Library model_validity_cbn
Require Import model_structure.
Module sforces_cbn (ks : Kripke_structure).
Export ks.
Module ks_monad := (Kripke_structure_monad ks).
Export ks_monad.
sforces is the strong forcing relation for call-by-value models
Fixpoint sforces (w:K)(annot:bool)(A:formula) {struct A} : Type :=
match A with
| Atom a => X w annot (Atom a)
| Bot => X w annot Bot
| Func A1 A2 =>
forall w', w <= w' ->
forall annot', leb annot annot' ->
Kont sforces w' annot' A1 -> Kont sforces w' annot' A2
| Sum A1 A2 => sum (Kont sforces w annot A1) (Kont sforces w annot A2)
end.
match A with
| Atom a => X w annot (Atom a)
| Bot => X w annot Bot
| Func A1 A2 =>
forall w', w <= w' ->
forall annot', leb annot annot' ->
Kont sforces w' annot' A1 -> Kont sforces w' annot' A2
| Sum A1 A2 => sum (Kont sforces w annot A1) (Kont sforces w annot A2)
end.
Monotonicity properties of sforces
Lemma sforces_mon : forall A w annot, sforces w annot A ->
forall w', w <= w' -> sforces w' annot A.
Lemma Kont_sforces_mon2' :
forall w annot A,
(forall w, sforces w false A -> sforces w true A) ->
Kont sforces w annot A ->
forall annot', leb annot annot' -> Kont sforces w annot' A.
Lemma sforces_mon2 : forall A w, sforces w false A -> sforces w true A.
Definition Kont_sforces_mon2 :
forall w annot A,
Kont sforces w annot A ->
forall annot', leb annot annot' -> Kont sforces w annot' A :=
fun w annot A => @Kont_sforces_mon2' w annot A (@sforces_mon2 A).
The "run" of the continuations monad
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