Uses of Class
de.xima.fc.common.geometry.Point2DDouble

Packages that use Point2DDouble

Package	Description
de.xima.fc.common.geometry
de.xima.fc.common.workflow.bpmn
de.xima.fc.interfaces.workflow.bpmn
de.xima.fc.workflow.converter.bpmn

Uses of Point2DDouble in de.xima.fc.common.geometry

Methods in de.xima.fc.common.geometry that return Point2DDouble

Modifier and Type	Method	Description
Point2DDouble	Point2DDouble.coordinate(ECartesianAxis1D axis, Double coordinate)
Point2DDouble	Point2DDouble.coordinate(ECartesianAxis2D axis, Double coordinate)
Point2DDouble	Point2DDouble.coordinateByte(ECartesianAxis1D axis, byte coordinate)
Point2DDouble	Point2DDouble.coordinateByte(ECartesianAxis2D axis, byte coordinate)
Point2DDouble	Point2DDouble.coordinateDouble(ECartesianAxis1D axis, double coordinate)
Point2DDouble	Point2DDouble.coordinateDouble(ECartesianAxis2D axis, double coordinate)
Point2DDouble	Point2DDouble.coordinateFloat(ECartesianAxis1D axis, float coordinate)
Point2DDouble	Point2DDouble.coordinateFloat(ECartesianAxis2D axis, float coordinate)
Point2DDouble	Point2DDouble.coordinateInt(ECartesianAxis1D axis, int coordinate)
Point2DDouble	Point2DDouble.coordinateInt(ECartesianAxis2D axis, int coordinate)
Point2DDouble	Point2DDouble.coordinateLong(ECartesianAxis1D axis, long coordinate)
Point2DDouble	Point2DDouble.coordinateLong(ECartesianAxis2D axis, long coordinate)
Point2DDouble	Point2DDouble.coordinateShort(ECartesianAxis1D axis, short coordinate)
Point2DDouble	Point2DDouble.coordinateShort(ECartesianAxis2D axis, short coordinate)
static Point2DDouble	AxisAlignedRouter2D.cornerPoint(Point2DDouble start, Point2DDouble end, ECartesianAxis2D firstAxis)	Walks from the given start point to the given end point, by first going straight on the given axis, then making a sharp turn to the other axis.
static Point2DDouble	Geometry2D.interpolateLinearly(Point2DDouble p1, Point2DDouble p2, double ratio)	Linearly interpolates between two points in 2D space and returns a point at the given ratio between the two points.
Point2DDouble	Point2DDouble.normalize()
Point2DDouble	Rectangle2DDouble.position()	Returns the position of the rectangle, i.e. the coordinates of its top-left corner.
Point2DDouble	Point2DDouble.rotateDegrees(double degrees)
Point2DDouble	Point2DDouble.rotateDegreesXY(double angleDegrees)
Point2DDouble	Point2DDouble.rotateRadians(double radians)
Point2DDouble	Point2DDouble.rotateRadiansXY(double angleRadians)
Point2DDouble	Point2DDouble.scale(byte scale)
Point2DDouble	Point2DDouble.scale(byte sx, byte sy)
Point2DDouble	Point2DDouble.scale(double scale)
Point2DDouble	Point2DDouble.scale(double sx, double sy)
Point2DDouble	Point2DDouble.scale(float scale)
Point2DDouble	Point2DDouble.scale(float sx, float sy)
Point2DDouble	Point2DDouble.scale(int scale)
Point2DDouble	Point2DDouble.scale(int sx, int sy)
Point2DDouble	Point2DDouble.scale(long scale)
Point2DDouble	Point2DDouble.scale(long sx, long sy)
Point2DDouble	Point2DDouble.scale(short scale)
Point2DDouble	Point2DDouble.scale(short sx, short sy)
Point2DDouble	Point2DDouble.subtract(byte dx, byte dy)
Point2DDouble	Point2DDouble.subtract(double dx, double dy)
Point2DDouble	Point2DDouble.subtract(float dx, float dy)
Point2DDouble	Point2DDouble.subtract(int dx, int dy)
Point2DDouble	Point2DDouble.subtract(long dx, long dy)
Point2DDouble	Point2DDouble.subtract(short dx, short dy)
Point2DDouble	Point2DDouble.subtract(Point2DLike<?> delta)
Point2DDouble	Point2DDouble.translate(byte dx, byte dy)
Point2DDouble	Point2DDouble.translate(double dx, double dy)
Point2DDouble	Point2DDouble.translate(float dx, float dy)
Point2DDouble	Point2DDouble.translate(int dx, int dy)
Point2DDouble	Point2DDouble.translate(long dx, long dy)
Point2DDouble	Point2DDouble.translate(short dx, short dy)
Point2DDouble	Point2DDouble.translate(Point2DLike<?> delta)
static Point2DDouble	Point2DDouble.unitDegrees(double degrees)	Gets a unit vector pointing in the specified direction in degrees. 0 is east, 90 is north, 180 is west, and 270 is south.
static Point2DDouble	Point2DDouble.unitRadians(double radians)	Gets a unit vector pointing in the specified direction in radians. 0 is east, π/2 is north, π is west, and 3π/2 is south.
Point2DDouble	ECardinalDirection2D.unitVector()	Gets the unit vector corresponding to this cardinal direction.
static Point2DDouble	Point2DDouble.unitXNegative()	Gets a unit vector pointing in the negative x-direction.
static Point2DDouble	Point2DDouble.unitXPositive()	Gets a unit vector pointing in the positive x-direction.
static Point2DDouble	Point2DDouble.unitYNegative()	Gets a unit vector pointing in the negative y-direction.
static Point2DDouble	Point2DDouble.unitYPositive()	Gets a unit vector pointing in the positive y-direction.
Point2DDouble	Point2DDouble.x(Double x)
Point2DDouble	Point2DDouble.xByte(byte x)
Point2DDouble	Point2DDouble.xDouble(double x)
Point2DDouble	Point2DDouble.xFloat(float x)
Point2DDouble	Point2DDouble.xInt(int x)
Point2DDouble	Point2DDouble.xLong(long x)
Point2DDouble	Point2DDouble.xShort(short x)
Point2DDouble	Point2DDouble.y(Double y)
Point2DDouble	Point2DDouble.yByte(byte y)
Point2DDouble	Point2DDouble.yDouble(double y)
Point2DDouble	Point2DDouble.yFloat(float y)
Point2DDouble	Point2DDouble.yInt(int y)
Point2DDouble	Point2DDouble.yLong(long y)
Point2DDouble	Point2DDouble.yShort(short y)
static Point2DDouble	Point2DDouble.zero()	Gets a point at the origin (0, 0).

