label and the obstacle if you move the label to the position specified by the passed rectangle and the rotation angle.
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvPoint[], double, double) : Returns the overlap between the label and the polyline obstacle, if the label would be at the given position specified by the passed bounding box.
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvPoint[], double, double) : Returns the overlap between the label and the polyline obstacle if you move the label to the position specified by the passed rectangle and the rotation angle.
  • moveLabel(java.lang.Object, double, double, boolean) : Changes the position of the specified label.
• Removed methods:
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, float)
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, double, float)
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, float)
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, float)
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvPoint[], float, float)
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvPoint[], float, float)
  • moveLabel(java.lang.Object, float, float, boolean)

ilog.views.graphlayout.labellayout.IlvLabelingModel

• New methods:
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, double) : Returns the overlap between two labels, if the labels would be at the given positions specified by the passed bounding boxes.
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, double) : Returns the overlap between the label and the obstacle, if the label would be at the given position specified by the passed bounding box.
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvPoint[], double, double) : Returns the overlap between the label and the polyline obstacle, if the label would be at the given position specified by the passed bounding box.
  • moveLabel(java.lang.Object, double, double, boolean) : Changes the position of the specified label.
• Removed methods:
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, float)
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvRect, float)
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, java.lang.Object, ilog.views.IlvPoint[], float, float)
  • moveLabel(java.lang.Object, float, float, boolean)

ilog.views.graphlayout.labellayout.IlvLabelingModelWithRotation

• New methods:
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, double, double) : Returns the overlap between two labels, if the labels would be at the given positions specified by the passed rectangles and the rotation angle.
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, double) : Returns the overlap between the label and the obstacle, if the label would be at the given position specified by the passed rectangle and the rotation angle.
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvPoint[], double, double) : Returns the overlap between the label and the polyline obstacle, if the label would be at the given position specified by the passed rectangle and the rotation angle.
• Removed methods:
  • getLabelOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, double, float)
  • getObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvRect, float)
  • getPolylineObstacleOverlap(java.lang.Object, ilog.views.IlvRect, double, java.lang.Object, ilog.views.IlvPoint[], float, float)

ilog.views.graphlayout.link.IlvLinkLayout

• New methods:
  • setBalanceSplineCurveThreshold(double) : Sets the threshold for spline curves on arcs until the optimized spline control point routing tries to balance the curve.
  • setHorizontalGridBase(double) : Sets the horizontal base coordinate of the grid.
  • setHorizontalGridOffset(double) : Sets the horizontal offset between the grid lines.
  • setHorizontalMinOffset(double) : Sets the minimal horizontal offset between the node border and a link segment that is (vertically) parallel to the node border.
  • setLinkOffset(double) : Sets the offset between links connected on the same side of the node.
  • setMaxSplineCurveSize(double) : Sets the maximum curve size used when optimized spline control point routing is enabled.
  • setMinFinalSegmentLength(double) : Sets the minimum length of the first and last segments of each link.
  • setMinNodeCornerOffset(double) : Sets the minimum offset between a node corner and a link starting at this node.
  • setMinSplineCurveSize(double) : Sets the minimum curve size used when optimized spline control point routing is enabled.
  • setVerticalGridBase(double) : Sets the vertical base coordinate of the grid.
  • setVerticalGridOffset(double) : Sets the vertical offset between the grid lines.
  • setVerticalMinOffset(double) : Sets the minimal vertical offset between the node border and a link segment that is (horizontally) parallel to the node border.
• Removed methods:
  • setBalanceSplineCurveThreshold(float)
  • setHorizontalGridBase(float)
  • setHorizontalGridOffset(float)
  • setHorizontalMinOffset(float)
  • setLinkOffset(float)
  • setMaxSplineCurveSize(float)
  • setMinFinalSegmentLength(float)
  • setMinNodeCornerOffset(float)
  • setMinSplineCurveSize(float)
  • setVerticalGridBase(float)
  • setVerticalGridOffset(float)
  • setVerticalMinOffset(float)

