Inheritance diagram for vanetsim.scenario.Vehicle:

Public Member Functions
	Vehicle (ArrayDeque< WayPoint > destinations, int vehicleLength, int maxSpeed, int maxCommDist, boolean wiFiEnabled, boolean emergencyVehicle, int brakingRate, int accelerationRate, int timeDistance, int politeness, Color color) throws ParseException

boolean	calculateRoute (boolean careAboutDirection, boolean isReroute)

void	adjustSpeed (int timePerStep)

void	sendMessages ()

final void	receiveMessage (int sourceX, int sourceY, Message message)

void	sendBeacons ()

void	sendEncryptedBeacons ()

void	move (int timePerStep)

final void	moveAttacker ()

void	searchAttackedVehicle_ ()

void	reset ()

String	toString ()

boolean	getMayBeRecycled ()

Street[]	getRouteStreets ()

boolean[]	getRouteDirections ()

int	getRoutePosition ()

int	getVehicleID ()

int	getCommunicationCountdown ()

int	getBeaconCountdown ()

WayPoint	getStartPoint ()

int	getRegionX ()

int	getRegionY ()

int	getMaxSpeed ()

int	getWaittime ()

ArrayDeque< WayPoint >	getDestinations ()

int	getMaxCommDistance ()

boolean	isActive ()

boolean	isInMixZone ()

boolean	isWiFiEnabled ()

KnownMessages	getKnownMessages ()

KnownPenalties	getKnownPenalties ()

KnownVehiclesList	getKnownVehiclesList ()

KnownRSUsList	getKnownRSUsList ()

int	getMessagesCreated ()

int	getIDsChanged ()

int	getTotalTravelTime ()

long	getTotalTravelDistance ()

void	setRegion (Region region)

String	getHexID ()

long	getID ()

void	setWiFiEnabled (boolean wiFiEnabled)

void	setMaxSpeed (int maxSpeed)

void	setMaxCommDistance (int maxCommDistance)

void	setCurWaitTime (int curWaitTime)

int	getCurWaitTime ()

void	setColor (Color color)

Color	getColor ()

void	setBrakingRate (int brakingRate)

int	getBrakingRate ()

void	setAccelerationRate (int accelerationRate)

int	getAccelerationRate ()

void	setEmergencyVehicle (boolean emergencyVehicle)

boolean	isEmergencyVehicle ()

void	setVehicleLength (int vehicleLength)

int	getVehicleLength ()

Node	getCurMixNode_ ()

void	setCurMixNode_ (Node curMixNode_)

boolean	isWaitingForSignal_ ()

void	setWaitingForSignal_ (boolean waitingForSignal_)

void	setTimeDistance (int timeDistance)

int	getTimeDistance ()

void	setPoliteness (int politeness_)

int	getPoliteness ()

Public Member Functions inherited from vanetsim.scenario.LaneObject
int	getX ()

int	getY ()

int	getCurSpeed ()

double	getCurPosition ()

int	getCurLane ()

Street	getCurStreet ()

boolean	getCurDirection ()

LaneObject	getNext ()

LaneObject	getPrevious ()

void	setNext (LaneObject next)

void	setPrevious (LaneObject previous)

Static Public Member Functions
static void	resetGlobalRandomGenerator ()

static int	getCommunicationInterval ()

static int	getBeaconInterval ()

static boolean	getCommunicationEnabled ()

static boolean	getRecyclingEnabled ()

static boolean	getBeaconsEnabled ()

static boolean	getMixZonesEnabled ()

static boolean	getMixZonesFallbackEnabled ()

static boolean	getMixZonesFallbackFloodingOnly ()

static int	getRoutingMode ()

static int	getMaximumCommunicationDistance ()

static int	getMinTravelTimeForRecycling ()

static int	getMixZoneRadius ()

static void	setMaxMixZoneRadius (int maxMixZoneRadius)

static int	getMaxMixZoneRadius ()

static void	setMixZoneRadius (int mixZoneRadius)

