com.azalient.api.ui.edit
Interface INetEditor

public interface INetEditor

An interface to network editing actions

Method Summary

IUndoable	action(IEditAction ea, IActionable[] actionables, IViewport viewport) Execute the given (network call) action, with the given array of selected network objects
IArea	addArea(IUndoStack us, int name, IXyz c, IXyz[] va) Add a new area with the given vertices
IArea	addAreaBoxToTee(IUndoStack undoStack, IViewport vp) Add a new 4-vertex area, positioned by the BOX and TEE
IUndoable	addChannel() Add a new channel (walkway) between the viewport BOX and the TEE
IFixture	addFixture(IUndoStack undo, IViewport vp, IShape.ShapeType type) Add a new fixture at the viewport BOX position, with the given shape type
ILabel	addLabel(IUndoStack undo, IViewport vp) Add a new label at the viewport BOX position
IUndoable	addLift() Add a new Lift at the viewport BOX
ILink	addLinkBoxToNode(IUndoStack undoStack, INode nodeB, IViewport vp, com.azalient.privat.IMultipleRoadEditor.RoadDirection d, boolean makeStreams, boolean adjustEnds, boolean isRail) Add a new link (road or rail) running from the BOX to the given node
ILink	addLinkBoxToTee(IUndoStack undoStack, IViewport vp, com.azalient.privat.IMultipleRoadEditor.RoadDirection d, boolean makeStreams, boolean adjustEnds, boolean isRail) Add a new link (road or rail) running from the viewport BOX to the TEE, for parameters see singleRoadEditor(boolean)
ILink	addLinkIntxToXyz(IUndoStack undoStack, INode nodeA, IXyz location, com.azalient.privat.IMultipleRoadEditor.RoadDirection d, boolean mks, boolean adj, boolean rail) Check nodeA is an intersection, if not make it one, then add a link to a new node at the given location
ILink	addLinkNodeToNode(IUndoStack undoStack, INode nodeA, INode nodeB, com.azalient.privat.IMultipleRoadEditor.RoadDirection d, boolean makeStreams, boolean adjustEnds, boolean isRail) Add a new link (road or rail) running between the given two nodes nodes
ILink	addLinkNodeToTee(IUndoStack undoStack, INode nodeA, IViewport vp, com.azalient.privat.IMultipleRoadEditor.RoadDirection d, boolean makeStreams, boolean adjustEnds, boolean isRail) Add a new link (road or rail) running from the given node to the TEE
INode	addNodeAt(IUndoStack undoStack, IXyz position) Add a new node at the given position
INode	addNodeAtBox(IUndoStack undoStack, IViewport vp) Add a new node at the cursor "box" position
void	addPlacesChangeListener(IPlacesChangeListener pcl)
ISymbol	addSymbol(IUndoStack us, IXyz[] va, NamedColour colour, double lineWidth, boolean filled) Add a new symbol with the given vertices, colour and line width
ISymbol	addSymbolBoxToTee(IUndoStack undoStack, IViewport vp) Add a new 4-vertex symbol, positioned by the BOX and TEE
void	addTrailsChangeListener(ITrailsChangeListener tcl)
void	addTwigsChangeListener(ITwigsChangeListener tcl)
IZone	addZone(IUndoStack us, int name, IXyz c, IXyz[] va) Add a new zone with the given vertices
IZone	addZoneBoxToTee(IUndoStack undoStack, IViewport vp) Add a new 4-vertex zone, positioned by the BOX and TEE
void	adjustTurnLanes(IUndoStack us, IIntersection ix, boolean raise) Refresh or raise the turn lanes dialog, for the given intersection
void	afterPaste() This is public as an implementation side-effect.
IControllerEditor	controllerEditor() Return a handle to the controller editor window
void	editChannelParameters() Raise the dialog showing the new channel parameters
void	editCrossingParameters() Raise the dialog showing the new crossing parameters
ILane	proximityLane(IViewport vp) Returns the lane nearest to the viewport BOX, or null, if none
ILink	proximityLink(IViewport vp) Returns the link nearest to the viewport BOX, or null, if none
INode	proximityNodeA(IViewport vp) Returns the node nearest to the viewport BOX, or null, if none
INode	proximityNodeB(IViewport vp) Returns the node nearest to the viewport TEE, or null, if none
IZone	proximityZone(IViewport vp) Returns the zone nearest to the viewport BOX, or null, if none
boolean	showBeforeNewWalkway() Return true if the walkway parameters should be shown before a new walkway is added
ISingleRoadEditor	singleRoadEditor(boolean rail) A handle to parameters used when adding a new road

Method Detail

proximityNodeA

INode proximityNodeA(IViewport vp)

Returns the node nearest to the viewport BOX, or null, if none

proximityNodeB

INode proximityNodeB(IViewport vp)

Returns the node nearest to the viewport TEE, or null, if none

proximityLink

ILink proximityLink(IViewport vp)

Returns the link nearest to the viewport BOX, or null, if none

proximityLane

ILane proximityLane(IViewport vp)

Returns the lane nearest to the viewport BOX, or null, if none

proximityZone

IZone proximityZone(IViewport vp)