Methods in de.xima.fc.common.geometry that return types with arguments of type Point2DDouble

Modifier and Type	Method	Description
static List<Point2DDouble>	AxisAlignedRouter2D.axisAlignedPath(Iterable<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
static List<Point2DDouble>	AxisAlignedRouter2D.axisAlignedPath(Iterator<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
Predicate<Point2DDouble>	Point2DDouble.epsilonBall(double epsilon)	Creates a predicate that returns for all points within the ε-ball centered at this point.
List<Point2DDouble>	Polygon2DDouble.points()	Gets the list of points that define this polygon.

Methods in de.xima.fc.common.geometry with parameters of type Point2DDouble

Modifier and Type	Method	Description
static boolean	Geometry2D.areRectanglesOverlapping(Point2DDouble pos1, Rectangular2DDouble size1, Point2DDouble pos2, Rectangular2DDouble size2)	Checks if two 2D rectangles have any overlap.
static boolean	Geometry2D.areRectanglesOverlappingOrTouching(Point2DDouble pos1, Rectangular2DDouble size1, Point2DDouble pos2, Rectangular2DDouble size2)	Checks if two 2D rectangles have any overlap.
static OneOfN.OneOf3<ECardinalDirection2D, EPrimaryIntercardinalDirection2D, Unit>	Geometry2D.classifyRectangleCardinalPosition(Point2DDouble pos1, Rectangular2DDouble size1, Point2DDouble pos2, Rectangular2DDouble size2)	Classifies the relative position of two non-overlapping rectangles r1 and r2 in a 2D space in regard to their cardinal relationship.
static Point2DDouble	AxisAlignedRouter2D.cornerPoint(Point2DDouble start, Point2DDouble end, ECartesianAxis2D firstAxis)	Walks from the given start point to the given end point, by first going straight on the given axis, then making a sharp turn to the other axis.
static double	Geometry2D.edgeCoordinate(Point2DDouble position, Rectangular2DDouble boundingBox, ECardinalDirection2D direction)	Finds the coordinate of the edge in the specified direction, assuming a rectangular bounding with the given dimensions box positioned at the given position.
static Point2DDouble	Geometry2D.interpolateLinearly(Point2DDouble p1, Point2DDouble p2, double ratio)	Linearly interpolates between two points in 2D space and returns a point at the given ratio between the two points.
static boolean	AxisAlignedRouter2D.isAxisAligned(Point2DDouble p1, Point2DDouble p2)
static double	Geometry2D.maxCoordinateInDirection(ECardinalDirection2D direction, Point2DDouble p1, Point2DDouble p2)	Returns the maximal coordinate in the specified direction for the two given points in 2D space.
boolean	Point2DDouble.near(Point2DDouble that, double epsilon)	Checks whether this point is approximately equal to another point, i.e. whether the distance between the two points is less than or equal to the given epsilon value.

Method parameters in de.xima.fc.common.geometry with type arguments of type Point2DDouble

Modifier and Type	Method	Description
static List<Point2DDouble>	AxisAlignedRouter2D.axisAlignedPath(Iterable<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
static List<Point2DDouble>	AxisAlignedRouter2D.axisAlignedPath(Iterator<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
static boolean	AxisAlignedRouter2D.isAxisAligned(Iterable<Point2DDouble> points)
static boolean	AxisAlignedRouter2D.isAxisAligned(Iterator<Point2DDouble> points)

Constructors in de.xima.fc.common.geometry with parameters of type Point2DDouble

Modifier	Constructor	Description
	Polygon2DDouble(Point2DDouble[] points)	Creates a polygon from the given points.
	Rectangle2DDouble(Point2DDouble position, Rectangular2DDouble size)	Creates a rectangle with the specified position and size.

Constructor parameters in de.xima.fc.common.geometry with type arguments of type Point2DDouble

Modifier	Constructor	Description
	Polygon2DDouble(Iterable<Point2DDouble> points)	Creates a polygon from the given points.

Uses of Point2DDouble in de.xima.fc.common.workflow.bpmn

Methods in de.xima.fc.common.workflow.bpmn that return Point2DDouble

Modifier and Type	Method	Description
Point2DDouble	EAxisAlignedRectanglePointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)
Point2DDouble	EAxisAlignedRectanglePointsAccessor.point(Rectangular2DDouble box, String name)
Point2DDouble	ECirclePointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)
Point2DDouble	ECirclePointsAccessor.point(Rectangular2DDouble box, String name)
Point2DDouble	EUprightRhombusPointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)
Point2DDouble	EUprightRhombusPointsAccessor.point(Rectangular2DDouble box, String name)
Point2DDouble	IWorkflowBpmnPointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)	See IWorkflowBpmnAlignmentItem.point(ECardinalDirection2D, double).
Point2DDouble	IWorkflowBpmnPointsAccessor.point(Rectangular2DDouble boundingBox, String name)	See IWorkflowBpmnAlignmentItem.point(String).

