App_encode (p.libzipperposition.2.0.doc.libzipperposition.calculi.Libzipperposition_calculi.App

Applicative Encoding

val section : Logtk.Util.Section.t

val mode_ : [ `Extensional | `Intensional | `None ] ref

module T = Logtk.TypedSTerm

val id_ae_fun : Logtk.ID.t

val ty_ae_fun : T.t

val function_type : T.t

val id_ae_app : Logtk.ID.t

val ty_ae_app : T.t

val const_ae_app : T.t

val id_ext_diff : Logtk.ID.t

val ty_ext_diff : T.t

val const_ext_diff : T.t

val ty_decls : (Logtk.Cnf.clause, T.t, T.t) Logtk.Statement.t Iter.t

Type declarations for these new symbols

val ty_decl_ext_diff : (Logtk.Cnf.clause, T.t, T.t) Logtk.Statement.t

val app_encode_ty : T.t -> T.t

Encode a type

val is_type : T.t -> bool

Is a term a type? i.e. is a term of type tType?

val app_encode_var : T.t Logtk.Var.t -> T.t Logtk.Var.t

Encode a variable

val app_encode_term : bool -> T.t -> T.t

Encode a term

val app_encode_lit : T.t Logtk.SLiteral.t -> T.t Logtk.SLiteral.t

Encode a literal

val app_encode_lits : T.t Logtk.SLiteral.t list -> T.t Logtk.SLiteral.t list

Encode a clause

exception E_i of (T.t Logtk.SLiteral.t list, T.t, T.t) Logtk.Statement.t

val pp_in : 
  'a CCFormat.printer ->
  'b CCFormat.printer ->
  'c CCFormat.printer ->
  Logtk.Output_format.t ->
  ('a, 'b, 'c) Logtk.Statement.t CCFormat.printer

val pp_clause_in : 
  Logtk.Output_format.t ->
  (T.t Logtk.SLiteral.t list, T.t, T.t) Logtk.Statement.t CCFormat.printer

val res_tc : 
  (T.t Logtk.SLiteral.t list, T.t, T.t) Logtk.Statement.t Logtk.Proof.Result.tc

val app_encode_stmt : 
  (T.t Logtk.SLiteral.t list, T.t, T.t) Logtk.Statement.t ->
  (T.t Logtk.SLiteral.t list, T.t, T.t) Logtk.Statement.t

encode a statement

val extensionality_axiom : 
  (T.t Logtk.SLiteral.t list, T.t, T.t) Logtk.Statement.t

val extension : Libzipperposition.Extensions.t

val options : (string * [> `Extensional | `Intensional | `None ]) list