module Fttext: sig .. end
type 'a drawer = 'a -> int -> 'a
val func_darken_only : Color.rgb drawer
val func_red_only : Color.rgb drawer
val unicode_of_latin : string -> int array
val unicode_of_euc_japan : string -> int array
val draw_rotated_text : float ->
(int -> int -> int -> unit) ->
Freetype.face -> int -> int -> int array -> unit
val draw_rotated_glyphs : float ->
(int -> int -> int -> unit) ->
Freetype.face -> int -> int -> Freetype.char_index array -> unit
val draw_text : (int -> int -> int -> unit) ->
Freetype.face -> int -> int -> int array -> unit
val draw_glyphs : (int -> int -> int -> unit) ->
Freetype.face -> int -> int -> Freetype.char_index array -> unit
val draw_mono_rotated_text : float ->
(int -> int -> int -> unit) ->
Freetype.face -> int -> int -> int array -> unit
val draw_mono_rotated_glyphs : float ->
(int -> int -> int -> unit) ->
Freetype.face -> int -> int -> Freetype.char_index array -> unit
val draw_mono_text : (int -> int -> int -> unit) ->
Freetype.face -> int -> int -> int array -> unit
val draw_mono_glyphs : (int -> int -> int -> unit) ->
Freetype.face -> int -> int -> Freetype.char_index array -> unit
module type T = sig .. end
module Make: functor (T : T) -> sig .. end
val size : Freetype.face -> int array -> float * float * float * float
val size_of_glyphs : Freetype.face -> Freetype.char_index array -> float * float * float * float
val vector_gen : (Freetype.face -> 'a -> 'b list -> float * float) ->
bool ->
float ->
(Freetype.outline_contents -> 'c) ->
Freetype.face -> float -> float -> 'a array -> unit
val vector_text : bool ->
(Freetype.outline_contents -> 'a) ->
Freetype.face -> float -> float -> float -> int array -> unit
val vector_glyphs : bool ->
(Freetype.outline_contents -> 'a) ->
Freetype.face -> float -> float -> float -> Freetype.char_index array -> unit