DTATurning Class Reference

Inheritance diagram for DTATurning:

Public Member Functions
	DTATurning ()
	DTATurning (GKTurning *apturning, GKModelConnection *modelConnection)
uint	getId () const
const DTASection *	getOrigin () const
const DTASection *	getDestination () const
double	getAttractiveness (const DTAVehicleType *vehType=NULL) const
bool	isVehicleAllowed (const DTAVehicleType *vehType) const
bool	isVehicleAllowed (const DTAVehicleType *vehType, int idCentroideDesti) const
double	getSpeed () const
double	getSpeed_ms () const
double	length2D () const
double	length3D () const
DTASection::DTABehaviourModelType	getBehaviourModel () const
double	getMaxSpeed () const
double	getMaxSpeedInKmH () const
double	getUserDefinedCost () const
double	getUserDefinedCost2 () const
double	getUserDefinedCost3 () const
double	getStaFlow (DTAManager *dtaManager) const
double	getStaSpeed (DTAManager *dtaManager) const
double	getStaTravelT (DTAManager *dtaManager) const
double	getStaTravelTNoVQ (const DTAManager *dtaManager) const
double	getStaDelayT (DTAManager *dtaManager) const
double	getStaStopT (DTAManager *dtaManager) const
double	getStaNbStopVeh (DTAManager *dtaManager) const
double	getStaInitialCost (DTAManager *dtaManager) const
double	getInitialDefaultCost (DTAManager *dtaManager) const
double	getDynamicDefaultCost (DTAManager *dtaManager) const
double	getPastCost (DTAManager *dtaManager, int index) const
double	getStaFlowVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getStaSpeedVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getStaTravelTVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getStaTravelTNoVQVT (const DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getStaDelayTVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getStaStopTVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getStaNbStopVehVT (DTAManager *dtaManager, DTAVehicleType *vehType) const
double	getStaInitialCostVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getInitialDefaultCostVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getDynamicDefaultCostVT (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	getPastCostVT (DTAManager *dtaManager, const DTAVehicleType *vehType, int index) const
double	getStaFlowVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaSpeedVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaTravelTVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaTravelTNoVQVT (const DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaDelayTVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaStopTVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaNbStopVehVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getStaInitialCostVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getInitialDefaultCostVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getDynamicDefaultCostVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass) const
double	getPastCostVT (DTAManager *dtaManager, const DTAUserClass *gkUserClass, int index) const
double	getFreeFlowTravelTime (DTAManager *dtaManager, const DTAVehicleType *vehType) const
double	vdfDefaultCost (DTAManager *dtaManager) const
double	vdfDefaultCostVT (DTAManager *dtaManager, DTAVehicleType *vehType) const
double	currentDefaultCostVT (DTAManager *dtaManager, DTAVehicleType *vehType) const
double	currentDefaultCost (DTAManager *dtaManager) const
double	calculationCost (DTAManager *dtaManager, double travelTime, const DTAVehicleType *vehType) const
double	getGreenTime () const
double	getMaxGreenTime () const
double	getMinGreenTime () const
double	getYellowDuration () const
double	getCycle () const
double	getUncontrolledTime () const
GKControlJunction::GKControlJunctionType	getControlJunctionType () const
double	getOriginCapacity () const
double	getDestinationCapacity () const
double	getCapacity () const
void	setCapacity (double capacity)
double	getAdditionalVolume () const
Public Member Functions inherited from GKSimulatedObject
	GKSimulatedObject ()
	GKSimulatedObject (const GKObject *master, GKModelConnection *connection=NULL)
virtual QString	getTypeExternalName () const
void	setMaster (GKObject *master)
const GKObject *	getMaster () const
virtual quint32	getId () const
virtual const QString &	getName () const
virtual const QString &	getExternalId () const
virtual const QString &	getDescription () const
virtual GKModel *	getModel () const
virtual GKType *	getType () const
virtual bool	isA (const GKType *atype) const
virtual bool	isA (const QString &typeName) const
virtual QVariant *	getDataValue (const GKColumn *attr, bool *deleteit, const GKContext &context=GKContext::anyContext) const
