package camlpdf

  1. Overview
  2. Docs
type fpoint = float * float
type winding_rule =
  1. | EvenOdd
  2. | NonZero
type segment =
  1. | Straight of fpoint * fpoint
  2. | Bezier of fpoint * fpoint * fpoint * fpoint
type hole =
  1. | Hole
  2. | Not_hole
type closure =
  1. | Closed
  2. | Open
type subpath = hole * closure * segment list
type path = winding_rule * subpath list
type tiling =
  1. | Tiling
type function_shading = {
  1. funshading_domain : float * float * float * float;
  2. funshading_matrix : Pdftransform.transform_matrix;
  3. funshading_function : Pdffun.t;
}
type radial_shading = {
  1. radialshading_coords : float * float * float * float * float * float;
  2. radialshading_domain : float * float;
  3. radialshading_function : Pdffun.t list;
  4. radialshading_extend : bool * bool;
}
type axial_shading = {
  1. axialshading_coords : float * float * float * float;
  2. axialshading_domain : float * float;
  3. axialshading_function : Pdffun.t list;
  4. axialshading_extend : bool * bool;
}
type shading_kind =
  1. | FunctionShading of function_shading
  2. | AxialShading of axial_shading
  3. | RadialShading of radial_shading
  4. | FreeFormGouraudShading
  5. | LatticeFormGouraudShading
  6. | CoonsPatchMesh
  7. | TensorProductPatchMesh
type shading = {
  1. shading_colourspace : Pdf.pdfobject;
  2. shading_background : Pdf.pdfobject option;
  3. shading_bbox : Pdf.pdfobject option;
  4. shading_antialias : bool;
  5. shading_matrix : Pdftransform.transform_matrix;
  6. shading_extgstate : Pdf.pdfobject;
  7. shading : shading_kind;
}
type pattern =
  1. | ColouredTilingPattern of tiling
  2. | UncolouredTilingPattern of tiling
  3. | ShadingPattern of shading
type colvals =
  1. | Floats of float list
  2. | Named of string * float list
  3. | Pattern of pattern
type objectclass =
  1. | PathObject
  2. | TextObject
  3. | ClippingPathObject
  4. | PageDescriptionLevel
  5. | ShadingObject
  6. | InlineImageObject
  7. | ExternalObject
val string_of_objectclass : objectclass -> string
type transparency_attributes = {
  1. fill_transparency : float;
  2. line_transparency : float;
}
type path_attributes = {
  1. path_transform : Pdftransform.transform_matrix;
  2. path_fill : (Pdfspace.t * colvals) option;
  3. path_line : (Pdfspace.t * colvals) option;
  4. path_linewidth : float;
  5. path_joinstyle : int;
  6. path_capstyle : int;
  7. path_dash : float list * float;
  8. path_mitrelimit : float;
  9. path_transparency : transparency_attributes;
  10. path_intent : string;
}
type text_attributes = {
  1. textmode : int;
}
type textblock_attributes = {
  1. textblock_transform : Pdftransform.transform_matrix;
}
type textblock = text_attributes * Pdfops.t
type softmask_subtype =
  1. | Alpha
  2. | Luminosity
type transparency_group = {
  1. tr_group_colourspace : Pdf.pdfobject option;
  2. isolated : bool;
  3. knockout : bool;
  4. tr_graphic : t;
}
and softmask = {
  1. softmask_subtype : softmask_subtype;
  2. transparency_group : transparency_group;
  3. softmask_bbox : float * float * float * float;
  4. backdrop : float list option;
  5. softmask_transfer : Pdffun.t option;
}
and image_attributes = {
  1. image_transform : Pdftransform.transform_matrix;
  2. image_transparency : float;
  3. image_softmask : softmask option;
}
and fontname = string * Pdf.pdfobject
and graphic_elt =
  1. | Path of path * path_attributes
  2. | Text of textblock list * textblock_attributes
  3. | MCPoint of string
  4. | MCPointProperties of string * Pdf.pdfobject