ilog.views.graphlayout.link.longlink.IlvLongLinkLayout

• New methods:
  • setHorizontalGridBase(double) : Sets the horizontal base coordinate of the grid.
  • setHorizontalGridOffset(double) : Sets the horizontal offset between the grid lines.
  • setHorizontalMinOffset(double) : Sets the minimum horizontal offset between the node border and a link segment that is (vertically) parallel to the node border.
  • setMinEndSegmentLength(double) : Sets the minimum length of the last segment of each link, that is, the segment incident to the "to" node.
  • setMinNodeCornerOffset(double) : Sets the minimum offset between a node corner and a link starting at this node.
  • setMinStartSegmentLength(double) : Sets the minimum length of the first segment of each link, that is, the segment incident to the "from" node.
  • setVerticalGridBase(double) : Sets the vertical base coordinate of the grid.
  • setVerticalGridOffset(double) : Sets the vertical offset between the grid lines.
  • setVerticalMinOffset(double) : Sets the minimum vertical offset between the node border and a link segment that is (horizontally) parallel to the node border.
• Removed methods:
  • setHorizontalGridBase(float)
  • setHorizontalGridOffset(float)
  • setHorizontalMinOffset(float)
  • setMinEndSegmentLength(float)
  • setMinNodeCornerOffset(float)
  • setMinStartSegmentLength(float)
  • setVerticalGridBase(float)
  • setVerticalGridOffset(float)
  • setVerticalMinOffset(float)

ilog.views.graphlayout.link.shortlink.IlvShortLinkLayout

• New methods:
  • setBypassDistance(double) : Sets the minimum distance between the origin and destination node for which a link shape going directly from one node to another is allowed.
  • setEvenlySpacedPinsMarginRatio(double) : Sets the margin ratio for the evenly spaced pins connector style.
  • setLinkOffset(double) : Sets the offset between links connected on the same side of the node.
  • setLinkToLinkCrossingPenalty(double) : Sets the link-to-link crossing penalty factor.
  • setLinkToNodeCrossingPenalty(double) : Sets the link-to-node crossing penalty factor.
  • setMinFinalSegmentLength(double) : Sets the minimum length of the final (first and last) segment of the links.
• Removed methods:
  • setBypassDistance(float)
  • setEvenlySpacedPinsMarginRatio(float)
  • setLinkOffset(float)
  • setLinkToLinkCrossingPenalty(float)
  • setLinkToNodeCrossingPenalty(float)
  • setMinFinalSegmentLength(float)

ilog.views.graphlayout.springembedder.IlvSpringEmbedderLayout

• New methods:
  • setSpringConstant(double) : Sets the constant for the springs.
• Removed methods:
  • setSpringConstant(float)

ilog.views.graphlayout.topologicalmesh.IlvTopologicalMeshLayout

• New methods:
  • setNodesMoveThreshold(double) : Sets the convergence criteria of the node placement algorithm (the second step of the layout algorithm).
• Removed methods:
  • setNodesMoveThreshold(float)

ilog.views.graphlayout.tree.IlvTreeLayout

• New methods:
  • setAspectRatio(double) : Sets the aspect ratio for the layout.
  • setAssociateOffset(double) : Sets the minimum offset between associates and the orthogonal link segment starting at the parent.
  • setBranchOffset(double) : Sets the minimum offset between neighbor nodes that belong to different branches in the tree.
  • setEastSubtreeBlockMargin(java.lang.Object, double) : Sets the margin on the east side of the subtree starting at the input node.
  • setNorthSubtreeBlockMargin(java.lang.Object, double) : Sets the margin on the north side of the subtree starting at the input node.
  • setOrthForkPercentage(double) : Sets the percentage of the parent-child offset that determines the location where the orthogonal link routing places the bends in order to fork the routing towards the children.
  • setOverlapPercentage(double) : Sets the percentage for which a node is considered smaller in the flow direction.
  • setParentChildAssociateOffset(double) : Sets the minimum offset between the parent and the first associate.
  • setParentChildOffset(double) : Sets the minimum offset between a parent and its children.
  • setSiblingOffset(double) : Sets the minimum offset between siblings, that is, between nodes that have the same parent in the tree structure.
  • setSouthSubtreeBlockMargin(java.lang.Object, double) : Sets the margin on the south side of the subtree starting at the input node.
  • setSubtreeBlockMargin(java.lang.Object, int, double) : Sets the margin on the specified side of the subtree starting at the input node.
  • setTipOverBranchOffset(double) : Sets the minimum offset in the flow direction between neighbor nodes that belong to different branches in the tree.
  • setWestSubtreeBlockMargin(java.lang.Object, double) : Sets the margin on the west side of the subtree starting at the input node.
• Removed methods:
  • setAspectRatio(float)
  • setAssociateOffset(float)
  • setBranchOffset(float)
  • setEastSubtreeBlockMargin(java.lang.Object, float)
  • setNorthSubtreeBlockMargin(java.lang.Object, float)
  • setOrthForkPercentage(float)
  • setOverlapPercentage(float)
  • setParentChildAssociateOffset(float)
  • setParentChildOffset(float)
  • setSiblingOffset(float)
  • setSouthSubtreeBlockMargin(java.lang.Object, float)
  • setSubtreeBlockMargin(java.lang.Object, int, float)
  • setTipOverBranchOffset(float)
  • setWestSubtreeBlockMargin(java.lang.Object, float)

