package vg

You can search for identifiers within the package.

in-package search v0.2.0

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Class type

type cap = [

]

type join = [

]

type dashes = float * float list

type outline = {

}

val o : outline

val pp_outline : Format.formatter -> outline -> unit

type area = [

]

val pp_area : Format.formatter -> area -> unit

type t = path

val empty : path

val sub : ?rel:bool -> Gg.p2 -> path -> path

val line : ?rel:bool -> Gg.p2 -> path -> path

val qcurve : ?rel:bool -> Gg.p2 -> Gg.p2 -> path -> path

val ccurve : ?rel:bool -> Gg.p2 -> Gg.p2 -> Gg.p2 -> path -> path

val earc : 
  ?rel:bool ->
  ?large:bool ->
  ?cw:bool ->
  ?angle:float ->
  Gg.size2 ->
  Gg.p2 ->
  path ->
  path

val close : path -> path

val circle : ?rel:bool -> Gg.p2 -> float -> path -> path

val ellipse : ?rel:bool -> ?angle:float -> Gg.p2 -> Gg.size2 -> path -> path

val rect : ?rel:bool -> Gg.box2 -> path -> path

val rrect : ?rel:bool -> Gg.box2 -> Gg.size2 -> path -> path

val last_pt : path -> Gg.p2

val append : path -> path -> path

val tr : Gg.m3 -> path -> path

type fold = [

]

val fold : ?rev:bool -> ('a -> fold -> 'a) -> 'a -> path -> 'a

val is_empty : path -> bool

val equal : path -> path -> bool

val equal_f : (float -> float -> bool) -> path -> path -> bool

val compare : path -> path -> int

val compare_f : (float -> float -> int) -> path -> path -> int

val to_string : path -> string

val pp : Format.formatter -> path -> unit

val pp_f : 
  (Format.formatter -> float -> unit) ->
  Format.formatter ->
  path ->
  unit