  5. | MCSection of string * graphic_elt list
  6. | MCSectionProperties of string * Pdf.pdfobject * graphic_elt list
  7. | Image of image_attributes * int
  8. | GraphicInlineImage of Pdf.pdfobject * Pdfio.bytes * Pdftransform.transform_matrix
  9. | Clip of path * graphic_elt list
  10. | Shading of path option * shading * Pdftransform.transform_matrix
and t = {
  1. elements : graphic_elt list;
  2. fonts : fontname list;
  3. resources : Pdf.pdfobject;
}
val bbox_of_segment : segment -> float * float * float * float
val bbox_of_path : ('a * ('b * 'c * segment list) list) -> float * float * float * float
val bbox_of_graphic_inner : (float * float * float * float) -> graphic_elt list -> float * float * float * float
val bbox_of_graphic : t -> float * float * float * float
val string_of_segment : segment -> string
val string_of_subpath : (hole * closure * segment list) -> string
val string_of_path : (winding_rule * (hole * closure * segment list) list) -> string
val string_of_textblock : ('a * Pdfops.t) -> string
val string_of_font : (string * Pdf.pdfobject) -> string
val string_of_colvals : colvals -> string
val string_of_attributes : path_attributes -> string
val string_of_graphic_elt : graphic_elt -> string
val string_of_graphic : t -> string
type state = {
  1. mutable objectclass : objectclass;
  2. mutable clip : path option;
  3. mutable intent : string;
  4. mutable fill : colvals;
  5. mutable linewidth : float;
  6. mutable line : colvals;
  7. mutable mitrelimit : float;
  8. mutable joinstyle : int;
  9. mutable capstyle : int;
  10. mutable colourspace_stroke : Pdfspace.t;
  11. mutable colourspace_nonstroke : Pdfspace.t;
  12. mutable dash : float list * float;
  13. mutable flatness : int;
  14. mutable transform : Pdftransform.transform_matrix;
  15. mutable extra_transform : Pdftransform.transform_matrix;
  16. mutable text_transform : Pdftransform.transform_matrix;
  17. mutable text_line_transform : Pdftransform.transform_matrix;
  18. mutable opacity_stroke : float;
  19. mutable opacity_nonstroke : float;
  20. mutable character_spacing : float;
  21. mutable word_spacing : float;
  22. mutable scale : float;
  23. mutable leading : float;
  24. mutable font_and_size : (string * float) option;
  25. mutable font_render : int;
  26. mutable font_rise : float;
  27. mutable blendmode : int;
  28. mutable softmask : softmask option;
  29. mutable in_xobject : int;
  30. mutable opdo_matrix : Pdftransform.transform_matrix;
}
val default_state : unit -> state
val state : state Pervasives.ref
val string_of_state : state -> string
val path_attributes_fill_and_stroke : unit -> path_attributes
val path_attributes_fill : unit -> path_attributes
val path_attributes_stroke : unit -> path_attributes
val textstate : unit -> text_attributes
val nonzero : winding_rule
val initial_colour : Pdf.t -> 'a -> Pdf.pdfobject -> colvals
type partial =
  1. | NoPartial
  2. | PartialText of textblock list
  3. | PartialPath of fpoint * fpoint * segment list * subpath list
val read_transparency_group : Pdf.t -> Pdf.pdfobject -> transparency_group * float * float * float * float
val read_soft_mask : Pdf.t -> Pdf.pdfobject -> softmask option
val update_graphics_state_from_dict : Pdf.t -> Pdf.pdfobject -> Pdf.pdfobject -> unit
val statestack : state list Pervasives.ref
val copystate : unit -> state
val push_statestack : unit -> unit
val pop_statestack : unit -> unit
val read_tiling_pattern : Pdf.pdfobject -> pattern
val read_function_shading : Pdf.t -> Pdf.pdfobject -> shading_kind