static void	setMinTravelTimeForRecycling (int minTravelTimeForRecycling)

static void	setMaximumCommunicationDistance (int maximumCommunicationDistance)

static void	setRegions (Region[][] regions)

static void	setCommunicationInterval (int communicationInterval)

static void	setBeaconInterval (int beaconInterval)

static void	setCommunicationEnabled (boolean state)

static void	setRecyclingEnabled (boolean state)

static void	setBeaconsEnabled (boolean state)

static void	setMixZonesEnabled (boolean state)

static void	setMixZonesFallbackEnabled (boolean state)

static void	setMixZonesFallbackFloodingOnly (boolean state)

static void	setBeaconMonitorZoneEnabled (boolean beaconMonitorEnabled)

static boolean	getbeaconMonitorEnabled ()

static void	setMonitoredMixZoneVariables (int beaconMonitorMinX, int beaconMonitorMaxX, int beaconMonitorMinY, int beaconMonitorMaxY)

static int	getbeaconMonitorMinX ()

static int	getbeaconMonitorMaxX ()

static int	getbeaconMonitorMinY ()

static int	getbeaconMonitorMaxY ()

static ReportingControlPanel	getREPORT_PANEL ()

static void	setRoutingMode (int mode)

static AttackRSU[]	getArsuList ()

static void	setArsuList (AttackRSU[] arsuList)

static boolean	isAttackerDataLogged_ ()

static void	setAttackerDataLogged_ (boolean attackerDataLogged_)

static long	getAttackedVehicleID_ ()

static void	setAttackedVehicleID_ (long attackedVehicleID_)

static boolean	isEncryptedBeaconsInMix_ ()

static void	setEncryptedBeaconsInMix_ (boolean encryptedBeaconsInMix_)

static boolean	isAttackerEncryptedDataLogged_ ()

static void	setAttackerEncryptedDataLogged_ (boolean attackerEncryptedDataLogged_)

static ReportingControlPanel	getReportingPanel ()

static boolean	isPrivacyDataLogged_ ()

static void	setPrivacyDataLogged_ (boolean privacyDataLogged_)

static int	getTIME_BETWEEN_SILENT_PERIODS ()

static void	setTIME_BETWEEN_SILENT_PERIODS (int i)

static int	getTIME_OF_SILENT_PERIODS ()

static void	setTIME_OF_SILENT_PERIODS (int i)

static boolean	isSilent_period ()

static void	setSilent_period (boolean silent_period)

static boolean	isSilentPeriodsOn ()

static void	setSilentPeriodsOn (boolean silentPeriodsOn)

Public Attributes
ArrayDeque< WayPoint >	originalDestinations_

Additional Inherited Members
Protected Member Functions inherited from vanetsim.scenario.LaneObject
void	calculatePosition ()

Protected Attributes inherited from vanetsim.scenario.LaneObject
LaneObject	previous_

LaneObject	next_

int	curX_

int	curY_

double	curSpeed_ = 0.0

double	curPosition_

int	curLane_ = 1

Street	curStreet_

boolean	curDirection_ = true

Detailed Description

A vehicle which can move and communicate (if wifi is enabled).

Constructor & Destructor Documentation

vanetsim.scenario.Vehicle.Vehicle	(	ArrayDeque< WayPoint >	destinations,
		int	vehicleLength,
		int	maxSpeed,
		int	maxCommDist,
		boolean	wiFiEnabled,
		boolean	emergencyVehicle,
		int	brakingRate,
		int	accelerationRate,
		int	timeDistance,
		int	politeness,
		Color	color
	)		throws ParseException

inline

Instantiates a new vehicle. You will get an exception if the destinations don't contain at least two valid elements.
Elements are considered as invalid if

no route can be found between them and the first destination
the destination is on the same street as the first destination

Parameters

destinations	an `ArrayDeque` with at least 2 elements (start and target) indicating where to move.
vehicleLength	the vehicle length
maxSpeed	the maximum speed of this vehicle in cm/s
maxCommDist	the maximum distance in cm this vehicle can communicate
wiFiEnabled	`true` if this vehicle has a communication device (WiFi), else `false`
emergencyVehicle	`true` vehicle is an emergency vehicle
brakingRate	the braking rate in cm/s^2
accelerationRate	the acceleration rate in cm/s^2
color	the color of the vehicle, if empty the default (color.black) is used

Exceptions

ParseException an Exception indicating that you did not supply a valid destination list.