Method parameters in de.xima.fc.common.workflow.bpmn with type arguments of type Point2DDouble

Modifier and Type	Method	Description
<Value, First extends IWorkflowBpmnAlignmentItem<?,?>, Second extends IWorkflowBpmnAlignmentItem<?,?>> IWorkflowBpmnTwoChildAlignmentItem<Value,First,Second>	WorkflowBpmnAlignmentItemBuilder.build(Value value, Positioned<? extends First, Point2DDouble> firstChild, Positioned<? extends Second, Point2DDouble> secondChild)	Builds an alignment item with the current settings and the given value and children.
<Value, Children extends IWorkflowBpmnAlignmentItem<?,?>> IWorkflowBpmnAlignmentItem<Value,Children>	WorkflowBpmnAlignmentItemBuilder.build(Value value, List<Positioned<? extends Children, Point2DDouble>> children)	Builds an alignment item with the current settings and the given value and children.
<First extends IWorkflowBpmnAlignmentItem<?,?>, Second extends IWorkflowBpmnAlignmentItem<?,?>> IWorkflowBpmnTwoChildAlignmentItem<String,First,Second>	WorkflowBpmnAlignmentItemBuilder.buildWithIdValue(String idValue, Positioned<? extends First, Point2DDouble> firstChild, Positioned<? extends Second, Point2DDouble> secondChild)	Builds an alignment item with the current settings and the given value and children.
<Children extends IWorkflowBpmnAlignmentItem<?,?>> IWorkflowBpmnAlignmentItem<String,Children>	WorkflowBpmnAlignmentItemBuilder.buildWithIdValue(String idValue, List<Positioned<? extends Children, Point2DDouble>> children)	Builds an alignment item with the current settings and the given ID value and children.