virtual QVariant *	getDataValueByID (uint attrId, bool *deleteit, const GKContext &context=GKContext::anyContext) const
virtual double	getDataValueInTS (const GKColumn *attr, GKTimeSerieIndex index, double *deviation=NULL) const
virtual double	getDataValueInTSByID (uint attrId, GKTimeSerieIndex index, double *deviation=NULL) const
virtual GKTimeSerie *	getDataValueTS (const GKColumn *attr) const
virtual GKTimeSerie *	getDataValueTSByID (uint attrId) const
virtual int	getDataValueInt (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual int	getDataValueIntByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual double	getDataValueDouble (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual double	getDataValueDoubleByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual QString	getDataValueString (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual QString	getDataValueStringByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual bool	getDataValueBool (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual bool	getDataValueBoolByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual GKObject *	getDataValueObject (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual GKObject *	getDataValueObjectByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual QDate	getDataValueDate (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual QDate	getDataValueDateByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual QTime	getDataValueTime (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual QTime	getDataValueTimeByID (uint attrId, const GKContext &context=GKContext::anyContext) const
QDateTime	getDataValueDateTime (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
QDateTime	getDataValueDateTimeByID (uint attrId, const GKContext &context=GKContext::anyContext) const
virtual GKTimeDuration	getDataValueTimeDuration (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const
virtual GKTimeDuration	getDataValueTimeDurationByID (uint attrId, const GKContext &context=GKContext::anyContext) const
Public Member Functions inherited from GKBaseObject
	GKBaseObject ()
	if (base)
virtual uint	getId () const =0
virtual const QString &	getTypeName () const =0
virtual QString	getTypeExternalName () const =0
virtual const GKObject *	getMaster () const =0
virtual const QString &	getName () const =0
virtual const QString &	getExternalId () const =0
virtual const QString &	getDescription () const =0
virtual GKModel *	getModel () const =0
virtual QVariant *	getDataValue (const GKColumn *attr, bool *deleteit, const GKContext &context=GKContext::anyContext) const =0
virtual QVariant *	getDataValueByID (uint attrId, bool *deleteit, const GKContext &context=GKContext::anyContext) const =0
virtual double	getDataValueInTS (const GKColumn *attr, GKTimeSerieIndex index, double *deviation=NULL) const =0
virtual double	getDataValueInTSByID (uint attrId, GKTimeSerieIndex index, double *deviation=NULL) const =0
virtual GKTimeSerie *	getDataValueTS (const GKColumn *attr) const =0
virtual GKTimeSerie *	getDataValueTSByID (uint attrId) const =0
virtual int	getDataValueInt (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual int	getDataValueIntByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual double	getDataValueDouble (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual double	getDataValueDoubleByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual QString	getDataValueString (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual QString	getDataValueStringByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual bool	getDataValueBool (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual bool	getDataValueBoolByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual GKObject *	getDataValueObject (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual GKObject *	getDataValueObjectByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual QDate	getDataValueDate (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual QDate	getDataValueDateByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual QTime	getDataValueTime (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual QTime	getDataValueTimeByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual QDateTime	getDataValueDateTime (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual QDateTime	getDataValueDateTimeByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0
virtual GKTimeDuration	getDataValueTimeDuration (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const =0
virtual GKTimeDuration	getDataValueTimeDurationByID (uint attrId, const GKContext &context=GKContext::anyContext) const =0

