Uses of Enum
de.xima.fc.common.geometry.ECardinalDirection2D

Packages that use ECardinalDirection2D

Package	Description
de.xima.fc	Konstanten-Klassen, Interfaces und Helper-Klassen
de.xima.fc.common.geometry
de.xima.fc.common.workflow.bpmn
de.xima.fc.interfaces.workflow.bpmn
de.xima.fc.mdl.profile
de.xima.fc.workflow.converter.bpmn
de.xima.fc.workflow.designer.bpmn.model.settings

Uses of ECardinalDirection2D in de.xima.fc

Fields in de.xima.fc declared as ECardinalDirection2D

Modifier and Type	Field	Description
static final ECardinalDirection2D	CmnConst.Bpmn.DEFAULT_DIRECTION	Default direction for laying out elements in the BPMN diagram.

Uses of ECardinalDirection2D in de.xima.fc.common.geometry

Subclasses with type arguments of type ECardinalDirection2D in de.xima.fc.common.geometry

Modifier and Type	Class	Description
enum	ECardinalDirection2D	Enumeration with the cardinal directions in 2D space, corresponding the 4 main directions of a compass.

Subinterfaces with type arguments of type ECardinalDirection2D in de.xima.fc.common.geometry

Modifier and Type	Interface	Description
interface	ICardinalDirection2DMap<Value>	A read-only map that associates values with the four cardinal directions in 2D space (north, east, south, west).

Methods in de.xima.fc.common.geometry that return ECardinalDirection2D

Modifier and Type	Method	Description
ECardinalDirection2D	ECardinalDirection2D.flip()	Rotates this direction by 180 degrees.
ECardinalDirection2D	ECardinalDirection2D.negative()	Returns the cardinal direction obtained from this direction by settings the EAxisPolarity to NEGATIVE.
static ECardinalDirection2D	ECardinalDirection2D.ofAxisAndPolarity(ECartesianAxis2D axis, EAxisPolarity polarity)	Returns the cardinal direction corresponding to the given axis and direction.
ECardinalDirection2D	ECardinalDirection2D.positive()	Returns the cardinal direction obtained from this direction by settings the EAxisPolarity to POSITIVE.
abstract ECardinalDirection2D	EViewDirection2D.resolve(ECardinalDirection2D direction)
ECardinalDirection2D	EPrimaryIntercardinalDirection2D.rotate45Left()	Rotates this direction 45 degrees to the left.
ECardinalDirection2D	EPrimaryIntercardinalDirection2D.rotate45Right()	Rotates this direction 45 degrees to the right.
ECardinalDirection2D	ECardinalDirection2D.rotate90Left()	Rotates this direction 90 degrees to the left (counter-clockwise).
ECardinalDirection2D	ECardinalDirection2D.rotate90Right()	Rotates this direction 90 degrees to the right (clockwise).
static ECardinalDirection2D	ECardinalDirection2D.valueOf(String name)	Returns the enum constant of this type with the specified name.
static ECardinalDirection2D[]	ECardinalDirection2D.values()	Returns an array containing the constants of this enum type, in the order they are declared.

Methods in de.xima.fc.common.geometry that return types with arguments of type ECardinalDirection2D

Modifier and Type	Method	Description
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.

Methods in de.xima.fc.common.geometry with parameters of type ECardinalDirection2D

Modifier and Type	Method	Description
static EPrimaryIntercardinalDirection2D	EPrimaryIntercardinalDirection2D.between(ECardinalDirection2D first, ECardinalDirection2D second)	Calculates the primary intercardinal direction that is between the two specified cardinal directions.
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 EPrimaryIntercardinalDirection2D	EPrimaryIntercardinalDirection2D.intercardinalDirection2DBetween(ECardinalDirection2D first, ECardinalDirection2D second)	Calculates the primary intercardinal direction that is between the two specified cardinal directions.
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.
abstract ECardinalDirection2D	EViewDirection2D.resolve(ECardinalDirection2D direction)

Uses of ECardinalDirection2D in de.xima.fc.common.workflow.bpmn

Methods in de.xima.fc.common.workflow.bpmn that return ECardinalDirection2D

Modifier and Type	Method	Description
ECardinalDirection2D	WorkflowBpmnLayoutSettings.direction()
ECardinalDirection2D	AlignmentItemPorts.portDirection()

Methods in de.xima.fc.common.workflow.bpmn with parameters of type ECardinalDirection2D

