Uses of Class
eu.simuline.relana.model.DeficiencyNode

Packages that use DeficiencyNode

Package	Description
eu.simuline.relana.expressions	Classes to describe expressions.
eu.simuline.relana.model	Description for object oriented models in terms of java classes.
eu.simuline.relana.parser	Classes to parse all file types except xml: CClassParser parse *.ccl files representing Component Classes, SClassParser parse *.scl files representing Service Classes and finally FormulaParser parse formulae.

Uses of DeficiencyNode in eu.simuline.relana.expressions

Fields in eu.simuline.relana.expressions with type parameters of type DeficiencyNode

Modifier and Type	Field	Description
private Map<Deficiency,DeficiencyNode>	Type.deficiency2ordering	Maps declared Deficiencys ********** (see SClass.getDeclaredDeficiency2ordering()) to their nodes which determine their predecessors and their successors.

Methods in eu.simuline.relana.expressions that return DeficiencyNode

Modifier and Type	Method	Description
protected DeficiencyNode	Type.remove(Map<Deficiency,DeficiencyNode> def2ord, Deficiency def)

Methods in eu.simuline.relana.expressions that return types with arguments of type DeficiencyNode

Modifier and Type	Method	Description
protected Map<Deficiency,DeficiencyNode>	Type.copy()
Map<Deficiency,DeficiencyNode>	Type.getDeficiency2ordering()

Method parameters in eu.simuline.relana.expressions with type arguments of type DeficiencyNode

Modifier and Type	Method	Description
void	Type.addAll(Map<Deficiency,DeficiencyNode> deficiency2ordering)
protected DeficiencyNode	Type.remove(Map<Deficiency,DeficiencyNode> def2ord, Deficiency def)

Constructor parameters in eu.simuline.relana.expressions with type arguments of type DeficiencyNode

Constructor	Description
Type(Map<Deficiency,DeficiencyNode> deficiency2ordering)

Uses of DeficiencyNode in eu.simuline.relana.model

Fields in eu.simuline.relana.model with type parameters of type DeficiencyNode

Modifier and Type	Field	Description
private Map<Deficiency,DeficiencyNode>	SClass.deficiency2ordering	Maps declared Deficiencys (see SClass.getDeclaredDeficiency2ordering()) to their nodes which determine their predecessors and their successors.
private Set<DeficiencyNode>	DeficiencyNode.predecessors
private Set<DeficiencyNode>	DeficiencyNode.successors

Methods in eu.simuline.relana.model that return DeficiencyNode

Modifier and Type	Method	Description
DeficiencyNode	DeficiencyNode.getInverse()

Methods in eu.simuline.relana.model that return types with arguments of type DeficiencyNode

Modifier and Type	Method	Description
(package private) Map<Deficiency,DeficiencyNode>	SClass.getDeclaredDeficiency2ordering()
(package private) Set<DeficiencyNode>	SClass.getMinDeficN()
Set<DeficiencyNode>	DeficiencyNode.getPredecessors()
Set<DeficiencyNode>	DeficiencyNode.getSuccessors()
(package private) abstract Set<DeficiencyNode>	ProbDistr.Inverter.getSuccsPreds(DeficiencyNode node)

Methods in eu.simuline.relana.model with parameters of type DeficiencyNode

Modifier and Type	Method	Description
void	DeficiencyNode.addAll(DeficiencyNode other)
void	DeficiencyNode.addPredecessor(DeficiencyNode deficiencyNode)
void	DeficiencyNode.addSuccessor(DeficiencyNode deficiencyNode)
(package private) abstract void	ProbDistr.Inverter.addSuccsPreds(DeficiencyNode source, DeficiencyNode target)
(package private) abstract Set<DeficiencyNode>	ProbDistr.Inverter.getSuccsPreds(DeficiencyNode node)

Method parameters in eu.simuline.relana.model with type arguments of type DeficiencyNode

Modifier and Type	Method	Description
void	DeficiencyNode.addPredecessors(Set<DeficiencyNode> nodes)
void	DeficiencyNode.addSuccessors(Set<DeficiencyNode> nodes)
private ProbDistr.Validator	ProbDistr.init(ProbDistr.Inverter inv, Stack<Deficiency> minDefs, Set<DeficiencyNode> nMinNodes)	Describe init method here.
static Set<Deficiency>	DeficiencyNode.unwrap(Set<DeficiencyNode> defNodes)

Constructors in eu.simuline.relana.model with parameters of type DeficiencyNode

Constructor	Description
DeficiencyNode(DeficiencyNode node)

Constructor parameters in eu.simuline.relana.model with type arguments of type DeficiencyNode

Constructor	Description
DeficiencyNode(Deficiency deficiency, Set<DeficiencyNode> predecessors, Set<DeficiencyNode> successors)

Uses of DeficiencyNode in eu.simuline.relana.parser

Fields in eu.simuline.relana.parser with type parameters of type DeficiencyNode

Modifier and Type	Field	Description
Map<Deficiency,DeficiencyNode>	SClassParser.AddDeficiencyContext.deficiency2ordering
Map<Deficiency,DeficiencyNode>	SClassParser.AddRelationContext.deficiency2ordering
Map<Deficiency,DeficiencyNode>	SClassParser.AddRelationsContext.deficiency2ordering
Map<Deficiency,DeficiencyNode>	SClassParser.GetCheckedDeficienciesContext.deficiency2ordering
Map<Deficiency,DeficiencyNode>	SClassParser.GetDeficienciesContext.deficiency2ordering

Method parameters in eu.simuline.relana.parser with type arguments of type DeficiencyNode

Modifier and Type	Method	Description
SClassParser.AddDeficiencyContext	SClassParser.addDeficiency(Map<Deficiency,DeficiencyNode> deficiency2ordering)
SClassParser.AddRelationContext	SClassParser.addRelation(Map<Deficiency,DeficiencyNode> deficiency2ordering)
SClassParser.AddRelationsContext	SClassParser.addRelations(Map<Deficiency,DeficiencyNode> deficiency2ordering)

Constructor parameters in eu.simuline.relana.parser with type arguments of type DeficiencyNode

Constructor	Description
AddDeficiencyContext(ParserRuleContext parent, int invokingState, Map<Deficiency,DeficiencyNode> deficiency2ordering)
AddRelationContext(ParserRuleContext parent, int invokingState, Map<Deficiency,DeficiencyNode> deficiency2ordering)
AddRelationsContext(ParserRuleContext parent, int invokingState, Map<Deficiency,DeficiencyNode> deficiency2ordering)