Uses of Point2DDouble in de.xima.fc.interfaces.workflow.bpmn

Methods in de.xima.fc.interfaces.workflow.bpmn that return Point2DDouble

Modifier and Type	Method	Description
Point2DDouble	IWorkflowBpmnLayoutAlignOnFlowSideBuilder.build(IWorkflowBpmnAlignmentItem<?,?> item, de.xima.bpmn_model.api.element.bpmndi.BpmnEdge edge)	Aligns the alignment item on the left or right side of the flow represented by the waypoints of the given edge.
Point2DDouble	IWorkflowBpmnLayoutAlignOnFlowSideBuilder.build(IWorkflowBpmnAlignmentItem<?,?> item, List<Point2DDouble> waypoints)	Aligns the alignment item on the left or right side of the flow represented by the given waypoints.
Point2DDouble	IWorkflowBpmnLayouter.cornerPoint(Point2DDouble start, Point2DDouble end, ECartesianAxis2D firstAxis)	Walks from the given start point to the given end point, by first going straight on the given axis, then making a sharp turn to the other axis.
Point2DDouble	IWorkflowBpmnModelContext.crossFlowUnitVector()	A Point2DDouble representing a unit vector in the cross flow direction, with a magnitude of 1.
Point2DDouble	IWorkflowBpmnModelContext.crossFlowUnitVector(double magnitude)	A Point2DDouble representing a unit vector in the cross flow direction, scaled to the given magnitude.
Point2DDouble	IWorkflowBpmnModelContext.crossFlowVector()	A Point2DDouble representing a vector in the cross flow direction, with a magnitude equal to the cross flow direction spacing.
Point2DDouble	IWorkflowBpmnModelContext.crossFlowVector(double scalingFactor)	A Point2DDouble representing a vector in the cross flow direction, with a magnitude equal to the cross flow direction spacing scaled by the given scaling factor.
Point2DDouble	IWorkflowBpmnModelContext.flowUnitVector()	A Point2DDouble representing a unit vector in the flow direction, with a magnitude of 1.
Point2DDouble	IWorkflowBpmnModelContext.flowUnitVector(double magnitude)	A Point2DDouble representing a unit vector in the flow direction, scaled to the given magnitude.
Point2DDouble	IWorkflowBpmnModelContext.flowVector()	A Point2DDouble representing a vector in the flow direction, with a magnitude equal to the flow direction spacing.
Point2DDouble	IWorkflowBpmnModelContext.flowVector(double scalingFactor)	A Point2DDouble representing a vector in the flow direction, with a magnitude equal to the flow direction spacing, scaled by the given scaling factor.
Point2DDouble	IFlattenedAlignmentItemMap.inPortPoint(Object value)	Finds the item at the given value, retrieves its in port and resolves that in port to an absolute position (with respect to the coordinate system of this alignment item map).
Point2DDouble	IFlattenedAlignmentItemMap.outPortPoint(Object value)	Finds the item at the given value, retrieves its in port and resolves that in port to an absolute position (with respect to the coordinate system of this alignment item map).
Point2DDouble	IWorkflowBpmnAlignmentItem.point(ECardinalDirection2D direction, double ratio)	Returns the point on the boundary of this alignment item in the given direction and at the given ratio.
Point2DDouble	IWorkflowBpmnAlignmentItem.point(String name)	Returns the named point on this alignment item.
Point2DDouble	IFlattenedAlignmentItemMap.pointAtEdge(Object value, ECardinalDirection2D side, double position)	Finds the item at the given value and creates a point on one of that item's edges at the given position.