val read_radial_shading : Pdf.t -> Pdf.pdfobject -> shading_kind
val read_axial_shading : Pdf.t -> Pdf.pdfobject -> shading_kind
val read_shading_pattern : Pdf.t -> Pdf.pdfobject -> pattern
val read_pattern : Pdf.t -> Pdfpage.t -> string -> pattern
val process_op : Pdf.t -> Pdfpage.t -> (partial * graphic_elt list) -> Pdfops.t -> partial * graphic_elt list
val getuntil_matching_emc : int -> Pdfops.t list -> Pdfops.t list -> Pdfops.t list * Pdfops.t list
val getuntil_matching_Q : int -> Pdfops.t list -> Pdfops.t list -> Pdfops.t list * Pdfops.t list
val process_ops : Pdf.t -> Pdfpage.t -> (partial * graphic_elt list) -> Pdfops.t list -> partial * graphic_elt list
val fonts_of_page : Pdf.t -> Pdfpage.t -> fontname list
val read_form_xobject : Pdf.t -> Pdfpage.t -> Pdf.pdfobject -> graphic_elt list
val graphic_of_page : Pdf.t -> Pdfpage.t -> t
val graphic_of_ops : Pdfops.t list -> t
val int_of_shading_kind : shading_kind -> int
val entries_of_shading : Pdf.t -> shading -> (string * Pdf.pdfobject) list
val shading_object_of_shading : Pdf.t -> shading -> Pdf.pdfobject
val pattern_object_of_pattern : int -> Pdftransform.transform_matrix -> Pdf.t -> pattern -> Pdf.pdfobject
val ops_of_segs : segment list -> closure -> Pdfops.t list
val protect : Pdfops.t list -> Pdfops.t list
val attribute_ops_of_path : ('a * path_attributes) -> Pdfops.t list
val transform_ops_of_path : ('a * path_attributes) -> Pdfops.t list
val stroke_ops_of_path : ((winding_rule * 'a) * path_attributes) -> Pdfops.t
val path_ops_of_path : ('a * ('b * closure * segment list) list) -> Pdfops.t list
val ops_of_path : Pdf.t -> Pdfpage.t -> ((winding_rule * ('a * closure * segment list) list) * path_attributes) -> Pdfops.t list * Pdf.pdfobject
val ops_of_textstate : 'a -> 'b list
val ops_of_textpiece : ('a * 'b) -> 'b list
val ops_of_text : Pdftransform.transform_matrix -> ('a * Pdfops.t) list -> Pdfops.t list
val extreme_of_4 : ('a -> 'a -> int) -> 'a -> 'a -> 'a -> 'a -> 'a
val min_of_4 : float -> float -> float -> float -> float
val max_of_4 : float -> float -> float -> float -> float
val transform_bbox : Pdftransform.transform_matrix -> float -> float -> float -> float -> float * float * float * float
val pdfobject_of_transparency_group : (float * float * float * float) -> Pdf.t -> transparency_group -> int
val pdfobject_of_softmask : Pdf.t -> softmask -> int
val ops_of_image : Pdf.t -> Pdfpage.t -> (image_attributes * int) -> Pdfops.t list * Pdf.pdfobject
val ops_of_shading : Pdf.t -> Pdfpage.t -> path option -> shading -> Pdftransform.transform_matrix -> Pdfops.t list * Pdf.pdfobject
val ops_of_graphic_acc : Pdf.t -> Pdfpage.t -> Pdfops.t list list -> graphic_elt list -> Pdfops.t list * Pdfpage.t
val image_numbers_of_elts : int list -> graphic_elt list -> int list
val make_xobjects : Pdf.t -> graphic_elt list -> (string * Pdf.pdfobject) list
val make_resources : Pdf.t -> t -> Pdfpage.t -> Pdf.pdfobject
val page_of_graphic : Pdf.t -> (float * float * float * float) -> t -> Pdfpage.t
val ops_of_simple_graphic : t -> Pdfops.t list
val streams_of_simple_graphic : t -> Pdf.pdfobject list
val transform_segment : Pdftransform.transform_matrix -> segment -> segment
val transform_subpath : Pdftransform.transform_matrix -> ('a * 'b * segment list) -> 'a * 'b * segment list
val transform_path : Pdftransform.transform_matrix -> ('a * ('b * 'c * segment list) list) -> 'a * ('b * 'c * segment list) list
val transform_graphic : Pdftransform.transform_matrix -> t -> t
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