Inheritance diagram for GKSection:

Public Types
enum	LateralType { eLeftIn , eLeftOut , eRightIn , eRightOut }

enum	GKSectionOrientation { eGKNorth , eGKSouth , eGKEast , eGKWest }

enum	sectionSide { eOrigin =0 , eDestination }

Public Types inherited from GKBezierCurve
enum	GKBezierCurveType { eSegment = 0 , eSimpleCurve = 1 , eCurve = 2 }

Public Types inherited from GKGeoObject
enum	GKGeoContainer { eNothing = 0 , ePartially = 1 , eTotally = 2 }

Public Types inherited from GKObject
enum	IdentifierFormFlag { eIdentifierDefault , eIdentifierId , eIdentifierName , eIdentifierExternalId , eIdentifierTypeExternalName , eIdentifierDescription , eIdentifierStandard , eIdentifierStandardWithType , eIdentifierAll }

enum	GKLockType { eNone , eModification , eDelete , eModificationDelete }

enum	GKObjectStatus { eNew , eSaved , eModified , eDeleted }

typedef QFlags< GKObject::IdentifierFormFlag >	IdentifierForm

Public Member Functions
	GKSection ()

virtual GKBBox	getBBox () const

bool	canUse (GKVehicleClass *v) const

QVector< double >	getLaneExtraLengthAtEntrance () const

QVector< double >	getLaneExtraLengthAtExit () const

bool	canUseVehicle (const GKMobileAgent *v) const

GKNode *	getOrigin () const

GKNode *	getDestination () const

void	setOrigin (GKNode *)

void	setDestination (GKNode *)

virtual int	getDataValueInt (const GKColumn *, const GKContext &=GKContext::anyContext) const

virtual double	getDataValueDouble (const GKColumn *, const GKContext &=GKContext::anyContext) const

virtual void	setDataValue (const GKColumn *, const QVariant &)

virtual bool	getDataValueBool (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

const GKRoadType *	getRoadType () const

void	setRoadType (const GKRoadType *, bool)

double	getLaneWidth () const

void	setLaneWidth (double width)

double	getLaneWidth (uint lanepos) const

void	setLaneWidth (uint lanepos, double width)

GKCoord	getLanesLength2D () const

GKCoord	getLanesLength3D () const

GKCoord	getLaneLength2D (uint lanepos) const

GKCoord	getLaneLength3D (uint lanepos) const

GKCoord	getLaneLength2DWithoutPedestrianCrossings (uint lanepos, bool full=false) const

GKCoord	getLaneLength3DWithoutPedestrianCrossings (uint lanepos, bool full=false) const

const QVector< GKSectionLane > &	getLanes () const

GKSectionLane &	getLane (uint lanepos)

void	removeLane (uint lanepos)

void	removeLastLane ()

void	addLane (const GKSectionLane &lane, int lanepos=-1)

QPair< int, int >	getLanesAtPos (double pos) const

int	getNbLanesAtPos (double pos) const

int	getNbFullLanes () const

QPair< int, int >	getEntryLanes () const

QPair< int, int >	getExitLanes () const

bool	existLaneAtPos (int laneNumber, double pos) const

QPair< int, int >	getLanesAtSegment (int segment) const

GKCoord	getWidth () const

virtual void	changeDirection ()

virtual void	join (const GKPolyline *pol, bool atStart)

virtual void	removePoints (uint nbPoints, bool atStart)

void	removePoint (uint pos)

void	setEntranceLineAngle (GKCoord angle)

GKCoord	getEntranceLineAngle () const

void	setExitLineAngle (GKCoord angle)

GKCoord	getExitLineAngle () const

GKCoord	getExitAngle () const

GKCoord	getEntranceAngle () const

GKSectionOrientation	getSectionEntranceOrientation () const

GKSectionOrientation	getSectionExitOrientation () const

int	getLastSegmentNbLanes () const

int	getNbTurningsUsingLane (int iLane, sectionSide iSide)

GKCoord	getEntranceHeight () const

GKCoord	getExitHeight () const

GKCoord	getZRotationAtDistance (GKCoord dist, bool degrees) const

GKCoord	getYRotationAtDistance (GKCoord dist, bool degrees) const

GKCoord	getHeightAtDistance (GKCoord dist) const

GKCoord	getHeightAtPoint2D (const GKPoint &p, int nbLane) const

GKCoord	getHeightAtPoint2D (const GKPoint &p, const GKPoints &bezierCurve) const

bool	isConnected (const GKSection *) const

double	getSpeed () const

void	setSpeed (double)

void	clearSpeedDetailed ()

void	setSpeedDetailed (int, int, double)

double	getSpeedDetailed (int, int)

double	getCapacityForVehicle (const GKVehicle v, const GKModelConnection iModelConnection) const

double	getCapacity () const

void	setCapacity (double value)

double	getAdditionalVolume () const

void	setAdditionalVolume (double value)

double	getUserDefinedCost () const

double	getUserDefinedCost2 () const

double	getUserDefinedCost3 () const

void	setUserDefinedCost (double value)

void	setUserDefinedCost2 (double value)

void	setUserDefinedCost3 (double value)

GKFunctionCost *	getInitialFunction () const

GKFunctionCost *	getKInitialsFunction () const

GKFunctionCost *	getDynamicFunction () const

void	setInitialFunction (GKFunctionCost *fc)

void	setKInitialsFunction (GKFunctionCost *fc)

void	setDynamicFunction (GKFunctionCost *fc)

void	setCostFunction (GKFunctionCost *fc)

const GKPedestrianCrossing *	getPedestrianCrossingAtEnd () const

const GKPedestrianCrossing *	getPedestrianCrossingAtBeginning () const

GKPoints &	calculatePolylineWithoutPedestrianCrossings (GKPoints &points, uint nbpoints=0, QVector< int > *segmentsBeginPos=NULL) const

GKPoints	calculateLanePolyline (int lane, bool keepSegments, uint nbpoints=0, QVector< int > *segmentsBeginPos=NULL) const

GKPoints	calculateLanePolylineWithoutPedestrianCrossings (int lane, uint nbpoints=0, QVector< int > *segmentsBeginPos=NULL) const

bool	getAutoIntermediateHeight () const

void	setAutoIntermediateHeight (bool value)

double	getInherentSpeed () const

void	setInherentSpeed (double newInherentSpeed)

void	recalculateAltitudes ()

void	autoCurveTurnings (bool curveStraightTurnings=true)

GKPoint	getExtremePointAtPos (double pos, bool atRight) const

GKPoints	getExtremePointsLane (uint lanepos) const

GKObjectDelCmd *	getDelCmd ()

virtual GKGeoObjectCutCmd *	getCutCmd (const GKPoint &from, const GKPoint &to, bool keepConnection)

bool	useRoadTypeNonAllowedVehicles () const

void	setUseRoadTypeNonAllowedVehicles (bool value)

QVector< const GKMobileAgent * >	getNonAllowedVehicles () const

void	setNonAllowedVehicles (QVector< const GKMobileAgent * > vehicles)

GKTurnings	getDestTurnings () const

GKTurnings	getOrigTurnings () const

GKTurnings	getOrigTurnings (int laneIndex) const

uint	getNumExitSections () const

uint	getNumEntranceSections () const

QVector< GKSection * >	getExitSections () const

QVector< GKSection * >	getEntranceSections () const

double	getStopLine () const

void	setStopLine (double v)

void	updateAltitudeTurnings ()