Point2DDouble	IFlattenedAlignmentItemMap.pointAtEdgeRelative(Object value, ECardinalDirection2D side, double ratio)	Finds the item at the given value and creates a point on one of that item's edges at the given position.
Point2DDouble	IFlattenedAlignmentItemMap.position(Object value)	Finds the item at the given value and returns its position.
Point2DDouble	IStructuredBpmnModelPartChild.position()	The position of the child part relative to the top-left corner of the parent part.
Point2DDouble	IFlattenedAlignmentItemMap.resolvedPoint(Object value, String name)	Finds the item at the given value and returns the named point with the given name.
Point2DDouble	IWorkflowBpmnModelContext.reverseCrossFlowUnitVector()	A Point2DDouble representing a unit vector in the reverse cross flow direction, with a magnitude of 1.
Point2DDouble	IWorkflowBpmnModelContext.reverseCrossFlowUnitVector(double magnitude)	A Point2DDouble representing a unit vector in the reverse cross flow direction, scaled to the given magnitude.
Point2DDouble	IWorkflowBpmnModelContext.reverseCrossFlowVector()	A Point2DDouble representing a vector in the reverse cross flow direction, with a magnitude equal to the cross flow direction spacing.
Point2DDouble	IWorkflowBpmnModelContext.reverseCrossFlowVector(double scalingFactor)	A Point2DDouble representing a vector in the reverse cross flow direction, with a magnitude equal to the cross flow direction spacing, scaled by the given scaling factor.
Point2DDouble	IWorkflowBpmnModelContext.reverseFlowUnitVector()	A Point2DDouble representing a unit vector in the reverse flow direction, with a magnitude of 1.
Point2DDouble	IWorkflowBpmnModelContext.reverseFlowUnitVector(double magnitude)	A Point2DDouble representing a unit vector in the reverse flow direction, scaled to the given magnitude.
Point2DDouble	IWorkflowBpmnModelContext.reverseFlowVector()	A Point2DDouble representing a vector in the reverse flow direction, with a magnitude equal to the flow direction spacing.
Point2DDouble	IWorkflowBpmnModelContext.reverseFlowVector(double scalingFactor)	A Point2DDouble representing a vector in the reverse flow direction, with a magnitude equal to the flow direction spacing, scaled by the given scaling factor.

Methods in de.xima.fc.interfaces.workflow.bpmn that return types with arguments of type Point2DDouble

Modifier and Type	Method	Description
List<Point2DDouble>	IWorkflowBpmnLayouter.axisAlignedPath(Iterable<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
List<Point2DDouble>	IWorkflowBpmnLayouter.axisAlignedPath(Iterator<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
default List<Positioned<? extends IStructuredBpmnModelPart, Point2DDouble>>	IStructuredBpmnModelPart.childAlignmentItems()
List<Positioned<? extends Children, Point2DDouble>>	IWorkflowBpmnAlignmentItem.childAlignmentItems()	The children of this alignment item, together with their position.
Positioned<? extends First, Point2DDouble>	IWorkflowBpmnTwoChildAlignmentItem.first()	Gets the first alignment item.
Positioned<IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble>	IFlattenedAlignmentItemMap.get(Object value)	Gets the alignment item for the given value.
Positioned<? extends Second, Point2DDouble>	IWorkflowBpmnTwoChildAlignmentItem.second()	Gets the second alignment item.