Modifier and Type	Method	Description
static String	NamedBpmnElementPoints.directedNamedPoint(ECardinalDirection2D direction)	Gets the name of the point that lies at the shape's boundary in the given direction.
WorkflowBpmnLayoutSettings.Builder	WorkflowBpmnLayoutSettings.Builder.direction(ECardinalDirection2D direction)	Set the direction of the BPMN diagram.
static <V, C extends IWorkflowBpmnAlignmentItem<?,?>> IWorkflowBpmnAlignmentItem<V,C>	WorkflowBpmnAlignmentItems.emptyPassThroughItem(ECardinalDirection2D direction)	Creates an empty alignment item with an empty bounding box that passes through the control flow from the in port to the out port.
static <Value> IWorkflowBpmnAlignmentItem<Value,?>	WorkflowBpmnAlignmentItems.emptyPassThroughItem(Value value, ECardinalDirection2D direction)
static AlignmentItemPorts	AlignmentItemPorts.of(Double inPort, Double outPort, ECardinalDirection2D portDirection)	Creates a new AlignmentItemPorts object with the given in port, out port and port direction.
Point2DDouble	EAxisAlignedRectanglePointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)
Point2DDouble	ECirclePointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)
Point2DDouble	EUprightRhombusPointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)
Point2DDouble	IWorkflowBpmnPointsAccessor.point(Rectangular2DDouble boundingBox, ECardinalDirection2D direction, double ratio)	See IWorkflowBpmnAlignmentItem.point(ECardinalDirection2D, double).
WorkflowBpmnAlignmentItemBuilder	WorkflowBpmnAlignmentItemBuilder.portDirection(ECardinalDirection2D portDirection)	Sets the direction of the port, see IWorkflowBpmnAlignmentItem.portDirection().

Uses of ECardinalDirection2D in de.xima.fc.interfaces.workflow.bpmn

Methods in de.xima.fc.interfaces.workflow.bpmn that return ECardinalDirection2D

Modifier and Type	Method	Description
ECardinalDirection2D	IWorkflowBpmnModelContext.crossFlowDirection()	The cross flow direction, which is the flowDirection rotated by 90 degrees anti-clockwise.
ECardinalDirection2D	IWorkflowBpmnLayoutSettings.direction()	The flow direction in which the model should be laid out.
ECardinalDirection2D	IWorkflowBpmnModelContext.flowDirection()	The direction of the flow indicating how BPMN elements are laid out in the diagram.
ECardinalDirection2D	IWorkflowBpmnModelContext.negativeCrossFlowDirection()	The cross flow axis in negative direction.
ECardinalDirection2D	IWorkflowBpmnModelContext.negativeFlowDirection()	The flow axis in negative direction.
ECardinalDirection2D	IWorkflowBpmnAlignmentItem.portDirection()	The direction where the out port is located.
ECardinalDirection2D	IWorkflowBpmnLayoutSubProcessBuilder.portDirection()	Gets the current port direction, either the default direction or the direction set by portDirection(side).
ECardinalDirection2D	IWorkflowBpmnModelContext.positiveCrossFlowDirection()	The cross flow axis in positive direction.
ECardinalDirection2D	IWorkflowBpmnModelContext.positiveFlowDirection()	The flow axis in positive direction.
ECardinalDirection2D	IWorkflowBpmnModelContext.reverseCrossFlowDirection()	The reverse of the cross flow direction.
ECardinalDirection2D	IWorkflowBpmnModelContext.reverseFlowDirection()	The reverse of the flow direction.

Methods in de.xima.fc.interfaces.workflow.bpmn with parameters of type ECardinalDirection2D