Member Function Documentation

void vanetsim.scenario.Vehicle.adjustSpeed ( int timePerStep )

inline

Adjust the speed if reaching crossings or other cars. It also checks if the vehicle should get active. Furthermore some cleanup in the known messages and vehicles is done and new jam messages are created if necessary.

Parameters

timePerStep the time per step in milliseconds

boolean vanetsim.scenario.Vehicle.calculateRoute	(	boolean	careAboutDirection,
		boolean	isReroute
	)

inline

(Re-)Calculates the route to the next destination.

Parameters

careAboutDirection	`true` if the direction on the current street shall be used for calculation, `false` if the direction can be chosen freely
isReroute	`true` to indicate that this is a Rerouting. If it's a rerouting, a non-existent route does not lead to the vehicle getting inactive!

Returns: true if new route has been found, else false (on error)

int vanetsim.scenario.Vehicle.getAccelerationRate ( )

inline

Gets the acceleration rate

Returns: accelerationRate_ the acceleration rate in cm/s^2

int vanetsim.scenario.Vehicle.getBeaconCountdown ( )

inline

Gets the current beacon countdown

Returns: the beacon countdown

static int vanetsim.scenario.Vehicle.getBeaconInterval ( )

inlinestatic

Returns the interval between beacons.

Returns: the interval in milliseconds

static boolean vanetsim.scenario.Vehicle.getbeaconMonitorEnabled ( )

inlinestatic

Gets beacon monitor status

Returns: beaconMonitorEnabled_ true if beacon monitor is enabled

static int vanetsim.scenario.Vehicle.getbeaconMonitorMaxX ( )

inlinestatic

Gets beacon monitor maxX coordinate

Returns: beaconMonitorMaxX_ the maxX coordinate of the beacon monitor window

static int vanetsim.scenario.Vehicle.getbeaconMonitorMaxY ( )

inlinestatic

Gets beacon monitor maxY coordinate

Returns: beaconMonitorMaxY_ the maxY coordinate of the beacon monitor window

static int vanetsim.scenario.Vehicle.getbeaconMonitorMinX ( )

inlinestatic

Gets beacon monitor minX coordinate

Returns: beaconMonitorMinX_ the minX coordinate of the beacon monitor window

static int vanetsim.scenario.Vehicle.getbeaconMonitorMinY ( )

inlinestatic

Gets beacon monitor minY coordinate

Returns: beaconMonitorMinY_ the minY coordinate of the beacon monitor window

static boolean vanetsim.scenario.Vehicle.getBeaconsEnabled ( )

inlinestatic

Signals if beacons are enabled.

Returns: true if beacons are enabled, else false

int vanetsim.scenario.Vehicle.getBrakingRate ( )

inline

Gets the braking rate

Returns: brakingRate_ the braking rate in cm/s^2

Color vanetsim.scenario.Vehicle.getColor ( )

inline

Gets the vehicle color.

Returns: color_ the vehicle color.

int vanetsim.scenario.Vehicle.getCommunicationCountdown ( )

inline

Gets the current communication countdown

Returns: the communication countdown

static boolean vanetsim.scenario.Vehicle.getCommunicationEnabled ( )

inlinestatic

Signals if communication is enabled.

Returns: true if communication is enabled, else false

static int vanetsim.scenario.Vehicle.getCommunicationInterval ( )

inlinestatic

Returns the interval between messages.