Public Member Functions inherited from GKBezierCurve
	GKBezierCurve ()

void	addSegment (GKBezierCurveType type)

void	setPoint (int s, int i, const GKPoint &p)

void	setPoint (int i, const GKPoint &p)

void	setCurve (const GKBezierCurve &curve)

void	setFromSegment (const GKPoint &p1, const GKPoint &p2, GKBezierCurveType type)

void	setFromPoints (const GKPoints &ps, GKBezierCurveType type)

uint	getNbSegments () const

virtual void	addCurvePointAt (int pos, const GKPoint &p)

virtual void	removePoint (uint pos)

virtual bool	canPointBeAdded (uint pos) const

GKPoints	calculatePolyline (uint nbpoints=0, bool simplify=true, QVector< int > *segmentsBeginPos=NULL) const

bool	isASegment () const

bool	onlyContainsSegments () const

GKBezierCurveType	getCurveType (uint pos) const

GKCoord	length2D (uint nbpoints=0) const

GKCoord	length3D (uint nbpoints=0) const

GKCoord	getSegmentLength (uint pos, uint nbpoints=0) const

GKBezierCurve	getSegment (uint pos) const

int	getNumSegmentControlPoints (int pos) const

GKPoint	calculateBezierPoint (float t) const

GKVector	calculateBezierDerivative (float t) const

GKVector	calculateBezierSecondDerivative (float t) const

GKCoord	calculateBezierRadius (const GKPoints &p, uint nbpoints=0) const

GKCoord	getBezierRadiusatPoint (const GKPoints &p, const GKPoint &p1, uint nbpoints=0) const

GKCoord	MeanRadius (uint nbpoints=0) const

bool	hit (const GKPoint &p, float epsilon) const

virtual void	changeDirection ()

virtual void	join (const GKPolyline *pol, bool atStart)

virtual void	removePoints (uint nbPoints, bool atStart, int &nbSegmentsRemoved)

GKPoint	pointAtPos (float pos) const

float	posAtPoint (const GKPoint &p, GKCoord maxDistToCurve=0.01) const

int	segmentAtPos (GKCoord pos, double *length=NULL) const

int	segmentAtPosComplete (const GKPoints &points, GKCoord pos, double *retLength=NULL) const

uint	nbParts () const

GKCoord	angleToCurve (const GKBezierCurve &curve) const

virtual GKCoord	getAltitude () const

virtual void	setAltitude (GKCoord value)

Public Member Functions inherited from GKPolyline
	GKPolyline ()

uint	nbPoints () const

const GKPoint &	getPoint (uint at) const

void	setPoint (uint at, const GKPoint &p)

const GKPoints &	getPoints () const

virtual void	addPoint (const GKPoint &p)

virtual void	addPointAt (int pos, const GKPoint &p)

virtual void	removePoint (uint pos)

virtual void	setPoints (const GKPoints &ps)

virtual GKCoord	length2D () const

virtual GKCoord	length3D () const

virtual bool	canPointBeAdded (uint pos) const

virtual void	join (const GKPolyline *pol, bool atStart)

virtual void	removePoints (uint nbPoints, bool atStart)

virtual bool	canBeJoined (const GKPolyline *pol) const

void	prepend (const GKPoints &ps)

void	add (const GKPoints &ps)

void	setPointSelected (uint p, bool value)

bool	isPointSelected (uint p) const

void	selectAllPoints ()

void	unselectAllPoints ()

int	getNbSelPoints () const

virtual void	changeDirection ()

GKCoord	getSlope (int segmentPos) const

GKBBox	getBBox () const

void	setPenColor (const QColor &color)

virtual const QColor &	getPenColor () const

void	setPenStyle (const Qt::PenStyle &astyle)

const Qt::PenStyle &	getPenStyle () const

void	setPenSize (float size)

float	getPenSize () const

void	setPenSizeUnits (const GK::SizeUnits &units)

const GK::SizeUnits &	getPenSizeUnits () const

Public Member Functions inherited from GKGeoObject
	GKGeoObject ()

virtual void	setSelected (bool newState)

virtual bool	isSelected () const

bool	canBeModified () const

bool	canBeEdited () const

virtual bool	canBeGrouped () const

int	getMark () const

void	setMark (int newMark)

void	addMark (int newMark)

void	unmark ()

const QVector< int > *	getMarks () const

uint	getNumberOfMarks () const

GKLayer *	getLayer () const

void	setLayer (GKLayer *alayer)

virtual void	translate (const GKPoint &delta)

virtual void	rotate (const GKPoint &center, double angle)

virtual void	scale (const GKPoint &)

virtual GKCoord	getAltitude () const

virtual void	setAltitude (GKCoord value)

void	addTopObject (GKGeoObject *)

QSet< GKGeoObject * > *	getTopObjects () const

GKGeoObject *	getBottomObject () const

void	setLabeled (bool value)

bool	isLabeled () const

GKGeoContainer	getContainedWay (const GKPoints &points, const GKBBox &bboxPoints) const

virtual GKGeoContainer	doGetContainedWay (const GKBBox &myBBox, const GKPoints &points, const GKBBox &bboxPoints) const

GK::ConnectionType	objectConnectionType (const GKGeoObject *object) const

QSet< GKObjectConnection * >	getConnections () const

QSet< GKObjectConnection * >	getConnections (const GKGeoObject *) const

bool	anyConnection (const GKGeoObject *) const

virtual void	addConnection (GKObjectConnection *)

virtual void	removeConnection (GKObjectConnection *, GK::ObjectDeletionBehaviour)

virtual void	changeConnectionObject (GKGeoObject oldObject, GKGeoObject newObject, GK::ConnectionType connectionType=GK::eConnectionUndefined)

virtual void	removeAllConnections (GK::ObjectDeletionBehaviour)

virtual bool	acceptConnection (GKGeoObject *object) const

virtual GKGeoObjectCutCmd *	getCutCmd (const GKPoint &from, const GKPoint &to, bool keepConnection)

virtual bool	exists (quint32 scenarioId) const

Public Member Functions inherited from GKObject
	GKObject ()

	GKObject (const GKObject &o)

virtual void	addedToCatalog ()

virtual void	removedFromCatalog ()

uint	getTick () const

virtual void	increaseTick ()

void	setTick (uint t)

virtual GKObject *	clone (bool addItToModel=true) const

virtual GKObject *	cloneAsTemporary (bool addItToModel=true) const

GKFolder *	getCreateRootFolder ()

GKFolder *	getRootFolder () const

void	setRootFolder (GKFolder *afolder)

GKFolder *	findFolder (const QString &byName) const

QVector< GKFolder * >	getParentFolders () const

bool	isDataValueNull (const GKColumn *attr) const

virtual QVariant *	getDataValue (const GKColumn attr, bool deleteit, const GKContext &context=GKContext::anyContext) const

QVariant *	getDataValueByID (uint attrId, bool *deleteit, const GKContext &context=GKContext::anyContext) const

virtual void	setDataValue (const GKColumn *attr, const QVariant &v)

void	setDataValueByID (uint attrId, const QVariant &v)

virtual void	setDataValueObject (const GKColumn attr, const GKObject obj)

void	setDataValueObjectByID (uint attrId, const GKObject *obj)

virtual void	setDataValueDouble (const GKColumn *attr, double v)

void	setDataValueDoubleByID (uint attrId, double v)

virtual double	getDataValueInTS (const GKColumn attr, GKTimeSerieIndex index, double deviation=NULL) const

double	getDataValueInTSByID (uint attrId, GKTimeSerieIndex index, double *deviation=NULL) const

bool	hasAnyTSWithData () const

virtual GKTimeSerie *	getDataValueTS (const GKColumn *attr) const

GKTimeSerie *	getDataValueTSByID (uint attrId) const

virtual void	setDataValueInTS (const GKColumn attr, GKTimeSerieIndex index, double value, double deviation, GKTSDescription aDescription=NULL, int reservedSize=0)

