package raylib

You can search for identifiers within the package.

in-package search v0.2.0

raylib
- Raylib
  - Camera2D
  - Camera3D
  - CharInfo
  - Color
  - Font
  - Image
  - Material
  - MaterialMap
  - Matrix
  - Model
  - ModelAnimation
  - NPatchInfo
  - Ray
  - RayHitInfo
  - Rectangle
  - RenderTexture2D
  - Shader
  - Texture2D
  - Transform
  - Vector2
  - Vector3
  - Vector4
raylib.c
- Raylib_c
  - Raylib_c_generated_functions
raylib.constants
- Raylib_generated_constants
raylib.functions
- Raylib_functions
  - Description
raylib.types
- Raylib_generated_types
  - AudioStream
  - BoneInfo
  - BoundingBox
  - Camera2D
  - Camera3D
  - CharInfo
  - Color
  - Font
  - Image
  - Material
  - MaterialMap
  - Matrix
  - Mesh
  - Model
  - ModelAnimation
  - Music
  - NPatchInfo
  - Quaternion
  - Ray
  - RayHitInfo
  - Rectangle
  - RenderTexture2D
  - Shader
  - Sound
  - Texture2D
  - Transform
  - Vector2
  - Vector3
  - Vector4
  - VrDeviceInfo
  - Wave

Legend:
Library
Module
Module type
Parameter
Class
Class type

include sig ... end

val init_window : 
  (int ->
    int ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val window_should_close : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val close_window : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_window_ready : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_window_minimized : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_window_resized : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_window_hidden : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_window_fullscreen : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val toggle_fullscreen : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unhide_window : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val hide_window : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_window_icon : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_window_title : 
  (string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_window_position : 
  (int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_window_monitor : 
  (int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_window_min_size : 
  (int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_window_size : 
  (int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

