java.lang.Object

Type Parameters:: N - network node, an instance of INode; P - network path, an instance of IPath

All Implemented Interfaces:: IPathData, Serializable

Direct Known Subclasses:: ContinuousShortestPathData, GISShortestPathData

public abstract class ShortestPathData<N extends INode<N,P>,P extends IPath<N>>
extends Object
implements IPathData

This class keeps data to move an agent through a network.

Author:: AnyLogic North America, LLC https://anylogic.com
See Also:: Serialized Form

Field Summary

Modifier and Type	Field	Description
`double`	`distance`
`SimpleDirection`	`fromDirection`	Tells, where to go from (`fromPath`, `fromOffset`)
`N`	`fromNode`
`double`	`fromOffset`
`P`	`fromPath`
`double`	`fromX`
`double`	`fromY`
`double`	`fromZ`
`INetwork<N,P>`	`network`
`Point`	`source`
`double`	`sourceRotation`
`double`	`sourceSegmentDistance`
`double`	`sourceVerticalRotation`
`Point`	`target`
`double`	`targetRotation`
`double`	`targetSegmentDistance`
`double`	`targetVerticalRotation`
`SimpleDirection`	`toDirectionReverse`	Tells from which side we come to (`toPath`, `toOffset`), in terms of target POV (the 'reverse' word stands for it)
`P`	`toHubIncomingPath`
`N`	`toNode`
`double`	`toOffset`
`P`	`toPath`
`double`	`toX`
`double`	`toY`
`double`	`toZ`

Constructor Summary

Constructor	Description
`ShortestPathData()`

Method Summary

Modifier and Type	Method	Description
`abstract Position`	`getFromTargetPosition(double offset, Position out)`	Returns the Position object that corresponds to the point that lies at a certain distance from target point in the direction to the end point
`INetwork<N,P>`	`getNetwork()`	Returns the network for this path data
`abstract Position`	`getToSourcePosition(double offset, Position out)`	Returns the Position object that corresponds to the point that lies at a certain distance from start point in the direction to source point
`boolean`	`isPlainMovement()`	Checks if this shortest path data corresponds to plain movement
`void`	`reset()`
`abstract void`	`resetFromTargetDirection()`	Resets the direction from target to the stored toPoint
`abstract void`	`resetToSourceDirection()`	Resets the direction from the stored fromPoint to the source
`abstract void`	`setFromTargetDirection(Point toPoint)`	Sets the direction and rotations from the target point to the specified argument point
`abstract void`	`setToSourceDirection(Point fromPoint)`	Sets the direction and rotations from the specified argument point to the source point

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

fromPath

public P extends IPath<N> fromPath

fromOffset

public double fromOffset

fromNode

public N extends INode<N,P> fromNode

fromX

public double fromX

fromY

public double fromY

fromZ

public double fromZ

fromDirection

public SimpleDirection fromDirection

Tells, where to go from (fromPath, fromOffset)

toPath

public P extends IPath<N> toPath

toOffset

public double toOffset

toNode

public N extends INode<N,P> toNode

toX

public double toX

toY

public double toY

toZ

public double toZ

toDirectionReverse

public SimpleDirection toDirectionReverse

Tells from which side we come to (toPath, toOffset), in terms of target POV (the 'reverse' word stands for it)

toHubIncomingPath

public P extends IPath<N> toHubIncomingPath

distance

public double distance

source

public Point source

sourceRotation

public double sourceRotation

sourceVerticalRotation

public double sourceVerticalRotation

sourceSegmentDistance

public double sourceSegmentDistance

target

public Point target

targetRotation

public double targetRotation

targetVerticalRotation

public double targetVerticalRotation

targetSegmentDistance

public double targetSegmentDistance

network

public INetwork<N extends INode<N,P>,P extends IPath<N>> network

Constructor Details

ShortestPathData

public ShortestPathData()

Method Details

reset

public void reset()

getNetwork

public INetwork<N,P> getNetwork()

Returns the network for this path data

Returns:: the network for this path data

isPlainMovement

public boolean isPlainMovement()

Checks if this shortest path data corresponds to plain movement

Returns:: true if this data corresponds to plain movement, false otherwise

setFromTargetDirection

public abstract void setFromTargetDirection(Point toPoint)

Sets the direction and rotations from the target point to the specified argument point

Parameters:: toPoint - point to set direction to

setToSourceDirection

public abstract void setToSourceDirection(Point fromPoint)

Sets the direction and rotations from the specified argument point to the source point

Parameters:: fromPoint - point to set direction from

resetFromTargetDirection

public abstract void resetFromTargetDirection()

Resets the direction from target to the stored toPoint

resetToSourceDirection

public abstract void resetToSourceDirection()

Resets the direction from the stored fromPoint to the source

getToSourcePosition

public abstract Position getToSourcePosition(double offset,
 Position out)

Returns the Position object that corresponds to the point that lies at a certain distance from start point in the direction to source point

Parameters:: offset - the distance; out - output object, may be null
Returns:: position at offset from start point towards source point

getFromTargetPosition

public abstract Position getFromTargetPosition(double offset,
 Position out)

Returns the Position object that corresponds to the point that lies at a certain distance from target point in the direction to the end point

Parameters:: offset - the distance; out - output object, may be null
Returns:: position at offset from target point towards end point

Class ShortestPathData<N extends INode<N,P>,P extends IPath<N>>