sig
type t
val createFromFile : filename:string -> SFImage.t
val createFromColor :
width:int -> height:int -> color:SFColor.t -> SFImage.t
val createFromMemory : data:bytes -> SFImage.t
val createFromPixels : width:int -> height:int -> data:bytes -> SFImage.t
val createFromPixelsArray :
pixels:(int * int * int * int) array array -> SFImage.t
type input =
[ `Color of int * int * SFColor.t
| `Filename of string
| `Memory of bytes
| `Pixels of int * int * bytes
| `PixelsArray of (int * int * int * int) array array ]
val create : SFImage.input -> SFImage.t
val getWidth : image:SFImage.t -> int
val getHeight : image:SFImage.t -> int
val getSize : image:SFImage.t -> int * int
type gl_image =
(int, Stdlib.Bigarray.int8_unsigned_elt, Stdlib.Bigarray.c_layout)
Stdlib.Bigarray.Genarray.t
val getPixelsBA : image:SFImage.t -> SFImage.gl_image
val getPixelsStr : image:SFImage.t -> string
val getPixel4 : image:SFImage.t -> x:int -> y:int -> SFColor.t
val getPixel3 : image:SFImage.t -> x:int -> y:int -> SFColor.t
val getPixelRGB : image:SFImage.t -> x:int -> y:int -> SFColor.rgb
val getPixelRGBA : image:SFImage.t -> x:int -> y:int -> SFColor.rgba
val saveToFile : image:SFImage.t -> filename:string -> unit
val setPixel : image:SFImage.t -> x:int -> y:int -> color:SFColor.t -> unit
val createMaskFromColor :
image:SFImage.t -> color:SFColor.t -> alpha:int -> unit
val flipHorizontally : image:SFImage.t -> unit
val flipVertically : image:SFImage.t -> unit
end