Public Member Functions
	Street (String name, Node startNode, Node endNode, String streetType, int oneway, int lanes, Color displayColor, Region mainRegion, int maxSpeed)

double	getLength ()

double	getXFactor ()

double	getYFactor ()

int	getSpeed ()

void	setSpeed (int maxSpeed)

void	changeOneWay (int oneway)

int	getLanesCount ()

void	setLanesCount (int laneCount)

LaneObject	getFirstLaneObject (boolean direction)

LaneObject	getLastLaneObject (boolean direction)

void	addLaneObject (LaneObject object, boolean direction)

void	delLaneObject (LaneObject object, boolean direction)

void	updateLaneObject (LaneObject object, boolean direction, double newPosition)

void	clearLanes ()

void	addBridgePaintLine (double x1, double y1, double x2, double y2)

void	addBridgePaintPolygon (double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4)

ArrayList< Point2D.Double >	getBridgePaintLines ()

ArrayList< Point2D.Double >	getBridgePaintPolygons ()

Node	getStartNode ()

void	setStartNode (Node startNode)

Node	getEndNode ()

void	setEndNode (Node endNode)

Color	getDisplayColor ()

void	setDisplayColor (Color displayColor)

Region	getMainRegion ()

void	setName (String name)

String	getName ()

boolean	isOneway ()

boolean	equals (Object other)

int	hashCode ()

String	getStreetType_ ()

void	setStreetType_ (String streetType_)

int	getStartNodeTrafficLightState ()

void	setStartNodeTrafficLightState (int startNodeTrafficLightState_)

int	getEndNodeTrafficLightState ()

void	setEndNodeTrafficLightState (int endNodeTrafficLightState_)

void	updateStartNodeTrafficLightState ()

void	updateEndNodeTrafficLightState ()

void	setTrafficLightEndX_ (int trafficLightEndX_)

int	getTrafficLightEndX_ ()

void	setTrafficLightStartX_ (int trafficLightStartX_)

int	getTrafficLightStartX_ ()

void	setTrafficLightStartY_ (int trafficLightStartY_)

int	getTrafficLightStartY_ ()

void	setTrafficLightEndY_ (int trafficLightEndY_)

int	getTrafficLightEndY_ ()

void	setPriorityOnEndNode (boolean priorityOnEndNode)

boolean	isPriorityOnEndNode ()

void	setPriorityOnStartNode (boolean priorityOnStartNode)

boolean	isPriorityOnStartNode ()

Detailed Description

A street on the map.

Constructor & Destructor Documentation

vanetsim.map.Street.Street	(	String	name,
		Node	startNode,
		Node	endNode,
		String	streetType,
		int	oneway,
		int	lanes,
		Color	displayColor,
		Region	mainRegion,
		int	maxSpeed
	)

inline

Instantiates a new street.

Parameters

name	the name of this street
startNode	the start node
endNode	the end node
streetType	type of the street
oneway	`0`=twoway-street, `1`=oneway from startNode to endNode, else: oneway from endNode to startNode
lanes	the number of lanes on this street in one direction (!). Normal streets should have `1` here, motorways `2` or more!
displayColor	the color in which to paint this street
mainRegion	the main region
maxSpeed	the maximum speed allowed on this street

Member Function Documentation

void vanetsim.map.Street.addBridgePaintLine	(	double	x1,
		double	y1,
		double	x2,
		double	y2
	)

inline

Adds a line for painting a bridge.

Parameters

x1	the x coordinate of the start point
y1	the y coordinate of the start point
x2	the x coordinate of the end point
y2	the y coordinate of the end point

void vanetsim.map.Street.addBridgePaintPolygon	(	double	x1,
		double	y1,
		double	x2,
		double	y2,
		double	x3,
		double	y3,
		double	x4,
		double	y4
	)

inline

Adds a polygon for painting a bridge.

