sig
type t
val create : x:Lacaml.D.mat -> y:Lacaml.D.vec -> Libsvm.Svm.Problem.t
val create_k : k:Lacaml.D.mat -> y:Lacaml.D.vec -> Libsvm.Svm.Problem.t
val get_n_samples : Libsvm.Svm.Problem.t -> int
val get_n_feats : Libsvm.Svm.Problem.t -> int
val get_targets : Libsvm.Svm.Problem.t -> Lacaml.D.vec
val load : string -> Libsvm.Svm.Problem.t
val output : Libsvm.Svm.Problem.t -> Pervasives.out_channel -> unit
val save : Libsvm.Svm.Problem.t -> string -> unit
val min_max_feats :
Libsvm.Svm.Problem.t ->
[ `Min of Lacaml.D.vec ] * [ `Max of Lacaml.D.vec ]
val scale :
?lower:float ->
?upper:float ->
Libsvm.Svm.Problem.t ->
min_feats:Lacaml.D.vec -> max_feats:Lacaml.D.vec -> Libsvm.Svm.Problem.t
val print : Libsvm.Svm.Problem.t -> unit
end