package patoline

  1. Overview
  2. Docs
package patoline
Legend:
Library
Module
Module type
Parameter
Class
Class type
type glyph = {
  1. glyph_x : float;
  2. glyph_kx : float;
  3. glyph_y : float;
  4. glyph_ky : float;
  5. glyph_order : int;
  6. glyph_color : Color.color;
  7. glyph_size : float;
  8. glyph : Patfonts.Fonts.glyph;
}
type lineCap =
  1. | Butt_cap
  2. | Round_cap
  3. | Proj_square_cap
type lineJoin =
  1. | Miter_join
  2. | Round_join
  3. | Bevel_join
type path_param = {
  1. path_order : int;
  2. close : bool;
  3. strokingColor : Color.color option;
  4. fillColor : Color.color option;
  5. lineCap : lineCap;
  6. lineJoin : lineJoin;
  7. lineWidth : float;
  8. dashPattern : float list;
}
type path = path_param * Bezier.curve array list
val default_path_param : path_param
type image = {
  1. image_file : string;
  2. image_x : float;
  3. image_y : float;
  4. image_order : int;
  5. image_width : float;
  6. image_height : float;
  7. image_pixel_width : int;
  8. image_pixel_height : int;
}
val image : string -> image
type video = {
  1. video_file : string;
  2. video_x : float;
  3. video_y : float;
  4. video_order : int;
  5. video_height : float;
  6. video_width : float;
  7. video_pixel_width : int;
  8. video_pixel_height : int;
}
type raw =
  1. | Glyph of glyph
  2. | Path of path
  3. | Image of image
  4. | Video of video
  5. | Affine of affine
  6. | States of states
  7. | Animation of animation
  8. | Dynamic of raw list dynamic
and write = (string * Patutil.Util.visibility) list
and button_kind =
  1. | Click of unit -> write
  2. | Drag of (float * float) -> bool -> write
  3. | Edit of string * string * string -> write
  4. | Menu of ((unit -> write) * raw list) list
and affine = {
  1. affine_matrix : float array array;
  2. affine_contents : raw list;
  3. affine_order : int;
}
and states = {
  1. states_contents : raw list;
  2. states_states : int list;
  3. states_order : int;
}
and animation = {
  1. anim_contents : raw list array;
  2. anim_default : int;
  3. anim_step : float;
  4. anim_duration : float;
  5. anim_mirror : bool;
  6. anim_order : int;
}
and 'a dynamic = {
  1. dyn_label : string;
  2. dyn_contents : unit -> 'a;
  3. dyn_sample : 'a;
  4. dyn_order : int;
}
val states : int list -> raw list -> raw
val affine : float array array -> raw list -> raw
val rotation_matrix : float -> float array array
val rotate : float -> raw list -> raw
val in_order : int -> raw -> raw
val drawing_order : raw -> int
val in_state : int -> raw list -> raw list
val translate : float -> float -> raw -> raw
val resize : float -> raw -> raw
val affine_path_transform : float array array -> (float array * float array) array list -> (float array * float array) array list
val rectangle : ('a * 'b) -> ('a * 'b) -> ('a array * 'b array) array
val line : ('a * 'b) -> ('a * 'b) -> 'a array * 'b array
val circle : float -> (float array * float array) array
val toPaths : raw -> Bezier.curve array list
type bounding_box_opt = {
  1. ignore_negative_abcisse : bool;
  2. ignore_after_glyphWidth : bool;
  3. ignore_under_base_line : bool;
}
val paths_bounding_box : float -> float -> float -> float -> (float array * float array) array list -> float * float * float * float
val glyph_bounding_box : bounding_box_opt -> glyph -> float * float * float * float
val bounding_box_opt : bounding_box_opt -> raw list -> float * float * float * float
val bounding_box : raw list -> float * float * float * float
val bounding_box_kerning : raw list -> float * float * float * float
val bounding_box_full : raw list -> float * float * float * float
val drawing_sort : raw list -> raw list
val sort_raw : raw list -> raw list
val print_raw : Stdlib.out_channel -> raw -> unit
OCaml

Innovation. Community. Security.

GitHub Discord Twitter Peertube RSS
About
Changelog Releases Industrial Users Academic Users Why OCaml
Ecosystem
Packages Community Events OCaml Planet Jobs
Resources
Install OCaml Get Started Platform Tools Language Manual Standard Library API Books Exercises Papers OCaml Playground Logo
Policies
Carbon Footprint Governance Privacy Code of Conduct