Structure mlibMeson
(* ========================================================================= *)
(* THE MESON PROOF PROCEDURE *)
(* Copyright (c) 2001-2004 Joe Hurd. *)
(* ========================================================================= *)
signature mlibMeson =
sig
type solver_node = mlibSolver.solver_node
(* Tuning parameters *)
type parameters =
{ancestor_pruning : bool,
ancestor_cutting : bool,
state_simplify : bool,
cache_cutting : bool,
divide_conquer : bool,
unit_lemmaizing : bool,
sort_literals : int, (* In the range [0..2] *)
sort_rules : bool}
type 'a Parmupdate = ('a -> 'a) -> parameters -> parameters
val defaults : parameters
val update_ancestor_pruning : bool Parmupdate
val update_ancestor_cutting : bool Parmupdate
val update_state_simplify : bool Parmupdate
val update_cache_cutting : bool Parmupdate
val update_divide_conquer : bool Parmupdate
val update_unit_lemmaizing : bool Parmupdate
val update_sort_literals : int Parmupdate
val update_sort_rules : bool Parmupdate
(* The meson solver *)
val meson' : string * parameters -> solver_node
val meson : solver_node (* Uses defaults *)
(* The delta preprocessor as a solver *)
val delta' : string * parameters -> solver_node
val delta : solver_node (* Uses defaults *)
(* The prolog solver *)
val prolog' : string * parameters -> solver_node
val prolog : solver_node (* Uses defaults *)
end
HOL 4, Kananaskis-10