virtual void	setDataValueInTS (const GKColumn attr, GKTimeSerieIndex index, double value, double deviation, double lowerValue, GKTSDescription aDescription=NULL, int reservedSize=0)

virtual void	setDataValueInSingleTS (const GKColumn attr, GKTimeSerieIndex index, double value, double deviation, GKTSDescription aDescription)

void	setDataValueInTSByID (uint attrId, GKTimeSerieIndex index, double value, double deviation, GKTSDescription *aDescription=NULL, int reservedSize=0)

virtual void	setAggregatedValueInTS (const GKColumn attr, double value, double deviation, GKTSDescription aDescription=NULL)

void	setAggregatedValueInTSByID (uint attrId, double value, double deviation, GKTSDescription *aDescription=NULL)

virtual void	clearDataValueTS (const GKColumn attr, GKTSDescription aDescription=NULL)

void	clearDataValueTSByID (uint attrId, GKTSDescription *aDescription=NULL)

virtual int	getDataValueInt (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

int	getDataValueIntByID (uint attrId, const GKContext &context=GKContext::anyContext) const

virtual double	getDataValueDouble (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

double	getDataValueDoubleByID (uint attrId, const GKContext &context=GKContext::anyContext) const

QString	getDataValueString (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

QString	getDataValueStringByID (uint attrId, const GKContext &context=GKContext::anyContext) const

virtual bool	getDataValueBool (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

bool	getDataValueBoolByID (uint attrId, const GKContext &context=GKContext::anyContext) const

virtual GKObject *	getDataValueObject (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

GKObject *	getDataValueObjectByID (uint attrId, const GKContext &context=GKContext::anyContext) const

QDate	getDataValueDate (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

QDate	getDataValueDateByID (uint attrId, const GKContext &context=GKContext::anyContext) const

QTime	getDataValueTime (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

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

GKTimeDuration	getDataValueTimeDuration (const GKColumn *attr, const GKContext &context=GKContext::anyContext) const

GKTimeDuration	getDataValueTimeDurationByID (uint attrId, const GKContext &context=GKContext::anyContext) const

void	removeDataValue (const GKColumn *attr)

void	removeDataValueByID (uint attrId)

const QString &	getDescription () const

void	setDescription (const QString &adescription)

const QString &	getExternalId () const

void	setExternalId (const QString &anId)

virtual GKObjectDelCmd *	getDelCmd ()

virtual GKObjectConnectionDelCmd *	getDelConnectionCmd (GKObject *target)

virtual void	nonCommandObjectRemoved (GKObject *)

virtual void	init ()

virtual void	setId (uint aid, GKModel *model)

uint	getId () const

QUuid	getUUID () const

virtual void	setName (const QString &aname)

const QString &	getName () const

QString	getExtendedId (IdentifierForm form=eIdentifierDefault) const

QString	getNameOrExtendedId (IdentifierForm form=eIdentifierDefault) const

virtual const QString &	getTypeName () const

virtual QString	getTypeExternalName () const

const GKObject *	getMaster () const

GKType *	getType () const

virtual void	setType (GKType *atype)

bool	isA (const GKType *atype) const

bool	isA (const QString &typeName) const

virtual void	setModel (GKModel *amodel)

GKModel *	getModel () const

virtual void	setLock (GKLockType atype)

GKLockType	getLock () const

virtual bool	canBeDeleted () const

virtual bool	canBeModified () const

virtual bool	canBeEdited () const

GKObjectStatus	getStatus () const

virtual void	setStatus (const GKObjectStatus astatus)

void	notifyStatusChange ()

bool	isTemporary () const

void	setTemporary (bool value)

bool	isExternal () const

void	setExternal (bool value)

virtual void	preferencesChanged ()

void	removeColumn (GKColumn *column)

void	resetColumn (GKColumn *column)

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

Static Public Attributes
static uint	originNodeAtt

static uint	destinationNodeAtt

static uint	nblanesAtt

static uint	nbFullLanesAtt

static uint	speedAtt

static uint	laneWidthAtt

static uint	capacityAtt

static uint	onRampCooperationDistanceAtt

static uint	onRampMergingDistanceAtt

static uint	onRampFIFOAtt

static uint	cooperationAtt

static uint	aggressivenessAtt

static uint	userDefinedCostAtt

static uint	userDefinedCost2Att

static uint	userDefinedCost3Att

static uint	additionalVolumeAtt

static uint	roadTypeAtt

static uint	considerTwoLanesCarFollowingAtt

static uint	inherentSpeedAtt

static uint	hasEntryLateralLaneAtt

static uint	hasExitLateralLaneAtt

static uint	reactionTimeVariationAtt

static uint	reactionTimeAtTrafficLightVariationAtt

static uint	reactionTimeAtStopVariationAtt

static uint	accelerationVariationFactorAtt

static uint	imprudentLaneChanging

static uint	jamDensityAtt

static uint	reactionTimeFactorAtt

static uint	kInitialsFunctionAtt

static uint	initialFunctionAtt

static uint	dynamicFunctionAtt

static uint	vdfAtt

static uint	rightExtraTypeAtt

static uint	leftExtraTypeAtt

static uint	rightExtraWidthAtt

static uint	leftExtraWidthAtt

static uint	hasDetailedSpeedAtt

static uint	typeOfReservedLanes

static uint	lookaheadDistanceAtt

static uint	reservedLanesVisibilityDistanceAtt

static uint	sharedLanePenalisedAtt

static uint	slowLanePenalisedAtt

static uint	numberOfSignalsAtt

static uint	numberOfPTLinesAtt

static uint	trafficConditionsUsageAtt

static uint	numberOfTrafficConditionsUsedAtt

static uint	functionalClassAtt

static uint	twoWayVisibilityDistance

static uint	twoWayVisibilityFactor

static uint	twoWayMirrorSection

static uint	twoWaySpeedDifferenceToOvertakeSolidLine

static uint	mergeDivergeAtt

static uint	weavingAtt

static uint	useRoadTypeNonAllowedVehiclesAtt

static uint	returnToInsideLaneAfterOvertaking

static uint	mesoOnRampCooperationGapAtt

static uint	mesoOnRampMergingGapAtt

static double	gcMinSpeed

static double	gcMaxSpeed

static double	gcMinCapacity

static double	gcMaxCapacity

static double	gcMinZone

static double	gcMaxZone

static double	gcMinVisibility

static double	gcMaxVisibility

static GKCoord	gcMinLineAngle

static GKCoord	gcMaxLineAngle

static GKCoord	gcMinLaneWidth

static GKCoord	gcMaxLaneWidth

static uint	gcMaxNumberOfLanes

static double	gcMinJamDensity

static double	gcMaxJamDensity

static double	gkMaxSlope

static double	gkMinSlope

Static Public Attributes inherited from GKGeoObject
static uint	markAtt

static uint	altitudeAtt

static uint	numberOfConnectionsAtt

static uint	layerAtt

Static Public Attributes inherited from GKObject
static uint	typeNameAtt

static uint	typeExternalNameAtt

static uint	revisedAtt

Static Public Attributes inherited from GKBaseObject
Py_END_ALLOW_THREADS static End uint	idAtt

static uint	nameAtt

static uint	externalIdAtt

static uint	descriptionAtt

Additional Inherited Members
Public Attributes inherited from GKBaseObject
ConvertToSubClassCode Py_BEGIN_ALLOW_THREADS GKBaseObject *	base = (GKBaseObject*)sipCpp

	sipType = 0

Detailed Description

We have to understand GKSection as one of the base building blocks of an Aimsun Network.

A section is a group of contiguous lanes where vehicles move in the same direction. The partition of the traffic network into sections is usually governed by the physical boundaries of the area and the existence of turn movements. In an urban network, a section corresponds closely to the road from one intersection to the next. In a freeway area, a section can be the part of the road between two ramps.

