Public Types
enum	ValuesToReturn { eGiveDefaultValues , eGiveStoredValues }

Public Member Functions
	GKEntityBuilder ()

QList< GKTurningSimEntity * >	getConnectionEntities (GKTurning *turn, bool save=false, ValuesToReturn vtr=eGiveStoredValues) const

void	saveConnections (GKTurning _turn, QList< GKTurningSimEntity > _entities) const

bool	isConflicting (GKTurningSimEntity _entity1, GKTurningSimEntity _entity2)

void	resetConflicts (GKNode *node)

QList< GKNodeConflict >	getConflicts (GKNode *node)

	for (auto turning :turns)

	for (GKNodeConflict conflict :sipCpp->getConflicts(a0, entitiesByTurn))

End QList< GKNodeConflict >	getConflicts (GKTurningSimEntity newentity, const QList< GKTurningSimEntity > &entities) const

Public Attributes
MethodCode QMap< GKTurning , QList< GKTurningSimEntity > >	entitiesByTurn

GKTurnings	turns = a0->getTurnings()

QList< GKNodeConflict > *	nodeConflicts = new QList<GKNodeConflict>()

	sipRes = nodeConflicts

Detailed Description

This object holds all needed functions to calculate and get the turn entities and the node conflicts.

Member Enumeration Documentation

◆ ValuesToReturn

enum GKEntityBuilder::ValuesToReturn

eGiveDefaultValues always returns the default values eGiveStoredValues returns the previously stored if they exist

Enumerator
eGiveDefaultValues
eGiveStoredValues

Constructor & Destructor Documentation

◆ GKEntityBuilder()

GKEntityBuilder::GKEntityBuilder ( )

Member Function Documentation

◆ for() [1/2]

GKEntityBuilder::for ( auto turning :turns )

inline

References entitiesByTurn.

◆ for() [2/2]

GKEntityBuilder::for ( GKNodeConflict conflict :sipCpp-> getConflictsa0, entitiesByTurn )

inline

References nodeConflicts.

◆ getConflicts() [1/2]

QList< GKNodeConflict > GKEntityBuilder::getConflicts ( GKNode * node )

Returns a list of conflicts.

◆ getConflicts() [2/2]

End QList< GKNodeConflict > GKEntityBuilder::getConflicts	(	GKTurningSimEntity *	newentity,
		const QList< GKTurningSimEntity * > &	entities
	)		const

Returns all conflicts of newentity with the list of entities

◆ getConnectionEntities()

QList< GKTurningSimEntity * > GKEntityBuilder::getConnectionEntities	(	GKTurning *	turn,
		bool	save = `false`,
		ValuesToReturn	vtr = `eGiveStoredValues`
	)		const

Returns the connection entities between the origin lanes and destination lanes of the turn. It takes into account the reserved lanes.

◆ isConflicting()

bool GKEntityBuilder::isConflicting	(	GKTurningSimEntity *	_entity1,
		GKTurningSimEntity *	_entity2
	)

Returns true if the two entities have a geometrical conflict. We can understand a geometrical conflict as an overlapping of the two physical volumes of the turns.

◆ resetConflicts()

void GKEntityBuilder::resetConflicts ( GKNode * node )

Recalculates the conflicts for the specified node

◆ saveConnections()

void GKEntityBuilder::saveConnections	(	GKTurning *	_turn,
		QList< GKTurningSimEntity * >	_entities
	)		const

Clears the connection entities of the turn and stores the new entities

Member Data Documentation

◆ entitiesByTurn

MethodCode QMap< GKTurning*, QList<GKTurningSimEntity *> > GKEntityBuilder::entitiesByTurn

Referenced by for().

◆ nodeConflicts

QList<GKNodeConflict>* GKEntityBuilder::nodeConflicts = new QList<GKNodeConflict>()