Returns: the interval in milliseconds

int vanetsim.scenario.Vehicle.getCurWaitTime ( )

inline

Gets the current wait time

Returns: curWaitTime_ the current wait time

ArrayDeque<WayPoint> vanetsim.scenario.Vehicle.getDestinations ( )

inline

Gets the destinations of this vehicle.

Returns: the ArrayDeque with all destinations

String vanetsim.scenario.Vehicle.getHexID ( )

inline

Gets the ID used in beacons encoded in HEX so that it's shorter. If the vehicle is not wifi enabled, brackets are used to indicate this.

Returns: the ID as an hex string

long vanetsim.scenario.Vehicle.getID ( )

inline

Gets the vehicle ID

Returns: ID_ the vehicle ID

int vanetsim.scenario.Vehicle.getIDsChanged ( )

inline

Returns how often this vehicle has changed it's ID (excluding the initial ID).

Returns: the amount

KnownMessages vanetsim.scenario.Vehicle.getKnownMessages ( )

inline

Gets the special data structure with all known messages.

Returns: the data structure

KnownPenalties vanetsim.scenario.Vehicle.getKnownPenalties ( )

inline

Gets the special data structure with all known penalties.

Returns: the data structure

KnownRSUsList vanetsim.scenario.Vehicle.getKnownRSUsList ( )

inline

Gets the special data structure with all known RSUs.

Returns: the data structure

KnownVehiclesList vanetsim.scenario.Vehicle.getKnownVehiclesList ( )

inline

Gets the special data structure with all known vehicles.

Returns: the data structure

int vanetsim.scenario.Vehicle.getMaxCommDistance ( )

inline

Gets the maximum communication distance of this vehicle.

Returns: the distance in cm

static int vanetsim.scenario.Vehicle.getMaximumCommunicationDistance ( )

inlinestatic

Returns the maximum communication distance.

Returns: the maximum communication distance in cm

static int vanetsim.scenario.Vehicle.getMaxMixZoneRadius ( )

inlinestatic

Gets the maximum mix zone radius used in the scenario.

Returns: maxMixZoneRadius_ the maximum mix zone radius in cm

int vanetsim.scenario.Vehicle.getMaxSpeed ( )

inline

Gets the maximum speed of this vehicle.

Returns: the maximum speed in cm/s

boolean vanetsim.scenario.Vehicle.getMayBeRecycled ( )

inline

Indicates if this vehicle may be reset and reused.

Returns: true if it may be reused, else false

int vanetsim.scenario.Vehicle.getMessagesCreated ( )

inline

Returns how many messages this vehicle has created.

Returns: the amount

static int vanetsim.scenario.Vehicle.getMinTravelTimeForRecycling ( )

inlinestatic

Gets the minimum time a vehicle needs to have traveled in order to be able to be recycled. Vehicles which travel shorter than this time will NOT get recycled.

Returns: the time in milliseconds

static int vanetsim.scenario.Vehicle.getMixZoneRadius ( )

inlinestatic

Returns the radius of the mix zones.

Returns: the mix zone radius in cm

static boolean vanetsim.scenario.Vehicle.getMixZonesEnabled ( )

inlinestatic

Signals if mix zones are enabled.

Returns: true if mix zones are enabled, else false

static boolean vanetsim.scenario.Vehicle.getMixZonesFallbackEnabled ( )

inlinestatic

If the fallback mode shall be enabled in mix zones. This fallback mode enables the beaconless communication inside mix zones.

Returns: true if the fallback mode is enabled, else false

static boolean vanetsim.scenario.Vehicle.getMixZonesFallbackFloodingOnly ( )

inlinestatic

If the fallback mode only sends messages which are in flooding/broadcast mode.

Returns: true if only flooding messages are sent, else false

static boolean vanetsim.scenario.Vehicle.getRecyclingEnabled ( )

inlinestatic

Signals if recycling of vehicles is enabled or not

Returns: true if recycling is enabled, else false

int vanetsim.scenario.Vehicle.getRegionX ( )

inline

Gets the regions x-coordinate in which this vehicle is found.