ilog.views.graphlayout.uniformlengthedges.IlvUniformLengthEdgesLayout

• New methods:
  • setAdditionalNodeRepulsionWeight(double) : Sets the weight of the additional node repulsion force.
  • setConvergenceThreshold(double) : Sets the threshold value for the convergence detection mechanism.
  • setLinkLengthWeight(double) : Sets the link length weight.
  • setMaxAllowedMovePerIteration(double) : Sets the maximum authorized node move at each iteration of the layout algorithm.
  • setMaxPercentageOfElapsedTimeForRefinement(double) : Sets the maximum percentage of the time already elapsed that should be spent on the final refinement step when the layout mode is FAST_MULTILEVEL_MODE .
  • setMaxPercentageOfTotalAllowedTimeForRefinement(double) : Sets the maximum percentage of the total allowed time that should be spent on the final refinement step when the layout mode is FAST_MULTILEVEL_MODE .
  • setNodeDistanceThreshold(double) : Sets the node distance threshold.
  • setPreferredLength(java.lang.Object, double) : Sets the preferred length of a link.
  • setPreferredLinksLength(double) : Sets the global preferred length of the links.
• Removed methods:
  • setAdditionalNodeRepulsionWeight(float)
  • setConvergenceThreshold(float)
  • setLinkLengthWeight(float)
  • setMaxAllowedMovePerIteration(float)
  • setMaxPercentageOfElapsedTimeForRefinement(float)
  • setMaxPercentageOfTotalAllowedTimeForRefinement(float)
  • setNodeDistanceThreshold(float)
  • setPreferredLength(java.lang.Object, float)
  • setPreferredLinksLength(float)

ilog.views.hypergraph.crossing.IlvAbstractCrossingGraphic

• New methods:
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Tests if a point lies within the drawing of a crossing.
• Removed methods:
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)

ilog.views.hypergraph.crossing.IlvBridgeCrossings

• New methods:
  • addCrossingBound(ilog.views.IlvRect, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Adds the bound of the crossing to the input bounding rectangle.
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Tests if a point lies within the drawing of a crossing.
  • drawCrossing(java.awt.Graphics, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Draws the crossing between the input objects.
  • setBridgeLengthFactor(double) : Sets the bridge length factor.
• Removed methods:
  • addCrossingBound(ilog.views.IlvRect, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • drawCrossing(java.awt.Graphics, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • setBridgeLengthFactor(float)

ilog.views.hypergraph.crossing.IlvCrossingAwareSegment

• New methods:
  • createCrossing(double, double, ilog.views.hypergraph.crossing.IlvCrossingAwareSegment) : Creates a crossing for the segment.
• Removed methods:
  • createCrossing(float, float, ilog.views.hypergraph.crossing.IlvCrossingAwareSegment)

ilog.views.hypergraph.crossing.IlvCrossingCalculation

• New methods:
  • setGap(ilog.views.IlvManager, boolean, ilog.views.IlvGraphicFilter, double, boolean) : Sets the gap width of the crossings of all parameterizable crossing aware objects.
• Removed methods:
  • setGap(ilog.views.IlvManager, boolean, ilog.views.IlvGraphicFilter, float, boolean)