Member Enumeration Documentation

◆ GKSectionOrientation

enum GKSection::GKSectionOrientation

Enumerator
eGKNorth
eGKSouth
eGKEast
eGKWest

◆ LateralType

enum GKSection::LateralType

Enumerator
eLeftIn
eLeftOut
eRightIn
eRightOut

◆ sectionSide

enum GKSection::sectionSide

Enumerator
eOrigin
eDestination

Constructor & Destructor Documentation

◆ GKSection()

GKSection::GKSection ( )

Member Function Documentation

◆ addLane()

void GKSection::addLane	(	const GKSectionLane &	lane,
		int	lanepos = `-1`
	)

Add a lane to this section at position lanepos. ID lanepos is -1 (the default) the lane will be the last lane (rightmost).

◆ autoCurveTurnings()

void GKSection::autoCurveTurnings ( bool curveStraightTurnings = true )

This function recalculates the geometry of all the turns entering or leaving the current section

◆ calculateLanePolyline()

GKPoints GKSection::calculateLanePolyline	(	int	lane,
		bool	keepSegments,
		uint	nbpoints = `0`,
		QVector< int > *	segmentsBeginPos = `NULL`
	)		const

Calculates a polyline that represents the lane desired. Lanes are numbered from 0 (the leftmost one) to number of lanes -1. The polyline is calculated in "points" and "points" is also returned.

If keepSegments is true it will keep at least one point per section segment, if false it will simplify the number of points as most as possible.

If segmentsBeginPos is not NULL in this vector (one entry by segment) the start position of each segment is returned (start position in the array of calculated points).

If nbpoints is 0 then the value of GKPoints::gkDefaultBezierPoints will be used.

◆ calculateLanePolylineWithoutPedestrianCrossings()

GKPoints GKSection::calculateLanePolylineWithoutPedestrianCrossings	(	int	lane,
		uint	nbpoints = `0`,
		QVector< int > *	segmentsBeginPos = `NULL`
	)		const

Calculates a polyline that represents the lane desired without considerings the pedestrian crossings that might be at the beginning or end of the section. Lanes are numbered from 0 (the leftmost one) to number of lanes -1. The polyline is calculated in "points" and "points" is also returned.

If segmentsBeginPos is not NULL in this vector (one entry by segment) the start position of each segment is returned (start position in the array of calculated points).

If nbpoints is 0 then the value of GKPoints::gkDefaultBezierPoints will be used.

◆ calculatePolylineWithoutPedestrianCrossings()

GKPoints & GKSection::calculatePolylineWithoutPedestrianCrossings	(	GKPoints &	points,
		uint	nbpoints = `0`,
		QVector< int > *	segmentsBeginPos = `NULL`
	)		const

Calculates a polyline that represents the center line of this section without considering the pedestrian crossings the section may have at the beginning or end of the section.The polyline is calculated in "points" and "points" is also returned.

If segmentsBeginPos is not NULL in this vector (one entry by segment) the start position of each segment is returned (start position in the array of calculated points).

If nbpoints is 0 then the value of GKPoints::gkDefaultBezierPoints will be used.

◆ canUse()

bool GKSection::canUse ( GKVehicleClass * v ) const

Returns true if this vehicle class can use this section

◆ canUseVehicle()

bool GKSection::canUseVehicle ( const GKMobileAgent * v ) const

Returns true if this vehicle can use this section

◆ changeDirection()

virtual void GKSection::changeDirection ( )

virtual

Changes the direction of flow of this section (in fact inverses the order of the points that defines the geometry of the section.

Reimplemented from GKBezierCurve.

◆ clearSpeedDetailed()

void GKSection::clearSpeedDetailed ( )

Clears all the detailed speed information, if any, defined for this section.

◆ existLaneAtPos()

bool GKSection::existLaneAtPos	(	int	laneNumber,
		double	pos
	)		const

Returns true if lane "lane" exists at "pos". A main lane will always return true (no check will be done for pos to enter inside the [0,length]. A side lane will return false if pos is not in the lane.

◆ getAdditionalVolume()

double GKSection::getAdditionalVolume ( ) const

Additional Volume

◆ getAutoIntermediateHeight()

bool GKSection::getAutoIntermediateHeight ( ) const

Returns true if the height of the intermediate points will be calculated automatically or not using the GKSectionEditor. True by default.

The user can change the heights individually no matter the value of the attribute but they will be overwrite when using the editor.

◆ getBBox()

virtual GKBBox GKSection::getBBox ( ) const

virtual

Gets the bounding box of this object.

◆ getCapacity()

double GKSection::getCapacity ( ) const

The section capacity for static assignments in PCUs.

◆ getCapacityForVehicle()

double GKSection::getCapacityForVehicle	(	const GKVehicle *	v,
		const GKModelConnection *	iModelConnection
	)		const

Returns the section capacity for this vehicle type. When reserved lanes are defined in the section, if the vehicle is not allowed to use them, then the capacity of the not allowed lanes will not be taken into account. If the section has any lane reserved compulsory or reserved tram for the vehicle type v then the capacity will be the one defined by these reserved compulsory or tram lanes only.

◆ getCutCmd()

virtual GKGeoObjectCutCmd * GKSection::getCutCmd	(	const GKPoint &	from,
		const GKPoint &	to,
		bool	keepConnection
	)

virtual

reimplemented from GKGeoObject

Reimplemented from GKGeoObject.

◆ getDataValueBool()

virtual bool GKSection::getDataValueBool	(	const GKColumn *	attr,
		const GKContext &	context = `GKContext::anyContext`
	)		const

virtual

Reimplemented to be able to get the column values of a section

See also: GKObject

Reimplemented from GKObject.

◆ getDataValueDouble()

virtual double GKSection::getDataValueDouble	(	const GKColumn *	,
		const GKContext &	= `GKContext::anyContext`
	)		const

virtual

Reimplemented to be able to get the column values of a section

See also: GKObject

Reimplemented from GKObject.

◆ getDataValueInt()

virtual int GKSection::getDataValueInt	(	const GKColumn *	,
		const GKContext &	= `GKContext::anyContext`
	)		const

virtual

Reimplemented to be able to get the column values of a section

See also: GKObject

Reimplemented from GKObject.

◆ getDelCmd()

GKObjectDelCmd * GKSection::getDelCmd ( )

virtual

Gets a command to delete the current section

Reimplemented from GKObject.

◆ getDestination()

GKNode * GKSection::getDestination ( ) const

Returns the destination node of this section (contains turns that start at this section). It can be NULL.

◆ getDestTurnings()

GKTurnings GKSection::getDestTurnings ( ) const

Returns all turns exiting this section.

◆ getDynamicFunction()

GKFunctionCost * GKSection::getDynamicFunction ( ) const

Get the Dynamic Cost Function for the turn.

◆ getEntranceAngle()

GKCoord GKSection::getEntranceAngle ( ) const

Returns the angle in radians that the section's first segment makes with the horizontal. The value will be between (-PI, PI)

◆ getEntranceHeight()

GKCoord GKSection::getEntranceHeight ( ) const

Gets the z coordinate of the section's entrance line

◆ getEntranceLineAngle()

GKCoord GKSection::getEntranceLineAngle ( ) const

Returns the angle in radians that the entrance line makes with the perpendicular in the section's first segment. The value will be between (-PI/2.0, PI/2.0)

◆ getEntranceSections()

QVector< GKSection * > GKSection::getEntranceSections ( ) const

Returns a vector with the entrance sections, that is the origin sections of all turns arriving to this section.

