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

P

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

the token types used

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

the mapping of parameter variables (from the type) to domain objects

params - Variable in class ai.planning.strips.ActionType

the variables representing the parameters of this action type

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

the token types used

parseActionTypeNB(LexicalAnalyzer, Properties) - Static method in class ai.planning.propositional.PplDomainAdaptor

This function reads tokens from the given LexicalAnalyzer and attempts to create an ActionType that corresponds to the parsed tokens.

parseActionTypeNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ":action" [ ] [ ] ::= ":precondition" '(' ')' ::= ":effect" '(' ')' next token must be closing bracket!

parseAtomNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ( | )* next token must be closing bracket!

parseConstantsNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ":constants" * next token must be closing bracket!

parseDomain(LexicalAnalyzer, Properties) - Static method in class ai.planning.propositional.PplDomainAdaptor

This function reads tokens from the given LexicalAnalyzer and attempts to create a propositional Domain that corresponds to the parsed tokens.

parseDomain(LexicalAnalyzer, Properties) - Static method in class ai.planning.strips.PddlDomainAdaptor

parseDomainName(LexicalAnalyzer, Properties) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= '(' domain ')'

parseDomainNB(LexicalAnalyzer, Properties) - Static method in class ai.planning.strips.PddlProblemAdaptor

::= ":domain" next token must be closing bracket!

parseGoal(LexicalAnalyzer, Properties) - Static method in class ai.planning.propositional.PplProblemAdaptor

This function reads tokens from the given LexicalAnalyzer and attempts to create a Goal that corresponds to the parsed tokens.

parseGoalNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlProblemAdaptor

::= ":goal" '(' ')' next token must be closing bracket!

parseInitialState(LexicalAnalyzer, Properties) - Static method in class ai.planning.propositional.PplProblemAdaptor

This function reads tokens from the given LexicalAnalyzer and attempts to create a state that corresponds to the parsed tokens.

parseInitNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlProblemAdaptor

::= ":init" + next token must be closing bracket!

parseLiteralNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= | not '(' ')' next token must be closing bracket!

parseLiteralsNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= | and * next token must be closing bracket!

parseObjectsNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlProblemAdaptor

::= ":objects" * next token must be closing bracket!

parseParameters(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ":parameters" '(' ')'

parsePlan() - Method in class ai.planning.strips.PddlPlanAdaptor

parsePredicate(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= '(' ')'

parsePredicatesNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ":predicates" * next token must be closing bracket!

parseProblem(LexicalAnalyzer, Properties) - Static method in class ai.planning.propositional.PplProblemAdaptor

This function reads tokens from the given LexicalAnalyzer and attempts to create a Problem that corresponds to the parsed tokens.

parseProblem() - Method in class ai.planning.strips.PddlProblemAdaptor

parseProblemName(LexicalAnalyzer, Properties) - Static method in class ai.planning.strips.PddlProblemAdaptor

::= '(' problem ')'

parseRequirementsNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ":requirements" + ::= ":strips" | ":typing" next token must be closing bracket!

parseSequentialPlan(LexicalAnalyzer, Properties) - Static method in class ai.planning.propositional.PplSequentialPlanAdaptor

This function reads tokens from the given LexicalAnalyzer and attempts to create a SequentialPlan that corresponds to the parsed tokens.

parseTypedSymbolsNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ( + [ - ])* next token must be closing bracket!

parseTypedVariablesNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ( * [ - ])* next token must be closing bracket!

parseTypesNB(LexicalAnalyzer, Properties, PddlDomainAdaptor.ParsingContext) - Static method in class ai.planning.strips.PddlDomainAdaptor

::= ":types" * next token must be closing bracket!

PddlDomainAdaptor - Class in ai.planning.strips

PddlDomainAdaptor() - Constructor for class ai.planning.strips.PddlDomainAdaptor

This constructor creates a SyntaxAdaptor that can be used to read statements in a (propositional) KIF syntax and create a propositional Sentence for it, or it can be used to write out a propositional Sentence in KIF syntax.

PddlDomainAdaptor.ParsingContext - Class in ai.planning.strips

PddlDomainAdaptor.ParsingContext() - Constructor for class ai.planning.strips.PddlDomainAdaptor.ParsingContext

PddlPlanAdaptor - Class in ai.planning.strips

PddlPlanAdaptor() - Constructor for class ai.planning.strips.PddlPlanAdaptor

This constructor creates a SyntaxAdaptor that can be used to read statements in a (propositional) KIF syntax and create a propositional Sentence for it, or it can be used to write out a propositional Sentence in KIF syntax.

PddlProblemAdaptor - Class in ai.planning.strips

PddlProblemAdaptor() - Constructor for class ai.planning.strips.PddlProblemAdaptor

This constructor creates a SyntaxAdaptor that can be used to read statements in a (propositional) KIF syntax and create a propositional Sentence for it, or it can be used to write out a propositional Sentence in KIF syntax.