ilog.views.hypergraph.crossing.IlvCrossingGraphic

• New methods:
  • addCrossingBound(ilog.views.IlvRect, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Adds the bound of the crossing to the input bounding rectangle.
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Tests if a point lies within the drawing of a crossing.
  • drawCrossing(java.awt.Graphics, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Draws the crossing between the input objects.
• Removed methods:
  • addCrossingBound(ilog.views.IlvRect, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • drawCrossing(java.awt.Graphics, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)

ilog.views.hypergraph.crossing.IlvParameterizedCrossingAwareObject

• New methods:
  • setGap(double) : Sets the gap width of the crossings.
• Removed methods:
  • setGap(float)

ilog.views.hypergraph.crossing.IlvTunnelCrossings

• New methods:
  • addCrossingBound(ilog.views.IlvRect, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Adds the bound of the crossing to the input bounding rectangle.
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Tests if a point lies within the drawing of a crossing.
  • drawCrossing(java.awt.Graphics, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, double, double, double) : Draws the crossing between the input objects.
• Removed methods:
  • addCrossingBound(ilog.views.IlvRect, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • containsAtCrossing(ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)
  • drawCrossing(java.awt.Graphics, ilog.views.IlvTransformer, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.hypergraph.crossing.IlvCrossingAwareObject, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, ilog.views.IlvPoint, float, float, float)

ilog.views.hypergraph.edgeconnector.IlvHyperEdgeConnector

• New methods:
  • move(double, double) : Moves the object.
  • resize(double, double) : Resizes the object.
  • translate(double, double) : Translates the object.
• Removed methods:
  • move(float, float)
  • resize(float, float)
  • translate(float, float)

ilog.views.hypergraph.edgeconnector.IlvHyperGrapherPin

• New constructors:
  • IlvHyperGrapherPin(ilog.views.hypergraph.edgeconnector.IlvHyperEdgePinConnector, ilog.views.IlvPoint, ilog.views.IlvPoint, double, int) : Creates a new pin and adds it to the input connector.
  • IlvHyperGrapherPin(ilog.views.IlvPoint, ilog.views.IlvPoint, double, int) : Creates a new pin.
• Removed constructors:
  • IlvHyperGrapherPin(ilog.views.IlvPoint, ilog.views.IlvPoint, float, int)
  • IlvHyperGrapherPin(ilog.views.hypergraph.edgeconnector.IlvHyperEdgePinConnector, ilog.views.IlvPoint, ilog.views.IlvPoint, float, int)
• New methods:
  • setAbsoluteOffset(double, double) : Sets the absolute offset of the pin.
  • setProportionalOffset(double, double) : Sets the proportional offset of the pin.
• Removed methods:
  • setAbsoluteOffset(float, float)
  • setProportionalOffset(float, float)

ilog.views.hypergraph.IlvHyperEdge

• New methods:
  • getArrowSize(double, ilog.views.IlvTransformer) : Returns the size of the arrow for the corresponding IlvTransformer and lineWidth.
  • getClosestEnd(double, double, ilog.views.IlvTransformer) : Returns the end closest to the input point.
  • moveConnectionPoint(ilog.views.hypergraph.IlvHyperEdgeEnd, double, double, ilog.views.IlvTransformer) : Move the connection point of the hyperedge at the end point.
  • setLineWidth(double) : Changes the line width of the object.
  • setMaximumLineWidth(double) : Changes the maximum line width of the edge.
  • shortenForArrowDraw(ilog.views.IlvPoint[], double) : Shorten the line between pts[0] and pts[1] by the size of the arrow.
• Removed methods:
  • getArrowSize(float, ilog.views.IlvTransformer)
  • getClosestEnd(float, float, ilog.views.IlvTransformer)
  • moveConnectionPoint(ilog.views.hypergraph.IlvHyperEdgeEnd, float, float, ilog.views.IlvTransformer)
  • setLineWidth(float)
  • setMaximumLineWidth(float)
  • shortenForArrowDraw(ilog.views.IlvPoint[], float)

ilog.views.hypergraph.IlvHyperGrapher

• New methods:
  • translateObjects(ilog.views.IlvGraphicEnumeration, double, double, ilog.views.IlvTransformer) : Translates the input objects that must belong to this manager.
• Removed methods:
  • translateObjects(ilog.views.IlvGraphicEnumeration, float, float, ilog.views.IlvTransformer)

