| `N _ as x -> x
| `Match(t,v,bs_lift,bs,args) ->
let bs_lift = bs_lift + if delift_by_one then -1 else 0 in
- let l' = l - bs_lift in
- let with_what' = lift l' with_what in
+ (* let l' = l - bs_lift in *)
+ (* let with_what' = lift l' (with_what :> nf) in *)
(* The following line should be the identity when delift_by_one = true because we
are assuming the ts to not contain lambda-bound variables. *)
- bs := List.map (fun (n,t) -> n,subst truelam false what with_what' t) !bs ;
- mk_match (cast_to_i_num_var (aux_i_num_var l t)) v bs_lift bs (List.map (aux l) args)
+ (* bs := List.map (fun (n,t) -> n,subst truelam false what with_what' t) !bs ; *)
+ let body = cast_to_i_num_var (aux_i_num_var l t) in
+ mk_match body v bs_lift bs (List.map (aux l) args)
and aux l(*lift*) =
(*function iii -> let res = match iii with*)
function