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

A

Action<A> - Interface in ai.planning

An Action is an activity that may be executable by some agent.

Action - Class in ai.planning.propositional

An Action is an activity that may be executable by some agent.

Action(ActionType) - Constructor for class ai.planning.propositional.Action

This constructor creates a new Action of the given type.

Action - Class in ai.planning.strips

An Action is an activity that may be executable by some agent.

Action(ActionType, List<Constant>, boolean) - Constructor for class ai.planning.strips.Action

This constructor creates a new Action of the given type.

Action(ActionType, Grounding, boolean) - Constructor for class ai.planning.strips.Action

This constructor creates a new Action of the given type.

actions - Variable in class ai.planning.propositional.SequentialPlan

the sequence of Actions that constitute this SequentialPlan

actions - Variable in class ai.planning.strips.SequentialPlan

the sequence of Actions contained in this Plan

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

the token types used

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

the token types used

actionTT - Static variable in class ai.planning.propositional.PplDomainAdaptor

the token types used

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

the token types used

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

the token types used

ActionType<A> - Interface in ai.planning

An ActionType represents a class of Actions.

ActionType - Class in ai.planning.propositional

An ActionType represents a class of Actions.

ActionType(NamedSymbol, Set<Atom>, Set<Atom>, Set<Atom>) - Constructor for class ai.planning.propositional.ActionType

This constructor takes a NamedSymbol representing the name of the ActionType and three Sets of propositional Atoms representing the preconditions, negative effects (also known as the delete list), and positive effects of this ActionType.

ActionType(NamedSymbol, Atom[], Atom[], Atom[]) - Constructor for class ai.planning.propositional.ActionType

This constructor takes a NamedSymbol representing the name of the ActionType and three Arrays of propositional Atoms representing the preconditions, negative effects (also known as the delete list), and positive effects of this ActionType.

actionType - Variable in class ai.planning.strips.Action

the ActionType which this Action instantiates

ActionType - Class in ai.planning.strips

An ActionType represents a class of Actions.

ActionType(NamedSymbol, List<Variable>, List<Atom>, List<Atom>, List<Atom>, List<Atom>) - Constructor for class ai.planning.strips.ActionType

This constructor takes a NamedSymbol representing the name of the ActionType, a List of Variables representing the parameters of the ActionType, and four Lists of propositional Atoms representing the negative and positive preconditions, the negative effects (also known as the delete list), and the positive effects of this ActionType.

ActionType(NamedSymbol, List<Variable>, Collection<Literal>, Collection<Literal>) - Constructor for class ai.planning.strips.ActionType

This constructor takes a NamedSymbol representing the name of the ActionType, a List of Variables representing the parameters of the ActionType, and two Lists of propositional Literals representing the preconditions and effects of this ActionType.

ActionType.ArrayGrounding - Class in ai.planning.strips

A Substitution maps a set of Variables to a set of Terms.

ActionType.ArrayGrounding(int) - Constructor for class ai.planning.strips.ActionType.ArrayGrounding

This constructor creates a new Grounding with no associations.

add(Atom) - Method in class ai.planning.propositional.WorldState

This function asserts the given Atom in this WorldState.

add(Atom) - Method in class ai.planning.strips.HashedSetState

This function asserts the given Atom in this WorldState.

add(Atom) - Method in class ai.planning.strips.ModelBasedState

This function asserts the given Atom in this WorldState.

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

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

add(Atom) - Method in class ai.planning.strips.WorldState

This function asserts the given Atom in this WorldState.

add(A) - Method in interface ai.planning.WorldState

This function asserts the given Atom in this WorldState.

addAll(Atom[]) - Method in class ai.planning.propositional.WorldState

This function asserts all the given Atoms in this WorldState.

addAll(Atom[]) - Method in class ai.planning.strips.WorldState

This function asserts all the given Atoms in this WorldState.

addAll(A[]) - Method in interface ai.planning.WorldState

This function asserts all the given Atoms in this WorldState.

addFirst(Action) - Method in class ai.planning.propositional.SequentialPlan

This function adds the given Action to the front of this SequentialPlan.

addLast(Action) - Method in class ai.planning.propositional.SequentialPlan

This function adds the given Action to the end of this SequentialPlan.

addrString() - Method in class ai.planning.strips.Action

This function returns a String that corresponds to the address of this Object in memory.

addTT - Static variable in class ai.planning.propositional.PplDomainAdaptor

the token types used

ai.planning - package ai.planning

ai.planning.propositional - package ai.planning.propositional

ai.planning.propositional.ssp - package ai.planning.propositional.ssp

ai.planning.strips - package ai.planning.strips

ai.planning.strips.ssp - package ai.planning.strips.ssp

allDomains - Static variable in class ai.planning.propositional.Domain

all known Domains indexed by their name

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

whether the planner should consider Actions with inconsistent effects

allTypes - Variable in class ai.planning.strips.Domain.DomainTypeSystem

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

the token types used

append(Action) - Method in class ai.planning.strips.SequentialPlan

This function adds the given Action to the end of this plan.

applyIn(WorldState<A>) - Method in interface ai.planning.Action

This function computes a new WorldState that is the result of applying this Action in the given state.

applyIn(WorldState<A>) - Method in interface ai.planning.Plan

This function computes a new WorldState that is the result of applying this Plan in the given state.

applyIn(WorldState<Atom>) - Method in class ai.planning.propositional.Action

This function computes a new WorldState that is the result of applying this Action in the given state.

applyIn(WorldState<Atom>) - Method in class ai.planning.propositional.SequentialPlan

This function computes a new WorldState that is the result of applying this SequentialPlan in the given state.

applyIn(WorldState<Atom>) - Method in class ai.planning.strips.Action

This function computes a new WorldState that is the result of applying this Action in the given state.

applyIn(WorldState) - Method in class ai.planning.strips.Action

This function computes a new WorldState that is the result of applying this Action in the given state.

applyIn(WorldState<Atom>) - Method in class ai.planning.strips.SequentialPlan

This function computes a new WorldState that is the result of applying this Plan in the given state.

argNr - Variable in class ai.planning.strips.Domain.PredicateArgNrPair

argToType - Variable in class ai.planning.strips.Domain.DomainTypeSystem

asSequentialPlan() - Method in interface ai.planning.Plan

This function returns a linearised, total-order version of this Plan.

asSequentialPlan() - Method in class ai.planning.propositional.SequentialPlan

This function simply returns this Plan.

asSequentialPlan() - Method in class ai.planning.strips.SequentialPlan

This function returns a linearised, total-order version of this Plan.

assignTo(NameSpace) - Method in class ai.planning.propositional.SequentialPlan

This function can be used to generate labels for the Actions in this plan.