Returns: An Integer representing the x-coordinate of the Region

int vanetsim.scenario.Vehicle.getRegionY ( )

inline

Gets the regions y-coordinate in which this vehicle is found.

Returns: An Integer representing the y-coordinate of the Region

static ReportingControlPanel vanetsim.scenario.Vehicle.getREPORT_PANEL ( )

inlinestatic

Gets the report panel for beacon monitoring

Returns: REPORT_PANEL the beacon report panel

boolean [] vanetsim.scenario.Vehicle.getRouteDirections ( )

inline

Get the directions corresponding to the array returned getRouteStreets().

Returns: the array with all directions

int vanetsim.scenario.Vehicle.getRoutePosition ( )

inline

Gets the current position in the array returned by getRouteStreets() and getRouteDirections().

Returns: the position

Street [] vanetsim.scenario.Vehicle.getRouteStreets ( )

inline

Gets an array with all streets which will be visited until arriving at the next destination.

Returns: the array with all streets

static int vanetsim.scenario.Vehicle.getRoutingMode ( )

inlinestatic

Returns the current routing mode.

Returns: the routing mode

WayPoint vanetsim.scenario.Vehicle.getStartPoint ( )

inline

Gets the starting point of the vehicle.

Returns: the WayPoint

long vanetsim.scenario.Vehicle.getTotalTravelDistance ( )

inline

The total distance traveled. This is not completely exact but should suffice in most cases. Small aberration from the real value occur if this vehicle reaches a destination (which should not happen too often).

Returns: the total distance in cm

int vanetsim.scenario.Vehicle.getTotalTravelTime ( )

inline

Gets how long this vehicle traveled. This excludes predefined waiting times but includes all other stops.

Returns: the total time in milliseconds

int vanetsim.scenario.Vehicle.getVehicleID ( )

inline

Gets the current ID of this vehicle. This ID might change if mixing is enabled!

Returns: the ID

int vanetsim.scenario.Vehicle.getVehicleLength ( )

inline

Gets the vehicle length.

Returns: vehicleLength_ the vehicle length in cm.

int vanetsim.scenario.Vehicle.getWaittime ( )

inline

Gets the current waittime.

Returns: the current waittime in milliseconds

boolean vanetsim.scenario.Vehicle.isActive ( )

inline

Returns if this vehicle is currently active.

Returns: true if it's active

boolean vanetsim.scenario.Vehicle.isEmergencyVehicle ( )

inline

Signals if vehicle is an emergency vehicle

Returns: true if vehicle is an emergency vehicle

boolean vanetsim.scenario.Vehicle.isInMixZone ( )

inline

Returns if this vehicle is currently in a mix zone.

Returns: true if it's in a mix zone

boolean vanetsim.scenario.Vehicle.isWaitingForSignal_ ( )

inline

Returns: the waitingForSignal_

boolean vanetsim.scenario.Vehicle.isWiFiEnabled ( )

inline

Returns if this vehicle has WiFi functionality.

Returns: true if it has WiFi

void vanetsim.scenario.Vehicle.move ( int timePerStep )

inline

Move the vehicle one step forward. Please check if the vehicle is active before calling this!

Parameters

timePerStep the time per step in milliseconds

final void vanetsim.scenario.Vehicle.moveAttacker ( )

inline

Move Attacker.

final void vanetsim.scenario.Vehicle.receiveMessage	(	int	sourceX,
		int	sourceY,
		Message	message
	)

inline

Receive a message from another vehicle.

