sig
module Make :
functor (Seq : Sigs.SEQUENT) (Defs : Sigs.DEFS) ->
sig
type abdrule_t = Abdrule.Make(Seq)(Defs).t
type proof_t = Proof.Make(Seq).t
type defs_t = Defs.t
module Seq :
sig
type t = Seq.t
val equal : t -> t -> bool
val equal_upto_tags : t -> t -> bool
val tags : t -> Tags.t
val to_string : t -> string
val to_melt : t -> Latex.t
val pp : Format.formatter -> t -> unit
end
module Proof :
sig
type t = Proof.Make(Seq).t
type seq_t = Seq.t
type node_t = Proofnode.Make(Seq).t
val mk : seq_t -> t
val add_axiom : int -> string -> t -> t
val add_backlink : int -> string -> int -> Tagpairs.t -> t -> t
val add_inf :
int ->
string ->
(seq_t * Tagpairs.t * Tagpairs.t) list -> t -> int list * t
val add_subprf : t -> int -> t -> t
val extract_subproof : int -> t -> t
val find : int -> t -> node_t
val get_seq : int -> t -> seq_t
val size : t -> int
val num_backlinks : t -> int
val fresh_idx : t -> int
val fresh_idxs : 'a list -> t -> int list
val get_ancestry : int -> t -> (int * node_t) list
val is_closed_at : t -> int -> bool
val check : t -> bool
val is_closed : t -> bool
val to_list : t -> (int * node_t) list
val pp : Format.formatter -> t -> unit
val to_string : t -> string
val to_melt : t -> Latex.t
end
val bfs :
int ->
abdrule_t ->
Seq.t -> defs_t -> (defs_t -> bool) -> (proof_t * defs_t) option
val print_proof_stats : Proof.t -> unit
val melt_proof : out_channel -> Proof.t -> unit
end
end