sig
type count_matrix = int array array
type background = private float array
val flat_background : unit -> Biocaml_pwm.background
val background_of_sequence : string -> float -> Biocaml_pwm.background
type t = private float array array
val make :
Biocaml_pwm.count_matrix -> Biocaml_pwm.background -> Biocaml_pwm.t
val tandem :
?orientation:[ `direct | `everted | `inverted ] ->
spacer:int ->
Biocaml_pwm.count_matrix ->
Biocaml_pwm.count_matrix -> Biocaml_pwm.background -> Biocaml_pwm.t
val reverse_complement : Biocaml_pwm.t -> Biocaml_pwm.t
val scan : Biocaml_pwm.t -> string -> float -> (int * float) list
val fast_scan : Biocaml_pwm.t -> string -> float -> (int * float) list
val best_hit : Biocaml_pwm.t -> string -> int * float
end