Parameters

sourceX	the x coordinate of the other vehicle
sourceY	the y coordinate of the other vehicle
message	the message

void vanetsim.scenario.Vehicle.reset ( )

inline

Resets this vehicle so that it can be reused. It will travel on the same route as last time!

static void vanetsim.scenario.Vehicle.resetGlobalRandomGenerator ( )

inlinestatic

Resets the global random number generator

void vanetsim.scenario.Vehicle.searchAttackedVehicle_ ( )

inline

The attacked vehicle can�t be found. But it can�t be far because we received a beacon the last time. This method is only evoked one time per mix-zone so it doesn't need to be that efficient

void vanetsim.scenario.Vehicle.sendBeacons ( )

inline

Find vehicles in neighborhood and send beacons to them. Please check the following conditions before calling this function:

communication is generally enabled
beacons are generally enabled
if this vehicle is active
if it has wifi
if the beacon countdown is 0 or less
if vehicle is not in a mix zone

void vanetsim.scenario.Vehicle.sendEncryptedBeacons ( )

inline

Find vehicles nearest in neighborhood and send encrypted beacons to them. Please check the following conditions before calling this function:

communication is generally enabled
beacons are generally enabled
if this vehicle is active
if it has wifi
if the beacon countdown is 0 or less
if vehicle is in a mix zone
if encryptedBeaconsInMix is enabled

void vanetsim.scenario.Vehicle.sendMessages ( )

inline

Find vehicles in neighborhood and give information to them. Please check the following conditions before calling this function:

communication is generally enabled
if this vehicle is active
if it has wifi
if the communication countdown is 0 or less

void vanetsim.scenario.Vehicle.setAccelerationRate ( int accelerationRate )

inline

Sets the acceleration rate

Parameters

accelerationRate the acceleration rate in cm/s^2

static void vanetsim.scenario.Vehicle.setBeaconInterval ( int beaconInterval )

inlinestatic

Sets a new value for the beacon interval. Common to all vehicles.

Parameters

beaconInterval the new value

static void vanetsim.scenario.Vehicle.setBeaconMonitorZoneEnabled ( boolean beaconMonitorEnabled )

inlinestatic

Sets if beacon zones should be monitored or not. Common to all vehicles.

Parameters

beaconMonitorEnabled true to enable monitoring mix zones, else false

static void vanetsim.scenario.Vehicle.setBeaconsEnabled ( boolean state )

inlinestatic

Sets if beacons are enabled or not. Common to all vehicles.

Parameters

state true to enable beacons, else false

void vanetsim.scenario.Vehicle.setBrakingRate ( int brakingRate )

inline

Sets the braking rate

Parameters

brakingRate the braking rate in cm/s^2

void vanetsim.scenario.Vehicle.setColor ( Color color )

inline

Sets the color

Parameters

color the new color

static void vanetsim.scenario.Vehicle.setCommunicationEnabled ( boolean state )

inlinestatic

Sets if communication is enabled or not. Common to all vehicles.

Parameters

state true to enable communication, else false

static void vanetsim.scenario.Vehicle.setCommunicationInterval ( int communicationInterval )

inlinestatic

Sets a new value for the communication interval. Common to all vehicles.

Parameters

communicationInterval the new value

void vanetsim.scenario.Vehicle.setCurWaitTime ( int curWaitTime )

inline

Sets the current wait time.

Parameters

curWaitTime the current wait time in ms.

void vanetsim.scenario.Vehicle.setEmergencyVehicle ( boolean emergencyVehicle )

inline

Sets the emergency vehicle mode

Parameters

emergencyVehicle true to enable emergency mode

void vanetsim.scenario.Vehicle.setMaxCommDistance ( int maxCommDistance )

inline

Sets the maximum communication distance

Parameters

maxCommDistance the maximum communication distance in cm

static void vanetsim.scenario.Vehicle.setMaximumCommunicationDistance ( int maximumCommunicationDistance )

inlinestatic

Set the maximum communication distance.

Parameters

maximumCommunicationDistance the maximum communication distance in cm

static void vanetsim.scenario.Vehicle.setMaxMixZoneRadius ( int maxMixZoneRadius )

inlinestatic

Set the maximum radius of the mix zones.