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_screen_width : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_screen_height : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_monitor_count : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_monitor_width : 
  (int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_monitor_height : 
  (int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_monitor_physical_width : 
  (int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_monitor_physical_height : 
  (int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_window_position : 
  (unit ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_monitor_name : 
  (int ->
    string 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 show_cursor : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val hide_cursor : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_cursor_hidden : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val enable_cursor : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val disable_cursor : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val clear_background : 
  (Raylib_functions.Types.Color.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_drawing : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_drawing : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_mode_2d : 
  (Raylib_functions.Types.Camera2D.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_mode_2d : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_mode_3d : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_mode_3d : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_texture_mode : 
  (Raylib_functions.Types.RenderTexture2D.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_texture_mode : 
  (unit ->
    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 end_scissor_mode : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_mouse_ray : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    Raylib_functions.Types.Ray.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_camera_matrix : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    Raylib_functions.Types.Matrix.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_camera_matrix_2d : 
  (Raylib_functions.Types.Camera2D.t Ctypes.structure ->
    Raylib_functions.Types.Matrix.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_world_to_screen : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_world_to_screen_ex : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    int ->
    int ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_world_to_screen_2d : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Camera2D.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_screen_to_world_2d : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Camera2D.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_target_fps : 
  (int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_f_p_s : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_frame_time : 
  (unit ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_time : 
  (unit ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val color_to_int : 
  (Raylib_functions.Types.Color.t Ctypes.structure ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val color_normalize : 
  (Raylib_functions.Types.Color.t Ctypes.structure ->
    Raylib_functions.Types.Vector4.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val color_from_normalized : 
  (Raylib_functions.Types.Vector4.t Ctypes.structure ->
    Raylib_functions.Types.Color.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val color_to_hsv : 
  (Raylib_functions.Types.Color.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val color_from_hsv : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Color.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_color : 
  (int ->
    Raylib_functions.Types.Color.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val fade : 
  (Raylib_functions.Types.Color.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Color.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_config_flags : 
  (Raylib_functions.Constants.ConfigFlag.t list ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_trace_log_level : 
  (Raylib_functions.Constants.TraceLogType.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_trace_log_exit : 
  (Raylib_functions.Constants.TraceLogType.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val trace_log : 
  (Raylib_functions.Constants.TraceLogType.t ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val take_screenshot : 
  (string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_random_value : 
  (int ->
    int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val _load_file_data : 
  (string ->
    Unsigned.uint Ctypes_static.ptr ->
    Unsigned.uchar Ctypes_static.ptr
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val _save_file_data : 
  (string ->
    unit Ctypes_static.ptr ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_file_text : 
  (string ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val save_file_text : 
  (string ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val file_exists : 
  (string ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_file_extension : 
  (string ->
    string ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val directory_exists : 
  (string ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_extension : 
  (string ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_file_name : 
  (string ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_file_name_without_ext : 
  (string ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_directory_path : 
  (string ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_prev_directory_path : 
  (string ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_working_directory : 
  (unit ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val _get_directory_files : 
  (string ->
    int Ctypes_static.ptr ->
    string Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val clear_directory_files : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val change_directory : 
  (string ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_file_dropped : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val _get_dropped_files : 
  (int Ctypes_static.ptr ->
    string Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val clear_dropped_files : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_file_mod_time : 
  (string ->
    Signed.long Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val _compress_data : 
  (Unsigned.uchar Ctypes_static.ptr ->
    int ->
    int Ctypes_static.ptr ->
    Unsigned.uchar Ctypes_static.ptr
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val _decompress_data : 
  (Unsigned.uchar Ctypes_static.ptr ->
    int ->
    int Ctypes_static.ptr ->
    Unsigned.uchar Ctypes_static.ptr
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val save_storage_value : 
  (int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_storage_value : 
  (int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val open_u_r_l : 
  (string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_key_pressed : 
  (Raylib_functions.Constants.Key.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_key_down : 
  (Raylib_functions.Constants.Key.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_key_released : 
  (Raylib_functions.Constants.Key.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_key_up : 
  (Raylib_functions.Constants.Key.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_exit_key : 
  (Raylib_functions.Constants.Key.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_key_pressed : 
  (unit ->
    Raylib_functions.Constants.Key.t
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gamepad_available : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gamepad_name : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    string ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gamepad_name : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    string Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gamepad_button_pressed : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    Raylib_functions.Constants.GamepadButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gamepad_button_down : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    Raylib_functions.Constants.GamepadButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gamepad_button_released : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    Raylib_functions.Constants.GamepadButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gamepad_button_up : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    Raylib_functions.Constants.GamepadButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gamepad_button_pressed : 
  (unit ->
    Raylib_functions.Constants.GamepadButton.t
