functor (Etat : Tools.Base) ->
functor (Alph : Tools.Base) ->
sig
type etat = Etat.t
type lettre = Alph.t
type mot = Monoid.Compute.lettre list
val monsyn :
Monoid.Compute.etat list ->
((Monoid.Compute.lettre -> string) * (Monoid.Compute.etat -> string))
option ->
(Monoid.Compute.etat, Monoid.Compute.lettre) Automate.automate ->
Monoid.Compute.mot list * Monoid.Compute.mot list *
(Monoid.Compute.lettre, Monoid.Compute.etat option) Monoid.monoid
val monsyn2 :
((Monoid.Compute.lettre -> string) * (Monoid.Compute.etat -> string))
option ->
(Monoid.Compute.etat, Monoid.Compute.lettre) Automate.automate ->
Monoid.Compute.mot list * Monoid.Compute.mot list *
(Monoid.Compute.lettre, Monoid.Compute.etat option) Monoid.monoid
val monsyn3 :
(Monoid.Compute.etat, Monoid.Compute.lettre) Automate.automate ->
(int -> Monoid.Compute.etat) *
(Monoid.Compute.lettre, Monoid.Compute.etat option) Monoid.monoid
val clbeta :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot -> Monoid.Compute.mot
val prod :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot -> Monoid.Compute.mot -> Monoid.Compute.mot
val prodl :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot ->
Monoid.Compute.mot list -> Monoid.Compute.mot list
val prodr :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.mot -> Monoid.Compute.mot list
val prodlst :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.mot list -> Monoid.Compute.mot list
val star :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list -> Monoid.Compute.mot list
val func_g :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
(Monoid.Compute.lettre -> Monoid.Compute.lettre) ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre -> Monoid.Compute.mot list
val auto_g :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre list ->
(Monoid.Compute.lettre -> Monoid.Compute.lettre) ->
(Monoid.Compute.mot list, Monoid.Compute.lettre) Automate.automate
val auto_f :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre list ->
(Monoid.Compute.lettre -> Monoid.Compute.lettre) ->
(Monoid.Compute.mot list * Monoid.Compute.mot list,
Monoid.Compute.lettre)
Automate.automate
val auto_f_opt :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre list ->
(Monoid.Compute.lettre -> Monoid.Compute.lettre) ->
(Monoid.Compute.mot list * Monoid.Compute.mot list,
Monoid.Compute.lettre)
Automate.automate
val auto_f_opt2 :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre list ->
(Monoid.Compute.lettre -> Monoid.Compute.lettre) ->
(Monoid.Compute.mot list * Monoid.Compute.mot list,
Monoid.Compute.lettre)
Automate.automate
val auto_f_opt3 :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre list ->
(Monoid.Compute.lettre -> Monoid.Compute.lettre) ->
(Monoid.Compute.mot list * Monoid.Compute.mot list,
Monoid.Compute.lettre)
Automate.automate
val cayleyr :
(Monoid.Compute.lettre, 'a) Monoid.monoid ->
Monoid.Compute.mot list ->
Monoid.Compute.lettre list ->
(Monoid.Compute.mot, Monoid.Compute.lettre) Automate.automate
end