Inheritance diagram for GKControlJunction:

Public Types
enum	GKControlJunctionType { eUnspecified , eUncontrolled , eFixedControl , eExternal , eActuated }

enum	OffsetReferencePoint { eBeginningOfFirstCoordinatedPhase , eBeginningOfLastCoordinatedPhase , eEndOfFirstCoordinatedPhase }

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
	GKControlJunction ()

GKControlPlan *	getControlPlan () const

void	setControlJunctionType (const GKControlJunctionType type)

const GKControlJunctionType	getControlJunctionType () const

void	setNode (const uint idN)

MethodCode sipCpp	setNode (sipCpp->getModel() ->getCatalog().findById< GKNode >(a0))

End void	setNode (GKNode *node)

GKNode *	getNode () const

qint32	getNodeId () const

void	setCritical (const bool c)

bool	getCritical () const

void	setRestInRed (const bool c)

bool	getRestInRed () const

void	setOffsetReferencePoint (OffsetReferencePoint referencePoint)

OffsetReferencePoint	getOffsetReferencePoint () const

void	setOffset (const float o)

float	getOffset () const

GKControlPhase *	createPhase ()

void	addPhase (GKControlPhase *ph)

void	removePhase (GKControlPhase *ph)

void	removePhases ()

QString	getPhaseName (GKControlPhase *phase) const

GKControlPhase *	getPhaseByPos (const int pos) const

GKControlPhase *	getCoordinatedPhase (int idRing) const

int	getNewPhaseId ()

GKControlPhase *	getPhaseById (const uint) const

int	getPhaseIndex (GKControlPhase *) const

int	getBarrierIndex (GKControlPhase *) const

const QVector< GKControlPhase * > &	getPhases () const

QVector< GKControlPhase * > &	sortPhases ()

QVector< GKControlPhase * > &	getPhasesForDelete ()

void	setCycle (const float)

float	getCycle () const

void	setYellowTime (const float)

float	getYellowTime () const

void	setRedToGreenYellowTime (const float aYellowTime)

float	getRedToGreenYellowTime () const

int	getRedPercentageInYellowTime () const

void	setRedPercentageInYellowTime (int percentage)

int	getNbRings () const

int	getNbPhasesRing (int) const

int	getNbBarriers () const

void	setSingleEntry (const bool)

bool	getSingleEntry () const

GKBusPreemption *	createBusPreemption () const

End void	addBusPreemption (GKBusPreemption *abusPreemption)

void	removeBusPreemption (GKBusPreemption *abusPreemption)

const QVector< GKBusPreemption * > &	getBusPreemptionList () const

void	clearBusPreemption ()

QVector< float > &	getBarriers ()

void	addBarrier (float)

void	removeBarrier ()

void	setBarrierTime (int, float)

void	clearBarriers ()

void	calcActuatedForceOff ()

float	getActuatedCycle (int) const

std::list< GKControlPlanSignalStartDuration >	getSignalsStartDuration ()

void	setPhasesFromSignals (const std::list< GKControlPlanSignalStartDuration > &signalsStartDuration)

GKControlPhase *	getPreviousPhase (GKControlPhase *fromPhase, bool allowInterphases=true) const

GKControlPhase *	getNextPhase (GKControlPhase *fromPhase, bool allowInterphases=true) 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, bool temporary=false) const

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, unsigned int index, double deviation=nullptr) const

double	getDataValueInTSByID (uint attrId, unsigned int index, double *deviation=nullptr) const

bool	hasAnyTSWithData () const

virtual GKTimeSerie *	getDataValueTS (const GKColumn *attr) const

GKTimeSerie *	getDataValueTSByID (uint attrId) const

virtual void	setDataValueInTS (const GKColumn attr, unsigned int index, double value, double deviation, GKTSDescription aDescription=nullptr)

virtual void	setDataValueInTS (const GKColumn attr, unsigned int index, double value, double deviation, double lowerValue, GKTSDescription aDescription=nullptr)

void	setDataValueInTSByID (uint attrId, unsigned int index, double value, double deviation, GKTSDescription *aDescription=nullptr)

void	setDataValueInExpandableTSByID (uint attrId, double value, double deviation, GKTSDescription *aDescription=nullptr)

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

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

GKTimeSerie *	createDataValueTS (const GKColumn attr, GKTSDescription aDescription)

virtual void	clearDataValueTS (const GKColumn *attr)

void	clearDataValueTSByID (uint attrId)

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, unsigned int index, double deviation=NULL) const =0

virtual double	getDataValueInTSByID (uint attrId, unsigned int index, double *deviation=nullptr) 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

Public Attributes
MethodCode	sipRes = new GKBusPreemption()

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

	sipType = 0

Additional Inherited Members
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

Detailed Description

The GKControlJunction contains the control plan data associated with one node for one control plan. The control plan is the owner of this data.