Additional Inherited Members
Public Attributes inherited from GKBaseObject
ConvertToSubClassCode Py_BEGIN_ALLOW_THREADS GKBaseObject *	base = (GKBaseObject*)sipCpp
	sipType = 0
Static Public Attributes inherited from GKBaseObject
Py_END_ALLOW_THREADS static End uint	idAtt
static uint	nameAtt
static uint	externalIdAtt
static uint	descriptionAtt

Constructor & Destructor Documentation

DTATurning() [1/2]

DTATurning::DTATurning

(

)

DTATurning() [2/2]

DTATurning::DTATurning	(	GKTurning *	apturning,
		GKModelConnection *	modelConnection
	)

Member Function Documentation

calculationCost()

double DTATurning::calculationCost	(	DTAManager *	dtaManager,
		double	travelTime,
		const DTAVehicleType *	vehType
	)		const

Using the current cost function calculates the cost using the travel time and vehicle type vt from o to number vehicles -1.

currentDefaultCost()

double DTATurning::currentDefaultCost

(

DTAManager *

dtaManager

)

const

Current default cost without considering the vehicle type.

currentDefaultCostVT()

double DTATurning::currentDefaultCostVT	(	DTAManager *	dtaManager,
		DTAVehicleType *	vehType
	)		const

Current default cost considering the vehicle type.

getAdditionalVolume()

double DTATurning::getAdditionalVolume

(

)

const

getAttractiveness()

double DTATurning::getAttractiveness

(

const DTAVehicleType *

vehType = NULL

)

const

Returns the turn attractiveness. With vehType no vehicle distinction is made.

getBehaviourModel()

DTASection::DTABehaviourModelType DTATurning::getBehaviourModel

(

)

const

Returns if this turn is being used by the micro or meso models.

getCapacity()

double DTATurning::getCapacity

(

)

const

Gets the turn capacity.

getControlJunctionType()

GKControlJunction::GKControlJunctionType DTATurning::getControlJunctionType

(

)

const

Gets the control junction type, or the control junction type of the last control plan in the master control plan.

getCycle()

double DTATurning::getCycle

(

)

const

Gets the cycle time [s].

getDestination()

const DTASection * DTATurning::getDestination

(

)

const

Returns the destination section.

getDestinationCapacity()

double DTATurning::getDestinationCapacity

(

)

const

Gets the capacity of the destination section.

getDynamicDefaultCost()

double DTATurning::getDynamicDefaultCost

(

DTAManager *

dtaManager

)

const

Returns the default cost of the last route choice interval/s using the dynamic cost function.

getDynamicDefaultCostVT() [1/2]

double DTATurning::getDynamicDefaultCostVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the dynamic default cost of the last route choice interval/s using the dynamic cost function and considering the user class.

getDynamicDefaultCostVT() [2/2]

double DTATurning::getDynamicDefaultCostVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the dynamic default cost of the last route choice interval/s using the dynamic cost function and considering the vehicle type vehType.

getFreeFlowTravelTime()

double DTATurning::getFreeFlowTravelTime	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the turn free flow travel time. This is the travel time considering the origin section and turn. VehType defines the vehicle type from (0..number vehicles -1).

getGreenTime()

double DTATurning::getGreenTime

(

)

const

Gets the normal green-time for this turn [s].

getId()

uint DTATurning::getId ( ) const

virtual

Returns the Aimsun kernel id of this turn.

Reimplemented from GKSimulatedObject.

getInitialDefaultCost()

double DTATurning::getInitialDefaultCost

(

DTAManager *

dtaManager

)

const

Returns the default cost of the last route choice interval/s using the initial cost function.

getInitialDefaultCostVT() [1/2]

double DTATurning::getInitialDefaultCostVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the default cost of the last route choice interval/s using the initial cost function and considering the user class.

getInitialDefaultCostVT() [2/2]

double DTATurning::getInitialDefaultCostVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the default cost of the last route choice interval/s using the initial cost function and considering the vehicle type vehType.

getMaxGreenTime()

double DTATurning::getMaxGreenTime

(

)

const

Gets the maximum green-time for this turn [s].

getMaxSpeed()

double DTATurning::getMaxSpeed

(

)

const

Returns the turn speed in the network units, that is either Km/h or miles/h.

getMaxSpeedInKmH()

double DTATurning::getMaxSpeedInKmH

(

)

const

Returns the turn speed in Km/h.

