sig
val sigma : Sym.t -> Term.t list -> Term.t
val solve : Th.t -> Term.Equal.t -> Term.Subst.t
module E :
sig
type t
val u_of : Combine.E.t -> U.S.t
val la_of : Combine.E.t -> La.S.t
val nl_of : Combine.E.t -> Solution.Set.t
val p_of : Combine.E.t -> Solution.Set.t
val cop_of : Combine.E.t -> Solution.Set.t
val cl_of : Combine.E.t -> Solution.Set.t
val arr_of : Combine.E.t -> Solution.Set.t
val set_of : Combine.E.t -> Solution.Set.t
val empty : Combine.E.t
val copy : Combine.E.t -> Combine.E.t
val is_empty : Combine.E.t -> bool
val eq : Combine.E.t -> Combine.E.t -> bool
val pp : Combine.E.t Pretty.printer
val pp_i : Th.t -> Combine.E.t Pretty.printer
val find : Combine.E.t * Partition.t -> Th.t -> Jst.Eqtrans.t
val inv : Combine.E.t * Partition.t -> Jst.Eqtrans.t
val dep : Th.t -> Combine.E.t -> Term.t -> Term.Var.Set.t
val diff : Combine.E.t -> Combine.E.t -> Combine.E.t
end
type t = Combine.E.t Infsys.Config.t
val process :
Fact.t -> Combine.E.t * Partition.t -> Combine.E.t * Partition.t
val is_sat :
Combine.E.t * Partition.t -> (Combine.E.t * Partition.t) option
val dom : Combine.E.t * Partition.t -> Term.t -> Dom.t * Jst.t
val can : Combine.E.t * Partition.t -> Jst.Eqtrans.t
val simplify : Combine.E.t * Partition.t -> Atom.t -> Atom.t * Jst.t
val cheap : bool Pervasives.ref
val gc : Combine.t -> unit
val maximize : Combine.E.t * Partition.t -> Jst.Eqtrans.t
val minimize : Combine.E.t * Partition.t -> Jst.Eqtrans.t
val model : Combine.E.t * Partition.t -> Term.t list -> Term.t Term.Map.t
end