It contains timing information for each phase (GKControlPhase) and some data common to all the phases.

Usually the data to be edited will be:

Set the control type GKControlJunction::setControlJunctionType
Set the cycle time GKControlJunction::setCycle
then add some phases GKControlJunction::addPhase Then GKControlJunction the will be add to a GKControlPlan using the GKControlPlan::addControlJunction call.

Member Enumeration Documentation

◆ GKControlJunctionType

enum GKControlJunction::GKControlJunctionType

See GKControlJunction::setControlJunctionType

Enumerator
eUnspecified
eUncontrolled
eFixedControl
eExternal
eActuated

◆ OffsetReferencePoint

enum GKControlJunction::OffsetReferencePoint

Enumerator
eBeginningOfFirstCoordinatedPhase
eBeginningOfLastCoordinatedPhase
eEndOfFirstCoordinatedPhase

Constructor & Destructor Documentation

◆ GKControlJunction()

GKControlJunction::GKControlJunction ( )

Member Function Documentation

◆ addBarrier()

void GKControlJunction::addBarrier ( float )

Adds a new barrier at the specified second

◆ addBusPreemption()

End void GKControlJunction::addBusPreemption ( GKBusPreemption * abusPreemption )

Adds a new bus priority

◆ addPhase()

void GKControlJunction::addPhase ( GKControlPhase * ph )

Add a phase. The object "ph" is adopted.

◆ calcActuatedForceOff()

void GKControlJunction::calcActuatedForceOff ( )

Calculates the default parameters (force-off and permissive period) when the control plan is actuated.

◆ clearBarriers()

void GKControlJunction::clearBarriers ( )

Removes all barriers

◆ clearBusPreemption()

void GKControlJunction::clearBusPreemption ( )

Remove all bus priorities

◆ createBusPreemption()

GKBusPreemption * GKControlJunction::createBusPreemption ( ) const

Returns a new instance of a GKBusPreemption. It is NOT added to this control junction, call addBusPreemption

◆ createPhase()

GKControlPhase * GKControlJunction::createPhase ( )

Creates a new phase and add it to this control junction.

◆ getActuatedCycle()

float GKControlJunction::getActuatedCycle ( int ) const

Returns the real cycle when the control plan is actuated. This is the sum of maximum green of all phases belonging the ring.

◆ getBarrierIndex()

int GKControlJunction::getBarrierIndex ( GKControlPhase * ) const

Returns the barrier index of the phase

◆ getBarriers()

QVector< float > & GKControlJunction::getBarriers ( )

Returns a vector with as many positions as barriers. The info in the vector is the duration of each barrier.

◆ getBusPreemptionList()

const QVector< GKBusPreemption * > & GKControlJunction::getBusPreemptionList ( ) const

Returns the bus priority list

◆ getControlJunctionType()

const GKControlJunctionType GKControlJunction::getControlJunctionType ( ) const

Gets the control type for the node. See GKControlJunction::setControlJunctionType

◆ getControlPlan()

GKControlPlan * GKControlJunction::getControlPlan ( ) const

The control plan that contains this control junction info.

◆ getCoordinatedPhase()

GKControlPhase * GKControlJunction::getCoordinatedPhase ( int idRing ) const

Returns the coordinated phase of the ring idRing. If the ring does not have any coordinated phase then returns None.

◆ getCritical()

bool GKControlJunction::getCritical ( ) const

It's a critical node?

◆ getCycle()

float GKControlJunction::getCycle ( ) const

gets the cycle of for this node (in seconds).

◆ getNbBarriers()

int GKControlJunction::getNbBarriers ( ) const

Returns the number of barriers as used by the phases.

◆ getNbPhasesRing()

int GKControlJunction::getNbPhasesRing ( int ) const

Return the number of phases that belongs to the specified ring.

◆ getNbRings()

int GKControlJunction::getNbRings ( ) const

Returns the number of rings as used by the phases.

◆ getNewPhaseId()

int GKControlJunction::getNewPhaseId ( )

Returns an unused id for a new phase

◆ getNextPhase()

GKControlPhase * GKControlJunction::getNextPhase	(	GKControlPhase *	fromPhase,
		bool	allowInterphases = `true`
	)		const

Returns the next phase in the same ring. If allowInterphases is true, it may return an interphase. If allowInterphase is false, it will return the next non-interphase phase in the ring or nullptr if no phases in the ring meet the condition.