Modifier and Type	Method	Description
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.addMargin(ECardinalDirection2D direction, double margin)	Adds the given amount of margin in the given directions to the body.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.addPadding(ECardinalDirection2D direction, double padding)	Adds the given amount of padding in the given directions to the body.
IBinarySelectionGatewayFlowLabelHelperBuilder	IBinarySelectionGatewayFlowLabelHelperBuilder.alternateDirection(ECardinalDirection2D alternateDirection)	The direction where the outgoing sequence flow that connects to the alternate branch leaves the diverging gateway.
Self	IWorkflowBpmnLayoutAnnotatedElementBuilder.annotationDirection(ECardinalDirection2D direction)	Sets the direction where the text annotation should be placed.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEvent(ECardinalDirection2D side, double position, de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent event, IWorkflowBpmnAlignmentItem<?,?> item)	Appends a boundary event to the sub process at the given position on the given side.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEventAtEdge(ECardinalDirection2D side, EAxisPolarity direction, de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent event, IWorkflowBpmnAlignmentItem<?,?> item)	Appends a boundary event at one of the four sides of the sub process, either at the beginning or at the end of that side, depending on the given direction.
IAnnotatedNamedBpmnElementLayout<de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent>	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEventAtEdge(ECardinalDirection2D side, EAxisPolarity direction, de.xima.bpmn_model.api.element.bpmn.events.EventDefinition<?> eventDefinition, String name)	Appends a boundary event at one of the four sides of the sub process, either at the beginning or at the end of that side, depending on the given direction.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEventAtEdge(ECardinalDirection2D side, EAxisPolarity direction, IBpmnElementLayout<de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent> event)	Appends a boundary event at one of the four sides of the sub process, either at the beginning or at the end of that side, depending on the given direction.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEventNextToEvent(ECardinalDirection2D side, EAxisPolarity direction, int boundaryEventIndex, de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent event, IWorkflowBpmnAlignmentItem<?,?> item)	Appends a boundary event next to an existing boundary event on one of the four sides of the sub process; either before or after the boundary event, depending on the given direction.
IAnnotatedNamedBpmnElementLayout<de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent>	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEventNextToEvent(ECardinalDirection2D side, EAxisPolarity direction, int boundaryEventIndex, de.xima.bpmn_model.api.element.bpmn.events.EventDefinition<?> eventDefinition, String name)	Appends a boundary event next to an existing boundary event on one of the four sides of the sub process; either before or after the boundary event, depending on the given direction.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.appendBoundaryEventNextToEvent(ECardinalDirection2D side, EAxisPolarity direction, int boundaryEventIndex, IBpmnElementLayout<de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent> event)	Appends a boundary event next to an existing boundary event on one of the four sides of the sub process; either before or after the boundary event, depending on the given direction.
de.xima.bpmn_model.api.element.bpmn.events.BoundaryEvent	IWorkflowBpmnLayoutSubProcessBuilder.boundaryEvent(ECardinalDirection2D side, int index)	Gets the nth BoundaryEvent BPMN element at the given side.
int	IWorkflowBpmnLayoutSubProcessBuilder.boundaryEventCount(ECardinalDirection2D side)	Gets the number of boundary events on the given side.
double	IWorkflowBpmnLayoutSubProcessBuilder.boundaryEventPosition(ECardinalDirection2D side, int index)	Gets the position of the nth boundary event on the given side
IBinarySelectionGatewayFlowLabelHelperBuilder	IBinarySelectionGatewayFlowLabelHelperBuilder.consequentDirection(ECardinalDirection2D consequentDirection)	The direction where the outgoing sequence flow that connects to the consequent branch leaves the diverging gateway.
double	IFlattenedAlignmentItemMap.coordinateAtEdge(Object value, ECardinalDirection2D direction)	Finds the item at the given value and returns the coordinate of the edge in the given direction.
de.xima.bpmn_model.api.element.dc.Point	IFlattenedAlignmentItemMap.createBpmnPointAtEdge(Object value, ECardinalDirection2D side, double position)	Finds the item at the given value and creates a new Point for that a point on one of the item's 4 edges.
de.xima.bpmn_model.api.element.dc.Point	IFlattenedAlignmentItemMap.createBpmnPointAtEdgeRelative(Object value, ECardinalDirection2D side, double ratio)	Finds the item at the given value and creates a new Point for that a point on one of the item's 4 edges.
Self	IWorkflowBpmnLayoutCardinalDirectionOptionsBuilder.direction(ECardinalDirection2D direction)	Sets the cardinal direction in which to align the items.
IWorkflowBpmnLayoutPadBuilder	IWorkflowBpmnLayoutPadBuilder.direction(ECardinalDirection2D direction, double amount)	Sets the padding in the given direction.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.enlargeInnerLength(ECardinalDirection2D side, double length)	Increases the inner length of the sub process to the given value by adding new space at the given side.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.enlargeInnerLengthBy(ECardinalDirection2D side, double amount)	Increases the inner length of the sub process by the given amount at the given side, adding new space at that side.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.enlargeOuterLength(ECardinalDirection2D side, double length)	Increases the outer length of the sub process to the given value by adding new space at the given side.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.enlargeOuterLengthBy(ECardinalDirection2D side, double amount)	Increases the outer length of the sub process by the given amount at the given side, adding new space at that side.
Self	IWorkflowBpmnConnectionEdgeBuilder.fromEdge(IBpmnElementAccessor<? extends Element> element, ECardinalDirection2D side, double position)	Sets the connection's source to a point on an edge of the given element.
Self	IWorkflowBpmnConnectionEdgeBuilder.fromEdge(Element element, ECardinalDirection2D side, double position)	Sets the connection's source to a point on an edge of the given element.
boolean	IWorkflowBpmnLayoutSubProcessBuilder.hasBoundaryEvents(ECardinalDirection2D side)	Checks whether the sub process has any boundary events on the given side.
Self	IWorkflowBpmnLayoutNamedOutsideBuilder.nameDirection(ECardinalDirection2D direction)	Sets the direction where the text annotation should be placed.
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	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.
Self	IWorkflowBpmnLayoutPortDirectionOptionsBuilder.portDirection(ECardinalDirection2D portDirection)	Sets the in / out port position.
double	IWorkflowBpmnAlignmentSelector.selectInPoint(IWorkflowBpmnAlignmentItem<?,?> item, int index, ECardinalDirection2D side)	Selects the in-point of the given item at the specified index and side.
double	IWorkflowBpmnAlignmentSelector.selectOutPoint(IWorkflowBpmnAlignmentItem<?,?> item, int index, ECardinalDirection2D side)	Selects the out-point of the given item at the specified index and side.
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.
double	IWorkflowBpmnCardinalAlignmentSpacingSelector.selectSpacing(List<? extends IWorkflowBpmnAlignmentItem<?,?>> items, ECardinalDirection2D direction, int itemIndex)	Selects the spacing to use when aligning alignment items in a cardinal direction.
IWorkflowBpmnLayoutSubProcessBuilder	IWorkflowBpmnLayoutSubProcessBuilder.spaceBoundaryEventsEvenly(ECardinalDirection2D side)	Repositions all boundary events on the given side that were added via appendBoundaryEvent.
double	IWorkflowBpmnModelContext.spacing(ECardinalDirection2D side)	Gets the default spacing for the given side.
Self	IWorkflowBpmnConnectionEdgeBuilder.toEdge(IBpmnElementAccessor<? extends Element> element, ECardinalDirection2D side, double position)	Sets the connection's target to a point on an edge of the given element.
Self	IWorkflowBpmnConnectionEdgeBuilder.toEdge(Element element, ECardinalDirection2D side, double position)	Sets the connection's target to a point on an edge of the given element.

