Uses of Class
jason.asSyntax.Atom

Packages that use Atom

jason.asSyntax

Uses of Atom in jason.asSyntax

Subclasses of Atom in jason.asSyntax

class	ArithExpr Represents and solve arithmetic expressions like "10 + 30".
class	ArithFunctionTerm Represents an arithmetic function, like math.max(arg1,arg2) -- a functor (math.max) and two arguments.
class	BinaryStructure Represents a binary/unary logical/relational operator.
class	BodyLiteral Deprecated. use PlanBodyImpl instead.
class	InternalActionLiteral A particular type of literal used to represent internal actions (which has a "." in the functor).
class	ListTermImpl Represents a list node as in prolog .(t1,.(t2,.(t3,.))).
class	LiteralImpl A Literal extends a Pred with strong negation (~).
class	LogExpr Represents a logical formula with some logical operator ("&", "|", "not").
class	Plan Represents an AgentSpack plan (it extends structure to be used as a term)
class	PlanBodyImpl Represents a plan body item (achieve, test, action, ...) and its successors.
class	Pred A Pred extends a Structure with annotations, e.g.: a(1)[an1,an2].
class	RelExpr Represents a relational expression like 10 > 20.
class	Rule A rule is a Literal (head) with a body, as in "a :- b & c".
class	Structure Represents a structure: a functor with n arguments, e.g.: val(10,x(3)).
class	Trigger Represents an AgentSpeak trigger (like +!g, +p, ...).
class	UnnamedVar Represents an unnamed variable '_'.
class	VarTerm Represents a variable Term: like X (starts with upper case).

Methods in jason.asSyntax that return Atom

static Atom

ASSyntax.createAtom(java.lang.String functor) creates a new Atom term (an atom is a structure with 0-arity)

Methods in jason.asSyntax with parameters of type Atom

boolean

PlanLibrary.remove(Atom pLabel, Term source) Remove a plan represented by the label pLabel.