A C D E F G H I L M N O P R S T U V W

S

satisfiedIn(WorldState<A>) - Method in interface ai.planning.Goal

This function tests whether this Goal is achieved in the given state.

satisfiedIn(WorldState<Atom>) - Method in class ai.planning.propositional.Goal

This function tests whether this Goal is achieved in the given state.

satisfiedIn(WorldState<Atom>) - Method in class ai.planning.strips.Goal

This function tests whether this Goal is achieved in the given state.

scanner - Variable in class ai.planning.propositional.PplDomainAdaptor

the lexical analyzer used for tokenizing the input

scanner - Variable in class ai.planning.propositional.PplProblemAdaptor

the lexical analyzer used for tokenizing the input

scanner - Variable in class ai.planning.propositional.PplSequentialPlanAdaptor

the lexical analyzer used for tokenizing the input

scanner - Variable in class ai.planning.strips.PddlDomainAdaptor

the lexical analyzer used for tokenizing the input

scanner - Variable in class ai.planning.strips.PddlPlanAdaptor

the lexical analyzer used for tokenizing the input

scanner - Variable in class ai.planning.strips.PddlProblemAdaptor

the lexical analyzer used for tokenizing the input

searcher - Variable in class ai.planning.strips.ssp.GndFwdSearchPlanner

the SearchEngine that will be used to search for a Plan

sequenceTT - Static variable in class ai.planning.strips.PddlPlanAdaptor

the token types used

SequentialPlan - Class in ai.planning.propositional

This class class represents a SequentialPlan which is simply a sequence of Actions.

SequentialPlan(Domain) - Constructor for class ai.planning.propositional.SequentialPlan

This constructor creates a new empty SequentialPlan.

SequentialPlan<A> - Interface in ai.planning

This class class represents a SequentialPlan which is simply a sequence of Actions.

SequentialPlan - Class in ai.planning.strips

SequentialPlan(Domain) - Constructor for class ai.planning.strips.SequentialPlan

This constructor creates a new, empty plan.

SequentialPlan(Domain, List<Action>) - Constructor for class ai.planning.strips.SequentialPlan

This constructor creates a new plan consisting of the given actions in the given order.

sequentialTT - Static variable in class ai.planning.propositional.PplSequentialPlanAdaptor

the token types used

setLabel(NamedSymbol) - Method in class ai.planning.propositional.Action

This function sets the unique label for this Action.

setProperty(String, String) - Method in class ai.planning.propositional.PplDomainAdaptor

This function sets the property associated with the given key to the given value.

setProperty(String, String) - Method in class ai.planning.propositional.PplProblemAdaptor

This function sets the property associated with the given key to the given value.

setProperty(String, String) - Method in class ai.planning.propositional.PplSequentialPlanAdaptor

This function sets the property associated with the given key to the given value.

setProperty(String, String) - Method in class ai.planning.strips.PddlDomainAdaptor

This function sets the property associated with the given key to the given value.

setProperty(String, String) - Method in class ai.planning.strips.PddlPlanAdaptor

This function sets the property associated with the given key to the given value.

setProperty(String, String) - Method in class ai.planning.strips.PddlProblemAdaptor

This function sets the property associated with the given key to the given value.

setSyntax(SyntaxAdaptor<Domain>) - Static method in class ai.planning.propositional.Domain

This function can be used to define the syntax with which instances of this class are written or read.

setSyntax(SyntaxAdaptor<Problem>) - Static method in class ai.planning.propositional.Problem

This function can be used to define the syntax with which instances of this class are written or read.

setSyntax(SyntaxAdaptor<SequentialPlan>) - Static method in class ai.planning.propositional.SequentialPlan

This function can be used to define the syntax with which instances of this class are written or read.

size() - Method in class ai.planning.propositional.WorldState

This function returns the number of Atoms that are true in this state.

size() - Method in class ai.planning.strips.ActionType.ArrayGrounding

This function returns the number of variables bound by this Grounding.

size() - Method in class ai.planning.strips.Grounding

This function returns the number of variables bound by this Grounding.

size() - Method in class ai.planning.strips.HashedSetState

This function returns the number of different fluents that are holding in this state.

size(NamedSymbol) - Method in class ai.planning.strips.HashedSetState

This function returns the number of atoms that are holding in this state for the given relation.

size() - Method in interface ai.planning.strips.ModelBasedState.RelationModel

size() - Method in class ai.planning.strips.ModelBasedState.SetModel

size() - Method in class ai.planning.strips.ModelBasedState

This function returns the number of different fluents that are holding in this state.

size(NamedSymbol) - Method in class ai.planning.strips.ModelBasedState

This function returns the number of atoms that are holding in this state for the given relation.

size() - Method in class ai.planning.strips.WorldState

This function returns the number of Atoms (static and fluent) that are holding in this state.

size(NamedSymbol) - Method in class ai.planning.strips.WorldState

This function returns the number of atoms that are holding in this state for the given relation.

size() - Method in interface ai.planning.WorldState

This function returns the number of Atoms that are true in this state.

solves(Problem<A>) - Method in interface ai.planning.Plan

This function tests whether this Plan constitutes a solution to the given Problem.

solves(Problem<Atom>) - Method in class ai.planning.propositional.SequentialPlan

This function tests whether the given SequentialPlan constitutes a solution to this Problem.

solves(Problem<Atom>) - Method in class ai.planning.strips.SequentialPlan

This function tests whether this Plan constitutes a solution to the given Problem.

staticRelations - Variable in class ai.planning.strips.Domain

the set of relations that represent fluents in this domain

statics - Variable in class ai.planning.strips.HashedSetState

the (static) relations that hold in all states (indexed by predicate)

statics - Variable in class ai.planning.strips.ModelBasedState

the (static) relations that hold in all states (indexed by predicate)

stripsTT - Static variable in class ai.planning.strips.PddlDomainAdaptor

the token types used