ilog.views.hypergraph.IlvSegmentedHyperEdge

• New methods:
  • addSegment(ilog.views.hypergraph.IlvHyperEdgeEnd, double, double, ilog.views.IlvTransformer) : Adds a new segment at the hyperedge end.
  • addSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, double, double, ilog.views.IlvTransformer) : Adds a new segment incident to the existing input segment.
  • addSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, double, ilog.views.IlvTransformer) : Adds a new segment incident to the existing input segment.
  • addSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, double, double, double, ilog.views.IlvTransformer) : Adds a new segment incident to the existing input segment.
  • drawLine(ilog.views.IlvPoint[], double, float[], java.awt.Graphics, ilog.views.IlvTransformer) : Draws a line between the input points.
  • getClosestSegment(double, double, ilog.views.IlvTransformer) : Returns the segment closest to the input point.
  • getClosestSegments(double, double, ilog.views.IlvTransformer, ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment[]) : Returns the two segments whose connection point is closest to the input point.
  • mergeCrossings(ilog.views.hypergraph.crossing.IlvCrossing, ilog.views.hypergraph.crossing.IlvCrossing, double, double) : Decides when to merge crossings.
  • moveConnectionPoint(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, double, ilog.views.IlvTransformer) : Moves the connection point of both input segments to the input point.
  • parallelSplitSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, double, ilog.views.IlvTransformer) : Splits the input segment and redistributes the incident segments, if the segment has incident segments at both sides.
  • setGap(double) : Sets the gap width of the hyperedge crossings.
  • splitSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, double, ilog.views.IlvTransformer) : Splits the input segment at the input point.
• Removed methods:
  • addSegment(ilog.views.hypergraph.IlvHyperEdgeEnd, float, float, ilog.views.IlvTransformer)
  • addSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, double, float, float, ilog.views.IlvTransformer)
  • addSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, float, float, ilog.views.IlvTransformer)
  • addSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, float, float, float, float, ilog.views.IlvTransformer)
  • drawLine(ilog.views.IlvPoint[], float, float[], java.awt.Graphics, ilog.views.IlvTransformer)
  • getClosestSegment(float, float, ilog.views.IlvTransformer)
  • getClosestSegments(float, float, ilog.views.IlvTransformer, ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment[])
  • mergeCrossings(ilog.views.hypergraph.crossing.IlvCrossing, ilog.views.hypergraph.crossing.IlvCrossing, float, float)
  • moveConnectionPoint(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, float, float, ilog.views.IlvTransformer)
  • parallelSplitSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, float, float, ilog.views.IlvTransformer)
  • setGap(float)
  • splitSegment(ilog.views.hypergraph.IlvSegmentedHyperEdge$Segment, float, float, ilog.views.IlvTransformer)

ilog.views.hypergraph.interactor.IlvMakeHyperEdgeBaseInteractor

• New methods:
  • setPinMargin(double) : Sets the margin for pins.
• Removed methods:
  • setPinMargin(float)

ilog.views.hypergraph.interactor.IlvMakeHyperEdgeInteractor

• New methods:
  • setLineWidth(double) : Sets the line width of the newly created hyperedge.
  • setMaximumLineWidth(double) : Sets the maximum line width of the newly created hyperedge.
• Removed methods:
  • setLineWidth(float)
  • setMaximumLineWidth(float)

ilog.views.hypergraph.interactor.IlvMakeHyperEdgePinConnectorInteractor

• New methods:
  • setPinOffset(double) : Sets the offset of the newly created pin from the border of the node.
  • setPinSize(double) : Sets the pin size of the newly created pin.
• Removed methods:
  • setPinOffset(float)
  • setPinSize(float)

ilog.views.hypergraph.interactor.IlvMakeSegmentedHyperEdgeInteractor

• New methods:
  • setBendThreshold(double) : Sets the threshold for creating bends.
  • setEndThreshold(double) : Sets the threshold for the last segment that connects to the node.
  • setGap(double) : Sets the gap width of the hyperedge crossings at the newly created edge.
• Removed methods:
  • setBendThreshold(float)
  • setEndThreshold(float)
  • setGap(float)

ilog.views.sdm.graphic.IlvExpandedFrame

• New methods:
  • setThickness(double) : Sets the thickness of the edge.
• Removed methods:
  • setThickness(float)