Parameters

x1	the x coordinate of the first point
y1	the y coordinate of the first point
x2	the x coordinate of the second point
y2	the y coordinate of the second point
x3	the x coordinate of the third point
y3	the y coordinate of the third point
x4	the x coordinate of the fourth point
y4	the y coordinate of the fourth point

void vanetsim.map.Street.addLaneObject	(	LaneObject	object,
		boolean	direction
	)

inline

Adds a lane object. The underlying lane container is synchronized during this operation.

Parameters

object	the object to add
direction	`true` in the direction from startNode to endNode, `false` seen from endNode to startNode

void vanetsim.map.Street.changeOneWay ( int oneway )

inline

Changes if this street is a oneway street or not.

Parameters

oneway 0=twoway-street, 1=oneway from startNode to endNode, else: oneway from endNode to startNode

void vanetsim.map.Street.clearLanes ( )

inline

Clears all objects from the lanes container.

void vanetsim.map.Street.delLaneObject	(	LaneObject	object,
		boolean	direction
	)

inline

Removes a lane object. The underlying lane container is synchronized during this operation.

Parameters

object	the object to remove
direction	`true` in the direction from startNode to endNode, `false` seen from endNode to startNode

boolean vanetsim.map.Street.equals ( Object other )

inline

Checks if this object is equal to another.

Parameters

other the object to compare to

Returns: true, if equals

See Also: java.lang.Object::equals(java.lang.Object)

ArrayList<Point2D.Double> vanetsim.map.Street.getBridgePaintLines ( )

inline

Gets the lines to paint a bridge.

Returns: the ArrayList with all lines to paint (two successive points are a line)

ArrayList<Point2D.Double> vanetsim.map.Street.getBridgePaintPolygons ( )

inline

Gets the polygons to paint a bridge.

Returns: the ArrayList with all lines to paint (two successive points are a line)

Color vanetsim.map.Street.getDisplayColor ( )

inline

Gets the display color of this street.

Returns: the display color

Node vanetsim.map.Street.getEndNode ( )

inline

Gets the end node of this street.

Returns: the end node

int vanetsim.map.Street.getEndNodeTrafficLightState ( )

inline

Gets the state of the traffic light.

Returns: the state of the traffic light

LaneObject vanetsim.map.Street.getFirstLaneObject ( boolean direction )

inline

Gets the first lane object. You may iterate through the objects using getNext() and getPrevious(). Note that the lane might change while you're iterating as it's not synchronized!

Parameters

direction true in the direction from startNode to endNode, false seen from endNode to startNode

Returns: the first lane object

int vanetsim.map.Street.getLanesCount ( )

inline

Gets the amount of lanes in one direction. If this is a twoway street, you need to multiply by 2 to get the total amount of lanes.

Returns: the number of lanes per direction

LaneObject vanetsim.map.Street.getLastLaneObject ( boolean direction )

inline

Gets the last lane object. You may iterate through the objects using getNext() and getPrevious(). Note that the lane might change while you're iterating as it's not synchronized!

Parameters

direction true in the direction from startNode to endNode, false seen from endNode to startNode

Returns: the last lane object

double vanetsim.map.Street.getLength ( )

inline

Gets the length of the street.

Returns: the length of the street

Region vanetsim.map.Street.getMainRegion ( )

inline

Gets the region to which this street is primarily assigned to.

Returns: the region

String vanetsim.map.Street.getName ( )

inline

Gets the name of this street.

Returns: the name

int vanetsim.map.Street.getSpeed ( )

inline

Gets the speed.

Returns: the speed

Node vanetsim.map.Street.getStartNode ( )

inline

Gets the start node of this street.

Returns: the start node

int vanetsim.map.Street.getStartNodeTrafficLightState ( )

inline

Gets the state of the traffic light.

Returns: the state of the traffic light

String vanetsim.map.Street.getStreetType_ ( )

inline

Gets the type of this street.

Returns: the street-type

int vanetsim.map.Street.getTrafficLightEndX_ ( )

inline

Returns: the trafficLightEndX_

int vanetsim.map.Street.getTrafficLightEndY_ ( )

inline

Returns: the trafficLightEndY_

int vanetsim.map.Street.getTrafficLightStartX_ ( )

inline

Returns: the trafficLightStartX_

int vanetsim.map.Street.getTrafficLightStartY_ ( )

inline

Returns: the trafficLightStartY_

double vanetsim.map.Street.getXFactor ( )

inline

Gets the x correction factor of one lane for position calculation (in cm). Only valid if going from startNode to endNode (else you need to take the negative).

