a_c_wrapper.v

module vraylib
#flag linux -lraylib -lGL -lm -lpthread -ldl -lrt -lX11
#include "raylib.h"

pub struct C.Vector2 {
pub mut:
	x f32
	y f32
}

pub struct C.Vector3 {
pub mut:
	x f32
	y f32
	z f32
}

pub struct C.Vector4 {
pub mut:
	x f32
	y f32
	z f32
	w f32
}
type Quaternion C.Vector4

pub struct C.Matrix {
pub mut:
	m0 f32
	m1 f32
	m2 f32
	m3 f32
	m4 f32
	m5 f32
	m6 f32
	m7 f32
	m8 f32
	m9 f32
	m10 f32
	m11 f32
	m12 f32
	m13 f32
	m14 f32
	m15 f32
}

pub struct C.Image {
pub mut:
	data voidptr
	width int
	height int
	mipmaps int
	format int
}

pub struct C.Rectangle {
pub mut:
	x f32
	y f32
	width f32
	height f32
}

pub struct C.Texture2D {
pub mut:
	id u32
	width int
	height int
	mipmaps int
	format int
}
type Texture Texture2D
type TextureCubemap Texture2D

pub struct C.RenderTexture2D {
	id u32
	texture Texture2D
	depth Texture2D
	depth_texture bool
}

pub struct C.Color {
pub mut:
	r byte
	g byte
	b byte
	a byte
}

[inline] pub fn (c Color) str() string {
	return "Color { r: $c.r, g: $c.g, b: $c.b, a: $c.a }"
}

pub struct C.CharInfo {
pub mut:
	value int
	offset_x int
	offset_y int
	advance_x int
	image Image
}

pub struct C.Font {
pub mut:
	base_size int
	chars_count int
	texture Texture2D
	recs &Rectangle
	chars &CharInfo
}

pub struct C.Camera2D {
pub mut:
    offset    Vector2
    target    Vector2
    rotation  f32
    zoom      f32
}

pub struct C.Camera3D {
pub mut:
  position Vector3
  target Vector3
  up  Vector3
  fovy f32
  @type int
}
type Camera C.Camera3D 

// Ray type (useful for raycast)
pub struct C.Ray {
    position Vector3
    direction Vector3
}

pub struct C.RayHitInfo {
    hit bool
    distance f32
    position Vector3
    normal Vector3
}

pub struct C.BoundingBox {
    min Vector3
    max Vector3
}

// N-Patch layout info
pub struct C.NPatchInfo {
	source_rec Rectangle
    left int
    top int
    right int
    bottom int
    @type int
}

type PRectangle &C.Rectangle