ilog.views.sdm.graphic.IlvGeneralLink

• New methods:
  • colorize(java.awt.Color, double) : Generates rainbow colors from a base, when mode is MODE_GRADIENT.
  • colorizeNeon(java.awt.Color, double) : Generates rainbow colors from a base, when mode is MODE_NEON.
  • createFillArrowShape(ilog.views.IlvPoint, double, double) : Returns the shape of a filled arrow.
  • createOpenArrowShape(ilog.views.IlvPoint, double, double) : Returns the shape of an open arrow.
  • getArrowSize(double, ilog.views.IlvTransformer) : Returns the size of the arrow for the specified IlvTransformer and lineWidth.
  • getBackArrowSize(double, ilog.views.IlvTransformer) : Returns the size of the backward arrow for the specified IlvTransformer and lineWidth.
  • getPolylinePosition(ilog.views.IlvPoint[], double, double[], ilog.views.IlvTransformer) : Utility function to return the position of a point along a polyline.
  • getPolylinePosition(ilog.views.IlvPoint[], double, double[]) : Utility function to return the position of a point along a polyline.
  • mergeCrossings(double, double, double, ilog.views.IlvTransformer) : Returns whether to merge two subsequent crossings.
  • moveDecoration(int, double, double, ilog.views.IlvTransformer) : Label layout uses this method to set the decoration location.
  • moveLabel(double, double, ilog.views.IlvTransformer) : Label layout uses this method to set the label location.
  • moveObject(ilog.views.IlvGraphic, double, double, boolean) : Changes the location of a graphic object.
  • roundedFromManyPoints(ilog.views.IlvPoint[], double, ilog.views.IlvTransformer) : Called by shapeFromPoints() to generate a straight shape with rounded corners.
  • setArrowPosition(double) : Sets the arrow position as a proportion of the link length (for example, .
  • setArrowRatio(double) : Sets the arrow size as a proportion of the link width (for example, 1 is about twice the link width).
  • setBackArrowPosition(double) : Sets the backward arrow position as a proportion of the link length (for example, .
  • setBorderWidth(double) : Sets the border width.
  • setContainsMargin(double) : Sets the margin on the border of all instances of IlvGeneralLink to be used for contains.
  • setCurved(double) : Sets the curved look and the smoothness of the spline.
  • setDecorationPositions(int, double) : Sets the relative decoration positions on the link.
  • setDecorationPositions(double[]) : Sets all the relative decoration positions of the link.
  • setInternalZoom(double) : Sets the internal scale factor.
  • setLineWidth(double) : Changes the line width of the object.
  • setMinimumLineWidth(double) : Sets the minimum line width while zooming out.
  • setRadius(double) : Sets radius for rounded link.
  • translate(double, double) : Translates the object.
• Removed methods:
  • colorize(java.awt.Color, float)
  • colorizeNeon(java.awt.Color, float)
  • createFillArrowShape(ilog.views.IlvPoint, double, float)
  • createOpenArrowShape(ilog.views.IlvPoint, double, float)
  • getArrowSize(float, ilog.views.IlvTransformer)
  • getBackArrowSize(float, ilog.views.IlvTransformer)
  • getPolylinePosition(ilog.views.IlvPoint[], float, double[], ilog.views.IlvTransformer)
  • getPolylinePosition(ilog.views.IlvPoint[], float, double[])
  • mergeCrossings(float, float, float, ilog.views.IlvTransformer)
  • moveDecoration(int, float, float, ilog.views.IlvTransformer)
  • moveLabel(float, float, ilog.views.IlvTransformer)
  • moveObject(ilog.views.IlvGraphic, float, float, boolean)
  • roundedFromManyPoints(ilog.views.IlvPoint[], float, ilog.views.IlvTransformer)
  • setArrowPosition(float)
  • setArrowRatio(float)
  • setBackArrowPosition(float)
  • setBorderWidth(float)
  • setContainsMargin(float)
  • setCurved(float)
  • setDecorationPositions(int, float)
  • setDecorationPositions(float[])
  • setInternalZoom(float)
  • setLineWidth(float)
  • setMinimumLineWidth(float)
  • setRadius(float)
  • translate(float, float)