◆ getEntryLanes()

QPair< int, int > GKSection::getEntryLanes ( ) const

Returns the range of lanes (from 0 to N-1, where N is the number of lanes) that can be used to enter this section. It takes into account the laterals to discard it if needed.

◆ getExitAngle()

GKCoord GKSection::getExitAngle ( ) const

Returns the angle in radians that the section's last segment makes with the horizontal . The value will be between (-PI, PI)

◆ getExitHeight()

GKCoord GKSection::getExitHeight ( ) const

Gets the z coordinate of the section's exit line

◆ getExitLanes()

QPair< int, int > GKSection::getExitLanes ( ) const

Returns the range of lanes (from 0 to N-1, where N is the number of lanes) that can be used to exit this section. It takes into account the laterals to discard it if needed.

◆ getExitLineAngle()

GKCoord GKSection::getExitLineAngle ( ) const

Returns the angle in radians that the exit line makes with the perpendicular in the section's last segment . The value will be between (-PI/2.0, PI/2.0)

◆ getExitSections()

QVector< GKSection * > GKSection::getExitSections ( ) const

Returns a vector with the exit sections, that is the destination sections of all turns exiting from this section.

◆ getExtremePointAtPos()

GKPoint GKSection::getExtremePointAtPos	(	double	pos,
		bool	atRight
	)		const

It returns the parallel point to the one located in the center line at pos from the beginning and at the right contour line of the section when atRight is true and at the left side otherwise. It takes into acount side lanes if any

◆ getExtremePointsLane()

GKPoints GKSection::getExtremePointsLane ( uint lanepos ) const

Returns an array of four points: 0 is the left bottom, 1 is the left top, 2 is the right top and 3 is the right bottom. Left and right using the section direction.

◆ getHeightAtDistance()

GKCoord GKSection::getHeightAtDistance ( GKCoord dist ) const

Returns the z coordinate of the section at distance dist from the beginning.

◆ getHeightAtPoint2D() [1/2]

GKCoord GKSection::getHeightAtPoint2D	(	const GKPoint &	p,
		const GKPoints &	bezierCurve
	)		const

Returns the z coordinate of the section at point p where only the x and y are valid coordinates. Point p must be located in the middle line of lane nbLane, otherwise the result is unknown

◆ getHeightAtPoint2D() [2/2]

GKCoord GKSection::getHeightAtPoint2D	(	const GKPoint &	p,
		int	nbLane
	)		const

Returns the z coordinate of the section at point p where only the x and y are valid coordinates. Point p must be located in the middle line of lane nbLane, otherwise the result is unknown

◆ getInherentSpeed()

double GKSection::getInherentSpeed ( ) const

Returns the inherent speed of the section

◆ getInitialFunction()

GKFunctionCost * GKSection::getInitialFunction ( ) const

Get the Initial Cost Function for the turn.

◆ getKInitialsFunction()

GKFunctionCost * GKSection::getKInitialsFunction ( ) const

Get the K-Initials Cost Function for the turn.

◆ getLane()

GKSectionLane & GKSection::getLane ( uint lanepos )

Get lane (by pos). It goes from 0 to N-1 (where N is the number of lanes) 0 is the left most lane, N-1 the right most lane. Left and right using the section direction.

◆ getLaneExtraLengthAtEntrance()

QVector< double > GKSection::getLaneExtraLengthAtEntrance ( ) const

Section's initial and end point are related to the section's center line. When the section's entrance line is not perpendicularto the section's first segment line, each lane can have an additional or a lower length at the beginning. This length is the one returned in this vector, for each one of the section's lanes.

◆ getLaneExtraLengthAtExit()

QVector< double > GKSection::getLaneExtraLengthAtExit ( ) const

Section's initial and end point are related to the section's center line. When the section's exit line is not perpendicularto the section's last segment line, each lane can have an additional or a lower length at the end. This length is the one returned in this vector, for each one of the section's lanes.

◆ getLaneLength2D()

GKCoord GKSection::getLaneLength2D ( uint lanepos ) const

Gets the 2D lane length (by position). The position input can range from 0 to N-1, where N is the number of lanes, 0 the left-most lane position and N-1 the right-most lane according to the section direction. If the position input is greater than or equal to N the function will return 0.

◆ getLaneLength2DWithoutPedestrianCrossings()

GKCoord GKSection::getLaneLength2DWithoutPedestrianCrossings	(	uint	lanepos,
		bool	full = `false`
	)		const

Gets the 2D lane length (by position) without considering the pedestrian crossing that might be defined at the beginning or end of the section. The position input can range from 0 to N-1, where N is the number of lanes, 0 the left-most lane position and N-1 the right-most lane according to the section direction. If the position input is greater than or equal to N the function will return 0.

If full is true then the length will be calculated as if the lane was a full one, ignoring any side lane offset values.

◆ getLaneLength3D()

GKCoord GKSection::getLaneLength3D ( uint lanepos ) const

Gets the 3D lane length (by position). The position input can range from 0 to N-1, where N is the number of lanes, 0 the left-most lane position and N-1 the right-most lane according to the section direction. If the position input is greater than or equal to N the function will return 0.

◆ getLaneLength3DWithoutPedestrianCrossings()

GKCoord GKSection::getLaneLength3DWithoutPedestrianCrossings	(	uint	lanepos,
		bool	full = `false`
	)		const

Gets the 3D lane length (by position) without considering the pedestrian crossing that might be defined at the beginning or end of the section. The position input can range from 0 to N-1, where N is the number of lanes, 0 the left-most lane position and N-1 the right-most lane according to the section direction. If the position input is greater than or equal to N the function will return 0.

If full is true then the length will be calculated as if the lane was a full one, ignoring any side lane offset values.

◆ getLanes()

const QVector< GKSectionLane > & GKSection::getLanes ( ) const

Get all the lanes sorted by position. It goes from 0 to N-1 (where N is the number of lanes) 0 is the left most lane, N-1 the right most lane. Left and right using the section direction.

◆ getLanesAtPos()

QPair< int, int > GKSection::getLanesAtPos ( double pos ) const

Returns the range of lanes (from 0 to N-1, where N is the number of lanes) that exists at position pos (relative to the start of the section, pos = 0.0 means the start point, pos = length2D() means the end point of the section.

Is pos > length2D() then the function will use length2D() as position.

◆ getLanesAtSegment()

QPair< int, int > GKSection::getLanesAtSegment ( int segment ) const

Returns the range of lanes (from 0 to N-1, where N is the number of lanes) that exists at segment 'segment' (from 0 to M-1, where M is the number of segments).

◆ getLanesLength2D()

GKCoord GKSection::getLanesLength2D ( ) const

Returns the sum of the section lanes' 2D length. The output may differ from multiplying the section 2D length by the number of lanes because not all lanes must necessarily have the same 2D length (e.g. lateral lanes or curved section).

◆ getLanesLength3D()

GKCoord GKSection::getLanesLength3D ( ) const

Returns the sum of the section lanes' 3D length. The output may differ from multiplying the section 3D length by the number of lanes because not all lanes must necessarily have the same 3D length (e.g. lateral lanes or curved section).

◆ getLaneWidth() [1/2]

double GKSection::getLaneWidth ( ) const

Default lane width of this section. Note that this information is per section and not per lane.

◆ getLaneWidth() [2/2]

double GKSection::getLaneWidth ( uint lanepos ) const

Get the specified lane's width. The variable lanepos goes from 0 to N-1 (where N is the number of lanes): 0 is the left most lane, N-1 the right most lane. Left and right are based on the section's direction.

