Module Magick

module Magick: sig .. end

GraphicsMagick bindings for OCaml

val initialize : unit -> unit

val destroy : unit -> unit

type image

type images

val read_image : filename:string -> image

val write_image : image -> filename:string -> unit

val blob_to_image : blob:string -> image

val get_canvas : width:int -> height:int -> color:string -> image

val clone : image -> image

val image_width : image -> int

val image_height : image -> int

val display : image -> unit

val destroy_image : image -> unit

val blur : image -> ?radius:float -> sigma:float -> unit -> image

val motion_blur : image -> radius:float -> sigma:float -> angle:float -> image

val emboss : image -> radius:float -> sigma:float -> image

val sharpen : image -> radius:float -> sigma:float -> image

val edge : image -> radius:float -> image

val enhance : image -> image

val shade : image -> gray:int -> azimuth:float -> elevation:float -> image

val charcoal : image -> radius:float -> sigma:float -> image

val implode : image -> amount:float -> image

val morph : images -> frames:int -> images

val oil_paint : image -> radius:float -> image

val swirl : image -> degrees:float -> image

val wave : image -> amplitude:float -> length:float -> image

val contrast : image -> sharpen:int -> unit

val equalize : image -> unit

val gamma : image -> level:string -> unit

val level : image -> level:string -> unit

module Channel: sig .. end

val level_channel : image ->
       channel:Channel.channel_type ->
       black_point:float -> mid_point:float -> white_point:float -> unit

val modulate : image -> string -> unit

val negate : image -> int -> unit

val normalize : image -> unit

val flip : image -> image

val flop : image -> image

type rectangle_info = {

}

val crop : image -> rectangle_info -> image

val shave : image -> int * int -> image

val roll : image -> x_offset:int -> y_offset:int -> image

val sample : image -> width:int -> height:int -> image

val scale : image -> width:int -> height:int -> image

val thumbnail : image -> width:int -> height:int -> image

val magnify : image -> image

val minify : image -> image

module Filter: sig .. end

val resize : image ->
       width:int ->
       height:int ->
       ?filter:Filter.filter_type -> ?blur:float -> unit -> image

module CompositeOp: sig .. end

val composite : image ->
       compose:CompositeOp.composite_operator ->
       image -> ?x_offset:int -> ?y_offset:int -> unit -> unit

module ImgList: sig .. end

module Draw: sig .. end

val describe : image -> unit

val set_image_attribute : image -> key:string -> value:string -> unit

val get_image_attribute : image -> key:string -> string