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gamepad_axis_count : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gamepad_axis_movement : 
  (Raylib_functions.Constants.GamepadNumber.t ->
    Raylib_functions.Constants.GamepadAxis.t ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_mouse_button_pressed : 
  (Raylib_functions.Constants.MouseButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_mouse_button_down : 
  (Raylib_functions.Constants.MouseButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_mouse_button_released : 
  (Raylib_functions.Constants.MouseButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_mouse_button_up : 
  (Raylib_functions.Constants.MouseButton.t ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_mouse_x : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_mouse_y : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_mouse_position : 
  (unit ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_mouse_position : 
  (int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_mouse_offset : 
  (int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_mouse_scale : 
  (float ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_mouse_wheel_move : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_touch_x : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_touch_y : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_touch_position : 
  (int ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_gesture_detected : 
  (int ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gesture_detected : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_touch_points_count : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gesture_hold_duration : 
  (unit ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gesture_drag_vector : 
  (unit ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gesture_drag_angle : 
  (unit ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gesture_pinch_vector : 
  (unit ->
    Raylib_functions.Types.Vector2.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_gesture_pinch_angle : 
  (unit ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_camera_mode : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    Raylib_functions.Constants.CameraMode.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val update_camera : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_camera_pan_control : 
  (int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_camera_alt_control : 
  (int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_camera_smooth_zoom_control : 
  (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_pixel : 
  (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_pixel_v : 
  (Raylib_functions.Types.Vector2.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_line : 
  (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_line_v : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_line_ex : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    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 draw_line_bezier : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    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 draw_line_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 draw_circle : 
  (int ->
    int ->
    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_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_circle_v : 
  (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 draw_circle_lines : 
  (int ->
    int ->
    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 : 
  (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 : 
  (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_v : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_rec : 
  (Raylib_functions.Types.Rectangle.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_pro : 
  (Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    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 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_gradient_ex : 
  (Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    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_lines_ex : 
  (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 draw_rectangle_rounded : 
  (Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    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_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 : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_triangle_lines : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_triangle_fan : 
  (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 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 draw_poly : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    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_poly_lines : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    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 check_collision_recs : 
  (Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_circles : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    float ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_circle_rec : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_collision_rec : 
  (Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_point_rec : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_point_circle : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    float ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_point_triangle : 
  (Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_image : 
  (string ->
    Raylib_functions.Types.Image.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_image_ex : 
  (Raylib_functions.Types.Color.t Ctypes.structure Ctypes_static.ptr ->
    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_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 unload_image : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val export_image : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val export_image_as_code : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_image_color : 
  (int ->
    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 gen_image_gradient_v : 
  (int ->
    int ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    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 gen_image_gradient_h : 
  (int ->
    int ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    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 gen_image_gradient_radial : 
  (int ->
    int ->
    float ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    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 gen_image_checked : 
  (int ->
    int ->
    int ->
    int ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    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 gen_image_white_noise : 
  (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 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 gen_image_cellular : 
  (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 image_copy : 
  (Raylib_functions.Types.Image.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_from_image : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.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 : 
  (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_to_p_o_t : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_format : 
  (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_alpha_mask : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Image.t Ctypes.structure ->
    unit 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_alpha_premultiply : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_crop : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    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_mipmaps : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    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_flip_vertical : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_flip_horizontal : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_rotate_c_w : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_rotate_c_c_w : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_color_tint : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_color_invert : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_color_grayscale : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    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_color_replace : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    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 get_image_alpha_border : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val image_clear_background : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    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_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_pixel_v : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Vector2.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 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_line_v : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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 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_v : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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 image_draw_rectangle_rec : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Rectangle.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 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 : 