◆ getLastSegmentNbLanes()

int GKSection::getLastSegmentNbLanes ( ) const

Returns the number of lanes that are present in the last segment of the section. that is, all the main lanes and the laterals that starts or ends in the last segment

◆ getNbFullLanes()

int GKSection::getNbFullLanes ( ) const

◆ getNbLanesAtPos()

int GKSection::getNbLanesAtPos ( double pos ) const

Returns the number of lanes that exists at position pos (relative to the start of the section, pos = 0.0 means the start point, pos = length2D() means the end point of the section.

Is pos > length2D() then the function will use length2D() as position.

◆ getNbTurningsUsingLane()

int GKSection::getNbTurningsUsingLane	(	int	iLane,
		sectionSide	iSide
	)

Return the number of turns using this lane

◆ getNonAllowedVehicles()

QVector< const GKMobileAgent * > GKSection::getNonAllowedVehicles ( ) const

List of vehicles and pedestrian types that are not allowed in this section

◆ getNumEntranceSections()

uint GKSection::getNumEntranceSections ( ) const

Returns the number of entrance sections, that is the number of sections where a turn arriving to this section strats from.

◆ getNumExitSections()

uint GKSection::getNumExitSections ( ) const

Returns the number of exit sections, that is the number of sections where a turn exiting from this section goes to.

◆ getOrigin()

GKNode * GKSection::getOrigin ( ) const

Returns the origin node of this section (node from where turns will enter). It can be NULL.

◆ getOrigTurnings() [1/2]

GKTurnings GKSection::getOrigTurnings ( ) const

Returns all turns entering this section.

◆ getOrigTurnings() [2/2]

GKTurnings GKSection::getOrigTurnings ( int laneIndex ) const

Returns all turns entering this section and arriving to lane "laneIndex", where laneIndex goes from 0 to number of lanes - 1. Lane 0 is the leftmost lane in the section's direction of flow.

◆ getPedestrianCrossingAtBeginning()

const GKPedestrianCrossing * GKSection::getPedestrianCrossingAtBeginning ( ) const

Crossing at the beginning of the section? Note that they are section objects and are also available as a list of top objects (GKGeoObject::getTopObjects).

◆ getPedestrianCrossingAtEnd()

const GKPedestrianCrossing * GKSection::getPedestrianCrossingAtEnd ( ) const

Crossing at the end of the section? Note that they are section objects and are also available as a list of top objects (GKGeoObject::getTopObjects).

◆ getRoadType()

const GKRoadType * GKSection::getRoadType ( ) const

Gets the road type of the section

◆ getSectionEntranceOrientation()

GKSectionOrientation GKSection::getSectionEntranceOrientation ( ) const

Returns the section orientation taking into account the first segment and the north direction defined in Preferences. Each orientation will have a possible deviation of 45 degrees into each side, that is, all sections will be classified into the closer category

◆ getSectionExitOrientation()

GKSectionOrientation GKSection::getSectionExitOrientation ( ) const

Returns the section orientation taking into account the last segment and the north direction defined in Preferences. Each orientation will have a possible deviation of 45 degrees into each side, that is, all sections will be classified into the closer category

◆ getSpeed()

double GKSection::getSpeed ( ) const

Returns the section speed.

◆ getSpeedDetailed()

double GKSection::getSpeedDetailed	(	int	,
		int
	)

Gets the value of a detailed speed.

◆ getStopLine()

double GKSection::getStopLine ( ) const

Stop Line distance from the beginning of the section (in meters) common for all lanes. Every lane can have an additional value to override it.

See also: GKSectionLane::getStopLine()

The distance is either 0 that means either at the beginning of the scetion of just after the crosswalk (if any). If greater than 0 is up to the user to place it after the crosswalk.

◆ getUserDefinedCost()

double GKSection::getUserDefinedCost ( ) const

User-defined cost

◆ getUserDefinedCost2()

double GKSection::getUserDefinedCost2 ( ) const

User-defined cost (second one)

◆ getUserDefinedCost3()

double GKSection::getUserDefinedCost3 ( ) const

User-defined cost (third one)

◆ getWidth()

GKCoord GKSection::getWidth ( ) const

Returns the section width (computed as the sum of all lanes' width)

◆ getYRotationAtDistance()

GKCoord GKSection::getYRotationAtDistance	(	GKCoord	dist,
		bool	degrees
	)		const

Returns the angle that the section makes with the vertical at distance dist from the beginning. This angle can be expressed in degrees (setting the parameter degrees to true) or in radians (setting degrees to false).

◆ getZRotationAtDistance()

GKCoord GKSection::getZRotationAtDistance	(	GKCoord	dist,
		bool	degrees
	)		const

Returns the angle that the section makes with the horizontal at distance dist from the beginning. This angle can be expressed in degrees (setting the parameter degrees to true) or in radians (setting degrees to false).

◆ isConnected()

bool GKSection::isConnected ( const GKSection * ) const

Returns true is the section is connected to the section "nextSection".

◆ join()

virtual void GKSection::join	(	const GKPolyline *	pol,
		bool	atStart
	)

virtual

Join to sections in one. "pol" must be a GKSection. See GKBezierCurve::join for details.

Reimplemented from GKBezierCurve.

◆ recalculateAltitudes()

void GKSection::recalculateAltitudes ( )

Recalcule all the altitude coordinates of the section

◆ removeLane()

void GKSection::removeLane ( uint lanepos )

Remove a lane by pos (see getLane() )

◆ removeLastLane()

void GKSection::removeLastLane ( )

Remove the last lane (rightmost)

◆ removePoint()

void GKSection::removePoint ( uint pos )

virtual

Removes a point from the section. This will simplify the section (4 points section to 3 section curve, 3 section curve to a segment, if it is a segment it will be removed).

Reimplemented from GKBezierCurve.

◆ removePoints()

virtual void GKSection::removePoints	(	uint	nbPoints,
		bool	atStart
	)

virtual

Removes nbPoints from this section. See GKBezierCurve::removePoints for details.

Reimplemented from GKPolyline.

◆ setAdditionalVolume()

void GKSection::setAdditionalVolume ( double value )

Additional Volume

◆ setAutoIntermediateHeight()

void GKSection::setAutoIntermediateHeight ( bool value )

See also: GKSection::getAutoIntermediateHeight

◆ setCapacity()

void GKSection::setCapacity ( double value )

Sets the section capacity for static assignments in PCUs.. This capacity is for the whole section and not per lane. This capacity is automatically updated when the user changes the number of lanes of a section. In this case side lanes are not considered.

If the user wants to set the section capacity using a lane capacity he/she will:

uint                                fullLanes = 0;
GKSectionLanes::const_iterator      iter;
 
for( iter = section->getLanes().begin(); iter != section->getLanes().end(); iter++ ){
    if( (*iter).isFullLane() ){
        fullLanes++;
    }
}
section->setCapacity( fullLanes * laneCapacity );

◆ setCostFunction()

void GKSection::setCostFunction ( GKFunctionCost * fc )

Set the Volume Delay Cost Function for the section. DP: Named as Cost Function, only here, a refactor is needed.

◆ setDataValue()

virtual void GKSection::setDataValue	(	const GKColumn *	,
		const QVariant &
	)

virtual

Reimplemented to be able to set the column values of a section

See also: GKObject

Reimplemented from GKObject.

◆ setDestination()

void GKSection::setDestination ( GKNode * )

Sets the destination node of the section

◆ setDynamicFunction()

void GKSection::setDynamicFunction ( GKFunctionCost * fc )

Set the Dynamic Cost Function for the turn.