Returns: the x correction factor

double vanetsim.map.Street.getYFactor ( )

inline

Gets the x correction factor of one lane for position calculation (in cm). Only valid if going from startNode to endNode (else you need to take the negative).

Returns: the y correction factor

int vanetsim.map.Street.hashCode ( )

inline

Creates a hash code (needed for HashMaps or similar structures).

Returns: an Integer

See Also: java.lang.Object::hashCode()

boolean vanetsim.map.Street.isOneway ( )

inline

Indicates if this is a oneway-street or not. Oneway-streets always go from the StartNode to the EndNode!

Returns: true if it's oneway, else false

boolean vanetsim.map.Street.isPriorityOnEndNode ( )

inline

Returns: the priorityOnEndNode

boolean vanetsim.map.Street.isPriorityOnStartNode ( )

inline

Returns: the priorityOnStartNode

void vanetsim.map.Street.setDisplayColor ( Color displayColor )

inline

Sets the display color of this street.

Parameters

displayColor the new display color

void vanetsim.map.Street.setEndNodeTrafficLightState ( int endNodeTrafficLightState_ )

inline

Sets the status of the traffic light

Parameters

endNodeTrafficLightState_ the status of the traffic light

void vanetsim.map.Street.setLanesCount ( int laneCount )

inline

Sets the amount of lanes.

Parameters

laneCount the number of lanes per direction

void vanetsim.map.Street.setName ( String name )

inline

Sets the name of this street.

Parameters

name	the new name

void vanetsim.map.Street.setPriorityOnEndNode ( boolean priorityOnEndNode )

inline

Parameters

priorityOnEndNode the priorityOnEndNode to set

void vanetsim.map.Street.setPriorityOnStartNode ( boolean priorityOnStartNode )

inline

Parameters

priorityOnStartNode the priorityOnStartNode to set

void vanetsim.map.Street.setSpeed ( int maxSpeed )

inline

Sets the maximum speed.

Parameters

maxSpeed the new speed

void vanetsim.map.Street.setStartNodeTrafficLightState ( int startNodeTrafficLightState_ )

inline

Sets the status of the traffic light

Parameters

startNodeTrafficLightState_ the status of the traffic light

void vanetsim.map.Street.setStreetType_ ( String streetType_ )

inline

Sets the type of this street.

Parameters

streetType_ the type of the street

void vanetsim.map.Street.setTrafficLightEndX_ ( int trafficLightEndX_ )

inline

Parameters

trafficLightEndX_ the trafficLightEndX_ to set

void vanetsim.map.Street.setTrafficLightEndY_ ( int trafficLightEndY_ )

inline

Parameters

trafficLightEndY_ the trafficLightEndY_ to set

void vanetsim.map.Street.setTrafficLightStartX_ ( int trafficLightStartX_ )

inline

Parameters

trafficLightStartX_ the trafficLightStartX_ to set

void vanetsim.map.Street.setTrafficLightStartY_ ( int trafficLightStartY_ )

inline

Parameters

trafficLightStartY_ the trafficLightStartY_ to set

void vanetsim.map.Street.updateEndNodeTrafficLightState ( )

inline

Updates the state of the traffic light.

void vanetsim.map.Street.updateLaneObject	(	LaneObject	object,
		boolean	direction,
		double	newPosition
	)

inline

Updates a lane object. The underlying lane container is synchronized during this operation.

Parameters

object	the object to check for updates
direction	`true` in the direction from startNode to endNode, `false` seen from endNode to startNode
newPosition	the new position of the object

void vanetsim.map.Street.updateStartNodeTrafficLightState ( )

inline

Updates the state of the traffic light.

The documentation for this class was generated from the following file:

/Users/andreastomandl/Desktop/Vanet-Sim/Simulator/src/vanetsim/map/Street.java

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation