From Undecidability.L Require Import L.
From Undecidability.L.Datatypes Require Import LProd LTerm LBool.
From Undecidability.L.Complexity Require Import NP Synthetic Monotonic.
From Undecidability.L.Functions Require Import Size.
Local Unset Implicit Arguments.
Section GenNP.
Context (X__cert : Type) `{R__cert : registered X__cert}.
Definition LHaltsOrDiverges : term*nat*nat -> Prop :=
fun '(s, maxSize, steps ) =>
proc s /\ forall (c:X__cert), size (enc c) <= maxSize -> forall k t, s (enc c) ⇓(k) t -> k <= steps.
Definition GenNP : term*nat*nat -> Prop :=
(fun '(s, maxSize, steps ) =>
exists (c:X__cert), size (enc c) <= maxSize
/\ exists t, app s (enc c) ⇓(<=steps) t).
End GenNP.
From Undecidability.L.Datatypes Require Import LProd LTerm LBool.
From Undecidability.L.Complexity Require Import NP Synthetic Monotonic.
From Undecidability.L.Functions Require Import Size.
Local Unset Implicit Arguments.
Section GenNP.
Context (X__cert : Type) `{R__cert : registered X__cert}.
Definition LHaltsOrDiverges : term*nat*nat -> Prop :=
fun '(s, maxSize, steps ) =>
proc s /\ forall (c:X__cert), size (enc c) <= maxSize -> forall k t, s (enc c) ⇓(k) t -> k <= steps.
Definition GenNP : term*nat*nat -> Prop :=
(fun '(s, maxSize, steps ) =>
exists (c:X__cert), size (enc c) <= maxSize
/\ exists t, app s (enc c) ⇓(<=steps) t).
End GenNP.