package raylib

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package raylib
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Module RaylibSource

include sig ... end
val get_window_handle : (unit -> unit Ctypes_static.ptr option Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val get_clipboard_text : (unit -> string option Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val set_clipboard_text : (string -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val begin_scissor_mode : (int -> int -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val set_camera_move_controls : (int -> int -> int -> int -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_circle_sector : (Raylib_functions.Types.Vector2.t Ctypes.structure -> float -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_circle_sector_lines : (Raylib_functions.Types.Vector2.t Ctypes.structure -> float -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_circle_gradient : (int -> int -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_ellipse : (int -> int -> float -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_ellipse_lines : (int -> int -> float -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_ring : (Raylib_functions.Types.Vector2.t Ctypes.structure -> float -> float -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_ring_lines : (Raylib_functions.Types.Vector2.t Ctypes.structure -> float -> float -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_rectangle_gradient_v : (int -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_rectangle_gradient_h : (int -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_rectangle_lines : (int -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_rectangle_rounded_lines : (Raylib_functions.Types.Rectangle.t Ctypes.structure -> float -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_triangle_strip : (Raylib_functions.Types.Vector2.t Ctypes.structure Ctypes_static.ptr -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_image_pro : (unit Ctypes_static.ptr -> int -> int -> int -> Raylib_functions.Types.Image.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_image_raw : (string -> int -> int -> int -> int -> Raylib_functions.Types.Image.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val gen_image_perlin_noise : (int -> int -> int -> int -> float -> Raylib_functions.Types.Image.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_text : (string -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> Raylib_functions.Types.Image.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_text_ex : (Raylib_functions.Types.Font.t Ctypes.structure -> string -> float -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> Raylib_functions.Types.Image.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_alpha_clear : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> Raylib_functions.Types.Color.t Ctypes.structure -> float -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_alpha_crop : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> float -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_resize : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_resize_n_n : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_resize_canvas : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_dither : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_color_contrast : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> float -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_color_brightness : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_pixel : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_line : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_circle : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_circle_v : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> Raylib_functions.Types.Vector2.t Ctypes.structure -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_rectangle : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> int -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_rectangle_lines : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> Raylib_functions.Types.Rectangle.t Ctypes.structure -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_text : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> Raylib_functions.Types.Vector2.t Ctypes.structure -> string -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val image_draw_text_ex : (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr -> Raylib_functions.Types.Vector2.t Ctypes.structure -> Raylib_functions.Types.Font.t Ctypes.structure -> string -> float -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_font_ex : (string -> int -> int Ctypes_static.ptr -> int -> Raylib_functions.Types.Font.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_font_data : (string -> int -> int Ctypes_static.ptr -> int -> int -> Raylib_functions.Types.CharInfo.t Ctypes.structure Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_text : (string -> int -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_text_ex : (Raylib_functions.Types.Font.t Ctypes.structure -> string -> Raylib_functions.Types.Vector2.t Ctypes.structure -> float -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_text_rec : (Raylib_functions.Types.Font.t Ctypes.structure -> string -> Raylib_functions.Types.Rectangle.t Ctypes.structure -> float -> float -> bool -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_text_rec_ex : (Raylib_functions.Types.Font.t Ctypes.structure -> string -> Raylib_functions.Types.Rectangle.t Ctypes.structure -> float -> float -> bool -> Raylib_functions.Types.Color.t Ctypes.structure -> int -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_text_codepoint : (Raylib_functions.Types.Font.t Ctypes.structure -> int -> Raylib_functions.Types.Vector2.t Ctypes.structure -> float -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val measure_text : (string -> int -> int Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val measure_text_ex : (Raylib_functions.Types.Font.t Ctypes.structure -> string -> float -> float -> Raylib_functions.Types.Vector2.t Ctypes.structure Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_copy : (string -> string -> int Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_is_equal : (string -> string -> bool Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_length : (string -> int Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_subtext : (string -> int -> int -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_replace : (string -> string -> string -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_insert : (string -> string -> int -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_append : (string -> string -> int Ctypes_static.ptr -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_find_index : (string -> string -> int Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_to_upper : (string -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_to_lower : (string -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_to_pascal : (string -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_to_integer : (string -> int Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val text_to_utf8 : (int Ctypes_static.ptr -> int -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val get_codepoints : (string -> int Ctypes_static.ptr -> int Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val get_next_codepoint : (string -> int Ctypes_static.ptr -> int Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val codepoint_to_utf8 : (int -> int Ctypes_static.ptr -> string Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_cylinder : (Raylib_functions.Types.Vector3.t Ctypes.structure -> float -> float -> float -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val draw_cylinder_wires : (Raylib_functions.Types.Vector3.t Ctypes.structure -> float -> float -> float -> int -> Raylib_functions.Types.Color.t Ctypes.structure -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_meshes : (string -> int Ctypes_static.ptr -> Raylib_functions.Types.Mesh.t Ctypes.structure Ctypes_static.ptr option Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_materials : (string -> int Ctypes_static.ptr -> Raylib_functions.Types.Material.t Ctypes.structure Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val set_model_mesh_material : (Raylib_functions.Types.Model.t Ctypes.structure Ctypes_static.ptr -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val load_model_animations : (string -> int Ctypes_static.ptr -> Raylib_functions.Types.ModelAnimation.t Ctypes.structure Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val check_collision_ray_sphere_ex : (Raylib_functions.Types.Ray.t Ctypes.structure -> Raylib_functions.Types.Vector3.t Ctypes.structure -> float -> Raylib_functions.Types.Vector3.t Ctypes.structure Ctypes_static.ptr -> bool Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val update_sound : (Raylib_functions.Types.Sound.t Ctypes.structure -> unit Ctypes_static.ptr -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val wave_format : (Raylib_functions.Types.Wave.t Ctypes.structure Ctypes_static.ptr -> int -> int -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
val update_audio_stream : (Raylib_functions.Types.AudioStream.t Ctypes.structure -> unit Ctypes_static.ptr -> int -> unit Raylib_c.Raylib_c_generated_functions.return) Raylib_c.Raylib_c_generated_functions.result
include module type of struct include Raylib_generated_constants end
module Constants = Raylib_generated_constants
Sourcemodule Vector2 : sig ... end
Sourcemodule Vector3 : sig ... end
Sourcemodule Vector4 : sig ... end
Sourcemodule Matrix : sig ... end
Sourcemodule Color : sig ... end
Sourcemodule Rectangle : sig ... end
Sourcemodule Image : sig ... end
Sourcemodule Texture2D : sig ... end
Sourcemodule RenderTexture2D : sig ... end
Sourcemodule NPatchInfo : sig ... end
Sourcemodule CharInfo : sig ... end
Sourcemodule Font : sig ... end
Sourcemodule CameraType = Types.CameraType
Sourcemodule Camera3D : sig ... end
Sourcemodule Camera2D : sig ... end
Sourcemodule Mesh = Types.Mesh
Sourcemodule Shader = Types.Shader
Sourcemodule MaterialMap = Types.MaterialMap
Sourcemodule Material = Types.Material
Sourcemodule Transform = Types.Transform
Sourcemodule BoneInfo = Types.BoneInfo
Sourcemodule Model = Types.Model
Sourcemodule ModelAnimation = Types.ModelAnimation
Sourcemodule Ray : sig ... end
Sourcemodule RayHitInfo : sig ... end
Sourcemodule Wave = Types.Wave
Sourcemodule AudioStream = Types.AudioStream
Sourcemodule Sound = Types.Sound
Sourcemodule Music = Types.Music
Sourcemodule ConfigFlag = Types.ConfigFlag