  (Raylib_functions.Types.Image.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Types.Image.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.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 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_texture : 
  (string ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_texture_from_image : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_texture_cubemap : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    int ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_render_texture : 
  (int ->
    int ->
    Raylib_functions.Types.RenderTexture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_texture : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_render_texture : 
  (Raylib_functions.Types.RenderTexture2D.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val update_texture : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    unit Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_texture_data : 
  (Raylib_functions.Types.Texture2D.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 get_screen_data : 
  (unit ->
    Raylib_functions.Types.Image.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_texture_mipmaps : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_texture_filter : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Constants.TextureFilterMode.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_texture_wrap : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Constants.TextureWrapMode.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val draw_texture : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    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_texture_v : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_texture_ex : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    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_texture_rec : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_texture_quad : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.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_texture_pro : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    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 get_pixel_data_size : 
  (int ->
    int ->
    int ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_font_default : 
  (unit ->
    Raylib_functions.Types.Font.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_font : 
  (string ->
    Raylib_functions.Types.Font.t Ctypes.structure
      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_from_image : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    Raylib_functions.Types.Color.t Ctypes.structure ->
    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 unload_font : 
  (Raylib_functions.Types.Font.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val draw_fps : 
  (int ->
    int ->
    unit 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 get_glyph_index : 
  (Raylib_functions.Types.Font.t Ctypes.structure ->
    int ->
    int 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_codepoints_count : 
  (string ->
    int 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_line_3d : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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_point_3d : 
  (Raylib_functions.Types.Vector3.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_circle_3d : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Vector3.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 draw_cube : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    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_cube_v : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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_cube_wires : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    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_cube_wires_v : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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_cube_texture : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    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_sphere : 
  (Raylib_functions.Types.Vector3.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 draw_sphere_ex : 
  (Raylib_functions.Types.Vector3.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_sphere_wires : 
  (Raylib_functions.Types.Vector3.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_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 draw_plane : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector2.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_grid : 
  (int ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val draw_gizmo : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_model : 
  (string ->
    Raylib_functions.Types.Model.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_model_from_mesh : 
  (Raylib_functions.Types.Mesh.t Ctypes.structure ->
    Raylib_functions.Types.Model.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_model : 
  (Raylib_functions.Types.Model.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 export_mesh : 
  (Raylib_functions.Types.Mesh.t Ctypes.structure ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_mesh : 
  (Raylib_functions.Types.Mesh.t Ctypes.structure ->
    unit 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 load_material_default : 
  (unit ->
    Raylib_functions.Types.Material.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_material : 
  (Raylib_functions.Types.Material.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_material_texture : 
  (Raylib_functions.Types.Material.t Ctypes.structure Ctypes_static.ptr ->
    Raylib_functions.Constants.MaterialMapType.t ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    unit 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 update_model_animation : 
  (Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.ModelAnimation.t Ctypes.structure ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_model_animation : 
  (Raylib_functions.Types.ModelAnimation.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_model_animation_valid : 
  (Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.ModelAnimation.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_poly : 
  (int ->
    float ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_plane : 
  (float ->
    float ->
    int ->
    int ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_cube : 
  (float ->
    float ->
    float ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_sphere : 
  (float ->
    int ->
    int ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_hemi_sphere : 
  (float ->
    int ->
    int ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_cylinder : 
  (float ->
    float ->
    int ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_torus : 
  (float ->
    float ->
    int ->
    int ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_knot : 
  (float ->
    float ->
    int ->
    int ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_heightmap : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_mesh_cubicmap : 
  (Raylib_functions.Types.Image.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Mesh.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val mesh_bounding_box : 
  (Raylib_functions.Types.Mesh.t Ctypes.structure ->
    Raylib_functions.Types.BoundingBox.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val mesh_tangents : 
  (Raylib_functions.Types.Mesh.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val mesh_binormals : 
  (Raylib_functions.Types.Mesh.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val draw_model : 
  (Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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 draw_model_ex : 
  (Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Vector3.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_model_wires : 
  (Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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 draw_model_wires_ex : 
  (Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Vector3.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_bounding_box : 
  (Raylib_functions.Types.BoundingBox.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_billboard : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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 draw_billboard_rec : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.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 check_collision_spheres : 