Returns the zone nearest to the viewport BOX, or null, if none

action

IUndoable action(IEditAction ea,
                 IActionable[] actionables,
                 IViewport viewport)

Execute the given (network call) action, with the given array of selected network objects

addNodeAtBox

INode addNodeAtBox(IUndoStack undoStack,
                   IViewport vp)

Add a new node at the cursor "box" position

addNodeAt

INode addNodeAt(IUndoStack undoStack,
                IXyz position)

Add a new node at the given position

addLinkBoxToTee

ILink addLinkBoxToTee(IUndoStack undoStack,
                      IViewport vp,
                      com.azalient.privat.IMultipleRoadEditor.RoadDirection d,
                      boolean makeStreams,
                      boolean adjustEnds,
                      boolean isRail)

Add a new link (road or rail) running from the viewport BOX to the TEE, for parameters see singleRoadEditor(boolean)

addLinkNodeToTee

ILink addLinkNodeToTee(IUndoStack undoStack,
                       INode nodeA,
                       IViewport vp,
                       com.azalient.privat.IMultipleRoadEditor.RoadDirection d,
                       boolean makeStreams,
                       boolean adjustEnds,
                       boolean isRail)

Add a new link (road or rail) running from the given node to the TEE

addLinkBoxToNode

ILink addLinkBoxToNode(IUndoStack undoStack,
                       INode nodeB,
                       IViewport vp,
                       com.azalient.privat.IMultipleRoadEditor.RoadDirection d,
                       boolean makeStreams,
                       boolean adjustEnds,
                       boolean isRail)

Add a new link (road or rail) running from the BOX to the given node

addLinkNodeToNode

ILink addLinkNodeToNode(IUndoStack undoStack,
                        INode nodeA,
                        INode nodeB,
                        com.azalient.privat.IMultipleRoadEditor.RoadDirection d,
                        boolean makeStreams,
                        boolean adjustEnds,
                        boolean isRail)

Add a new link (road or rail) running between the given two nodes nodes

addLinkIntxToXyz

ILink addLinkIntxToXyz(IUndoStack undoStack,
                       INode nodeA,
                       IXyz location,
                       com.azalient.privat.IMultipleRoadEditor.RoadDirection d,
                       boolean mks,
                       boolean adj,
                       boolean rail)

Check nodeA is an intersection, if not make it one, then add a link to a new node at the given location

addZoneBoxToTee

IZone addZoneBoxToTee(IUndoStack undoStack,
                      IViewport vp)

Add a new 4-vertex zone, positioned by the BOX and TEE

addAreaBoxToTee

IArea addAreaBoxToTee(IUndoStack undoStack,
                      IViewport vp)

Add a new 4-vertex area, positioned by the BOX and TEE

addSymbolBoxToTee

ISymbol addSymbolBoxToTee(IUndoStack undoStack,
                          IViewport vp)

Add a new 4-vertex symbol, positioned by the BOX and TEE

addZone

IZone addZone(IUndoStack us,
              int name,
              IXyz c,
              IXyz[] va)

Add a new zone with the given vertices

addArea

IArea addArea(IUndoStack us,
              int name,
              IXyz c,
              IXyz[] va)

Add a new area with the given vertices

addSymbol

ISymbol addSymbol(IUndoStack us,
                  IXyz[] va,
                  NamedColour colour,
                  double lineWidth,
                  boolean filled)

Add a new symbol with the given vertices, colour and line width

addFixture

IFixture addFixture(IUndoStack undo,
                    IViewport vp,
                    IShape.ShapeType type)

Add a new fixture at the viewport BOX position, with the given shape type

addLabel

ILabel addLabel(IUndoStack undo,
                IViewport vp)

Add a new label at the viewport BOX position

addChannel

IUndoable addChannel()

Add a new channel (walkway) between the viewport BOX and the TEE

addLift

IUndoable addLift()

Add a new Lift at the viewport BOX

adjustTurnLanes

void adjustTurnLanes(IUndoStack us,
                     IIntersection ix,
                     boolean raise)

Refresh or raise the turn lanes dialog, for the given intersection

controllerEditor

IControllerEditor controllerEditor()

Return a handle to the controller editor window

editChannelParameters

void editChannelParameters()

Raise the dialog showing the new channel parameters

editCrossingParameters

void editCrossingParameters()

Raise the dialog showing the new crossing parameters

showBeforeNewWalkway

boolean showBeforeNewWalkway()

Return true if the walkway parameters should be shown before a new walkway is added

singleRoadEditor

ISingleRoadEditor singleRoadEditor(boolean rail)

A handle to parameters used when adding a new road

afterPaste

void afterPaste()

This is public as an implementation side-effect. API users should not call this method

addPlacesChangeListener

void addPlacesChangeListener(IPlacesChangeListener pcl)

Internal - Not recommended for use. Public as a side-effect of implementation method

addTwigsChangeListener

void addTwigsChangeListener(ITwigsChangeListener tcl)

Internal - Not recommended for use. Public as a side-effect of implementation method

addTrailsChangeListener

void addTrailsChangeListener(ITrailsChangeListener tcl)

Internal - Not recommended for use. Public as a side-effect of implementation method