intros.
elim EXPH4.
elim Lmers6.
elim LmerK.
elim LmerTnd.
pattern (R i) at 1 3 4 5 in |- *.
elim ProcR.
elim LmerRn.
elim CommTn_dK.
elim (SC3 (seq (Rn e1) (seq (Rn e0) (R i))) (K i)).
elim CommKRn.
elim
(SC3 (seq (Rn e1) (seq (Rn e0) (R i))) (seq (Tn_d d e0) (seq (Sn e1) (S i)))).
elim CommTn_dRn.
elim CommKs6.
elim CommRns6.
pattern e1 at 1 2 in |- *.
elimtype (toggle e0 = e1).
elim CommTn_ds6_b.
repeat elim A6.
repeat elim A6'.
unfold X1 in |- *.
elim
(SC6 (mer (seq (Sn_d d e0) (seq (Sn e1) (S i))) (mer (R i) (K i))) (L i)).
elim SC7.
elim SC7.
elim (SC6 (mer (K i) (L i)) (R i)).
elim SC7.
apply refl_equal.
elim Toggle1.
apply refl_equal.
Qed.

(* Specifications: *)
Theorem Lem11 :
forall d : D,
seq (ia frame c6 sce) (X1 d) =
enc H
(mer (seq (ia frame s6 sce) (L i))
(mer (R i) (mer (K i) (seq (Tn_d d e0) (seq (Sn e1) (S i)))))).