package ocaml-r

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in-package search v0.2.0

package ocaml-r

ocaml-r
- OCamlR
  - Atomic_vector
  - Conversion
  - Dec
  - Dotsxp
  - Enc
  - Environment
  - Envsxp
  - Interpreter_initialization
    
    Env
  - Intsxp
  - Langsxp
  - Lglsxp
  - Low_level
  - Nilsxp
  - Realsxp
  - SXP
  - Sexp
  - Sexptype
  - Standard_environment
  - Strsxp
  - Symsxp
  - Vecsxp
  - Vector
ocaml-r.base
- OCamlR_base
  - Character
    
    Matrix
  - Dataframe
  - Environment
  - Factor
    
    Matrix
  - Formula
  - Integer
    
    Matrix
  - List_
  - Logical
    
    Matrix
  - Matrix
  - Numeric
    
    Matrix
  - Vector
    
    Matrix
- OCamlR_base_stubs2
  - Matrix
ocaml-r.grDevices
- OCamlR_grDevices
ocaml-r.graphics
- OCamlR_graphics
  - Enc
- OCamlR_graphics_stubs
ocaml-r.interpreter
- OCamlR_interpreter
ocaml-r.math
- OCamlR_math
ocaml-r.methods
- OCamlR_methods
ocaml-r.stats
- OCamlR_stats
  - Chisq'test
  - Ecdf
  - Fisher'test
  - Ks'test
  - T'test
  - Test
- OCamlR_stats_stubs
  - Symbol
ocaml-r.utils
- OCamlR_utils
ocaml-r.wraputils
- OCamlR_wraputils

Legend:
Library
Module
Module type
Parameter
Class
Class type

Runtime R base library.

val inherits : OCamlR.Sexp.t -> string -> bool

module Environment : sig ... end

module type Matrix = sig ... end

module type Vector = sig ... end

module Numeric : Vector with type repr := float

module Logical : Vector with type repr := bool

module Integer : Vector with type repr := int

module Character : Vector with type repr := string

module Factor : sig ... end

type matrix = [

| `Numeric of Numeric.Matrix.t
| `Logical of Logical.Matrix.t
| `Integer of Integer.Matrix.t
| `Factor of Factor.Matrix.t
| `Character of Character.Matrix.t

]

module List_ : sig ... end

module Dataframe : sig ... end

module Formula : sig ... end

val sample : 
  ?replace:bool ->
  ?prob:float array ->
  size:int ->
  float array ->
  float array

val readRDS : string -> OCamlR.Sexp.t

val saveRDS : 
  ?ascii:bool ->
  ?compress:bool ->
  file:string ->
  OCamlR.Sexp.t ->
  unit

val table : (module Vector with type t = 'a) -> 'a -> Integer.t