◆ getNode()

GKNode * GKControlJunction::getNode ( ) const

Gets the node

◆ getNodeId()

qint32 GKControlJunction::getNodeId ( ) const

Gets the node id.

◆ getOffset()

float GKControlJunction::getOffset ( ) const

Node offset to implement green waves.

◆ getOffsetReferencePoint()

OffsetReferencePoint GKControlJunction::getOffsetReferencePoint ( ) const

For actuated junctions with coordinated phases, the coordinated point can be the beginning or end of the first coordinated phase or the beginning of the last coordinated phase

◆ getPhaseById()

GKControlPhase * GKControlJunction::getPhaseById ( const uint ) const

Get the phase using its ID

◆ getPhaseByPos()

GKControlPhase * GKControlJunction::getPhaseByPos ( const int pos ) const

Get the phase at the position "pos" (from 0 to N-1)

◆ getPhaseIndex()

int GKControlJunction::getPhaseIndex ( GKControlPhase * ) const

Returns the index position of the phase in its ring

◆ getPhaseName()

QString GKControlJunction::getPhaseName ( GKControlPhase * phase ) const

Return a name for this phase based on its position. Usually from 1 to N from left to right and from the first to the last ring.

◆ getPhases()

const QVector< GKControlPhase * > & GKControlJunction::getPhases ( ) const

Returns all the phases.

◆ getPhasesForDelete()

QVector< GKControlPhase * > & GKControlJunction::getPhasesForDelete ( )

Returns all the phases in a non constant set to delete some of them.

◆ getPreviousPhase()

GKControlPhase * GKControlJunction::getPreviousPhase	(	GKControlPhase *	fromPhase,
		bool	allowInterphases = `true`
	)		const

Returns the previous phase in the same ring. If allowInterphases is true, it may return an interphase. If allowInterphase is false, it will return the previuos non-interphase phase in the ring or nullptr if no phases in the ring meet the condition.

◆ getRedPercentageInYellowTime()

int GKControlJunction::getRedPercentageInYellowTime ( ) const

What percentage of the yellow time is sused by the driver as red. 0 means that all the yellow time will be simulated as green. 100 means that all the yellow time will be simulated as red.

Note that, in any case, the simulator will display the traffic signal in yellow.

By defaulf if 50%.

◆ getRedToGreenYellowTime()

float GKControlJunction::getRedToGreenYellowTime ( ) const

Gets the red to green yellow time for this node, common to all the phases and in seconds.

◆ getRestInRed()

bool GKControlJunction::getRestInRed ( ) const

Returns the rest in red value

◆ getSignalsStartDuration()

std::list< GKControlPlanSignalStartDuration > GKControlJunction::getSignalsStartDuration ( )

Returns a list of GKControlPlanSignalStartDurations describing the signals used by this control junction along with their start and duration times for each occurrence of each signal. To change the values in the control junction, use GKControlJunction::setPhasesFromSignals

◆ getSingleEntry()

bool GKControlJunction::getSingleEntry ( ) const

Returns the Single Entry value

◆ getYellowTime()

float GKControlJunction::getYellowTime ( ) const

Gets the yellow time, from green to red state, for this node, common to all the phases and in seconds.

◆ removeBarrier()

void GKControlJunction::removeBarrier ( )

Removes the last barrier

◆ removeBusPreemption()

void GKControlJunction::removeBusPreemption ( GKBusPreemption * abusPreemption )

Removes the bus priority

◆ removePhase()

void GKControlJunction::removePhase ( GKControlPhase * ph )

Removes a phase from this node. The object "ph" is not deleted just removed from the GKControlJunction object.

◆ removePhases()

void GKControlJunction::removePhases ( )

Removes all phases from this GKControlJunction object. The phases are deleted too.

◆ setBarrierTime()

void GKControlJunction::setBarrierTime	(	int	,
		float
	)

Sets the duration of the specified barrier

◆ setControlJunctionType()

void GKControlJunction::setControlJunctionType ( const GKControlJunctionType type )

Sets the control type for the node. It can be:

eUnspecified: no data has been edited so the node will be uncontrolled.
eUncontrolled: the node has been marked as uncontrolled.
eFixedControl: fixed time control plan.
eExternal: control plan controlled by an external source (AAPI, VS-PLUS, UTOPIA, SCATS, SICE, Yunex UTC (using SCOOT), ETRA, ...)
eActuated: control plan actuated follwing the NEMA standard rules.

◆ setCritical()

void GKControlJunction::setCritical ( const bool c )

It's a critical node?