Plan<A> - Interface in ai.planning

This class represents a Plan which is a collection of Actions that are somehow organised.

Planner<A> - Interface in ai.planning

This interface represents a planner that can find solutions to planning problems.

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

the token types used

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

the token types used

posEffects - Variable in class ai.planning.propositional.ActionType

preconditions, negative and positive effects of this ActionTpye

positiveEffects - Variable in class ai.planning.strips.ActionType

preconditions, negative and positive effects of this ActionTpye

positiveGoals - Variable in class ai.planning.strips.Goal

the sets of Atoms that define this Goal

positivePreconds - Variable in class ai.planning.strips.ActionType

preconditions, negative and positive effects of this ActionTpye

PplDomainAdaptor - Class in ai.planning.propositional

This class is an adaptor between the ai.planning.propositional.Domain class that can be used as an internal representation for planning domains and its external form as defined by the PPL (Propositional Planning Language) syntax as described below.

PplDomainAdaptor() - Constructor for class ai.planning.propositional.PplDomainAdaptor

This constructor creates a SyntaxAdaptor that can be used to read propositional planning domains and create a propositional Domain for it, or it can be used to write out a propositional Domain in the PPL syntax.

PplProblemAdaptor - Class in ai.planning.propositional

This class is an adaptor between the ai.planning.propositional.Problem class that can be used as an internal representation for planning problems and its external form as defined by the PPL (Propositional Planning Language) syntax as described below.

PplProblemAdaptor() - Constructor for class ai.planning.propositional.PplProblemAdaptor

This constructor creates a SyntaxAdaptor that can be used to read propositional planning problems in the PPL syntax and create a propositional Problem for it, or it can be used to write out a propositional Problem in the PPL syntax.

PplSequentialPlanAdaptor - Class in ai.planning.propositional

This class is an adaptor between the ai.planning.propositional.SequentialPlan class that can be used as an internal representation for plans and its external form as defined by the PPL (Propositional Planning Language) syntax as described below.

PplSequentialPlanAdaptor() - Constructor for class ai.planning.propositional.PplSequentialPlanAdaptor

This constructor creates a SyntaxAdaptor that can be used to read a propositional sequential plan in the PPL syntax and create a SequentialPlan for it, or it can be used to write out a SequentialPlan in the PPL syntax.

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

the token types used

preconds - Variable in class ai.planning.propositional.ActionType

preconditions, negative and positive effects of this ActionTpye

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

the token types used

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

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

the token types used

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

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

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

prettyPrint(int, Writer, SyntaxAdaptor) - Method in class ai.planning.propositional.Domain

This function can be used write this SyntaxAdaptable object to the given Writer.

prettyPrint(int, Domain, Writer) - Method in class ai.planning.propositional.PplDomainAdaptor

This function takes a propositional Domain which is a Java Object in the internal representation, and writes it to the given Writer as a string conforming to the PPL syntax.

prettyPrint(int, Problem, Writer) - Method in class ai.planning.propositional.PplProblemAdaptor

This function takes a Problem which is a Java Object in the internal representation, and writes it to the given Writer as a string conforming to the PPL syntax.

prettyPrint(int, SequentialPlan, Writer) - Method in class ai.planning.propositional.PplSequentialPlanAdaptor

This function takes a SequentialPlan which is a Java Object in the internal representation, and writes it to the given Writer as a string conforming to the PPL syntax.

prettyPrint(int, Writer, SyntaxAdaptor) - Method in class ai.planning.propositional.Problem

This function can be used write this SyntaxAdaptable object to the given Writer.

prettyPrint(int, Writer, SyntaxAdaptor) - Method in class ai.planning.propositional.SequentialPlan

This function can be used write this sequential plan to the given Writer.

prettyPrint(int, Writer, SyntaxAdaptor) - Method in class ai.planning.strips.Domain

This function can be used write this SyntaxAdaptable object to the given Writer.

prettyPrint(int, Domain, Writer) - Method in class ai.planning.strips.PddlDomainAdaptor

This function takes a logical Sentence which is a Java Object in the internal representation, and writes it to the given Writer as a string conforming to the KIF syntax.

prettyPrint(int, SequentialPlan, Writer) - Method in class ai.planning.strips.PddlPlanAdaptor

This function takes a logical Sentence which is a Java Object in the internal representation, and writes it to the given Writer as a string conforming to the KIF syntax.

prettyPrint(int, Problem, Writer) - Method in class ai.planning.strips.PddlProblemAdaptor

This function takes a logical Sentence which is a Java Object in the internal representation, and writes it to the given Writer as a string conforming to the KIF syntax.