getMinGreenTime()

double DTATurning::getMinGreenTime

(

)

const

Gets the minimum green-time for this turn [s] For actuated phases with recall Max it will add the maximum green time of the phase. For actuated phases with recall No it will not add any time to the min green time.

getOrigin()

const DTASection * DTATurning::getOrigin

(

)

const

Returns the origin section.

getOriginCapacity()

double DTATurning::getOriginCapacity

(

)

const

Gets the capacity of the origin section.

getPastCost()

double DTATurning::getPastCost	(	DTAManager *	dtaManager,
		int	index
	)		const

Returns the past cost that has been read from the replication that has been set for the past costs. The index parameter defines the shift from the current interval. So index = 0 means that the returned path cost will be from the same interval. index = 1 means the next interval and index = -1 the previous interval.

getPastCostVT() [1/2]

double DTATurning::getPastCostVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass,
		int	index
	)		const

Returns the past cost that has been read from the replication that has been set for the past costs. The index parameter defines the shift from the current interval. So index = 0 means that the returned path cost will be from the same interval. index = 1 means the next interval and index = -1 the previous interval and using the user class.

getPastCostVT() [2/2]

double DTATurning::getPastCostVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType,
		int	index
	)		const

Returns the past cost that has been read from the replication that has been set for the past costs. The index parameter defines the shift from the current interval. So index = 0 means that the returned path cost will be from the same interval. index = 1 means the next interval and index = -1 the previous interval. VehType defines the vehicle type from (0..number vehicles -1).

getSpeed()

double DTATurning::getSpeed

(

)

const

Returns the speed in either m/s (micro/meso) or km/h (macro).

getSpeed_ms()

double DTATurning::getSpeed_ms

(

)

const

Returns the speed in m/s.

getStaDelayT()

double DTATurning::getStaDelayT

(

DTAManager *

dtaManager

)

const

Returns the link (section + turn) delay time for the last route choice interval/s.

getStaDelayTVT() [1/2]

double DTATurning::getStaDelayTVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the link (section + turn) delay time for the last route choice interval/s considering the user class.

getStaDelayTVT() [2/2]

double DTATurning::getStaDelayTVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the link (section + turn) delay time for the last route choice interval/s considering the vehicle type vehType.

getStaFlow()

double DTATurning::getStaFlow

(

DTAManager *

dtaManager

)

const

Returns the flow for the last route choice interval/s.

getStaFlowVT() [1/2]

double DTATurning::getStaFlowVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the flow for the last route choice interval/s considering the user class.

getStaFlowVT() [2/2]

double DTATurning::getStaFlowVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the flow for the last route choice interval/s considering the vehicle type vehType.

getStaInitialCost()

double DTATurning::getStaInitialCost

(

DTAManager *

dtaManager

)

const

Returns the cost of the last route choice interval/s using the initial cost function.

getStaInitialCostVT() [1/2]

double DTATurning::getStaInitialCostVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the cost of the last route choice interval/s using the initial cost function and considering the user class.

getStaInitialCostVT() [2/2]

double DTATurning::getStaInitialCostVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the cost of the last route choice interval/s using the initial cost function and considering the vehicle type vehType.

getStaNbStopVeh()

double DTATurning::getStaNbStopVeh

(

DTAManager *

dtaManager

)

const

Returns the number of stops done for the last route choice interval/s. This is only available for turn being modeled using the micro model.

getStaNbStopVehVT() [1/2]

double DTATurning::getStaNbStopVehVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the number of stops for the last route choice interval/s considering the user class.

getStaNbStopVehVT() [2/2]

double DTATurning::getStaNbStopVehVT	(	DTAManager *	dtaManager,
		DTAVehicleType *	vehType
	)		const

Returns the number of stops for the last route choice interval/s considering the vehicle type vehType.

getStaSpeed()

double DTATurning::getStaSpeed

(

DTAManager *

dtaManager

)

const

Returns the link (section + turn) speed for the last route choice interval/s.

getStaSpeedVT() [1/2]

double DTATurning::getStaSpeedVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the link (section + turn) speed for the last route choice interval/s considering the user class.