◆ setCycle()

void GKControlJunction::setCycle ( const float )

sets the cycle of for this node (in seconds).

◆ setNode() [1/3]

void GKControlJunction::setNode ( const uint idN )

Deprecated function. Sets the node identifier.

◆ setNode() [2/3]

End void GKControlJunction::setNode ( GKNode * node )

Sets the node. Called automatically by GKControlPlan::addControlJunction

◆ setNode() [3/3]

MethodCode sipCpp GKControlJunction::setNode ( sipCpp-> getModel) ->getCatalog().findById< GKNode >(a0 )

◆ setOffset()

void GKControlJunction::setOffset ( const float o )

Node offset to implement green waves.

◆ setOffsetReferencePoint()

void GKControlJunction::setOffsetReferencePoint ( OffsetReferencePoint referencePoint )

For actuated junctions with coordinated phases, the coordinated point can be the beginning or end of the first coordinated phase or the beginning of the last coordinated phase

◆ setPhasesFromSignals()

void GKControlJunction::setPhasesFromSignals ( const std::list< GKControlPlanSignalStartDuration > & signalsStartDuration )

Deletes the current phases of the control junction and creates new ones using the given signals and their start and duration times

◆ setRedPercentageInYellowTime()

void GKControlJunction::setRedPercentageInYellowTime ( int percentage )

What percentage of the yellow time is used by the driver as red. 0 means that all the yellow time will be simulated as green. 100 means that all the yellow time will be simulated as red.

Note that, in any case, the simulator will display the traffic signal in yellow.

By defaulf if 50%.

◆ setRedToGreenYellowTime()

void GKControlJunction::setRedToGreenYellowTime ( const float aYellowTime )

Sets the red to green yellow time for this node, common to all the phases and in seconds.

◆ setRestInRed()

void GKControlJunction::setRestInRed ( const bool c )

Only for actuated control junctions. If there isn't any new call, it turns the current phase to red

◆ setSingleEntry()

void GKControlJunction::setSingleEntry ( const bool )

On Multiring junctions. The Single Entry parameter is a mode of operation in which a phase in one ring can be activated alone if there is no call in a non-conflicting phase on any other ring.

◆ setYellowTime()

void GKControlJunction::setYellowTime ( const float )

Sets the yellow time, from green to red state, for this node, common to all the phases and in seconds.

◆ sortPhases()

QVector< GKControlPhase * > & GKControlJunction::sortPhases ( )

Sort the phases in this GKControlJunction using their "<" operator (by from time)

Member Data Documentation

◆ sipRes

MethodCode GKControlJunction::sipRes = new GKBusPreemption()

Public Types

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ GKControlJunctionType

◆ OffsetReferencePoint

Constructor & Destructor Documentation

◆ GKControlJunction()

Member Function Documentation

◆ addBarrier()

◆ addBusPreemption()

◆ addPhase()

◆ calcActuatedForceOff()

◆ clearBarriers()

◆ clearBusPreemption()

◆ createBusPreemption()

◆ createPhase()

◆ getActuatedCycle()

◆ getBarrierIndex()

◆ getBarriers()

◆ getBusPreemptionList()

◆ getControlJunctionType()

◆ getControlPlan()

◆ getCoordinatedPhase()

◆ getCritical()

◆ getCycle()

◆ getNbBarriers()

◆ getNbPhasesRing()

◆ getNbRings()

◆ getNewPhaseId()

◆ getNextPhase()

◆ getNode()

◆ getNodeId()

◆ getOffset()

◆ getOffsetReferencePoint()

◆ getPhaseById()

◆ getPhaseByPos()

◆ getPhaseIndex()

◆ getPhaseName()

◆ getPhases()

◆ getPhasesForDelete()

◆ getPreviousPhase()

◆ getRedPercentageInYellowTime()

◆ getRedToGreenYellowTime()

◆ getRestInRed()

◆ getSignalsStartDuration()

◆ getSingleEntry()

◆ getYellowTime()

◆ removeBarrier()

◆ removeBusPreemption()

◆ removePhase()

◆ removePhases()

◆ setBarrierTime()

◆ setControlJunctionType()

◆ setCritical()

◆ setCycle()

◆ setNode() [1/3]

◆ setNode() [2/3]

◆ setNode() [3/3]

◆ setOffset()

◆ setOffsetReferencePoint()

◆ setPhasesFromSignals()

◆ setRedPercentageInYellowTime()

◆ setRedToGreenYellowTime()

◆ setRestInRed()

◆ setSingleEntry()

◆ setYellowTime()

◆ sortPhases()

Member Data Documentation

◆ sipRes