  (Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_boxes : 
  (Raylib_functions.Types.BoundingBox.t Ctypes.structure ->
    Raylib_functions.Types.BoundingBox.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_box_sphere : 
  (Raylib_functions.Types.BoundingBox.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val check_collision_ray_sphere : 
  (Raylib_functions.Types.Ray.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    float ->
    bool 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 check_collision_ray_box : 
  (Raylib_functions.Types.Ray.t Ctypes.structure ->
    Raylib_functions.Types.BoundingBox.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_collision_ray_model : 
  (Raylib_functions.Types.Ray.t Ctypes.structure ->
    Raylib_functions.Types.Model.t Ctypes.structure ->
    Raylib_functions.Types.RayHitInfo.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_collision_ray_triangle : 
  (Raylib_functions.Types.Ray.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.Vector3.t Ctypes.structure ->
    Raylib_functions.Types.RayHitInfo.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_collision_ray_ground : 
  (Raylib_functions.Types.Ray.t Ctypes.structure ->
    float ->
    Raylib_functions.Types.RayHitInfo.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_shader : 
  (string ->
    string ->
    Raylib_functions.Types.Shader.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_shader_code : 
  (string ->
    string ->
    Raylib_functions.Types.Shader.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_shader : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_shader_default : 
  (unit ->
    Raylib_functions.Types.Shader.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_texture_default : 
  (unit ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_shapes_texture : 
  (unit ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_shapes_texture_rec : 
  (unit ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_shapes_texture : 
  (Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    Raylib_functions.Types.Rectangle.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_shader_location : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    string ->
    Raylib_functions.Constants.ShaderLocationIndex.t
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_shader_value : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Constants.ShaderLocationIndex.t ->
    unit Ctypes_static.ptr ->
    Raylib_functions.Constants.ShaderUniformDataType.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_shader_value_v : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Constants.ShaderLocationIndex.t ->
    unit Ctypes_static.ptr ->
    Raylib_functions.Constants.ShaderUniformDataType.t ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_shader_value_matrix : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Constants.ShaderLocationIndex.t ->
    Raylib_functions.Types.Matrix.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_shader_value_texture : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Constants.ShaderLocationIndex.t ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_matrix_projection : 
  (Raylib_functions.Types.Matrix.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_matrix_modelview : 
  (Raylib_functions.Types.Matrix.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_matrix_modelview : 
  (unit ->
    Raylib_functions.Types.Matrix.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_matrix_projection : 
  (unit ->
    Raylib_functions.Types.Matrix.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_texture_cubemap : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    int ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_texture_irradiance : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    int ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_texture_prefilter : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure ->
    int ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val gen_texture_b_r_d_f : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    int ->
    Raylib_functions.Types.Texture2D.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_shader_mode : 
  (Raylib_functions.Types.Shader.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_shader_mode : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_blend_mode : 
  (Raylib_functions.Constants.BlendMode.t ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_blend_mode : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val init_vr_simulator : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val close_vr_simulator : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val update_vr_tracking : 
  (Raylib_functions.Types.Camera3D.t Ctypes.structure Ctypes_static.ptr ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_vr_simulator_ready : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val toggle_vr_mode : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val begin_vr_drawing : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val end_vr_drawing : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val init_audio_device : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val close_audio_device : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_audio_device_ready : 
  (unit ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_master_volume : 
  (float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_wave : 
  (string ->
    Raylib_functions.Types.Wave.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_sound : 
  (string ->
    Raylib_functions.Types.Sound.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_sound_from_wave : 
  (Raylib_functions.Types.Wave.t Ctypes.structure ->
    Raylib_functions.Types.Sound.t Ctypes.structure
      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 unload_wave : 
  (Raylib_functions.Types.Wave.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_sound : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val export_wave : 
  (Raylib_functions.Types.Wave.t Ctypes.structure ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val export_wave_as_code : 
  (Raylib_functions.Types.Wave.t Ctypes.structure ->
    string ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val play_sound : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val stop_sound : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val pause_sound : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val resume_sound : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val play_sound_multi : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val stop_sound_multi : 
  (unit ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_sounds_playing : 
  (unit ->
    int Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_sound_playing : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_sound_volume : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_sound_pitch : 
  (Raylib_functions.Types.Sound.t Ctypes.structure ->
    float ->
    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 wave_copy : 
  (Raylib_functions.Types.Wave.t Ctypes.structure ->
    Raylib_functions.Types.Wave.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val wave_crop : 
  (Raylib_functions.Types.Wave.t Ctypes.structure Ctypes_static.ptr ->
    int ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_wave_data : 
  (Raylib_functions.Types.Wave.t Ctypes.structure ->
    float Ctypes_static.ptr Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val load_music_stream : 
  (string ->
    Raylib_functions.Types.Music.t Ctypes.structure
      Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val unload_music_stream : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val play_music_stream : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val update_music_stream : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val stop_music_stream : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val pause_music_stream : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val resume_music_stream : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_music_playing : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_music_volume : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_music_pitch : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_music_loop_count : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    int ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_music_time_length : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val get_music_time_played : 
  (Raylib_functions.Types.Music.t Ctypes.structure ->
    float Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val init_audio_stream : 
  (int ->
    int ->
    int ->
    Raylib_functions.Types.AudioStream.t Ctypes.structure
      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