Method parameters in de.xima.fc.interfaces.workflow.bpmn with type arguments of type ECardinalDirection2D

Modifier and Type	Method	Description
IWorkflowBpmnLayoutAlignAroundBuilder	IWorkflowBpmnLayoutAlignAroundBuilder.direction(OneOfN.Either<ECardinalDirection2D, EPrimaryIntercardinalDirection2D> direction)	Sets a hint for the direction where the second item should be placed.
Self	IWorkflowBpmnLayoutCardinalDirectionOptionsBuilder.directionRelativeToFlow(UnaryOperator<ECardinalDirection2D> direction)	Sets the direction along which to align the items.

Uses of ECardinalDirection2D in de.xima.fc.mdl.profile

Methods in de.xima.fc.mdl.profile that return ECardinalDirection2D

Modifier and Type	Method	Description
ECardinalDirection2D	DesignerPreferences.getBpmnDirection()

Methods in de.xima.fc.mdl.profile with parameters of type ECardinalDirection2D

Modifier and Type	Method	Description
void	DesignerPreferences.setBpmnDirection(ECardinalDirection2D bpmnDirection)

Uses of ECardinalDirection2D in de.xima.fc.workflow.converter.bpmn

Methods in de.xima.fc.workflow.converter.bpmn with parameters of type ECardinalDirection2D

Modifier and Type	Method	Description
double	EdgeRatioAlignmentSelector.selectInPoint(IWorkflowBpmnAlignmentItem<?,?> item, int index, ECardinalDirection2D side)
double	EdgeRatioAlignmentSelector.selectOutPoint(IWorkflowBpmnAlignmentItem<?,?> item, int index, ECardinalDirection2D side)

Uses of ECardinalDirection2D in de.xima.fc.workflow.designer.bpmn.model.settings

Methods in de.xima.fc.workflow.designer.bpmn.model.settings that return ECardinalDirection2D

Modifier and Type	Method	Description
ECardinalDirection2D	GeneralSettingsViewModel.getDirection()	Gets the main direction for orienting the elements in the BPMN diagram.

Methods in de.xima.fc.workflow.designer.bpmn.model.settings with parameters of type ECardinalDirection2D

Modifier and Type	Method	Description
void	GeneralSettingsViewModel.setDirection(ECardinalDirection2D direction)	Sets the main direction for orienting the elements in the BPMN diagram.