◆ setEntranceLineAngle()

void GKSection::setEntranceLineAngle ( GKCoord angle )

Sets the angle in radians that the entrance line makes with the perpendicular to the section's first segment. Taking as x axis the section's first segment and as y axis its perpendicular line, the angle is positive if the entrance line is located in the first and third quadrant and it is negative if the entrance line is located in the second and fourth quadrant. Correct values are (-PI/2.0, PI/2.0) . Default value is 0.0

◆ setExitLineAngle()

void GKSection::setExitLineAngle ( GKCoord angle )

Sets the angle in radians that the exit line makes with the perpendicular to the section's last segment. Taking as x axis the section's last segment and as y axis its perpendicular line, the angle is positive if the entrance line is located in the first and third quadrant and it is negative if the entrance line is located in the second and fourth quadrant. Correct values are (-PI/2.0, PI/2.0) . Default value is 0.0

◆ setInherentSpeed()

void GKSection::setInherentSpeed ( double newInherentSpeed )

Sets the inherent speed of the section

◆ setInitialFunction()

void GKSection::setInitialFunction ( GKFunctionCost * fc )

Set the Initial Cost Function for the turn.

◆ setKInitialsFunction()

void GKSection::setKInitialsFunction ( GKFunctionCost * fc )

Set the K-Initials Cost Function for the turn.

◆ setLaneWidth() [1/2]

void GKSection::setLaneWidth ( double width )

Set the default Lane width of this section. Note that this information is per section and not per lane.

◆ setLaneWidth() [2/2]

void GKSection::setLaneWidth	(	uint	lanepos,
		double	width
	)

Set the specified lane's width. lanepos goes from 0 to N-1 (where N is the number of lanes) 0 is the left most lane, N-1 the right most lane. Left and right are based on the section's direction.

◆ setNonAllowedVehicles()

void GKSection::setNonAllowedVehicles ( QVector< const GKMobileAgent * > vehicles )

List of vehicles and pedestrian types that are not allowed in this section

◆ setOrigin()

void GKSection::setOrigin ( GKNode * )

Sets the origin node of the section

◆ setRoadType()

void GKSection::setRoadType	(	const GKRoadType *	,
		bool
	)

Set the road type of this section. If assignValues is true the values in the road type will be copied in the section.

◆ setSpeed()

void GKSection::setSpeed ( double )

Sets the section speed.

◆ setSpeedDetailed()

void GKSection::setSpeedDetailed	(	int	,
		int	,
		double
	)

Sets information on detailed speed for a segment and/or lane. A -1 is returned when no speed as been set for the segment/lane combination.

◆ setStopLine()

void GKSection::setStopLine ( double v )

Stop Line distance from the beginning of the section (in meters) common for all lanes. Every lane can have an additional value to override it.

See also: GKSectionLane::getStopLine()

The distance is either 0 that means either at the beginning of the scetion of just after the crosswalk (if any). If greater than 0 is up to the user to place it after the crosswalk.

◆ setUserDefinedCost()

void GKSection::setUserDefinedCost ( double value )

User-defined cost

◆ setUserDefinedCost2()

void GKSection::setUserDefinedCost2 ( double value )

User-defined cost (second one)

◆ setUserDefinedCost3()

void GKSection::setUserDefinedCost3 ( double value )

User-defined cost (third one)

◆ setUseRoadTypeNonAllowedVehicles()

void GKSection::setUseRoadTypeNonAllowedVehicles ( bool value )

If true (the default) uses the list of non allowed vehicles from the road type If false, from the section

◆ updateAltitudeTurnings()

void GKSection::updateAltitudeTurnings ( )

Update the altitude of the Adjoining Turnings by the section extreme points.

◆ useRoadTypeNonAllowedVehicles()

bool GKSection::useRoadTypeNonAllowedVehicles ( ) const

If true (the default) uses the list of non allowed vehicles from the road type If false, from the section

Member Data Documentation

◆ accelerationVariationFactorAtt

uint GKSection::accelerationVariationFactorAtt

static

Acceleration Factor attribute.

◆ additionalVolumeAtt

uint GKSection::additionalVolumeAtt

static

Additional volume attribute.

◆ aggressivenessAtt

uint GKSection::aggressivenessAtt

static

Lane-changing Aggressiveness atribute.

◆ capacityAtt

uint GKSection::capacityAtt

static

Capacity attribute.

◆ considerTwoLanesCarFollowingAtt

uint GKSection::considerTwoLanesCarFollowingAtt

static

Consider Two-lane Car-following model attribute.

◆ cooperationAtt

uint GKSection::cooperationAtt

static

Lane-changing Cooperation attribute.

◆ destinationNodeAtt

uint GKSection::destinationNodeAtt

static

Destination node attribute.

◆ dynamicFunctionAtt

uint GKSection::dynamicFunctionAtt

static

Dynamic Cost Function attribute.

◆ functionalClassAtt

uint GKSection::functionalClassAtt

static

Functional Class attribute, from the road type.

◆ gcMaxCapacity

double GKSection::gcMaxCapacity

static

Maximum capacity.

◆ gcMaxJamDensity

double GKSection::gcMaxJamDensity

static

Maximum jam density (per lane).

◆ gcMaxLaneWidth

GKCoord GKSection::gcMaxLaneWidth

static

Maximum lane width.

◆ gcMaxLineAngle

GKCoord GKSection::gcMaxLineAngle

static

Maximum line angle.

◆ gcMaxNumberOfLanes

uint GKSection::gcMaxNumberOfLanes

static

Maximum number of lanes.

◆ gcMaxSpeed

double GKSection::gcMaxSpeed

static

Maximum speed.

◆ gcMaxVisibility

double GKSection::gcMaxVisibility

static

Maximum visibility.

◆ gcMaxZone

double GKSection::gcMaxZone

static

Maximum zone.

◆ gcMinCapacity

double GKSection::gcMinCapacity

static

Minimum capacity.

◆ gcMinJamDensity

double GKSection::gcMinJamDensity

static

Minimum jam density (per lane).

◆ gcMinLaneWidth

GKCoord GKSection::gcMinLaneWidth

static

Minimum lane width.

◆ gcMinLineAngle

GKCoord GKSection::gcMinLineAngle

static

Minimum line angle.

◆ gcMinSpeed

double GKSection::gcMinSpeed

static

Minimum speed.

◆ gcMinVisibility

double GKSection::gcMinVisibility

static

Minimum visibility.

◆ gcMinZone

double GKSection::gcMinZone

static

Minimum zone.

◆ gkMaxSlope

double GKSection::gkMaxSlope

static

Maximum section slope.

◆ gkMinSlope

double GKSection::gkMinSlope

static

Minimum section slope.

◆ hasDetailedSpeedAtt

uint GKSection::hasDetailedSpeedAtt

static

Has detailed speed attribute.

◆ hasEntryLateralLaneAtt

uint GKSection::hasEntryLateralLaneAtt

static

Has Entry Side Lane attribute.

◆ hasExitLateralLaneAtt

uint GKSection::hasExitLateralLaneAtt

static

Has Exit Side Lane attribute.

◆ imprudentLaneChanging

uint GKSection::imprudentLaneChanging

static

Imprudent Lane Changing attribute.

◆ inherentSpeedAtt

uint GKSection::inherentSpeedAtt

static

Inherent speed attribute.

◆ initialFunctionAtt

uint GKSection::initialFunctionAtt

static

Initial Cost Function attribute.

◆ jamDensityAtt

uint GKSection::jamDensityAtt

static

Jam density (per lane) attribute.

◆ kInitialsFunctionAtt

uint GKSection::kInitialsFunctionAtt

static

K-Initials Cost Function attribute.

◆ laneWidthAtt

uint GKSection::laneWidthAtt

static

Lane Width attribute.

◆ leftExtraTypeAtt

uint GKSection::leftExtraTypeAtt

static

Left extra type attribute.

◆ leftExtraWidthAtt

uint GKSection::leftExtraWidthAtt

static

Left extra width attribute.

◆ lookaheadDistanceAtt

uint GKSection::lookaheadDistanceAtt

static

Look-ahead Distance attribute.