val close_audio_stream : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_audio_stream_processed : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val play_audio_stream : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val pause_audio_stream : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val resume_audio_stream : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val is_audio_stream_playing : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    bool Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val stop_audio_stream : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_audio_stream_volume : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_audio_stream_pitch : 
  (Raylib_functions.Types.AudioStream.t Ctypes.structure ->
    float ->
    unit Raylib_c.Raylib_c_generated_functions.return)
    Raylib_c.Raylib_c_generated_functions.result

val set_audio_stream_buffer_size_default : 
  (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 ConfigFlag = Raylib_generated_constants.ConfigFlag

module TraceLogType = Raylib_generated_constants.TraceLogType

module Key = Raylib_generated_constants.Key

module AndroidButton = Raylib_generated_constants.AndroidButton

module MouseButton = Raylib_generated_constants.MouseButton

module GamepadNumber = Raylib_generated_constants.GamepadNumber

module GamepadButton = Raylib_generated_constants.GamepadButton

module GamepadAxis = Raylib_generated_constants.GamepadAxis

module ShaderLocationIndex = Raylib_generated_constants.ShaderLocationIndex

module ShaderUniformDataType = Raylib_generated_constants.ShaderUniformDataType

module MaterialMapType = Raylib_generated_constants.MaterialMapType

module PixelFormat = Raylib_generated_constants.PixelFormat

module TextureFilterMode = Raylib_generated_constants.TextureFilterMode

module CubemapLayoutType = Raylib_generated_constants.CubemapLayoutType

module TextureWrapMode = Raylib_generated_constants.TextureWrapMode

module FontType = Raylib_generated_constants.FontType

module BlendMode = Raylib_generated_constants.BlendMode

module GestureType = Raylib_generated_constants.GestureType

module CameraMode = Raylib_generated_constants.CameraMode

module CameraType = Raylib_generated_constants.CameraType

module NPatchType = Raylib_generated_constants.NPatchType

val max_material_maps : int

val max_shader_locations : int

module CArray : sig ... end

val addr : ('a, 'b) Ctypes.structured -> ('a, 'b) Ctypes.structured Ctypes.ptr

val ptr_of_int : int -> int Ctypes.ptr

val ptr_of_uint : Unsigned.uint -> Unsigned.uint Ctypes.ptr

val void_ptr_of_int : int -> unit Ctypes.ptr

module Types = Raylib_functions.Types

module Constants = Raylib_generated_constants

module Vector2 : sig ... end

module Vector3 : sig ... end

module Vector4 : sig ... end

module Quaternion = Vector4

module Matrix : sig ... end

module Color : sig ... end

module Rectangle : sig ... end

module Image : sig ... end

module Texture2D : sig ... end

module RenderTexture2D : sig ... end

module NPatchInfo : sig ... end

module CharInfo : sig ... end

module Font : sig ... end

module Camera3D : sig ... end

module Camera = Camera3D

module Camera2D : sig ... end

module Mesh = Types.Mesh

module Shader : sig ... end

module MaterialMap : sig ... end

module Material : sig ... end

module Transform : sig ... end

module BoneInfo = Types.BoneInfo

module Model : sig ... end

module ModelAnimation : sig ... end

module Ray : sig ... end

module RayHitInfo : sig ... end

module BoundingBox = Types.BoundingBox

module Wave = Types.Wave

module AudioStream = Types.AudioStream

module Sound = Types.Sound

module Music = Types.Music

val load_file_data : string -> Unsigned.uchar Ctypes.CArray.t

val save_file_data : 
  string ->
  'a Ctypes.CArray.t ->
  unit Raylib_c.Raylib_c_generated_functions.return

val get_directory_files : string -> string Ctypes.CArray.t

val get_dropped_files : unit -> string Ctypes.CArray.t

val compress_data : 
  Unsigned.uchar Ctypes.CArray.t ->
  Unsigned.uchar Ctypes.CArray.t

val decompress_data : 
  Unsigned.uchar Ctypes.CArray.t ->
  Unsigned.uchar Ctypes.CArray.t

val load_model_animations : 
  string ->
  Raylib_functions.Types.ModelAnimation.t Ctypes.structure Ctypes.CArray.t