prettyPrint(int, Writer, SyntaxAdaptor) - Method in class ai.planning.strips.Problem

This function can be used write this SyntaxAdaptable object to the given Writer.

prettyPrint(int, Writer, SyntaxAdaptor) - Method in class ai.planning.strips.SequentialPlan

This function can be used write this SyntaxAdaptable object to the given Writer.

prettyPrintActions(int, List<Action>, Writer, Properties) - Static method in class ai.planning.strips.PddlPlanAdaptor

prettyPrintActionType(int, ActionType, Writer, Properties) - Static method in class ai.planning.propositional.PplDomainAdaptor

This function writes the given ActionType to the given Writer, using the given Properties.

prettyPrintActionType(int, ActionType, Writer, Properties) - Static method in class ai.planning.strips.PddlDomainAdaptor

prettyPrintAtom(int, int, int, Atom, Writer, Properties) - Static method in class ai.planning.propositional.PplDomainAdaptor

prettyPrintAtoms(int, Iterator<Atom>, Writer, Properties) - Static method in class ai.planning.strips.PddlProblemAdaptor

prettyPrintDomain(int, Domain, Writer, Properties) - Static method in class ai.planning.propositional.PplDomainAdaptor

This function writes the given Domain to the given Writer, using the given Properties.

prettyPrintDomain(int, Domain, Writer, Properties) - Static method in class ai.planning.strips.PddlDomainAdaptor

prettyPrintDomain(int, Domain, Writer, Properties) - Static method in class ai.planning.strips.PddlPlanAdaptor

prettyPrintDomain(int, Domain, Writer, Properties) - Static method in class ai.planning.strips.PddlProblemAdaptor

prettyPrintGoalSpec(int, Goal, Writer, Properties) - Static method in class ai.planning.propositional.PplProblemAdaptor

This function writes the given Goal to the given Writer, using the given Properties.

prettyPrintInitialState(int, WorldState, Writer, Properties) - Static method in class ai.planning.propositional.PplProblemAdaptor

This function writes the given initial WorldState to the given Writer, using the given Properties.

prettyPrintInitialState(int, WorldState, Writer, Properties) - Static method in class ai.planning.strips.PddlProblemAdaptor

prettyPrintNegativeAtom(int, int, int, Atom, Writer, Properties) - Static method in class ai.planning.strips.PddlDomainAdaptor

prettyPrintOrder(int, SequentialPlan, Writer, Properties) - Static method in class ai.planning.strips.PddlPlanAdaptor

prettyPrintPlan(int, SequentialPlan, Writer, Properties) - Static method in class ai.planning.strips.PddlPlanAdaptor

prettyPrintPositiveAtom(int, int, int, Atom, Writer, Properties) - Static method in class ai.planning.strips.PddlDomainAdaptor

prettyPrintProblem(int, Problem, Writer, Properties) - Static method in class ai.planning.propositional.PplProblemAdaptor

This function writes the given Problem to the given Writer, using the given Properties.

prettyPrintProblem(int, Problem, Writer, Properties) - Static method in class ai.planning.strips.PddlProblemAdaptor

prettyPrintSequentialPlan(int, SequentialPlan, Writer, Properties) - Static method in class ai.planning.propositional.PplSequentialPlanAdaptor

This function writes the given SequentialPlan to the given Writer, using the given Properties.

Problem<A> - Interface in ai.planning

A planning problem over a planning Domain is defined by an initial WorldState and a Goal.

Problem - Class in ai.planning.propositional

A planning problem over a planning Domain is defined by an initial WorldState and a Goal.

Problem(Domain, WorldState, Goal) - Constructor for class ai.planning.propositional.Problem

This constructor creates a new planning problem over the given domain.

problem - Variable in class ai.planning.propositional.ssp.ForwardSearchPlanner

the planning problem to be solved by this planner

Problem - Class in ai.planning.strips

A planning problem over a planning Domain is defined by an initial WorldState and a Goal.

Problem(Domain, WorldState, Goal) - Constructor for class ai.planning.strips.Problem

This constructor creates a new planning problem over the given domain.

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

the Problem on which this planner is working

problem - Variable in class ai.planning.strips.ToPropositionalTransformer

Problem.ObjectTypeSystem - Class in ai.planning.strips

Problem.ObjectTypeSystem(Problem) - Constructor for class ai.planning.strips.Problem.ObjectTypeSystem

problemTT - Static variable in class ai.planning.propositional.PplProblemAdaptor

the token types used

problemTT - Static variable in class ai.planning.strips.PddlProblemAdaptor

the token types used

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

the properties used for reading and writing

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

the properties used for reading and writing

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

the properties used for reading and writing

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

the properties used for reading and writing

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

the properties used for reading and writing

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

the properties used for reading and writing