Methods in de.xima.fc.interfaces.workflow.bpmn with parameters of type Point2DDouble

Modifier and Type	Method	Description
Self	IFertileStructuredBpmnModelPartBuilder.addChildPart(IStructuredBpmnModelPart part, Point2DDouble position)	Adds a child part with a position to the list of child parts of this part, see IStructuredBpmnModelPart.childParts().
Self	IFertileStructuredBpmnModelPartBuilder.addChildPart(IStructuredBpmnModelPart part, Point2DDouble position, de.xima.bpmn_model.api.element.bpmn.common.FlowElementsContainer<?> container)	Adds a child part with a position and container to the list of child parts of this part, see IStructuredBpmnModelPart.childParts().
Self	IFertileStructuredBpmnModelPartBuilder.addChildPart(IStructuredBpmnModelPart part, Point2DDouble position, de.xima.bpmn_model.api.element.bpmn.common.FlowElementsContainer<?> container, de.xima.bpmn_model.api.element.bpmn.process.Lane lane)	Adds a child part with a position, container, and lane to the list of child parts of this part, see IStructuredBpmnModelPart.childParts().
Self	IFertileStructuredBpmnModelPartBuilder.addChildPart(IStructuredBpmnModelPart part, Point2DDouble position, IBpmnElementAccessor<? extends de.xima.bpmn_model.api.element.bpmn.common.FlowElementsContainer<?>> container)	Adds a child part with a position and container to the list of child parts of this part, see IStructuredBpmnModelPart.childParts().
Self	IFertileStructuredBpmnModelPartBuilder.addChildPart(IStructuredBpmnModelPart part, Point2DDouble position, IBpmnElementAccessor<? extends de.xima.bpmn_model.api.element.bpmn.common.FlowElementsContainer<?>> container, de.xima.bpmn_model.api.element.bpmn.process.Lane lane)	Adds a child part with a position, container, and lane to the list of child parts of this part, see IStructuredBpmnModelPart.childParts().
Point2DDouble	IWorkflowBpmnLayouter.cornerPoint(Point2DDouble start, Point2DDouble end, ECartesianAxis2D firstAxis)	Walks from the given start point to the given end point, by first going straight on the given axis, then making a sharp turn to the other axis.
IWorkflowBpmnFlowEdgeBuilder	IWorkflowBpmnFlowEdgeBuilder.fromInPort(IStructuredBpmnModelPartBuilder<?> part, Point2DDouble inPortPoint)	Sets the sequence flow's source to the in port of the given structured model part, using the given point as the in port point.
IWorkflowBpmnFlowEdgeBuilder	IWorkflowBpmnFlowEdgeBuilder.fromOutPort(IStructuredBpmnModelPartBuilder<?> part, Point2DDouble outPortPoint)	Sets the sequence flow's source to the out port of the given structured model part, using the given point as the out port point.
IWorkflowBpmnFlowEdgeBuilder	IWorkflowBpmnFlowEdgeBuilder.name(IWorkflowBpmnAlignmentItem<StyledBpmnLabel, ?> name, Point2DDouble position)	Sets the name (label) of the sequence flow.
IWorkflowBpmnFlowEdgeBuilder	IWorkflowBpmnFlowEdgeBuilder.toInPort(IStructuredBpmnModelPartBuilder<?> part, Point2DDouble inPortPoint)	Sets the sequence flow's target to the in port of the given structured model part, using the given point as the in port point.
IWorkflowBpmnFlowEdgeBuilder	IWorkflowBpmnFlowEdgeBuilder.toOutPort(IStructuredBpmnModelPartBuilder<?> part, Point2DDouble outPortPoint)	Sets the sequence flow's target to the out port of the given structured model part, using the given point as the out port point.
Self	IWorkflowBpmnConnectionEdgeBuilder.viaPoint(Point2DDouble waypoint)	Adds a waypoint between the source and target point.
Self	IWorkflowBpmnConnectionEdgeBuilder.viaPoint(Object value, String pointName, Point2DDouble offset)	Adds a waypoint between the source and target point.

