sig
type atom =
Tbool of Var.t * bool
| Tint of Var.t * int list
| Tenum of Var.t * Var.t list
type term =
Tatom of Bddvar.Expr.atom
| Texternal of int * bool
| Tcst of bool
type conjunction = Conjunction of Bddvar.Expr.term list | Cfalse
type disjunction = Disjunction of Bddvar.Expr.conjunction list | Dtrue
val term_of_vint :
Var.t -> Bddint.t -> Bddreg.Minterm.t -> Bddvar.Expr.term
val term_of_venum :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
Var.t -> Bddenum.t -> Bddreg.Minterm.t -> Bddvar.Expr.term
val term_of_idcondb :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
MappeI.key * bool -> Bddvar.Expr.term
val bool_of_tbool : Manager.tbool -> bool
val mand : Bddvar.Expr.term list Pervasives.ref -> Bddvar.Expr.term -> unit
val conjunction_of_minterm :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
Manager.tbool array -> Bddvar.Expr.conjunction
val disjunction_of_bdd :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
Bdd.t -> Bddvar.Expr.disjunction
val print_term :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
Format.formatter -> Bddvar.Expr.term -> unit
val print_conjunction :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
Format.formatter -> Bddvar.Expr.conjunction -> unit
val print_disjunction :
([> Bddvar.typ ], [> Bddvar.typdef ]) #Bddvar.db ->
Format.formatter -> Bddvar.Expr.disjunction -> unit
end