sig
type 'a t = 'a Bdd.Expr0.Bool.t
type dt = Cudd.Man.d Bdd.Domain0.t
type vt = Cudd.Man.v Bdd.Domain0.t
val size : 'a Bdd.Domain0.t -> int
val print :
?print_external_idcondb:(Format.formatter -> int * bool -> unit) ->
('a, 'b) Bdd.Env.t -> Format.formatter -> 'b Bdd.Domain0.t -> unit
val bottom : ('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t
val top : ('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t
val is_bottom : ('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t -> bool
val is_top : ('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t -> bool
val is_leq :
('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t -> 'b Bdd.Domain0.t -> bool
val is_eq :
('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t -> 'b Bdd.Domain0.t -> bool
val is_variable_unconstrained :
('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t -> 'a -> bool
val meet :
('a, 'b) Bdd.Env.t ->
'b Bdd.Domain0.t -> 'b Bdd.Domain0.t -> 'b Bdd.Domain0.t
val join :
('a, 'b) Bdd.Env.t ->
'b Bdd.Domain0.t -> 'b Bdd.Domain0.t -> 'b Bdd.Domain0.t
val meet_condition :
('a, 'b) Bdd.Env.t ->
'b Bdd.Domain0.t -> 'b Bdd.Expr0.Bool.t -> 'b Bdd.Domain0.t
val assign_lexpr :
?relational:bool ->
?nodependency:bool ->
('a, 'b) Bdd.Env.t ->
'b Bdd.Domain0.t -> 'a list -> 'b Bdd.Expr0.expr list -> 'b Bdd.Domain0.t
val substitute_lexpr :
('a, 'b) Bdd.Env.t ->
'b Bdd.Domain0.t -> 'a list -> 'b Bdd.Expr0.expr list -> 'b Bdd.Domain0.t
val forget_list :
('a, 'b) Bdd.Env.t -> 'b Bdd.Domain0.t -> 'a list -> 'b Bdd.Domain0.t
module O :
sig
val print :
?print_external_idcondb:(Format.formatter -> int * bool -> unit) ->
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
Format.formatter -> 'd Bdd.Domain0.t -> unit
val bottom :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t
val top :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t
val is_bottom :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> bool
val is_top :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> bool
val is_leq :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'd Bdd.Domain0.t -> bool
val is_eq :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'd Bdd.Domain0.t -> bool
val is_variable_unconstrained :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'a -> bool
val meet :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'd Bdd.Domain0.t -> 'd Bdd.Domain0.t
val join :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'd Bdd.Domain0.t -> 'd Bdd.Domain0.t
val meet_condition :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'd Bdd.Expr0.Bool.t -> 'd Bdd.Domain0.t
val assign_lexpr :
?relational:bool ->
?nodependency:bool ->
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t ->
'a list -> 'd Bdd.Expr0.expr list -> 'd Bdd.Domain0.t
val substitute_lexpr :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t ->
'a list -> 'd Bdd.Expr0.expr list -> 'd Bdd.Domain0.t
val forget_list :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'd Bdd.Domain0.t -> 'a list -> 'd Bdd.Domain0.t
module Asssub :
sig
val sort :
int array ->
'a Cudd.Bdd.t array -> int array * 'a Cudd.Bdd.t array
val is_equal : 'a Cudd.Bdd.t array -> 'a Cudd.Bdd.t array -> bool
val post :
'a Cudd.Bdd.t ->
int array -> 'a Cudd.Bdd.t array -> 'a Cudd.Bdd.t
val postcondition :
'a Cudd.Bdd.t -> 'a Cudd.Bdd.t array -> 'a Cudd.Bdd.t
end
val relation_supp_compose_of_lvarlexpr :
('a, [> 'a Bdd.Env.typ ], [> 'a Bdd.Env.typdef ], 'd, 'e) Bdd.Env.O.t ->
'a list ->
'd Bdd.Expr0.expr list ->
'd Cudd.Bdd.t * 'd Cudd.Bdd.t * 'd Cudd.Bdd.t array
val apply_change :
'a Bdd.Domain0.t -> 'a Bdd.Env.change -> 'a Bdd.Domain0.t
end
end