Method parameters in de.xima.fc.interfaces.workflow.bpmn with type arguments of type Point2DDouble

Modifier and Type	Method	Description
List<Point2DDouble>	IWorkflowBpmnLayouter.axisAlignedPath(Iterable<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
List<Point2DDouble>	IWorkflowBpmnLayouter.axisAlignedPath(Iterator<Point2DDouble> points, ECartesianAxis2D firstAxis)	Given a set of points, returns a list of points that represent the path from the first point to the last point, using only straight (axis-aligned) lines.
Point2DDouble	IWorkflowBpmnLayoutAlignOnFlowSideBuilder.build(IWorkflowBpmnAlignmentItem<?,?> item, List<Point2DDouble> waypoints)	Aligns the alignment item on the left or right side of the flow represented by the given waypoints.
void	IWorkflowBpmnFlowEdgeNameConfigurator.configure(IWorkflowBpmnLayoutAlignOnFlowSideConfigurator<?> alignOnFlowSideBuilder, List<Point2DDouble> waypoints)	Configures the builder for the label alignment on the flow line.
IWorkflowBpmnFlowEdgeBuilder	IWorkflowBpmnFlowEdgeBuilder.name(Positioned<? extends IWorkflowBpmnAlignmentItem<StyledBpmnLabel, ?>, Point2DDouble> name)	Sets the name (label) of the sequence flow.
AlignmentItemPorts	IWorkflowBpmnAlignAroundPortSelector.selectPort(List<? extends Positioned<? extends IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble>> positionedItems, EPrimaryIntercardinalDirection2D direction)	Selects the in and out ports to use for the built IWorkflowBpmnAlignmentItem representing the two aligned items, when the second item is aligned in a primary intercardinal direction relative to the first item.
AlignmentItemPorts	IWorkflowBpmnAlignAtAxisPortSelector.selectPort(List<? extends Positioned<? extends IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble>> positionedItems, ECardinalDirection2D direction)	Selects the in and out ports to use for the built IWorkflowBpmnAlignmentItem representing the aligned children.

Uses of Point2DDouble in de.xima.fc.workflow.converter.bpmn

Subclasses with type arguments of type Point2DDouble in de.xima.fc.workflow.converter.bpmn

Modifier and Type	Class	Description
final class	FindPositionVisitor

Methods in de.xima.fc.workflow.converter.bpmn that return types with arguments of type Point2DDouble

Modifier and Type	Method	Description
static Positioned<IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble>	FindPositionVisitor.resolvePositionOfItemByValue(IWorkflowBpmnAlignmentItem<?,?> item, Object value)
static <T> Positioned<IWorkflowBpmnAlignmentItem<T,?>, Point2DDouble>	FindPositionVisitor.resolvePositionOfItemByValue(IWorkflowBpmnAlignmentItem<?,?> item, Object value, Class<T> type)

Method parameters in de.xima.fc.workflow.converter.bpmn with type arguments of type Point2DDouble

Modifier and Type	Method	Description
TreeVisit.ETreeVisitResult	FindPositionVisitor.enter(Positioned<? extends IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble> positioned)
protected boolean	FindPositionVisitor.exit(Positioned<? extends IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble> positioned)
protected boolean	FindPositionVisitor.visit(Positioned<? extends IWorkflowBpmnAlignmentItem<?,?>, Point2DDouble> positioned)