◆ mergeDivergeAtt

uint GKSection::mergeDivergeAtt

static

Defines whether the section is considered as a merge/diverge starting point for HCM outputs.

◆ mesoOnRampCooperationGapAtt

uint GKSection::mesoOnRampCooperationGapAtt

static

◆ mesoOnRampMergingGapAtt

uint GKSection::mesoOnRampMergingGapAtt

static

◆ nbFullLanesAtt

uint GKSection::nbFullLanesAtt

static

Number of main lanes attribute.

◆ nblanesAtt

uint GKSection::nblanesAtt

static

Number of Lanes attribute.

◆ numberOfPTLinesAtt

uint GKSection::numberOfPTLinesAtt

static

Number of Transit Lines that use this section.

◆ numberOfSignalsAtt

uint GKSection::numberOfSignalsAtt

static

Number of signals attribute.

◆ numberOfTrafficConditionsUsedAtt

uint GKSection::numberOfTrafficConditionsUsedAtt

static

Number of Traffic Management Actions Defined for this section.

◆ onRampCooperationDistanceAtt

uint GKSection::onRampCooperationDistanceAtt

static

Side Lane Cooperation Distance (Micro) attribute.

◆ onRampFIFOAtt

uint GKSection::onRampFIFOAtt

static

Side Lane Merge: First Vehicle On is First Vehicle Off (Micro) attribute.

◆ onRampMergingDistanceAtt

uint GKSection::onRampMergingDistanceAtt

static

Side Lane Merging Distance (Micro) attribute.

◆ originNodeAtt

uint GKSection::originNodeAtt

static

Origin node attribute.

◆ reactionTimeAtStopVariationAtt

uint GKSection::reactionTimeAtStopVariationAtt

static

Additional Reaction Time At Stop (Micro) attribute.

◆ reactionTimeAtTrafficLightVariationAtt

uint GKSection::reactionTimeAtTrafficLightVariationAtt

static

Additional Reaction Time At Traffic Light (Micro) attribute.

◆ reactionTimeFactorAtt

uint GKSection::reactionTimeFactorAtt

static

Reaction Time Factor (Meso) attribute.

◆ reactionTimeVariationAtt

uint GKSection::reactionTimeVariationAtt

static

Reaction Time Variation (Micro) attribute.

◆ reservedLanesVisibilityDistanceAtt

uint GKSection::reservedLanesVisibilityDistanceAtt

static

Visibility Distance for this section reserved lanes, if any, for the dynamic simulators in m (GKColumn::Double).

◆ returnToInsideLaneAfterOvertaking

uint GKSection::returnToInsideLaneAfterOvertaking

static

Return to curbside lane after Overtaking attribute.

◆ rightExtraTypeAtt

uint GKSection::rightExtraTypeAtt

static

Right extra type attribute.

◆ rightExtraWidthAtt

uint GKSection::rightExtraWidthAtt

static

Right extra width attribute.

◆ roadTypeAtt

uint GKSection::roadTypeAtt

static

Road type attribute.

◆ sharedLanePenalisedAtt

uint GKSection::sharedLanePenalisedAtt

static

Penalise Shared Lanes attribute.

◆ slowLanePenalisedAtt

uint GKSection::slowLanePenalisedAtt

static

Take into Account Fast/Slow Lanes attribute.

◆ speedAtt

uint GKSection::speedAtt

static

Speed attribute.

◆ trafficConditionsUsageAtt

uint GKSection::trafficConditionsUsageAtt

static

Number of Traffic Conditions Defined for this section.

◆ twoWayMirrorSection

uint GKSection::twoWayMirrorSection

static

Two-way overtaking: mirror section attribute.

◆ twoWaySpeedDifferenceToOvertakeSolidLine

uint GKSection::twoWaySpeedDifferenceToOvertakeSolidLine

static

Two-way overtaking: speed difference to overtake solid line attribute

◆ twoWayVisibilityDistance

uint GKSection::twoWayVisibilityDistance

static

Two-way overtaking: visibility distance attribute.

◆ twoWayVisibilityFactor

uint GKSection::twoWayVisibilityFactor

static

Two-way overtaking: visibility factor attribute.

◆ typeOfReservedLanes

uint GKSection::typeOfReservedLanes

static

Reservation Type (GKLaneType) attribute.

◆ userDefinedCost2Att

uint GKSection::userDefinedCost2Att

static

Second User-defined Cost attribute.

◆ userDefinedCost3Att

uint GKSection::userDefinedCost3Att

static

Third User-defined Cost attribute.

◆ userDefinedCostAtt

uint GKSection::userDefinedCostAtt

static

User-defined Cost attribute.

◆ useRoadTypeNonAllowedVehiclesAtt

uint GKSection::useRoadTypeNonAllowedVehiclesAtt

static

Use Road Type Settings for Prohibited Vehicle and Pedestrian Types attribute.

◆ vdfAtt

uint GKSection::vdfAtt

static

Volume Delay Function attribute.

◆ weavingAtt

uint GKSection::weavingAtt

static

Defines whether the section is considered as a weaving for HCM outputs

Public Types

Public Member Functions

Static Public Attributes

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ GKSectionOrientation

◆ LateralType

◆ sectionSide

Constructor & Destructor Documentation

◆ GKSection()

Member Function Documentation

◆ addLane()

◆ autoCurveTurnings()

◆ calculateLanePolyline()

◆ calculateLanePolylineWithoutPedestrianCrossings()

◆ calculatePolylineWithoutPedestrianCrossings()

◆ canUse()

◆ canUseVehicle()

◆ changeDirection()

◆ clearSpeedDetailed()

◆ existLaneAtPos()

◆ getAdditionalVolume()

◆ getAutoIntermediateHeight()

◆ getBBox()

◆ getCapacity()

◆ getCapacityForVehicle()

◆ getCutCmd()

◆ getDataValueBool()

◆ getDataValueDouble()

◆ getDataValueInt()

◆ getDelCmd()

◆ getDestination()

◆ getDestTurnings()

◆ getDynamicFunction()

◆ getEntranceAngle()

◆ getEntranceHeight()

◆ getEntranceLineAngle()

◆ getEntranceSections()

◆ getEntryLanes()

◆ getExitAngle()

◆ getExitHeight()

◆ getExitLanes()

◆ getExitLineAngle()

◆ getExitSections()

◆ getExtremePointAtPos()

◆ getExtremePointsLane()

◆ getHeightAtDistance()

◆ getHeightAtPoint2D() [1/2]

◆ getHeightAtPoint2D() [2/2]

◆ getInherentSpeed()

◆ getInitialFunction()

◆ getKInitialsFunction()

◆ getLane()

◆ getLaneExtraLengthAtEntrance()

◆ getLaneExtraLengthAtExit()

◆ getLaneLength2D()

◆ getLaneLength2DWithoutPedestrianCrossings()

◆ getLaneLength3D()

◆ getLaneLength3DWithoutPedestrianCrossings()

◆ getLanes()

◆ getLanesAtPos()

◆ getLanesAtSegment()

◆ getLanesLength2D()

◆ getLanesLength3D()

◆ getLaneWidth() [1/2]

◆ getLaneWidth() [2/2]

◆ getLastSegmentNbLanes()

◆ getNbFullLanes()

◆ getNbLanesAtPos()

◆ getNbTurningsUsingLane()

◆ getNonAllowedVehicles()

◆ getNumEntranceSections()

◆ getNumExitSections()

◆ getOrigin()

◆ getOrigTurnings() [1/2]

◆ getOrigTurnings() [2/2]

◆ getPedestrianCrossingAtBeginning()

◆ getPedestrianCrossingAtEnd()

◆ getRoadType()