getStaSpeedVT() [2/2]

double DTATurning::getStaSpeedVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the link (section + turn) speed for the last route choice interval/s considering the vehicle type vehType.

getStaStopT()

double DTATurning::getStaStopT

(

DTAManager *

dtaManager

)

const

Returns the stop time for the last route choice interval/s. This is only available for turn being modeled using the micro model.

getStaStopTVT() [1/2]

double DTATurning::getStaStopTVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the stop time for the last route choice interval/s considering the user class.

getStaStopTVT() [2/2]

double DTATurning::getStaStopTVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the stop time for the last route choice interval/s considering the vehicle type vehType.

getStaTravelT()

double DTATurning::getStaTravelT

(

DTAManager *

dtaManager

)

const

Returns the link (section + turn) travel time for the last route choice interval/s. When the section has waiting time in virtual queue, the waiting time is added to the travel time.

getStaTravelTNoVQ()

double DTATurning::getStaTravelTNoVQ

(

const DTAManager *

dtaManager

)

const

Returns the link (section + turn) travel time without considering the time in virtual queue for the last route choice interval/s.

getStaTravelTNoVQVT() [1/2]

double DTATurning::getStaTravelTNoVQVT	(	const DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the link (section + turn) travel time without considering the time in virtual queue for the last route choice interval/s considering the vehicle type vehType.

getStaTravelTNoVQVT() [2/2]

double DTATurning::getStaTravelTNoVQVT	(	const DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the link (section + turn) travel time without considering the time in virtual queue for the last route choice interval/s considering the vehicle type vehType.

getStaTravelTVT() [1/2]

double DTATurning::getStaTravelTVT	(	DTAManager *	dtaManager,
		const DTAUserClass *	gkUserClass
	)		const

Returns the link (section + turn) travel time for the last route choice interval/s considering the user class. When the section has waiting time in virtual queue, the waiting time is added to the travel time.

getStaTravelTVT() [2/2]

double DTATurning::getStaTravelTVT	(	DTAManager *	dtaManager,
		const DTAVehicleType *	vehType
	)		const

Returns the link (section + turn) travel time for the last route choice interval/s considering the vehicle type vehType. When the section has waiting time in virtual queue, the waiting time is added to the travel time.

getUncontrolledTime()

double DTATurning::getUncontrolledTime

(

)

const

Gets duration of time with no control defined (Uncontrolled or Unspecified).

getUserDefinedCost()

double DTATurning::getUserDefinedCost

(

)

const

Returns the turn user defined cost.

getUserDefinedCost2()

double DTATurning::getUserDefinedCost2

(

)

const

Returns the turn user defined cost 2.

getUserDefinedCost3()

double DTATurning::getUserDefinedCost3

(

)

const

Returns the turn user defined cost 3.

getYellowDuration()

double DTATurning::getYellowDuration

(

)

const

Gets the yellow-time for this turn [s].

isVehicleAllowed() [1/2]

bool DTATurning::isVehicleAllowed

(

const DTAVehicleType *

vehType

)

const

Returns true if vehicle avehtype can go through this turn.

isVehicleAllowed() [2/2]

bool DTATurning::isVehicleAllowed	(	const DTAVehicleType *	vehType,
		int	idCentroideDesti
	)		const

Returns true if vehicle avehtype can go through this turn using the destination centroid. The turn may be closed by a traffic management action that why the destination centroid can be checked too.

length2D()

double DTATurning::length2D

(

)

const

Returns the 2D length in meters.

length3D()

double DTATurning::length3D

(

)

const

Returns the length in meters.

setCapacity()

void DTATurning::setCapacity

(

double

capacity

)

Sets the turn capacity.

vdfDefaultCost()

double DTATurning::vdfDefaultCost

(

DTAManager *

dtaManager

)

const

Default VDF cost without considering the vehicle type.

vdfDefaultCostVT()

double DTATurning::vdfDefaultCostVT	(	DTAManager *	dtaManager,
		DTAVehicleType *	vehType
	)		const

Default VDF cost considering the vehicle type.