Parameters

maxMixZoneRadius the maximum radius of the mix zones in cm

void vanetsim.scenario.Vehicle.setMaxSpeed ( int maxSpeed )

inline

Sets the maximum speed

Parameters

maxSpeed the speed in cm/s

static void vanetsim.scenario.Vehicle.setMinTravelTimeForRecycling ( int minTravelTimeForRecycling )

inlinestatic

Sets the minimum time a vehicle needs to have traveled in order to be able to be recycled. Vehicles which travel shorter than this time will NOT get recycled.

Parameters

minTravelTimeForRecycling the time in milliseconds

static void vanetsim.scenario.Vehicle.setMixZoneRadius ( int mixZoneRadius )

inlinestatic

Set the default radius of the mix zones (in the common settings panel).

Parameters

mixZoneRadius the radius of the mix zones in cm

static void vanetsim.scenario.Vehicle.setMixZonesEnabled ( boolean state )

inlinestatic

Sets if mix zones are enabled or not. Common to all vehicles.

Parameters

state true to enable mix zones, else false

static void vanetsim.scenario.Vehicle.setMixZonesFallbackEnabled ( boolean state )

inlinestatic

Sets if the fallback mode shall be enabled in mix zones. This fallback mode enables the beaconless communication inside mix zones.

Parameters

state true if the fallback mode is enabled, else false

static void vanetsim.scenario.Vehicle.setMixZonesFallbackFloodingOnly ( boolean state )

inlinestatic

Sets if the fallback mode only sends messages which are in flooding/broadcast mode.

Parameters

state true if only flooding messages are sent, else false

static void vanetsim.scenario.Vehicle.setMonitoredMixZoneVariables	(	int	beaconMonitorMinX,
		int	beaconMonitorMaxX,
		int	beaconMonitorMinY,
		int	beaconMonitorMaxY
	)

inlinestatic

Sets the values for the monitored beacon zone. A rectangular bounding box within the specified coordinates is monitored if setBeaconMonitorZoneEnabled(boolean) is set to true.

Parameters

beaconMonitorMinX	the minimum x coordinate
beaconMonitorMaxX	the maximum x coordinate
beaconMonitorMinY	the minimum y coordinate
beaconMonitorMaxY	the maximum y coordinate

static void vanetsim.scenario.Vehicle.setRecyclingEnabled ( boolean state )

inlinestatic

Sets if recycling of vehicles is enabled or not. Common to all vehicles.

Parameters

state true to enable recycling, else false

void vanetsim.scenario.Vehicle.setRegion ( Region region )

inline

Sets the region in which this vehicle is found.

Parameters

region the region

static void vanetsim.scenario.Vehicle.setRegions ( Region regions[][] )

inlinestatic

Sets the reference to all regions. Call this on map reload!

Parameters

regions the array with all regions

static void vanetsim.scenario.Vehicle.setRoutingMode ( int mode )

inlinestatic

Sets a new routing mode. See the A_Star_Algor for details. Common to all vehicles.

Parameters

mode	the new routing mode

void vanetsim.scenario.Vehicle.setVehicleLength ( int vehicleLength )

inline

Sets the vehicle length

Parameters

vehicleLength the vehicle length in cm.

void vanetsim.scenario.Vehicle.setWaitingForSignal_ ( boolean waitingForSignal_ )

inline

Parameters

waitingForSignal_ the waitingForSignal_ to set

void vanetsim.scenario.Vehicle.setWiFiEnabled ( boolean wiFiEnabled )

inline

Set vehicle WiFi

Parameters

wiFiEnabled true to enable WiFi for the vehicle

String vanetsim.scenario.Vehicle.toString ( )

inline

Gets a substring of the Vehicle ID. Used in the EditOneVehicleControl.java chooseVehicle_ JCombobox.

Member Data Documentation

ArrayDeque<WayPoint> vanetsim.scenario.Vehicle.originalDestinations_

The destinations this vehicle wants to visit.

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

/Users/andreastomandl/Desktop/Vanet-Sim/Simulator/src/vanetsim/scenario/Vehicle.java

Public Member Functions

Static Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation